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D0081396 Namsrah 2 Mell Completion Report NANARAH 2 NELL COMPLETION REPORT 1. ABSTRACT ^Crusader Limited Naaarah2 was located in the Redcap Block, ATP 145 P, Surat Basin, Queensland, approximately 55 ^kilometres southeast of Surat. The location was nearly ,midway between NaWarah 1 [to the SSW and Weribone 1 Ito the north]. The4rilling rig usejLwas Gearhart Drilling Services' Rig No. 1, a Krfemco 750T. Cementing and testing services were provided by Halliburton Ltd., mudlogging by Gearhart Geodata, and wireline services by Schlumberger SEACO. The hole was spudded at 1800 hrs on 3rd September 1987, and reached total depth of 2445m [Driller] at 0200 hrs on 5th’October 1987. The drilling rig was released at 0200 hrs on 14th October 1987, The stratigraphic sequence in this part of the western SuratBasin is relatively well known, and the target was well defined prior to drilling. The objective was the Showgrounds Sandstone ; arid any reservoirs developed within the pre-Showgrounds sequence, down to and. including enhanced porosity in the weathered profile near top of fractured metasedimentary basement. The well encountered significant gas/condensate shows associated with modest reservoir properties within $he Showgrounds Sandstone and Rewan Formation, and further hydrocarbons-shows in fracture porosity within the weathered top of metasedimentary basement. Production on open hole DST was modest. The well was plugged above top of the basement hydrocarbons zone, and cased for subsequent evaluation of. the Rewanand Showgrounds zt/hes. It wassuspended without perforating.
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D0081396 Namsrah 2 Mell Completion Report NANARAH 2 NELL COMPLETION REPORT 1. ABSTRACT ^Crusader Limited Naaarah2 was located in the Redcap Block, ATP 145 P, Surat Basin, Queensland, approximately 55 ^kilometres southeast of Surat. The location was nearly ,midway between NaWarah 1 [to the SSW and Weribone 1 Ito the north]. The4rilling rig usejLwas Gearhart Drilling Services' Rig No. 1, a Krfemco 750T. Cementing and testing services were provided by Halliburton Ltd., mudlogging by Gearhart Geodata, and wireline services by Schlumberger SEACO. The hole was spudded at 1800 hrs on 3rd September 1987, and reached total depth of 2445m [Driller] at 0200 hrs on 5th’October 1987. The drilling rig was released at 0200 hrs on 14th October 1987, The stratigraphic sequence in this part of the western SuratBasin is relatively well known, and the target was well defined prior to drilling. The objective was the Showgrounds Sandstone ; arid any reservoirs developed within the pre-Showgrounds sequence, down to and. including enhanced porosity in the weathered profile near top of fractured metasedimentary basement. The well encountered significant gas/condensate shows associated with modest reservoir properties within $he Showgrounds Sandstone and Rewan Formation, and further hydrocarbons-shows in fracture porosity within the weathered top of metasedimentary basement. Production on open hole DST was modest. The well was plugged above top of the basement hydrocarbons zone, and cased for subsequent evaluation of. the Rewanand Showgrounds zt/hes. It wassuspended without perforating.
WELL DATA CARD LOCN LAT : 27 21*45.281’* S LONG ; 149 20*21.138** E SEISMIC LINE/SP : H51 1025 SP 234 AUG: ELEVN GL: 412.8a KBs 418.6a DATUM BASIN ; Bowen/Surat TOTAL Ds 2450.5a Logger SPUD DATE ; 3/ 9/87 COMPL DATE; 14/10/87 TARGET ; Triassic, Devonian, seismic struct DATA SOURCE: WCR WELL NAME STATUS ; OPERATOR ; PARTNERS ; LEASE ; DRILLER; Namarah 2 Zone 55 D0081397 Suspended gas well Crusader SOCDET,BHP,TMOC,AHy Old ATP 145P [Redcap] Gearhart RIG ; KREMCO 750T [Rig 1] STRATIGRAPHY: [Wiltshire 19873 Depth Elevn Thickness Cretaceous Rolling Downs Gp Surface + 412.8a a Cret-Juras Blythesdale Gp Transition Beds ? a - ? a a Mooga 654.5a - 235.9a 124.5a Orallo 779.0a - 360.4a 235.0a Gubberawunda 1014.0a - 595.4a 264.0a Jurassic Injune Creeb i Gp Westbourne 1278.0m - 859.4a 122.0a Springbok 1400.0a - 981.4a 61.0a Walloon 1461.0a -1042.4a 183.5a Bundaaba Gp Hutton [Upper! 1644.5m -1225.9a 177.1a Hutton [Lower! 1821.6a -1403.0a 62.9a Evergreen 1884.5a -1465.9a 111.5a Boxvale SS Mbr 1932.0a -1513.4a 20.0a Triassic Mimosa Gp Moolayeaber 1996.0a -1577.4a 104.0a Wandoan 2100.0a -1681.4a 90.0a Snake Creek 2190.0a -1771.4a 23.0a Showgrounds 2213.0a -1794.4a 21.6a Triassic Lower Rewan 2234.6a -1816.0a 69.0a Permian Blackwater Kianga 2303.6a -1885.0a 89.7m Devonian Tiabury Hills 2393.3a -1974.7a 57.2a + Total Depth 2450.5a -2031.9a Logger SEISMIC HORIZONS: C Mooga 654.5a - 235.9a 0.2976s Walloon 1461.0a -1042.4a 0.5508s Evergreen 1884.5a -1465.9a 0.6729s Snake Creek 2190.0a -1774.4a 0.7499s P Peraian 2303.6a -1885.0a 0.7809s Z Tiabury Hills 2393.3a -1974.7a 0.8049s ENGINEERING DATA: DRILL STEM TESTS: (Log Corrected Depths! ENGINEERING DATA: HOLE AND CASING: 12 1/4** hole to 249.0a, 20 Jts 40 lb 9 5/8" K55 casing set at 247.5a, ceaented to surface with 170 sx Class A + 2Z CaC12 + 10 lb Hi-seal LCM, followed by 200 sx Class A + 2Z CaC12. 8 1/2" hole to 2450.5a TD [Logger! , 200 jts 7" N80 and K55 23 and 26 lbs/ft casing to 2338a, ceaented with 320 sacks Class G + 6Z prehydrated gel and 0.4Z HR7, followed by 210 sacks Class G + 1Z Halad 322. 2213.3a - 2231.1a 7-30- 90-180 148-1228- 160-2914 GFARTSTM, rec 3.2 bbls aud 2252.2a - 2273.7a 5-30- 60-180 289- 413- 264- 545 Tight. Rec 6 gals aud 2268.0a - 2290.0a 5-30- 90-180 161-2455- 183-3225 GTS 8 4.93 MCMD [174 MCFD3 Rec 3bbl aud 2290.7a - 2304.7a 5-30-120-180 144-3174- 288-3268 GTS 8 14-8 MCMD (522 MCFDJ Rec 10 bbl aud 2396.5a - 2450.5a 5-50- 34- 2533-3821-3607- Misrun, tool plugged. 2395.5a - 2450.5a - -180-360 - -1082-2179 GTS 8 226 MCMD [7.98 MMCFD3. Declined to 62 MCMD after " 3 hrs. Rec 3 bbls condensate. 2318a - 2360a - - - Misrun - packer seat failed STRATIGRAPHY: [Wiltshire 19871 Depth Elevn 1 ’hickness Cretaceous Rolling Downs Gp Surface + 412.8a a Cret-Juras Blythesdale Gp Transition Beds ? a - ? a a Mooga 654.5a - 235.9a 124.5a Orallo 779.0a - 360.4a 235.0a Gubberaaunda 1014.0a - 595-4a 264.0a Jurassic Injune Creek Gp Westbourne 1278.0a - 859.4a 122.0a Springbok 1400.0a - 981.4a 61.0a Walloon 1461.0a -1042.4a 183.5a Bundaaba Gp Hutton [Upper! 1644.5a -1225.9a 177.1a Hutton [Lower! 1821.6a -1403.0a 62.9a Evergreen 1884.5a -1465.9a 111.5a Boxvale SS Mbr 1932.0a -1513.4a 20.0a Triassic Miaosa Gp Moolayeaber 1996.0a -1577.4a 104.0a Wandoan 2100.0a -1681.4a 90.0a Snake Creek 2190.0a -1771.4a 23.0a Showgrounds 2213.0a -1794.4a 21.6a Triassic Lower Rewan 2234.6s -1816.0a 69.0a Persian Blackwater Kianga 2303.6a -1885.0a 89.7a Devonian Tiabury Hills 2393.3a -1974.7a 57.2a + Total Depth 2450.5a -2031.9a Logger SEISMIC HORIZONS: WELL DATA CARD S.D.U LOCN LAT : 27 LONG : 149 21‘45.281" S zo^i-
iss" E D0081397 SEISMIC LINE/SP ; H51 1025 SP 234 AMG: E WELL NAME : Naaarah 2 DOOS N Zone 55 ELEVN GL: 412.8a KB: 418.6a DATUM BASIN : Bowen/Surat TOTAL D: 2450.5a Logger SPUD DATE : 3/ 9/87 COMPL DATE: 14/10/87 TARGET : Triassic, Devonian, seisaic struct DATA SOURCE : WCR STATUS : OPERATOR : Suspended gas well Crusader PARTNERS : SOCDET,BHP,TMOC,AHy LEASE : Qld ATP 145P CRedcapI DRILLER : Gearhart RIG : KREMCO 750T [Rig 11 C Mooga 654.5a - 235.9s 0.2976s Walloon 1461.0a -1042.4a 0.5508s Evergreen 1884.5a -1465.9a 0.6729s Snake Creek 2190.0a -1774.4a 0.7499s P Persian 2303.6a -1885.0a 0.7809s Z Tiabury Hills 2393.3a -1974.7a 0.8049s ENGINEERING DATA: HOLE AND CASING: 12 1/4" hole to 249.0a, 20 Jts 40 lb 9 5/8" K55 casing set at 247.5a, ceaented to surface with 170 sx Class A + 2Z CaC12 * 10 lb Hi-seal LCM, followed by 200 sx Class A + 2Z CaC12. 8 1/2" hole to 2450.5a TD [Logger!, 200 jts 7" N8O and K55 23 and 26 lbs/ft casing to 2338a, ceaented with 320 sacks Class G + 6Z prehydrated gel and 0.4Z HR7, followed by 210 sacks Class G + 1Z Halad 322. ENGINEERING DATA: DRILL STEM TESTS: (Log Corrected Depths! 2213.3a - 2231.1a 7-30- 90-180 148-1228- 160-2914 GFARTSTM, rec 3.2 bbls aud 2252.2a - 2273.7a 5-30- 60-180 289- 413- 264- 545 Tight. Rec 6 gals aud 2268.0a - 2290.0a 5-30- 90-180 161-2455- 183-3225 GTS 8 4.93 MCMD 1174 MCFD! Rec 3bbl aud 2290.7a - 2304.7a 5-30-120-180 144-3174- 288-3268 GTS 8 14.8 MCMD [522 MCFD! Rec 10 bbl aud 2396.5a - 2450.5a 5-50- 34- 2533-3821-3607- Misrun, tool plugged. 2395.5a - 2450.5a - -180-360 - -1082-2179 GTS 8 226 MCMD [7.98 HMCFD1, Declined to 62 MCMD after 3 hrs. Rec 3 bbls condensate. 2318s - 2360a - - Misrun - packer seat faileb< ' ‘ 3 i L <3%; ENGINEERING DATA: PLUGS: ff 1 ■2370m - 2330m with 66 sacks Class G + 0.3% HR4, cleaned to 2340m. 7" 238 and 26# N80 and K 55 casing to 2338m, cemented with 530 sx Class G [details above!. Suspended without perforating. WIRELINE LOG DATA: [Schlumberger! DLL-NSFL-GR-Cal 247.5m - 2446m LDL-CNL-GR-Cal 1600m - 2450m BHCS-GR 0m - 247.5m - 2445m HDT 2180m - 2450m DIGITAL LOGS: Above logs (Schlumberger] were digitally recorded at wellsite. MUD PROPERTIES: at 2450m Type: Rm: 0.139 8 19.5 deg C CONVENTIONAL CORES: (Log corrected depths! 2 2224.3m - 4 2273.7m - 6 2302.8m - 2234.3m 2291.7m 2304.7m Rec 9.9m 18.4m 1.9m Note: The above have been corrected to wireline log depths by adding 4.3m to KC1 Polymer SG: 1.21 Vis: 42 pH: 9.5 FL: 6.0 Rmf: 0.121 8 24.0 deg C Rmc: 0.274 8 22.5 deg C driller's depths for cores 1 and 2, 3.7m to driller's depths for cores 3 and 4, 3.0m to driller's depths for core 5 and 2.7m to driller's depths for core 6 SIDEWALL CORES: No sidewall cores taken. RESERVOIR DATA: EAuscore! PALYNOLOGY: MATURATION DATA: Detailed porosity and permeability measurements were made on core samples between 2212.3m and 2302.8m. Results can be found in an appendix to the report. No samples submitted. No samples submitted. GAS ANALYSIS: (AMDEL1 ex DST ft 1 2213.3m - 2231.1m [Showgrounds] Cl 82.16% C2 6.80% C3 3.65% IC4 0.99% NC4 1.43% ICS 0.59% NC5 0.54% C6 0.69% C7 0.29% C8+ 0.53% C02 0.64% N2 1.71% Cal val nett 1134 BTU/CuF 42.22 MJ/CuM Gas Density 0.736 ex DST 8 3 2268.0m - 2290.0m [Reward Cl 84.23% C2 7.52% C3 3.27% IC4 0.53% NC4 0.78% ICS 0.53% NC5 0.28% C6 0.35% C7 0.12% C8+ 0.21% C02 0.74% N2 1.65% Cal nett val 1061 BTU/CuF 39.51 MJ/CuM Gas Density 0.687 ex DST 8 4 2290.7m - 2304.7m [Rewan] Cl 79.90% C2 6.65% C3 3.38% IC4 0.83% NC4 1.06% ICS 0.44% NC5 0.35% C6 0.48% C7 0.38% C8+ 0.44% Cal nett val 1067 BTU/CuF 39.73 MJ/CuM Gas
Density 0.735 ex DST 8 5 2396.5m - 2450.5m [Pre-Permian Basement! Cl 81.87% C2 9.75% C3 3.90% IC4 0.54% NC4 0.90% IC5 0-23% NC5 0.20% C6 0.23% C7 0.09% C8+ 0.14% Cal nett val 1077 BTU/CuF 40.11 MJ/CuM Gas Density 0.697 ex DST 8 6 2395.5m - 2450.5m [Pre-Permian Basement!- Cl 82.27% C2 8.82% C3 3.61% IC4 0.55% NC4 0.96% IC5 0.31% NC5 0.30% C6 0.39% C7 0.19% C8+ 0.17% Cal nett val 1081 BTU/CuF 40.27 MJ/CuM Gas Density 0.702 Comparison of IC4/NC4 and IC5/NC5 ratios for these samples .shows very similar ratios for all gas samples, and suggests a common source. Temperatures recorded on DSTs : 80.8 deg C at 2205a on DST 1 82.8 deg C at 2259a on DST 3 91.1 deg C at 2290a on DST 4 91.7 deg C at 2399a on DST 5 91.1 deg C at 2398a on DST 6 LIQUIDS ANALYSES: EAMDEL! Ex DST II 6 2395.5a - 2450.5a Cl nil C2 0.07Z IC5 1.37Z NC5 1.89Z Methylcychx 12.13Z Ethylbenzene + Xylene Cll 6.75Z C12 3.93Z C16 0.54Z C17 0.34Z C21 0.10Z C22 0.11Z C26 0.11Z C27 0.04Z API Gravity 56.07 TEMPERATURES: C3 0.68Z IC4 0.48Z NC4 1.66X C6 5.52Z Benzene nil C7 15.20Z Toluene 2.19Z C8 13.44Z 7.02Z C9 9.10Z CIO 11.27Z C13 2.56Z C14 1.36Z C15 0.99Z CIS 0.29Z C19 0.20Z C20 0.13Z C23 0.07Z C24 0.09Z C25 0.10Z C28+ 0.27Z Liquid Density 0-7544 EPre-Peraian Basement! at 2450.5a circulated 2 hours before POH for logs. 77.8 deg C after 8.1 hrs on DLL log. 82.2 deg C after 13.3 hrs on LDL log. 86.7 deg C after 19.0 hrs on BHCS log. Extrapolated BHT: 94.9 deg C. VELOCITY SURVEY: (Schluabergerl Details are included in an appendix to this report. REMARKS: Appraisal well between Naaarah 1 and Weribone 1, in Redcap block, southeast of Surat. Showgrounds, Rewan and fractured basement ETimbury Hills! all contain gas; reservoir properties are generally aodest. Cased and suspended without perforation. WELLSITE GEOLOGIST: Mike Wiltshire CARD BY: Wiltshire Geological Services 3. GENERAL DATA Well Name and Number: Name and Address of Operator Petroleum Licence: Well Location: Survey / Line / SP: Elevations: Namarah 2 Crusader Limited 27th Floor 12 Creek Street BRISBANE Old 4000 Authority to Prospect 145P, Old (Redcap Block! 27 21' 45.281" S 149 20' 21.138” E Kyeen Teelba / HSI 1025 / SP 234 GL: 412.8m KB: 418.6m Dates Spud: TD reached: Rig released: Total Depth: Final Status: 3rd September 1987 5th October 1987 14th October 1987 Driller 2445m Logger 2450.5m Plugged below 2340m, 7” casing to 2338m, suspended without perforating. 4. ENGINEERING DATA Summary Gearhart * s Rig R1 was released from Sydney Oil Fairymount 4 at 2400 hrs on 30th August 1987; the Namarah 2 lease was only partly completed at that time, and lease preparation was completed during rig-up. Namarah 2 was spudded at 1800 hrs on 3rd September 1987. 12 1/4" surface hole was drilled to 249m, with some lost time due to lost circulation when at 53m. 20 jts of 4011 K55 9 5/8" surface casing were set at 247.48m, and cemented to surface with 370 sacks of Class A cement + 2Z CaC12. Cement was in place at 1305 hrs on 5th September 1987. 1/2" hole was drilled to 2445m [driller] at 0200 hrs on 5th October 1987. During drilling of the 8 1/2" hole stage, six full hole cores were cut, and four open hole drill stem tests were run. After logging, a further three open hole DSTs were attempted before production casing was run. The best gas flow, from the top of weathered and fractured metasedimentary basement, began at 226,000 cubic metres per day (7.98 MNCFDJ. Over the 3 hour test flow period, the flow rate declined to 62 MCMD 12.19 HMCFD] . Lesser gas flows resulted from DSTs over the Showgrounds Sandstone and Rewan Formation. 8 1/2" hole was plugged back and the top of cement dressed to 2340m. 7" production casing was run to
2338m, with float collar on top of second joint run. Cement was displaced with 7Z KC1 brine, and the well was suspended without perforation. The 7" casing was cemented to allow for subsequent perforation of Showgrounds and Rewan reservoirs, and the fractured and weathered top of basement hydrocarbons accumulation was plugged off. The drilling rig was released at 0200 hrs on 14th October 1987. Rig Specifications GEARHART RIG 1 Kremco 750T Drawworks : Kreaco 750T double drum - rated input 860 HP Drue clutches: Main drum : Fawick (Eaton Yale) 33VC650 Sandline : Fawick (Eaton Yale} 26CB525 Compound: Superior 1:1 Mast: Kremco - clear working height 112 ft - static hook load capacity 350,000 lb with 8 lines strung. Substructure: One piece parallelogram, height 18* - 350,000 lbs gross capcity, 280,000 lbs setback capacity - racking capacity 8000 ft of drill pipe in doubles. Engines: Two Caterpillar Model 3406 PTCA (375 HP at 2100 RPM1 Each driving through a P0214 twin disc clutch. Transmission: Allison CLBT-6061-1 with built in torque converter and Wabco controlled torque shifter. Dual output, five forwards, one reverse. Drive: Spicer 1880 series Catheads: One Foster Model 27sAH makeup cathead One 5" x 48'* hydraulic ram breakout unit Rotary: Gardner Denver 17 1/2" rotary table with split master bushing. Block: Crosby McKissick 150 ton with Webb Wilson 150 ton hydra hook. Swivel: Emsco LB140 - 140 ton rating Crown: 1 x 36" fastline sheave, 4 x 30" sheaves, 1 x 20" sandline sheave. Drilling Line: 5000' of 1 1/8" E.I.P.S. wireline Hydromatic: Tri-services mach. 22" single Pumps: 2 x Oilwell A600T triplex, 7" x 8" Input 600 HP at 175 RPM, max 700 GPM at 4058 psi Working pressure discharge - 6000 psi Working pressure suction - 275 psi Both pumps fitted with pulsation dampers. Pump engines: Each pump Caterpillar Model 379 BPC, driving through National Model C-245-145 torque converter and Fawick 24CB500 airflex clutch. Mud system: 300 bbl shaker tank, fitted with Brandt dual tandem shakers, degasser [poorboy and Drilcol, agitators, desilter, desander, hole fillup pump. -200 bbl suction tank and mixing pit Generators: 2 x Cat 3408PC 288 Kva 230 KW 240/480 Volt. Air Compressors 2 x Atlas Copco rotary screw type 2 x Quincy compressors [one driven from drawworks] Water Storage: 336 bbl water tank, 64 bbl drawworks brake cooling tank. Accumulator: Wagner Model 20-090-3BN-15 BOPs: 1 x Hydril 13 5/8" annular rated to 3000 psi 1 x Hydril 13 5/8" double ram, 5000 psi. 1 x inside BOP 4 1/2” XH pin & box. Upper & lower Kelly cocks, various crossover spools. Choke Manifold: : McEvoy 5000 psi, Swaco adjustable choke, Willis manual adjustable choke. Kill line: 5000 psi WKM flanged valve, 3" HCR valve. Fuel storage: 2 x 30,000 litre storage tanks 1 x 12,000 litre day tank. Kelly: Oncor 4 1/4" square, 40 ft,square drive with Varco 27 HDS kelly roller bushings. Tubulars: 8000 ft of 4 1/2:" grade E 16.6 Ib/ft drill pipe with 4 1/2" XH tool joints 6x4 1/2" XH Hevi-wate drill pipe 18 x 6 1/2" Drill collars with 4 1/2" tool joints. 6 x 8" DCs with 6 5/8" API regular tool joints. Accesories: Various pipe handling tools, and fishing tools. Power tongs. Camp: 48 man accomodation, self-contained, airconditioned. Drilling Data Hole sizes and depths: 16" conductor pipe was preset to 4.88 metres GL. 12 1/4" surface hole was drilled to 249m. 8 1/2" hole was subsequently drilled to 2445m. Casing and cementing record: 5/8" Surface Casing 12 1/4" hole drilled to 249m at 0400 hrs on 5th Sept 1987. Ran 20 jts 40ft K55 9 5/8" casing, with Halliburton guide shoe, float collar on top of first joint run, centralizers on first joint, and across second and third casing collars, and at 30m below KB. Casing was landed at 247.48m KB. Cemented with 170 Sx Class A + 2Z
CaC12 + 10ft Hi-seal LCM [1 sack!, followed by 200 Sx Class A + 2Z CaC12. Average slurry weight 15.6 ppg; displaced with 59.8 bbls water, bumped plug with 1000 psi. Top plug only used, good cement returns to surface observed. Plug down at 1305 hrs on Sth Sept 1987. HOC for 4 hrs, backed out landing joint, fit bradenhead and nipple up BOP. On RIH to drill out, felt TOC inside casing at 234m at 1900 hrs on 6th Sept 1987 7" Production Casing 8 1/2" hole to 2450.5m (Logger! at 0200 hrs on 5th Oct 1987. Plug ft 1 2330m - 2370m with 66 sacks Class G + 0.3Z HR4, felt at 2324m, dressed to 2340m at 0100 hrs on 12th October 1987. Ran 195 jts mixed string of 26ft and 23ft N80 and 23ft K55 Range 3 casing to 2338m, cemented with 320 Sx Class G premixed with 6Z gel and 0.4Z HR7 followed by 210 Sx Class G with 1Z Halad 322. Float collar on top of second joint run, all joints up to collar threadlocked. Centralizer 3m above shoe, over each coupling of first 100m of casing run, and up to 2200m approx. Displaced with 292 bbls of 7Z KC1 brine. Plug was bumped with 1800 psi, held for mins, bled off pressure and float held OK. Slip and seal assembly installed, 7" casing cut and Bradenhead installed; top of flange 6.03m below drill floor (hence 0.33m below GL!. Rig released without perforating. Drilling Data Mud Record Surface hole was drilled using fresh water/native clays with sweeps of high viscosity prehydrated gel as necessary for hole cleaning. Lost circulation was encountered at 27m and, by 49m, only 25% returns were seen. This was cured by spotting a high viscosity gel slurry, containing additional unhydrated gel, on bottom. Drilling continued to 250m without further incident and surface casing was run and cemented at 249m. The surface casing was drilled out using gel mud fran the previous section. Following this, the system was changed over to KCl/polymer mud, which was used to drill approximately 50m above the first coring point. Stuck pipe, on pulling out to change bits at 864m, necessitated use of an EZ-Spot pill to release the string. In the early sections of the hole, to approximately 1700m, heavy dilution was necessary, and owing to intermittent operation of the centrifuge, and mud weight rose to 9.4~9.5 ppg. Once the centrifuge was functioning properly, mud weight was able to be reduced to 9.2+ ppg and drilling continued to 2152m without further incident. At 2152m, the old mud system was dumped and replaced with fresh KCl/polymer mud in an effort to minimise formation damage. Drilling continued to 2320m and, during this interval, six cores were cut and four DSTs were conducted. No problems were encountered other than gas cutting of the mud when DST tools were reverse circulated. At 2320m, prior to drilling into fractured basement, the mud was weighted up to 10.1 ppg using calcium carbonate. Drilling continued to 2450m, T.D.. Logging was conducted and no hole problems were encountered. During testing of basement, continued mud losses necessitated the lowering of mud weight to 9.9 ppg. The well was plugged back to 2340m and 7” casing was run and cemented at 2338m. d. Water Supply: Trucked. 12 Drilling Data e. Formation testing During drilling of the 8 /12" hole phase, four open hole drillstem tests were run, as follows: [depths are corrected to log depths] mins - final pressure 148 psi mins - 1228 psi mins - 160 psi mins - 2914 psi Initial flow period: 7 Initial closed in: 30 Second flow period: 90 Second closed in: 180 small to measure: recovered 3.2 bbls DST # 1 2213.3b - 2231.1b [Showgrounds Sandstone) Test resulted in gas flow at rate Bud DST fl 2 2252.2b - 2273.7b Initial flow period: Initial closed in: Second flow period: Second closed in: Tight test; recovered 6 gals 5 mins - final pressure 289 psi 30 mins - 413 psi 60 mins - 264 psi 180 mins - 545 psi mud.
[Rewan ForBation) [Rewan Foraation) DST fl 3 2268.0b - 2290.0m Initial flow period: 5 Initial closed in: 30 Second flow period: 90 Second flow period: 180 Liaited permeability; gas flowed recovered 3 bbls aud. mins - final mins - mins - mins - pressure 161 2455 183 3225 psi psi psi psi to surface at 4.93 MCHD (174 NCFD) DST # 4 2290.7a - 2304.7m [Rewan Formation) Initial flow period: 5 Initial closed in: 30 Second flow period: 120 Second closed in: 180 Limited permeability; gas flowed recovered 10 bbls mud. mins - final pressure 144 psi mins - 3174 psi mins - 288 psi mins - 3268 psi to surface at 14.9 MCND [522 MCFD) DST fl 5 2396.5m - 2450.5a [Basement) Initial flow period: 5 mins - final pressure 2533 psi Initial closed in: 50 mins - 3821 psi Second flow period: 34 mins - 3607 psi Second closed in: - NR Gas flow to surface on initial flow period at non- -stabilized rate [5 mins Following logging, three further open hole DSTs were run: flow period) suggesting stabilized flow rate of about 8 MMCFD [226 MCND) . Tool was closed in, and subsequent performance on re-opening suggested plugging - prior to test, mud had been weighted with coarse calcite, and on recovery, tool was found to be plugged with this weighting material. 13 OST ft & 2395.5a - 2450.5a (Basement! Initial flow period: 180 wins - final pressure 1082 psi Initial closed in: 360 ains - 2179 psi No second flow period was atteapted [see DST 4 5 comments above]. Gas flowed to surface at initial rate of 226 NCM per day [7.98 NMCFD]; flow rate declined to 62 MCM per day [2.19 NMCFD] at end of flow period - pressure records (coaparison of pressure recovery in closed in period of DST ft 5 with that of closed in period of DST ft 6] suggests severe depletion. DST ft 7 2318a - 2360a [Peraianl Misrun - packer seat failed when tool opened. Drilling data f. Completion data After DST ft 7, the 8 1/2" hole was plugged between 2370m and 2330m with 66 sacks Class G ceaent + 0.3Z HR4. This plug was felt at 2324m, and then cleaned to 2340a. 200 joints of 23ft and 26ft N80 and K55 Range 3 7" casing were then run to 2338a, and cemented with 320 sacks of Class G cement containing 6Z prehydrated gel and 0.4Z HR7, followed by 210 sacks Class G + IX Halad 322. The 7" string was equiped with centralizers 3m above the shoe, and over each casing coupling for the first 100 metres of casing run. Float collar at top of second joint run, top plug only used, displaced with 292 bbls of 7Z KC1 brine - plug bumped with 1800 psi, float held OK. A slip and seal assembly was installed, the 7" casing was cut and a Bradenhead was fitted with the top flange 0.33m below GL. The rig was released without perforating. 5. GEOLOGICAL DATA 5.1 Geological Summary Namarah 2 spudded into marine Cretaceous Rolling Downs Group sediments. From spud to surface casing point [249ml no cuttings samples were taken, and no mudlog operations were conducted. The mudlogging unit was rigged up and operational when drilling out from surface casing and for the rest of the operation. Cuttings samples were taken at 10 metres intervals from 250 metres to 1620 metres, and at 3 metre intervals from 1620 metres to TD [2445m driller]. All samples were accurately lagged. The well passed into the Cretaceous to Jurassic Blythesdale Group transitional to fluvial coarser clastic sediments at about 620 metres [the precise top of Blythesdale Group has not here been identified with certainty]. Injune Creek Group sediments were entered at 1278m, and Bundamba Group [Hutton Sandstone and Evergreen Formation] sediments were penetrated between 1644.5m and 1996m. No hydrocarbons shows were seen throughout this sequence. Triassic Mimosa Group sediments were entered at 1996m, with a normal Moolayember / Wandoan / Snake Creek sequence overlying
Showgrounds Sandstone coarse clastics which were penetrated between 2213m and 2234.6ro. No significant shows were seen in Mimosa Group sediments overlying the Showgrounds Sandstone. The Showgrounds Sandstone was a primary objective in the well, and two cores were cut across the unit. Hydrocarbons shows were encountered in the finer grained top of Showgrounds unit, but the coarser basal part lacked good shows. A DST was run over the tighter top part of the unit [DST # 1], and resulted in a gas flow at rate too small to measure. Subsequent log analysis suggests that the basal, more permeable part of the Showgrounds Sandstone is probably dominantly water saturated. Below the Showgrounds Sandstone, the well penetrated 69 metres of Early Triassic Rewan Formation sediments, and 89.7 metres of Permian Blackwater Group sediments before entering metasedimentary basement. Gas and gas-condensate shows are present throughout the Rewan Formation; the best shows are associated with the best reservoir properties. Four cores were cut over the basal 48.4 metres of this unit, and two open hole DSTs were run. Both DSTs resulted in modest gas flows, and no formation water was recovered. The Permian sequence consists of tuffs, coals, sandstones, siltstones and shales. There are no useful reservoirs developed. One core intersected the topmost tuff, but no other cores were cut in this unit, and no open hole DSTs were run. Gas detector activity suggests that the sequence is gas saturated throughout, even though reservoir qualities are lacking. Basement is dark grey phyllitic shales and grey recrystallized fine to medium grained sandstones. The topmost 14 metres of basement is weathered, and apparently has enhanced porosity within this interval, probably due to weathering action on the fracture system within basement. This fracture porosity contains gas and condensate. The well was terminated within the unweathered basement, after penetrating a total of 56.7 metres of basement lithologies. A comprehensive suite of wireline logs, including dipmeter and velocity survey, were run at TD. No sidewall cores were taken. The basement porosity was drill stem tested after logging. On the first test [DST # 5], the tool was shut in after an initial flow period of 5 minutes, during which a substantial though non stabilized gas flow rate was observed. Upon re-opening, the tool was found to be effectively plugged. The plugging material was coarse calcite which had been added to the mud system as a weighting material prior to drilling into basement; this material had apparently accumulated in the fracture system, and entered the test string in the hydrocarbons flow stream. The test was aborted, and the interval was re-tested. On DST # 6, again across the top of basement, gas flowed at rates up to 230 MCMD [8 MMCFD] early in the 188 minute flow period, but flow rates declined to 60 MCMD [2.18 MMCFD] by the end of the flow period. Comparison of closed in period pressure recovery behaviour on DSTs 5 and 6 suggests that the fracture reservoir was severely depleted during the 188 minute flow period, and that the zone was unlikely to be capable of sustaining economic production rates. One further open hole DST was attempted. This was a straddle test of the best potential reservoirs of the Permian sequence. The tool failed to open, and the test was a misrun. No repeat was attempted. The fracture porosity in top of basement was plugged off, and the well was cased for subsequent evaluation of the Triassic Rewan Formation reservoirs. It was suspended without perforating. 5.2 Reasons for drilling. A number of previous wells in the Redcap block and environs have encountered gas and gas-condensate shows from the Showgrounds Sandstone and underlying rocks,
down to and including the weathered top of basement. The Namarah 2 well was intended to: evaluate hydrocarbons expected in the Showgrounds Sandstone, Rewan Formation, Permian and basement. evaluate reservoir properties in the same units. determine if exploration targets exist in the overlying units [Hutton Sandstone, Evergreen Formation, Moolayember Formation and Wandoan Sandstone]. 5.3 Stratigraphic table Cretaceous Rolling Downs Gp Depth Surface Elevn + 412.8m Thickness m Cret-Juras Blythesdale Gp Transition Beds ? m - ? m m Mooga 654.5m - 235.9m 124.5m Oral io 779.Om - 360.4m 235.0m Gubberamunda 1014.0m - 595.4m 264.0m Jurassic Injune Creek Gp Westbourne 1278.0m - 859.4m 122.0m Springbok 1400.0m - 981.4m 61.0m Walloon 1461,0m -1042.4m 183.5m Bundamba Gp Hutton [Upper] 1644.5m -1225.9m 177.Im Hutton [Lower] 1821.6m -1403.0m 62.9m Evergreen 1884.5m -1465.9m 111.5m Boxvale SS Mbr 1932.0m -1513.4m 20.0m Triassic Mimosa Gp Moolayember 1996.0m -1577.4m 104.0m Wandoan 2100.0m -1681.4m 90.0m Snake Creek 2190.0m -1771.4m 23.0m Showgrounds 2213.0m -1794.4m 21.6m Triassic Lower Rewan 2234.6m -1816.0m 69.0m Permian Blackwater Kianga 2303.6m -1885.0m 89.7m Devonian Timbury Hills 2393.3m -1974.7m 57.2m + Total Depth 2450.5m -2031.9m Logger Descriptive stratigraphy Surface to 254m: No samples - no descriptions 254m - 654.5m: Rolling Downs Group - Wallumbilla Formation and Bungil Formation [ Lower Cretaceous to Upper Jurassic] 254m - 431m : Interbedded siltstone and claystone with minor glauconitic sandstone. The siltstone is medium to dark grey, arenaceous, argillaceous, firm, glauconitic in part. The claystone is medium grey, moderately firm, occasionally micromicaceous, calcareous in part, with occasional shell fragments. The sandstone is light to medium grey, fine to medium grained, moderately firm, lithic, well sorted, consisting of subangular to subrounded lithic grains, quartz, glauconite, with white clay matrix, calcite cement. Porosity is poor with no shows. Gas detector: 1 to 6 units - all Cl [1 unit = 200 ppm]. 43lm - 567m : Interbedded arenaceous siltstone and lithic sandstone with minor coals. The siltstone is light to medium grey, arenaceous, lithic, with occasional carbonaceous debris. The sandstone is light grey to off-white, fine to medium grained, consists of subangular, moderately sorted quartz, feldspars, abundant green lithics, with clay matrix and calcite cement. Porosity is poor, with no shows. The coals are dark brown to black, sub-bituminous to lignitic. Gas detector: 19 to 26 units Cl, trace C2 567m - 654.5m : Mudstone, minor siltstone and sandstone. All lithotypes as described above. The mudstone is moderately firm, blocky, silty. Below about 605m there is a rare trace of quartzose sand, and the silty material has a light speckled appearance. This is interpreted as the Bungil Formation. Gas detector: 10 to 15 units, analysis Cl 4000, C2 35, C3 Trace ppm 654.5m - 1278m : Blythesdale Group - Early Cretaceous to Late Jurassic 654.5m - 779m : Mooga Formation Sandstone, minor siltstone and mudstone. The sandstones are fine to medium grained with some coarse grained, moderately firm, friable, light grey to white, consisting of subrounded quartz, minor grey lithics, carbonaceous fragments and micas, with a white clay cement. Porosity is fair to good [16% to 19% approximately]; there are no shows. The siltstones and mudstones are medium to dark grey and brown-grey, moderately firm, subfissile, carbonaceous. There is minor coally material. 779m - 1014m : Interbedded sandstones, siltstones, shales and minor coals. The sandstones are light grey, very fine to medium grained, moderately firm, friable, consisting
of subrounded fair sorted quartz with minor grey lithics, white clay cement and matrix. Porosity is poor to fair [13% to 16%} with no shows. The siltstones and shales are as described above, medium grey and brown-grey, moderately firm, carbonaceous. The coals are black, sub-bituminous to dull, blocky. Gas detector: 1 to 2 units, analysis Cl 2000, C2 5 ppm. 1014m - 1278m : Gubberamunda Sandstone Sandstones, minor siltstones and shales. Down to about 1150m, the sandstones are light grey to white, fine to medium grained, moderately hard, friable, consisting of subrounded quartz and minor grey lithics, trace of pink-red garnet. Matrix / cement clays, porosity fair [16%], no shows. From 1150m to about 1200m, the sandstones are coarse to very coarse grained and pebbly, clean quartzose; generally poorly cemented, friable with excellent porosity [16% to 20%], with occasional hard streaks due to calcite and dolomite cement. There is minor fine to medium grained quartz sandstone as above. No hydrocarbons shows. The basal part of the unit [1200m to 1278m] consists of coarse grained sandstones as described above, with traces of depositional graphite and pink garnet, and quartzose gravels. The siltstones and shales are grey-brown, moderately hard, subfissile, micaceous and carbonaceous, and grade to fine sandstone. Gas detector: 0.5 to 1 unit, analysis Cl 100, C2 Tr ppm 1278m - 1644.5m : Injune Creek Group - Mid Jurassic to Late Jurassic. 1278m - 1400m : Westbourne Formation. Interbedded siltstones and sandstones. The siltstones are light to medium grey and brown-grey, some dark grey, moderately hard, subfissile, sandy, micaceous, carbonaceous, trace graphite. Grades to very fine to fine grained sandstone in parts. The sandstones are light to medium grey, moderately hard, subrounded, fine to medium grained with minor coarse grained, quartzose with minor grey lithics. Matrix is clay, cement clay, calcite and pyrite. Porosity is poor to fair; there are no shows. Gas detector: 0.5 unit or less. 1400m - 1461m : Springbok Sandstone. Sandstones - light grey, fine to medium grained, moderately hard, friable, consisting of subrounded quartz, minor grey lithics, trace of carbonaceous material. Matrix clays, some dispersed shaly material, cement clay and calcite. Porosity poor [14%] to fair [16%] with no shows. Gas detector: 0.5 unit. 1461m - 1644.5m : Walloon Coal Measures. Siltstones and shales, minor coals and sandstones. The siltstones and shales are intergradational, light to medium to dark grey and brown-grey, moderately firm, carbonaceous, finely micaceous, finely sandy, grading to fine, argillaceous sandstone in parts. The shales are softer, and disperse into the drilling mud. The coals are black, dull and earthy to sub-bituminous, moderately hard, brittle, blocky. The sandstones are light to medium grey and brown-grey, very fine to fine grained, well sorted, subrounded, moderately firm, consisting of quartz with lesser grey and green lithics, minor white mica and carbonaceous fragments. Matrix is white clays, minor shaly material. Cement is clays, trace calcite. Porosity is poor [13%] and permeability low. There are no shows. Gas detector: 0.8 to 1.5 units background, 2.2 to 4.4 units peaks from coals. Peak analysis Cl 792 ppm, C2 22 ppm, C3 15 ppm, no higher HCs present. 1644.5m - 1996m : Bundamba Group - Early Jurassic. 1644.5m - 1884.5m : Hutton Sandstone. Sandstones with interbedded siltstones and shales. The sandstones are light grey, very fine to fine grained well sorted, moderately firm, friable, consisting of subrounded quartz, with lesser green, brown and grey lithics, traces of carbonaceous material and mica, with a white clay matrix. Cement is clay, minor calcite. Porosity is poor [13% to 14%] and permeability is low. Between 1695m
and 1821.6m, the sandstones are coarser, and range to occasionally very coarse grained and pebbly. In the coarser phases, porosity ranges from about 15% to at best 20%, with excellent permeability. There are no shows throughout. From 1821.6m to the base of the unit, the sands are dominantly very fine to fine grained, well sorted, silt and clay choked, with silica, clay and calcite cement. The shales and siltstones are light to medium to dark brown-grey, moderately firm to hard, subfissile, finely carbonaceous and micaceous. Gas detector: 0.5 unit, all Cl. One thin coal at 1835.5m gave 2.5 units, analysis Cl 492 ppm, C2 23 ppm, no higher hydrocarbons present. 1884.5m 1884.5m 1932m - 1952m - 1952m - 1996m : Evergreen Formation [including Boxvale Sandstone Member] 1932m : Interbedded siltstones, shales and fine grained sandstones. The lithotypes intergrade; the dominant lithology is siltstone - medium grey and brown-grey, moderately hard, subfissile, finely sandy, micromicaceous, carbonaceous. Contains lithic grains and green, white and brown specks that are apparently iron-rich material [similar material cements much of the sandy phase]. The shales are silty, carbonaceous, moderately hard. The sandstones are medium grey and brown-grey, very fine to fine grained well sorted moderately hard, consisting of subangular to subrounded quartz and grey, black, green and brown lithics, with a clay and ?complex iron compound matrix and cement. They are tight with no shows. Within the unit, there is a progressive increase in the chemical components down to about 1900m to 1910m, and then a gradual reduction to top of Boxvale. There are no oolites. 1952m : Boxvale Sandstone. Sandstones with minor interbedded shales. The sandstones are medium to light grey, fine to medium grained at the top, and medium to coarser grained at the base, consisting of fair to well sorted subrounded quartz and grey, green and black lithics with clay and pale green and brown iron compounds matrix / cement. Matrix and cement are well developed, and porosity is poor [12% to 13%] at the top. The interval 1944m to 1946m contains slightly coarser material; porosity is probably 14% to 15%. There are no shows. The interbedded shales are as in the Evergreen Formation. 1996m : Lower Evergreen Formation 1984.5m : Interbedded siltstones, shales and sandstones. The siltstones [dominant] and shales are medium to dark brown-grey to grey, moderately hard, sandy, carbonaceous and contain rare oolitic material and common chemical crystalline material. Nodular aggregates and bound granular masses of bluish-grey and rust brown material abound. The contained sand grains are generally coarser than in the post-Boxvale sequence, being generally coarse grained, subrounded. The sandstones are medium grained subrounded quartzose, with Fe-rich cement; generally slightly coarser than those above. Near the top of the unit, the cement is generally rust-brown in colour, but towards the base of the unitthe matrix / cement contains much light blue-grey clay and ferruginous material. Porosity is generally poor [12% to 13%] and there are no shows. This sequence contains occasional thin coals . and generally contains more dispersed coally matter than the post-Boxvale sequence. 1984.5m - 1996m : Basal Evergreen Sandstone Sandstone, minor siltstone. The sandstone is coarse to very coarse grained and pebbly, consisting of subrounded to rounded quartz, with white clay matrix, silica and clay cement. Porosity is good [15% to 18%] with no shows. Gas detector : 1.0 unit average throughout Evergreen Peak from coal at 1975m : 6.0 units, analysis Cl 1210 ppm, C2 20 ppm, C3 Trace. 1996m - 2234.6m : Mimosa Group - Late Triassic. 1996m - 2100m : Moolayember
Formation. Interbedded shales and siltstones, minor coals and sandstones. The lithotypes intergrade. The shales and siltstones are medium to dark grey, moderately hard. subfissile, carbonaceous and coally, micromicaceous. The sandstones are light to medium grey, very fine to fine grained, well sorted, moderately hard and friable, consisting of subrounded quartz and lithics [grey, green, some redbrown], minor carbonaceous material and mica, in a white calcareous clay matrix / cement. They are tight [11%] to poorly porous [13%] at best, with no shows. The coals are black, bituminous to sub-bituminous, shaly, hard and brittle. There are few discrete coals, but the section contains much dispersed coally material. Gas detector: 0.7 units average background, all Cl Peaks [all coals]: 8.4 units at 1998m - Cl 1584 ppm, C2 34 Ppm, C3 12 ppm 3.9 units at 2029m - Cl 737 ppm. C2 20 ppm, C3 Trace 8.8 units at 2036m - Cl 1640 ppm, C2 64 ppm, C3 Trace 3.0 units at 2050m - Cl 588 ppm, C2 20 ppm, C3 Trace 2100m - 2190m : Wandoan Sandstone. Sandstones, minor siltstones and shales. The siltstones and shales are medium to dark grey and brown, moderately hard, subfissile, finely micaceous, carbonaceous. The sandstones are light to medium greenish-grey, very fine to fine to medium grained, very well sorted, moderately hard and friable to hard and brittle, consisting of subrounded quartz and grey, black, green and some redbrown lithic grains; the proportion of lithic detrital constituents increases slightly with depth. There is minor carbonaceous material. Matrix is white to pale green clays. Cement is silica, pale green [? chloritic] clays, minor calcite. Porosity is poor, [10%] to fair [13%] at best,- permeability is very low throughout. There are no shows. Gas detector: 3 to 7 units average. No significant peaks. 2190m - 2211.8m : Snake Creek Mudstone. Shale and siltstone - dark grey to black, moderately hard, massive to subfissile, finely micaceous, carbonaceous. Gas detector: 2 to 3 units, no peaks. 2211.8m - 2234.6m : Showgrounds Sandstone. Interbedded sandstone, siltstone and shale. The sandstones are light grey, moderately hard, fine to medium grained well sorted, clay filled and tight [porosity approx 12% at best] with no fluorescence. They are downward coarsening, and the basal 7 metres of the unit contains coarse grained to conglomeratic quartzose sandstones. Porosity in the coarser grained phases ranges up to about 16% at best, but permeability is only fair. The more porous phases have rich petroliferous odour on fresh fracture, with mottled bluish-white and green fluorescence. The tighter phases had gas bleeding on core recovery. The shales and siltstones are dark grey, minor brown, moderately hard, bioturbated, carbonaceous. Gas detector: unreliable [coring] 0.5 to 13.6 units. Peak: 13.6 units - analysis Cl 2316 ppm, C2 142 ppm, C3 30 ppm, C4 Trace. 2234.6m - 2303.6m : Rewan Formation - Early Triassic 2234.6m - 2240m : Shale, minor interbedded sandstone. The shale is light grey-white to greenish grey, moderately soft to moderately hard, [soft in topmost 5m of unit - due to weathering], massive, contains brown sideritic nodules up to about medium sandgrain size. With depth, the shale is hard, siliceous and brittle. Minor interbedded sandstone - medium grey, fine to medium grained polymictic lithic, clay-choked, moderately hard, friable, consisting of subrounded quartz, some nodular mid brown siderite, and a wide variety of lithic grains [green, grey, black, red-brown] in a white clay matrix. Cement is silica, minor clay and some siderite and calcite. Porosity is poor, permeability low, no significant shows. 2240m - 2303.6m : Sandstones, conglomerates, minor shales. The sandstones are light to medium grey, medium to coarse and very coarse
grained to conglomeratic, generally lithic polymictic, with a wide variety of lithic grains [grey, green, red-brown, minor black] and quartzose pebbles, minor intraformational shale clasts, with pale grey and green grey clay matrix, white clay, some silica and red-brown iron-rich minerals in cement. Porosity generally poor to at best fair [10% to 13%]. Generally fair shows - pinpoint to patchy dull gold and blue-white fluorescence in the tighter parts, rich cream-gold fluorescence, faint to strong odour, immediate strong cut from more porous intervals. Permeability is generally poor to at best fair. The basal 10 metres of the unit is generally more conglomeratic, and there is a progressive downward reduction in lithic content; this is particularly noticeable in the basal 1 metre, which is dominantly quartzose conglomerate. Gas detector: unreliable [coring and DSTs] but 2 to about 10 units, peak to 36.S units - analysis Cl 6065 ppm, C2 400 ppm, C3 112 ppm, C4 20 ppm, C5 Trace 2190m - 2211.8m : Snake Creek Mudstone. Shale and siltstone - dark grey to black, moderately hard, massive to subfissile, finely micaceous, carbonaceous. Gas detector: 2 to 3 units, no peaks. 2211.8m - 2234.6m : Showgrounds Sandstone. Interbedded sandstone, siltstone and shale. The sandstones are light grey, moderately hard, fine to medium grained well sorted, clay filled and tight [porosity approx 12% at best] with no fluorescence. They are downward coarsening, and the basal 7 metres of the unit contains coarse grained to conglomeratic quartzose sandstones. Porosity in the coarser grained phases ranges up to about 16% at best, but permeability is only fair. The more porous phases have rich petroliferous odour on fresh fracture, with mottled bluish-white and green fluorescence. The tighter phases had gas bleeding on core recovery. The shales and siltstones are dark grey, minor brown, moderately hard, bioturbated, carbonaceous. Gas detector: unreliable [coring] 0.5 to 13.6 units. Peak: 13.6 units - analysis Cl 2316 ppm, C2 142 ppm, C3 30 ppm, C4 Trace. 2234.6m - 2303.6m : Rewan Formation - Early Triassic 2234.6m - 2240m : Shale, minor interbedded sandstone. The shale is light grey-white to greenish grey, moderately soft to moderately hard, [soft in topmost 5m of unit - due to weathering], massive, contains brown sideritic nodules up to about medium sandgrain size. With depth, the shale is hard, siliceous and brittle. Minor interbedded sandstone - medium grey, fine to medium grained polymictic lithic, clay-choked, moderately hard, friable, consisting of subrounded quartz, some nodular mid brown siderite, and a wide variety of lithic grains [green, grey, black, red-brown] in a white clay matrix. Cement is silica, minor clay and some siderite and calcite. Porosity is poor, permeability low, no significant shows. 2240m - 2303.6m : Sandstones, conglomerates, minor shales. The sandstones are light to medium grey, medium to coarse and very coarse grained to conglomeratic, generally lithic polymictic, with a wide variety of lithic grains [grey, green, red-brown, minor black] and quartzose pebbles, minor intraformational shale clasts, with pale grey and green grey clay matrix, white clay, some silica and red-brown iron-rich minerals in cement. Porosity generally poor to at best fair [10% to 13%]. Generally fair shows - pinpoint to patchy dull gold and blue-white fluorescence in the tighter parts, rich cream-gold fluorescence, faint to strong odour, immediate strong cut from more porous intervals. Permeability is generally poor to at best fair. The basal 10 metres of the unit is generally more conglomeratic, and there is a progressive downward reduction in lithic content; this is particularly noticeable in the basal 1 metre, which is dominantly quartzose conglomerate. Gas detector: unreliable [coring and
DSTs] but 2 to about 10 units, peak to 36.5 units - analysis Cl 6065 ppm, C2 400 ppm, C3 112 ppm, C4 20 ppm, C5 Trace 2303.6m - 2393.3m : Kianga Formation - Late Permian. 2303.6m - 2334.6m: Interbedded tuffs, sandstones, siltstones and shales, with minor coals. The tuffs are pale grey to pale brown and buff, moderately firm to hard, massive, with abundant fine brown mica. The sandstones are medium grey, moderately hard to hard, fine to medium grained, lithic, carbonaceous, silty. They are clay-choked and tuffaceous throughout, with silica and some calcite cement. They are tight throughout, with no shows. The siltstones and shales are medium to dark grey-brown, intergradational, moderately hard, sandy, tuffaceous, carbonaceous and micaceous, subfissile. The coals are dark brown and shaly to black, bituminous. They are generally dull and shaly. Gas detector: 10 to 30 units background. Peaks [coal] 59 units at 2323m, analysis Cl 9381 ppm, C2 701 ppm. C3 235 ppm, C4 55 ppm. 2334.6m - 2345m : Interbedded coals, shales and tuffs. All lithologies as above. 2345m - 2355.5m : Tuffs and sandstones. The sandstones are medium grey, fine to medium grained, moderately hard to hard, tight with no significant shows. The tuffs are pale grey and brown, as above. 2355.5m - 2393.3m : Interbedded coals, siltstones, shales and minor tuffs. All lithologies as described above. Gas detector: general background gas levels increase from about 2320m; mud SG was progressively increased by addition of coarse calcite, but gas peaks from coals still increase with depth [120 units at 2381m was maximum observed] with analysis Cl 18550 ppm, C2 1733 ppm, C3 444 ppm, C4 156 ppm, CS 21 ppm. 2393.3m - 2450.5m [TD] : Metasedimentary basement - Timbury Hills Formation. 2393.3m - 2407m : Weathered Zone. Phyllitic shales and recrystallized sandstones. The phyllite is dark grey, moderately hard to hard, with silky lustre. The sandstone is medium grey, fine grained, quartzose, hard, brittle and tight, silica and minor calcite and ? chlorite / epidote cement. Tight, no shows. 2407m - 2450.5m : metasedimentary basement, unweathered. Phyllite and metasandstone - both lithologies as described above, but slightly harder - hard to very hard. Phyllite dominates down to about 2430m, and metasandstone dominates below. The sequence is hard and tight with no shows. Gas detector: background 12 units declining to about 6 units below 2407m. Two peaks [2402m and 2406m] are apparently from fractures within the weaterhed profile; gave 58 and 63 units respectively [with mud SG 1.20]. Analysis of 63 unit peak - Cl 8180 ppm, C2 957 ppm, C3 343 ppm, C4 150 ppm, C5 34 ppm. 5.5 Formation Evaluation Mud logging Mudlogging services were provided by Gearhart Geodata. Equipment was installed during top hole, and services were maintained from drilling out from surface casing [at 249ml toTD. Services provided were drilling rate, total gas, gas chromatography, sample collection and processing, and mudlog preparation. The Geodata master log forms an enclosure to this report. Wireline Logging Wireline services were provided by Schlumberger. A single logging suite was run at TD. The following logs were run: DLL-MSFL-GR-Caliper LDL-CNL-GR-Caliper BHCS-GR HDT Velocity Survey 247.5m 1600m 247.5m 2180m to to to to 2446m 2450m 2445m [GR to Surface] 2450m No sidewall samples were taken. Temperatures Maximum recording thermometers were run on all logging runs, and temperatures were recorded on all DSTs: On DST # 1 at 2205m - 80.8 deg C DST # 3 at 2259m - 82.8 deg C DST # 4 at 2290m - 91.1 deg C DST # 5 at 2399m - 91.7 deg C DST # 6 at 2398m - 91.1 deg c Prior to logging, circulated for 2 hours at TD [2450ml prior to POH for
logging. Temperatures then recorded as follows: 77.8 deg C after 8.1 hrs on DLL log 82.2 deg C after 13.3 hrs, on LDL log 86.7 deg C after 19 hrs, on BHCS log Extrapolated stabilized BHT : 94.9 deg C at 2450m Coring A total of 6 full hole cores were cut: two were across the Showgrounds Sandstone objective: No. Driller’s depth Logger’s depth Rec Core # 1 2208m 2220.6m = 2212.3m - 2224.3m Rec 11.8m Core # 2 2220.6m - 2230.6m = 2224.3m - 2234.3m Rec 9.9m A further four cores were cut across the lower part of the Rewan Formation and into top of Permian: Core # 3 2252.5m - 2271.0m = 2255.2m - 2273.7m Rec 18.5m Core # 4 2271.0m - 2289.5m = 2273.7m - 2291.7m 18.4m Core # 5 2289.5m - 2299.8m = 2291.7m - 2302.8m 10.3m Core # 6 2300.1m - 2302.0m = 2302.8m - 2304.7m 1.9m 5.6 Reservoir potential The primary objectives in the well were the Showgrounds Sandstone and Rewan Formation; both objectives were extensively cored, and detailed reservoir evaluation studies were made on the cores. Porosity and permeability analyses reports are appended to this report; detailed figures will not be repeated here. The cores were cut using fibreglass or aluminium inner barrels which were recovered intact, cut into 1 metre lengths using an abrasive saw, quickly examined at the wellsite, sealed, packed into low temperature [dry ice] containers, and transported in that condition to Core Services of Australia laboratory in Brisbane for analysis. Field examination and description was thus brief; after analytical samples were taken, and the core had been slabbed and cleaned, a further examination and geologic description was made. Core descriptions appear in an appendix to this report. In summary, reservoir properties of Jurassic coarse clastic rocks [Blythesdale to Bundamba Group sediments] range from poor to excellent, down to the basal Evergreen sandstone. Below this unit, within Triassic and older rocks, reservoir properties are modest. The Showgrounds Sandstone was effectively completely cored; the upper part of this unit is fine to medium grained well sorted sandstones and interbedded siltstones and shales, interpreted as products of reworking of fluvial and alluvial debris in a low energy shoreface environment. Reservoir properties within this unit are modest but relatively uniform porosity ranges from about 11% to 13%, and permeability is low. The lower part of the Showgrounds Sandstone consists of coarser grained sandstones and conglomerates which are interpreted as products of a fluvial and [?] alluvial environment. Reservoir properties are more variable, but porosities range from about 11% to 15%, and permeabilities are somewhat better than in the reworked facies sediments. The Rewan Formation has previously been described as interbedded shales, siltstones and sandstones; previous interpreters have regarded sandstone as a subordinate lithology. This is erroneous; much of the sequence was cored in this well, and consists of a vertically stacked series of lithic grits and conglomerates, which have characteristically high GR signatures and appear as silts and shales on logs. The sequence is of significantly higher depositional energy than has previously been recognized, and the pattern is unlikely to be only a local effect, since the grainsize is relatively coarse and constant. Reservoir properties are now modest throughout the sequence, due apparently to cementation by clays, chlorite, iron-rich compounds, silica and calcite. These are apparently products of alteration of the primary lithic fabric components as well as alteration products of the initial matrix and cements. Again because of the relative homogeneity of the sequence, chemical adjustment of similar advancement can be expected to be widespread in the Rewan Formation in this area. As the
base of the Rewan Formation is approached, there is a reduction in the proportion of lithic fabric components; the basal pebble layer is a relatively clean quartz pebble conglomerate. A reservoir target in this well was this basal Rewan unit; unfortunately, the unit is thin, and silica cementation infills most porosity [perhaps due to proximity to the topmost Permian tuff]. Reservoir properties within the Rewan are generally poor; porosities range from about 9% to 15% in the better lithotypes, but permeabilities are low. Log analysis indicates overall Rewan net pay is 0.94 metres with an average porosity of 12.4%, using 9% porosity cutoff. There are no reservoirs recognized within the Permian sequence. The Timbury Hills "Formation" is the basement complex of the western margin of the Bowen Basin. Lithotypes include greenschist facies sandstones and phyllitic shales. In the Namarah area, basement lithology is fractured dark grey phyllitic shales and recrystallized sandstones. The uppermost 13.7 metres of basement lithologies is weathered. The fracture system [probably associated with the phyllitic metamorphic event] within the weathered zone contains [?] steeply dipping fractures which now contain significant voids. Within the unweathered basement, reservoir properties are effectively absent. 5.7 Initial DST production suggests excellent localized permeability. Evaluation of the fracture system is not possible by conventional methods [cuttings / log analysis!, and DST pressure chart analysis suggests the fractures are of limited lateral extent. Hydrocarbons Shows Over a large area in this part of the western Bowen Basin, the Showgrounds Sandstone, Rewan Formation, Permian and basement all contain widespread shows of gas, gas condensate and some oil. Hydrocarbons shows are less common above the Snake Creek Mudstone, but some accumulations also exist within the Jurassic. In this well, the first significant shows were encountered in the Showgrounds Sandstone, which produced a small gas flow on DST, and which log and core analysis confirm contains some gas saturation. However, the coarser, lower part of the Showgrounds Sandstone apparently contains water as the dominant fluid phase, though there is some gas present. The Rewan Formation contains a considerable thickness of low grade reservoirs, much of which was cored. Core Study suggests that dry gas saturation is widespread in the low grade reservoirs. Those intervals in which porosity and permeability are slightly better contain much better shows, with rich cream-white, blue-white and yellow fluorescence. Two DSTs over the lower parts of the Rewan Formation produced dry gas at modest flow rates, with no formation water recovered. It is probable that the Rewan hydrocarbon saturation represents two stages of hydrocarbon migration: an early phase in which much of the dry gas now contained in the low grade reservoirs was emplaced, and a second, relatively recent phase in which the richer, wetter gas now contained in the [marginally] better reservoirs was emplaced. This second stage migration may still be taking place. It is also probable that much of the western Bowen Basin / Surat Basin margin oil accumulations are associated with this later migratory phase. Log analysis indicates that the Rewan Formation is effectively gas saturated throughout. It is probable that the weathered top of Rewan surface with significant clay enrichment [and which drilled slowly] forms the seal to this gas column. No reservoirs are developed within the Permian. However, the coals are all gas bearing, and significant gas readings persisted until mud density was increased as the basal part of the Permian was drilled; this suggests that the sequence is slighly overpressured, probably to the same pressures as those in the top of
basement accumulation. Consequentially, it appears that hydrocarbons are leaking from [and perhaps migrating along] the top of basement surface from deeper in the basin [to the east]. The top of basement [uppermost 13.7 metres] contains fracture porosity apparently enhanced by weathering action. This porosity contains gas and condensate. Pore pressures within this zone are slighlty above normal, suggesting either that a significant hydrocarbons column exists in the accumulation, or that the accumulation was in existence prior to overburden stripping in Late Cretaceous to Recent time. 5.8 Contributions to Geologic Concepts. This well provides an invaluable core control point in this area; the Showgrounds Sandstone was effectively completely cored, and the basal 48 metres of the Rewan Formation was cored with effectively complete recovery. Core analyses run at differing "boot" [ie containment] pressures on samples from these cores produced varying results, and results were not repeatable upon restoration to prior conditions. Such variations have not been previously reported for these rocks, and place considerable doubt on the application of analysis figures to reservoirs in the subsurface. No significant shows exist above the Snake Creek Mudstone. The hydrocarbon accumulation in the Showgrounds Sandstone is only minor; it appears that the accumulation is restricted to the tighter rocks, and it probably represents leakage from the Rewan accumulation. A significant hydrocarbons column exists in the Rewan Formation, and from the top of the Rewan Formation to TD there is no indicated water saturation in any potential reservoir. It is probable that this is a single accumulation [the IC4/NC4 and IC5/NC5 ratios of gases recovered on all tests are similar, suggesting a common source], being charged by migration from deep in the basin, within and along the base of Permian sediments. A possible gas water contact in the Rewan Formation was indicated by production testing in Namarah 1. However, the lowest known Rewan gas at Namarah 2 is structurally below the water recovery interval in Namarah 1. It is suspected that there is a poor cement bond behind casing in the Namarah 1 well. Pressure chart analysis indicates that the top of basement accumulation has poor lateral continuity, and is unlikely to sustain commercial production. This performance analysis is in close agreement with that for Namarah 1, and suggests that whilst the accumulation may be of substantial size, exploitation may be difficult. The Rewan Formation contains substantially greater proportions of lithic sandstones and conglomerates than was previously thought. The Showgrounds and Rewan accumulations appear to be normally pressured. Abnormal pressures begin within the Permian sequence, and the top of basement accumulation is significantly overpressured. The over pressures are not readily explained in terms of conventional compactive or thermal causes, and may well indicate a substantial gas column in the Permian and top of basement accumulation. 8. CONCLUSIONS Namarah 2 was drilled to evaluate hydrocarbons accumulations expected in the Showgrounds Sandstone, Rewan Formation and Timbury Hills Formation. The Showgrounds accumulation appears to be smaller, in both volume in place and deliverability, than anticipated, and is probably of no economic significance at this location. The Rewan and Timbury Hills Formation accumulation appears to be a single accumulation [though pressure evidence suggests a differing gas/water contact for Rewan and Timbury Hills reservoirs 1. There is no evidence of water in the Rewan, and the total volume of gas in place is probably large, though the reservoir quality is poor, and production on DST was
modest. The well met its objectives, and was cased for later evaluation of the Rewan gas accumulation.
27*00’ 27*15' <27*30’ 148*45’ I L0Avondoie - 2 0 3 4*v Avondale Sth-I I 8ELDENE , I 1 A ' U»«out-| 0 0Norelle -I J0 9 7 2 0> 4 0 Royston • 3 Lancewood Etrlorel-10 0Ooolon-l 0Fifzray-l Slrothvoie-I 0 0Cogoon Rwll * 2 J Basktl Yard Creek-I 0H Ortww j.| 0 Baita oo-i 0 0 CXiell | >ll || I i 1 0RwnbraM-l 149*00’ •0Vougham-l V Wnnogan-1 /fcUbone Sm-I I 0 0Ebonyjl ManckNO-l 0<4WARATAH 1^3 | KINCORA Torokja-10 0 2 l 1 0 Newington-1 0Warr»gal-< a. I . Glenfarin-I 0 I N 1-24 149*15’ 08ookooi-l 0 Btoodwood-I -0- Tinowon-l 0- Horteehoe -1 BORAH CREEK | 3 0* Oidaendoo-2 Sandy Creek-2< ‘ Colgoonl.SAt Penduius-I 0 lronbark-i „ . Needewoorbl 0 Bouhima-10 NE ^ TEA0 0Koroolo Pork-I ^WUgo-l 0Yanco NCARBEAN | 2 VKoroota-l k’X Talavera ttth-ll 008undoro-l Gronthom t p^0-Tolavero-2 j ” Thrupp-I 0 bd 0 Talavera-1 0 Broadway-! ^VARRABEND • Yopunyoh-I | Riversteo-1.2 .3 ►North Annabelle*! * Annabelle* I -0.Balonne.-i I 0 Wishpool-1 0 2 | Wellttley-I 0 o r~ ■<0Oonga-l 0 Gambier Pork - I ' r Bo>nbiila*l 0 Nooriodoo-2 . 0 MyoH Creek-I *Noor indoo-5 Noofindoo-4^ |.> 0Spring Gr«r-1 30 0 Noorindor - 0 Grimon CreeK-l i 0-Cooraki-l 0Wongabei-l 0 Formoso Downs -I Redcap -1 Rednook -I I Po r k nook- I ° I EchoHtllsd ■■0 0Hoolon Creek-I 0Warroon-l I Crow(oof-l 0 l 0 Won{>on *' 2 Gleneorn Norfh-I 0 ■0Brtgolow-l 0Lynrock-l 0Onerry-1 0Gleoneorn-l 0 Wenbooe-I o ^'nAMARAH No.2|| 0 Nomoroh-I .®i0i)nd-j0 0Donpo -2 0Bendiboi-l • 0MouM*l .T^WorroTT 3 0*^&qgoOe* <00! Bin^le-i’0 | Elgin-10 ... aSJ SILVER SPRINGS 0Byonbunno-l b<JNoa>o-f A '# O ’ ' ■THCIMBYCREgK y V GIemwre-l 03 0Cooma*l 0Roswin-l- | 0 Glen Fosslyn-2 I—. 0 Beechwood -I 0Toylor-l 0-Toyfor-l 0- Bidgel-l 0Toylor-2,2A 0|Toytor-4 Sirroh-2 ' ,0Rock» Gten-l !i 0 Beechwood -I Woggomtw-I D0081398 L. LOCATION MAP i QUEENSLAND L-, 0« 0 Rockhompion M BRISBANE LEGEND Oil field Gas field Oil well .show of oil Gas well .show of gas Dry hole CRUSADER LIMITED QUEENSLAND A to P 145 P,REDCAP BLOCK LOCATION MAP NAMARAHNo.2 SCALE 0 20 10 5 -.****=* 40 Km revised T ~ < A4213Q/'
LITHOLOGY DEPTH WELL SECTION (m.K-BJ FORMATION HOLE Mooga Formation Onto Formation Wesfeourno Formation Hutton Sandstone Moolayember Fm. OST No t - 2500 T.D. 2450.5m 1223*4 23034 "BEFHT (ib.KB.] RUN CASING - id 2339m ~~ Wandoan Sandstone SIXMO Fm Gubberamunda Sandstone 23933 TO 2430 S Rowan Formation Klanoa Formation Tfrnbury HtWa Fm. Evergreen Formation Box vale Set Fm. Springbolt Formation Walloon Coal Measure* />»//. — < '~F RUN WIRELINE LOGS OST Na 5 ■■ ■DRILL l2'/4“ HOLE to 249m RUN9^9" CASING to 2475 m ioi*o 12780 14000 ACTUAL CRUSADER LIMITED TIME DEPTH CURVES PREDICTED Vs ACTUAL Namarah No.2 G.U4l3m K.B.:4l9m AUTHOR : C.WHJDB OATE; June.19S8 FIGURE : 2 DRAWING NO.:A3 1940/12 ^50051757276 asr Ab6-R- —/aborted ) DRILL 3 —CORENa.6 uSTNo 4 D0081399 7989^1424384
D0081400 110- 120- 130 MO* 160- 100- 170- 180- 190- 200- 210- 220- 225 y 230- 240- 250- 280- 270- 280- 290- 300- 310- 320- 330- 340- 350- FORMATION GRIMAN CREEK FORMATION &LBATSLTSTONE WALLLMSLLA FORMATION BUNG8. FORMATION MOOGA FORMATION ORALLO FORMATION WESTBOLRNE FORMATION SFWNGBOCK SANDSTONE WALLOON COAL MEAS. HUTTON SANDSTONE EVERGREEN FORMATION PRECIPICE SANDSTONE MOOLAYEMBER FORMATION SNAKE CREEK MUDSTONE SHOWGROUNDS SANDSTONE KIANGA FORMATION Modified tro'm EVANS,1978 and WILTSHIRE,1983 T1MBURY HILLS FORMATION KUTTUNG FORMATION GUBBERAMUNDA SANDSTONE TERTIARY / QUATERNARY COVER WANDOAN FORMATION REWAN FORMATION BACK ROMA GRANITE CRUSADER LIMITED QUEENSLAND COMPOSITE STRATIGRAPHIC COLUMN SOUTHWESTERN SURAT and BOWEN BASINS AUTHOR :M£ongreve Fig,3 RECRAWN:July,1987 - A4 1202
D0081401 APPENDIX DAILY OPERATIONS REPORTS CRUSADER LTD ** ** » *•*•** DAILY DRILLING REPORT WELL NAME! NAMARAH #2 DATE: 3.9.37 ♦ ♦♦■DAYS FROM SPUD: 0 RIG: GEARHART 1 DEPTH: - M PROGRESS: 0 M SUPERVISOR: E.F. BATT GEOLOGIST: - LAST CASING: NIL SUMMARY OF OPERATIONS 0700 - 0700 HRS: TIME ALLOCATION OPER STARTED ELAPSED CODE OPERATIONS 0700 24 B3 RIGGING UP - ON LOCATION MUD PROPERTIES: NONE RECORDED BIT DATA: NONE RECORDED DEVIATION SURVEYS: NIL REMARKS: NIL CRUSADER LTD ** »*** *** *•*•* WELL NAME: ■ ■ ■NAMARAH #2 RIG: GEARHART 1 SUPERVISOR: E.F. BATT DAILY DRILLING REPORT DATE: 4.9.87 DEPTH: 53 M GEOLOGIST: - DAYS FROM SPUD: 1 PROGRESS: 53 M LAST CASING: 16 IN 6 10.7 M SUMMARY OF OPERATIONS 0700 - 0700 HRS: TIME ALLOCATION STARTED ELAPSED 0700 1 0800 1.5 1230 1.5 1400 . 5 1430 3.5 1300 4 2200 1 2300 3.5 0230 . 5 0300 4 0930 3 OPER CODE OPERATIONS B3 RIGGING UP - MAKE UP KELLY & DYNA-DRILL B3 RIGGING UP - SET CONDUCTOR RISER. TRANSFER WATER TO MUD PITS B3 RIGGING UP - DRILL RAT HOLE & INSTALL SOCK B3 RIGGING UP - DRILL MOUSE HOLE Sc INSTALL SOCK B3 RIGGING UP - LAY OUT DYNA-DRILL B3 RIGGING UP - WELD ON FLOWLINE. RIG TO SPUD CIO DRILLING - SPUD IN. DRILL 12 1/4” HOLE C21 TRIP - DEVIATION OP - CHANGE BHA. MOVE STAB FROM NB TO 60 z CIO DRILLING - TO 53M C12 SURVEY - AT 49M (1 DEGREE) C33 LOST CIRCULATION - MUD LOW IN TANKS. ORGANISE LCM FROM ROMA. HAUL WATER TO SITE WEIGHT -VISCOSITY API IONS (PPM) MBE 7. PPG . MF PV YP GELS WL CA++ K+ CL- PPB SAND . 8.5 27 _ _ - — - - — — — B. MUD PROPERTIES: PH SOL OIL WL 7. 7. HTHP C. BIT DATA: SER SIZE RUN NO NO. ( IN) TYPE BOTTOM HOLE ASSEMBLY 1RR AJ478 12.25 J2 BIT-BIT SUB—2 X 8" DC-STAB-XO-6 1/4” DC NOZZLES WOB ROP VOL PRESS DEPTH (M) TOTAL CONDITION RUN NO 1 2 3 MLB RPM MPH GPM PSI IN OUT M HRS T B G 1RR 16 16 16 5/15 140 10.5 600 1625 10.7 53 42 4 - - REMARKS: - D. DEVIATION SURVEYS: TOTCO 49 M 1 DEG E. REMARKS: NIL CRUSADER LTD ************** DAILY DRILLING REPORT RIG: GEARHART 1 DEPTH: 249 M PROGRESS: 196 M SUPERVISOR: I.C. HOFMEIER GEOLOGIST: - LAST CASING: 16 IN @ 10.7 M A. SUMMARY OF OPERATIONS 0700 - 0700 HRS: TRUCK WITH SYKES PUMP ON LOCATION 2000 HRS. 5 BAGS HI SEAL ON FOOD TRUCK - TIME ALLOCATION OPER STARTED ELAPSED CODE OPERATIONS 0700 6 C33 LOST CIRCULATION - MIX WHILE WAITING ON WATER CIRC HI VIS MUD. ALLOW TO HYDRATE 1300 o CIO DRILLING - TO 112M 1600 • 5 C12 SURVEY - AT 10IM 1630 3 CIO DRILLING - TO 169M 1930 . 5 C12 SURVEY - MISRUN 2000 1 CIO DRILLING - TO 178M 2100 .5 C12 SURVEY - AT 167M 2130 3.5 CIO DRILLING - TO 247M 0100 . 5 C30 CIRCULATION - SWEEP HOLE CLEAN WITH HI vis PILL 0130 C13 CHECK TRIP - STRAP OUT TO S" DC 0330 .5 CIO DRILLING - TO 249M . 0400 .5 C30 CIRCULATION - CLEAN HOLE. SPOT HI VIS PILL ON BOTTOM 0430 .5 C12 SURVEY - AT 241M 0500 2 C20 TRIP - BIT CHANGE - LAY OUT 8*’ DC B. MUD PROPERTIES: WEIGHT -VIS COSITY' API IONS (PPM) MBE 7. 7. 7. HTHP PPG MF PV YP GELS WL CA++ K+ CL- PPB SAND PH SOL OIL WL • 3.3 52 9 9 2/8 _ — — - - — 10 — - - C. BIT DATA: SER SIZE RUN NO NO. (IN) TYPE BOTTOM HOLE ASSEMBLY 1RR AJ478 12.25 J2 BIT-BIT SUB- •2 X S” DC-STAB—XO—6 1/4 " DC NOZZLES WOB ROP VOL PRESS DEPTH (M) TOTAL CONDITION RUN NO 1 2 3 MLB RPM MPH GPM PSI IN OUT M HRS T B G 1RR 16 16 16 5/15 125 12.9 600 1625 10.7 249 238 18.5 4 4 I REMARKS: - D. DEVIATION SURVEYS: TOTCO 101 M 1.5 DEG TOTCO 167
M .25 DEG TOTCO 241 M 1 DEG TO MIX WITH CEMENT. HALLIBURTON ON LOCATION 2100 HRS. CRUSADER LTD DAILY DRILLING REPORT WELL NAME: NAMARAH #2 RIG: GEARHART 1 DATE: 6.9.37 DEPTHS 249 M DAYS FROM SPUD: 3 PROGRESS: 0 M GEOLOGIST: - SUPERVISOR: I.C. HOFMEIER LAST CASING: 9.625 IN 3 247.5 M TIME ALLOCATION OPER STARTED ELAPSED CODE OPERATIONS 0700 1 D55 RUN & CEMENT CASING - 0800 3 D55 RUN ?< CEMENT CASING - 1100 .5 D55 RUN & CEMENT CASING - 1130 1 D30 CIRCULATION - WORK - 0700 HRS A. SUMMARY OF OPERATIONS 0700 RrG TO RUN 9.625” CASING RUN CASING TO 247M RIG UP CEMENTING HEAD AND LINES CASING. WELD STRAPS ON LANDING JOINT. 1230 1300 1700 1730 1930 PRESSURE TEST CEMENT LINES .5 D55 RUN & CEMENT CASING - CEMENT CASING 4 D57 STANDING CEMENT - WOC. CUT CONDUCTOR. CLEAN OUT CEMENT .5 D56 NIPPLING UP BOP - LAY OUT LANDING JOINT 2 056 NIPPLING UP BOP - INSTALL SCREW ON CASING HEAD D56 NIPPLING UP BOP - INSTALL BOP. CHANGE RAMS TO 4-1/2" MUD PROPERTIES: NONE RECORDED BIT DATA: NONE RECORDED DEVIATION SURVEYS: NIL REMARKS: MIXED ONE BAG OF HISEAL WITH FIRST 100 SX CEMENT FOR LOST CIRCULATION ZONE. RELEASED ONE WATER TRUCK AFTER CEMENT JOB. TWO TRUCKS CARTING WATER FQR NEXT 24 HRS» THEN BACK TO ONE TRUCK. CRUSADER LTD ** »•»*•**•»*•*** DAILY DRILLING REPORT WELL NAMES ■NAMARAH *2 DATE: 7.9.87 DAYS FROM SPUDs 4 RIG: GEARHART 1 DEPTH: 503 M PROGRESS: 254 M SUPERVISOR: I.C. HOFMEIER GEOLOGIST: - LAST CASING: 9.625 IN @ 247.48 M A. SUMMARY OF OPERATIONS 0700 - 0700 HRS: D. DEVIATION SURVEYS: TOTCO TOTCO 357 M 451 M 1 DEG 1 DEG TIME ALLOCATION OPER STARTED ELAPSED CODE OPERATIONS 0700 2 D56 NIPPLING UP BOP 0900 .5 D44 MISCELLANEOUS MAKE UP TEST PLUG. TEST PIPE RAMS & HCR. BOP LOWER FLANGE LEAKING 0930 1 D42 REPAIRS - TIGHTEN BOLTS & REPAIR LEAKING KILL LINE VALVE 1030 2.5 D44 MISCELLANEOUS - TEST BOP STACK & CHOKE MANIFOLD VALVES TO 250 St 3000 PSI. OK 1300 1 D44 MISCELLANEOUS - ATTEMPT TO TEST UPPER & LOWER KELLY COCK. WOULD NOT TEST 1400 .5 D44 MISCELLANEOUS - TEST STANDPIPE VALVE. OK 1430 1.5 D42 REPAIRS - LEVEL DERRICK 1600 .5 D42 REPAIRS - CHANGE HYDRAULIC LINES TO HYDRIL/HCR VALVE 1630 1 C20 TRIP - BIT CHANGE - MAKE UP BHA Sc INSTALL WEAR BUSHING 1730 1.5 C20 TRIP - BIT CHANGE - RIH. TAG PLUG AT 234M 1900 2 DIO DRILLING CEMENT - PLUG, FLOAT COLLAR AND SHOE 2100 4.5 CIO DRILLING - TO 357M 0130 • 5 C12 SURVEY - MISRUN 0200 .5 CIO DRILLING - TO 366M 0230 . 5 C12 SURVEY - AT 357M 0300 2 CIO DRILLING - TO 462M 0500 .5 C12 SURVEY - AT 45IM - 0530 1.5 CIO DRILLING - TO 503M B. MUD PROPERTIES: WEIGHT PPG . 9.2 VISCOSITY- API GELS WL 1/3 29 IONS (PPM) MBE % SAND .5 PH 10.5 7. SOL 6 7. HTHP OIL WL MF PV 35 6 YP 6 CA++ 120 K* 31500 CL- PPB 29000 8 REMARKS: KCL 67.. NG DESANDER. C. BIT DATA: SER SIZE RUN NO NO. (IN) TYPE BOTTOM HOLE ASSEMBLY 2 ZH820 8.5 JI BIT - BIT SUB - 2 X- 6. 25" DC - 8. 5" STAB - 18 X 6. 25” DC - 6 X HWDP NOZZLES WOB ROP VOL PRESS DEPTH CM) TOTAL CONDITION RUN NO 1 2 3 MLB RPM MPH GPM PSI IN OUT M HRS T B 6 2 10 10 11 25/30 150 29.9 212 800 249 503 254 8.5 — — — E. REMARKS: SOME TIGHT HOLE ON CONNECTIONS. RAISING KCL CONCENTRATION TO 77.+ . CRUSADER LTD ** **#-»**** ** DAILY DRILLING REPORT ■ ■WELL NAMES NAMARAH #2 DATE: 8.9.87 DAYS FROM SPUD: 5 RIG: GEARHART 1 DEPTH: 865 M PROGRESS: 362 M SUPERVISORS I.C. HOFMEIER GEOLOGIST: M.J. WILTSHIRE LAST
CASING: 9.625 IN 8 247.48 M A. SUMMARY OF OPERATIONS 0700 - 0700 HRSs C. BIT DATA: TIME ALLOCATION OPER STARTED ELAPSED CODE OPERATIONS 0700 1 CIO DRILLING - TO 528M 0800 1 C31 REAMING/WASHING - WORK TIGHT HOLE & REAM 518M TO 522M 0900 3 CIO DRILLING - TO 613M 1200 . 5 C12 SURVEY - AT 602M 1230 1 CIO DRILLING - TO 642M 1330 .5 C41 RIG SERVICE 1400 5.5 CIO DRILLING - TO 765M 1930 ■5 C12 SURVEY - TO 754M 2000 8 CIO DRILLING - TO 365M 0400 . 5 C30 CIRCULATION - CLEAN HOLE 0430 .5 C12 SURVEY 0500 .5 C20 TRIP - BIT CHANGE - POH 0530 1.5 C39 STUCK PIPE - WORK PIPE AT 810M B. MUD PROPERTIES: WEIGHT PPG MF -VISCOSITY- PV YP GELS API WL IONS (PPM) CA++ K* CL- MBE PPB 7. SAND PH 7. SOL 7. HTHP OIL WL - 9.4 35 7 7 1/4 30 200 33900 33500 8 TR 10.5 8 — — REMARKS: KCL 6.57. SER RUN NO NO. 2 ZH820 SIZE (IN) TYPE BOTTOM HOLE ASSEMBLY JI BIT - BIT SUB - 2 X-6.25” DC - 8.5” STAB - 18 X 6.25” DC - 6 X HWDP NOZZLES WOB ROP VOL PRESS DEPTH (M) TOTAL CONDITION RUN NO 1 2 3 MLB RPM MPH GPM PSI IN OUT M HRS T B G 2 10 10 11 25/30 150 22.8 250 950 249 865 616 27 - - REMARKS! - D. DEVIATION SURVEYS: TOTCO TOTCO 602 M 2 DEG 754 M 2.25 DEG MUD TRUCK NOT YET ARRIVED. NO GEL OR KCL LEFT ON SITE CRUSADER LTD * *•***•****# » * DAILY DRILLING REPORT WELL NAMES ■ ■ ■NAMARAH *2 DATE: 9.9.37 DAYS FROM SPUD: 6 RIG: GEARHART 1 DEPTH: 1012 M PROGRESS: 147 M SUPERVISOR: I.C. HOFMEIER GEOLOGIST: M.J. WILTSHIRE LAST CASING: 9.625 IN @ 247.43 M A. SUMMARY OF OPERATIONS 0700 - 0700 HRS: TIME ALLOCATION OPER STARTED CODE OPERATIONS 0700 4 1100 1 1200 1.5 1330 1.5 1500 3 1300 1.5 1930 2 2130 1 2230 2.5 0100 .5 ELAPSED 0130 5.5 039 STUCK PIPE - CIRC AND TRY TO WORK PIPE DOWN THEN UP - NO SUCCESS C39 STUCK PIPE - MIX AND SPOT EZI SPOT/DIESEL PILL ACROSS LENGTH OF COLLARS C39 STUCK PIPE - MOVE EZI SPOT PILL 10 STROKES EVERY 10 MINS C31 REAMING/WASHING - PIPE FREE - REAM 5 SINGLES TO BOTTOM AND CIRCULATE C20 TRIP - BIT CHANGE - POH - 1ST 2 STDS TIGHT - NEXT 7 STDS TIGHT IN PLACE - THEN HOLE GOOD - BHA OK 020 TRIP - BIT CHANGE - CHECK STAB - RIH TO SHOE C42 REPAIRS - INSTALL HYDROMATIC - MIX MUD VOLUME AND CIRC C20 TRIP - BIT CHANGE - RIH - REAM 60M TO BOTTOM NO TIGHT SPOTS CIO DRILLING - 865M TO 907M C12 SURVEY - AT 896 CIO DRILLING - TO 1012M WEIGHT PPG MF -VISCOSITY- PV YP GELS API WL IONS (PPM) CA++ K+- CL- MBE PPB 7. SAND PH 7. SOL 7. HTHP OIL WL • 9. 1 40 13 S 2 12 40 32000 32000 8 TR 11 4 - - B. MUD PROPERTIES: REMARKS: KCL 6.27. C. BIT DATA: SER SIZE RUN NO NO. (IN) TYPE BOTTOM HOLE ASSEMBLY 2 ZH820 3.5 JI BIT - BIT SUB - 2 X- 6.25" 18 X 6.25" DC - 6 X HWDP DC - 8.5" STAB - 3 APS14 8.5 NCI BIT - BIT SUB - 2 X 6.25" DC - 8.5" STAB - IS X 6.25" DC - 6 X HWDP NOZZLES WOB ROP VOL PRESS DEPTH (M) TOTAL CONDITION RUN NO 1 2 3 MLB RPM MPH GPM PSI IN OUT M HRS T B G 2 10 10 11 25/30 150 22.8 250 950 249 865 616 27 8 5 1/ REMARKS o 10 10 11 27 120 18.4 235 900 865 1012 147 8 - - - D. DEVIATION SURVEYS: TOTCO S96 M 1.25 DEG E. REMARKS: MUD TRAILER ARRIVED ON LOCATION AT 1600 HRS S.9.S7 CRUSADER LTD 4*4’*****«-*«* DAILY DRILLING REPORT WELL NAME: NAMARAH #2 DATE: 10.9.87 DAYS FROM SPUD: 7 RIG: GEARHART 1 SUPERVISORS I.C. HOFMEIER LAST CASING: 9.625 IN <5 247.48 M DEPTH: 1243 M GEOLOGIST: M.J. PROGRESS: 231 M WILTSHIRE A. SUMMARY OF OPERATIONS 0700 - 0700 HRS: TIME ALLOCATION OPER STARTED ELAPSED CODE OPERATIONS 0700 2.5 CIO DRILLING - 1012M TO 1059M 0930 .
5 C12 SURVEY - AT 1049M 1000 7.5 CIO DRILLING - TO 1211M 1730 .5 C12 SURVEY - AT 102IM 1800 1.5 CIO DRILLING - TO 1226M 1930 .5 C30 CIRCULATION - BTMS UP . 2000 4 C20 TRIP - BIT CHANGE - POH FOR TIGHT SPOTS FOR 20 STANDS WIPER TRIP - WORKED THROUGH 2400 5 C42 REPAIRS - BREAK OUT UPPER KELLY COCK FOR REPAIR 0030 .5 ■C20 TRIP - BIT CHANGE - POH • 0100 1.5 C20 TRIP - BIT CHANGE - CHANGE BIT AND RIH TO SHOE 0230 . 5 C41 RIG SERVICE - SLIP 20' DRILLING LINE 0300 1.5 £20 TRIP - BIT CHANGE - RIH 0430 • 5 C31 REAMING/WASHING - ISM TO BOTTOM 0500 * » CIO ■DRILLING - TO 1243M B. MUD PROPERTIES: WEIGHT VISCOSITY PPG MF PV YP GELS 9.2 43 11 11 4/10 7. 7. HTHP SOL OIL WL 5 API IONS (PPM) MBE 7. WL CA++ K+ CL- PPB SAND PH 60 32000 32000 10 1/4 10.5 SER SIZE RUN NO NO. (IN) TYPE 3 AP814 8.5 NCI 4 AT6S2 3.5 NC2 £ BIT DATA: REMARKS: KCL 6.27. BOTTOM HOLE ASSEMBLY BIT - BIT SUB - 2 X 6.25” DC - 8.5” STAB - 18 X 6.25” DC - 6 X HWDP BIT - BIT SUB - 2 X 6.25" DC - 8.5” STAB - IS X 6.25" DC - 6 X HWDP NOZZLES WOB ROP VOL PRESS DEPTH CM) TOTAL CONDITION RUN NO 1 2 3 MLB RPM MPH GPM PSI IN OUT M HRS T B G 3 10 10 11 25/35 120 18.5 235 950 865 1226 361 19.5 2 2 1/ REMARKS: - 4 10 LO 11 30/35 80 8.5 235 950 1226 1243 17 <-> - - - REMARKS: - SURVEYS: D. DEVIATION TOTCO 1049 M 1.25 DEG 1201 M 1.25 DEG E. REMARKS: NIL CRUSADER LTD *•»•»* »•** ***** DAILY DRILLING ■ ■REPORT WELL NAME: NAMARAH #2 RIG: GEARHART 1 DATE: 11.9.87 DEPTH: 1429 M DAYS FROM SPUD: PROGRESS: 186 M SUPERVISOR: I.C. HOFMEIER GEOLOGIST: M.J. WILTSHIRE LAST CASING: 9.625 IN @ 247.48 M A. SUMMARY OF OPERATIONS 0700 - 0700 HRS: TOTCO 1371 M 1 DEG TIME ALLOCATION OPER STARTED ELAPSED CODE OPERATIONS 0700 16 CIO DRILLING - 1243M TO 2300 1 C12 SURVEY - AT 1371M 2400 7 CIO DRILLING - TO 1429M B. MUD PROPERTIES: WEIGHT PPG 9.0 VISCOSITY API WL 12 IONS (PPM) MBE 7. SAND TR PH 10.5 7. SOL 3 7. HTHP OIL WL MF PV YP 42 9 13 GELS 2/8 CA++ 80 K+ CL- PPB 33875 34000 10 REMARKS: KCL 6.57. C. BIT DATA: SER SIZE RUN NO NO. (IN) TYPE BOTTOM HOLE ASSEMBLY 4 AT682 8.5 NC2 BIT - BIT SUB - 2 X 6. 25” DC - 8. 5” STAB - 18 X 6.25” DC - 6 X HWDP NOZZLES WOB ROP VOL PRESS DEPTH (M) TOTAL CONDITION RUN NO 12 3 MLB RPM MPH GPM PSI IN OUT M HRS T B G 4 10 10 11 35 80 8. 1 220 900 1226 1429 203 25 - - - REMARKS 4 “ CRUSADER LTD ** »•**** * ** DAILY ■ ♦ ♦DRILLING REPORT WELL NAMES NAMARAH *2 RIG: GEARHART 1 DATE: 12.9.87 DEPTH: 1S25 M DAYS FROM SPUD: PROGRESS: 96 M SUPERVISOR: I.C. HOFMEIER GEOLOGIST: M.J. WILTSHIRE LAST CASING: 9.625 IN € 247.48 M TOTCO 1512 M 1.5 DEG A. SUMMARY OF OPERATIONS 0700 - 0700 HRS: TIME ALLOCATION OPER STARTED ELAPSED CODE OPERATIONS 0700 1 CIO DRILLING - 1429M TO 143SM 0800 2 C13 CHECK TRIP - LAST 4 STANDS NO TIGHT SPOT: 1000 17 CIO DRILLING - TO 1512M 0300 . 5 C41 RIG SERVICE 0330 2.5 CIO DRILLING - TO 1523M 0600 5 C12 SURVEY - AT 1512M 0630 • 5 CIO ■DRILLING - TO 1525M B. MUD PROPERTIES: WEIGHT -VIS COSITY- API IONS (PPM) MBE 7. 7. 7. HTHP PPG MF PV YP GELS WL CA++ K+ CL- PPB SAND PH SOL OIL WL 9.4 42 12 11 2/4 10.5 20 31500 31000 10 TR 10.5 6 - REMARKS: KCL 6.07. SER SIZE RUN NO NO. (IN) TYPE BOTTOM HOLE ASSEMBLY 4 AT682 8.5 NC2 BIT - BIT SUB - 2 X. 6.25” DC - 8.5” STAB 18 X 6.25” DC - 6 X HWDP C. BIT DATA: NOZZLES WOB ROP VOL PRESS DEPTH (M) TOTAL CONDITION RUN NO 1 2 3 MLB RPM MPH GPM PSI IN OUT M HRS T B G 4 10 10 11 35 80 6.5 220 900 1226 1525 299 46 - - - REMARKS ; — D. DEVIATION SURVEYS: E. REMARKS:
NIL CRUSADER LTD DAILY DRILLING REPORT WELL NAME: NAMARAH *2 DATE: 13.9.87 DAYS FROM SPUD: 10 RIG: GEARHART 1 SUPERVISOR: I.C. HOFMEIER LAST CASING: 9.625 IN € 247.48 M DEPTH: 1603 M PROGRESS: 78 M GEOLOGIST: M.J. WILTSHIRE TIME ALLOCATION OPER STARTED ELAPSED CODE OPERATIONS 0700 4 CIO DRILLING - 1525M TO 1542M 1100 2 C13 CHECK TRIP - 12 STANDS - TIGHT SPOTS ON FIRST 1300 18 CIO DRILLING - DRILL TO 1603M A. SUMMARY OF OPERATIONS 0700 - 0700 HRS: 8 STANDS B. MUD PROPERTIES: WEIGHT -VISCOSITY- API IONS (PPM) MBE 7. 7. 7. HTHP PPG MF PV YP GELS WL CA++ K+ CL- PPB SAND PH SOL OIL WL 9.2 38 8 8 2/10 8.5 20 33875 34800 10 TR 10 5 - - REMARKS : KCL 6.87. C. BIT DATA • • SER SIZE RUN NO NO. (IN) TYPE BOTTOM HOLE ASSEMBLY 4 AT682 8.5 NC2 BIT - BIT SUB - 2 X. 6.25" DC - 8.5" STAB - 18 X 6.25" DC - 6 X HWDP NOZZLES WOB ROP VOL PRESS DEPTH (M) TOTAL CONDITION RUN NO 1 2 3 MLB RPM MPH GPM PSI IN OUT M HRS T B G 4 10 10 11 35 79/80 5.5 220 900 1226 1603 377 68 - - - . REMARKS: - CRUSADER LTD DAILY DRILLING REPORT WELL NAME: NAMARAH #2 DATE: 14.9.37 DAYS FROM SPUD: 11 RIG: GEARHART 1 DEPTH: 1696 M PROGRESS: 93 M SUPERVISOR: I.C. HOFMEIER GEOLOGIST: M.J. WILTSHIRE LAST CASING: 9.625 IN 3 247.48 M A. SUMMARY OF OPERATIONS 0700 - 0700 HRS: TIME ALLOCATION OPER STARTED ELAPSED CODE OPERATIONS 0700 8 CIO DRILLING - 1603M- TO 1636M 1500 1 CIS CHECK TRIP - S STANDS - NO TIGHT SPOT: 1600 15 CIO DRILLING - TO 1696M B. MUD PROPERTIES: WEIGHT -VIS COSITY- API IONS (PPM) MBE 7. 7. 7. HTHP PPG MF PV YP GELS WL CA++ K+ CL- PPB SAND PH SOL OIL WL 9.2 43 9 13 2/6 S 40 35800 36000 12 TR 10.5 5 - REMARKS: KCL 6.S7. SER SIZE RUN NO NO. (IN) TYPE BOTTOM HOLE ASSEMBLY 4 AT682 8.5 NC2 BIT - BIT SUB - 2 X 6.25" DC - 8.5" STAB 18 X 6.25" DC - 6 X HWDP C. BIT DATA: NOZZLES WOB ROP VOL PRESS DEPTH (M) TOTAL CONDITION RUN NO 1 2 3 MLB RPM MPH GPM PSI IN OUT M HRS T B G 4 10 10 11 35 79/80 5.2 220 900 1226 1696 470 91 - - - REMARKS: - CRUSADER LTD DAILY DRILLING REPORT WELL NAME: NAMARAH #2 RIG: GEARHART 1 SUPERVISOR: I.C. HOFMEIER DATE: 15.9.87 DEPTH: 1768 M GEOLOGIST: M.J. DAYS FROM SPUD: PROGRESS: 72 M WILTSHIRE 12 LAST CASING: 9.625 IN t 247.48 M TIME ALLOCATION OPER STARTED ELAPSED CODE OPERATIONS 0700 1.5 CIO DRILLING - 1696M TO 1702M 0830 • 5 C12 SURVEY - AT 1692M 0900 2.5 CIO DRILLING - TO 1715M - HIGH TORQUE AT 1715M 1130 1 C30 CIRCULATION - BOTTOMS UP 1230 4 C20 TRIP - BIT CHANGE - POH - HOLE CLEAN 1630 1 C20 TRIP - BIT CHANGE - RIH TO SHOE 1730 .5 C41 RIG SERVICE - SLIP 20 z DRILLING LINE 1300 . 5 C42 REPAIRS - INSTALL UPPER KELLY COOK 1S30 2.5 C20 TRIP - BIT CHANGE - RIH - NO TIGHT SPOTS 2100 1 C31 REAMING/WASHING - 6M TO BOTTOM 2200 9 CIO DRILLING - TO 176SM B. MUD PROPERTIES: A. SUMMARY OF OPERATIONS 0700 - 0700 HRS: MBE 7. API IONS (PPM) WL CA++ K+ CL- 7.5 60 31500 32000 PPB SAND 12 TR 7. 7. HTHP PH SOL OIL WL 10 5.5 REMARKS: KCL 6.07. RUN NO 4 SER NO. AT682 SIZE (IN) 8.5 5 AV017 8.5 C. BIT DATA: TYPE BOTTOM HOLE ASSEMBLY NC2 BIT — BIT SUB - 2 x. 6.25" DC - 8.5" STAB 18 X 6. 25" DC - 6 X HWDP NC27 BIT - BIT SUB - 2 X 6.25" DC - 8.5" STAB IS X 6 25" DC - 6 X HWDP ■NOZZLES WOB ROP VOL PRESS DEPTH (M) TOTAL CONDITION RUN NO 1 2 3 MLB RPM MPH GPM PSI IN OUT M HRS T B G 4 10 10 11 35 SO 5 220 900 1226 1715 489 95 3 8 1/ REMARKS • __ • 5 11 11 10 35 70 5.9 220 SOO 1715 1768 53 9 - - - REMARKS: - DEVIATION SURVEYS: TOTCO 1692 M .75 DEG REMARKS: OILSERV SEPARATOR ARRIVED ON SITE
2200 HRS 14.9.87. FEEDER PUMP ON GEOFLUIDS CENTRIFUGE NEED REPLACEMENT STATORS. ARRIVING RIG SITE APPROX 1300 HRS TODAY. CRUSADER LTD ** *•»**#***•* ♦DAILY DRILLING REPORT WELL NAMES NAMARAH #2 DATE: 16.9.37 DAYS FROM SPUD! 13 RIGs GEARHART 1 DEPTH: 1859 M PROGRESS: 91 M GEOLOGIST! M.J. WILTSHIRE SUPERVISOR! I.C. HOFMEIER LAST CASING: 9.625 IN 3 247.48 M A. SUMMARY OF OPERATIONS 0700 - 0700 HRS: TIME ALLOCATION OPER STARTED ELAPSED CODE OPERATIONS 0700 23.5 CIO DRILLING - 1768M TO 1859M 0630 .5 C12 SURVEY - AT 1853M TOTCO 1353 M .75 DEG B. MUD PROPERTIES: WEIGHT PPG MF -VISCOSITY- PV YP GELS API WL IONS (PPM) MBE CA++ K+ CL- PPB 7. SAND PH 7. SOL 7. HTHP OIL WL 9.2 41 16 11 1/3 8.0 120 31500 34000 12.5 TR 10 4.3 REMARKS! KCL 6.07. C. BIT DATA! SER SIZE RUN NO NO. (IN) TYPE BOTTOM HOLE ASSEMBLY 5 AV017 8.5 NC27 BIT - BIT SUB - 2 X- 6.25” DC - 8.3" STAB IS X 6.25" DC - 6 X HWDP NOZZLES WOB ROP VOL PRESS DEPTH (M) TOTAL CONDITION RUN NO 1 3 MLB RPM MPH GPM PSI IN OUT M HRS T B G 5 11 REMARKS: - 11 10 35/40 60/90 4.4 275 1350 1715 1359 144 32.5 D. DEVIATION SURVEYS: AT 1700 HRS 15.9.87 INCREASED PUMP VOLUME TO 275 GPM FROM 220 GPM. IN SOFTER SECTIONS NOTICED MARGINAL INCREASE IN PENETRATION RATE BUT NO INCREASE IN HARDER SECTIONS. OILSERV SEPERATOR 957. HOOKED UP. GEOFLUIDS CENTRIFUGE MONO FEEDER PUMP BACK IN SERVICE FROM 2000 HRS 15.9.87. CRUSADER LTD * *#* ****# DAILY DRILLING REPORT WELL NAME: NAMARAH *2 RIG: GEARHART ♦ ♦♦1 DATE: 17.9.87 DEPTH: 1956 M DAYS FROM SPUD: 14 PROGRESS: 97 M SUPERVISOR! I.C. HOFMEIER GEOLOGIST: N.J. WILTSHIRE LAST CASING: 9.425 IN € 247.48 M A. SUMMARY OF OPERATIONS 0700 - 0700 HRS: WEIGHT PPG 9. 2 VISCOSITY' MF PV YP 40 12 11 GELS 2/3 API IONS (PPM) MBE 7. WL CA++ K+ CL- PPB SAND 7 120 31500 36000 12.5 TR % 7. HTHP PH SOL OIL WL 10 4.6 TIME ALLOCATION OPER STARTED ELAPSED CODE OPERATIONS 0700 3 CIO DRILLING - 1S59M TO 1873M 1000 • 5 C41 RIG SERVICE 1030 20.5 CIO DRILLING - TO 1956M B. MUD PROPERTIES: REMARKS: KCL 67. INCREASE PUMP RATE IN SOFTER SECTIONS IN EFFORT TO INCREASE PENETRATION RATE. SER SIZE RUN NO NO. (IN) TYPE BOTTOM HOLE ASSEMBLY 5 AV017 8.5 NC27 BIT - BIT SUB - 2 X 6.25” DC - 8.5” STAB C. BIT DATA: 18 X 6.25” DC - 6 X HWDP NOZZLES WOB ROP VOL PRESS DEPTH (M) TOTAL CONDITION RUN NO 1 2 3 MLB RPM MPH GPM PSI IN OUT M HRS T B G 5 11 REMARKS: 11 10 40 60/75 4.3 235/2 1000/ 1715 1956 241 56 D. DEVIATION SURVEYS: NIL CRUSADER LTD *•»•** *•***** ** DAILY DRILLING REPORT WELL NAMES■ ■ NAMARAH *2 DATE: 18.9.87 DAYS FROM SPUD: 15 RIG: GEARHART 1 DEPTH: 2036 M PROGRESS: SO M SUPERVISOR: I.C. HOFMEIER GEOLOGIST: M.J. WILTSHIRE LAST CASING: 9.625 IN S 247.48 M STARTED ELAPSED CODE 0700 1 CIO 0800 • 5 C41 0830 21.5 CIO 0600 .5 C12 0630 .5 CIO TIME ALLOCATION OPER B. MUD PROPERTIES: A. SUMMARY OF OPERATIONS 0700 - 0700 HRS: OPERATIONS DRILLING - 1956M TO 1959M RIG SERVICE DRILLING - TO 2035M SURVEY - AT 2023M DRILLING - TO 2036M WEIGHT VISCOSITY PPG MF PV YP GELS 9.2 41 13 12 2/4 7. 7. HTHP PH SOL OIL WL 10 4.6 API IONS (PPM) MBE 7. WL CA++ K+ CL- PPB SAND 7 120 31500 37000 12.5 TR D. DEVIATION SURVEYS: TOTCO 2023 M DEG PROBLEM WITH ROTARY TABLE DRIVE SHAFT. SPLINES BADLY WORN. NEED REPLACING WHEN SPARES ARRIVE. EXCESSIVE SLAP IN DRIVE WHEN ROTARY AT CRITICAL SPEED. PRESSURE TESTED CHOKE MANIFOLD. KILL LINE VALVE AND TEST
SEPERATOR LINES REMARKS: KCL 67. c. ; BIT DATA: SER SIZE RUN NO NO. (IN) TYPE BOTTOM HOLE ASSEMBLY 5 AV017 8.5 NC27 BIT - BIT SUB - 2 X. 6. 25" DC - 8.5" STAB - 18 X 6.25" 1 DC - 6 X HWDP NOZZLES WOB ROP VOL PRESS DEPTH (M) TOTAL CONDITION RUN NO 12 3 MLB RPM MPH GPM PSI IN OUT M HRS T B G 5 11 11 10 40 60/75 4. 1 235/2 1025/ 1715 2036 321 79 - - - REMARKS: - WITH HOWCO. CRUSADER LTD * #*# # »** »* DAILY DRILLING REPORT WELL NAME: NAMARAH *2 DATE: 19.9.87 ♦ ♦ ■ ■DAYS FROM SPUDS 16 RIG: GEARHART 1 DEPTH: 2082 M PROGRESS: 46 M SUPERVISORS E.F. BATT GEOLOGIST! M.J. WILTSHIRE LAST CASING! 9.625 IN 6 247.48 M A. SUMMARY OF OPERATIONS 0700 - 0700 HRS: TIME ALLOCATION OPER STARTED ELAPSED CODE OPERATIONS 0700 2.5 CIO DRILLING - 2036M TO 2035M 0930 . 5 C41 RIG SERVICE 1000 11.5 CIO DRILLING - 2035M TO 2082M 2130 1.5 C20 TRIP - BIT CHANGE - POOH 2300 4.5 C44 MISCELLANEOUS - TEST BOPS FIX LEAKS 0330 3.5 C44 MISCELLANEOUS - TEST BOPS ?< FIX LEAKS B. MUD PROPERTIES! WEIGHT PPG MF -VISCOSITY PV YP GELS API WL IONS (PPM) MBE CA++ K+ CL- PPB 7. SAND PH 7. SOL 7. OIL HTHP WL 9.2 41 11 11 3/4 8 120 31800 37000 12.5 TR 10 4.6 - - REMARKS: KCL 67. C. BIT DATA: SER SIZE RUN NO NO. ( IN) TYPE BOTTOM HOLE ASSEMBLY 5 AV017 8.5 NC27 BIT - BIT SUB - 2 X-6.25" DC - 8.5" STAB 18 X 6.25" DC - 6 X HWDP NOZZLES W06 ROP VOL PRESS DEPTH (M) TOTAL CONDITION RUN NO 1 2 3 MLB RPM MPH GPM PSI IN OUT M HRS T B G 5 11 REMARKS: - 11 10 40 60/75 3.9 230 1200 1715 2082 367 93.5 6 4 1/ D. DEVIATION SURVEYS! NIL CRUSADER LTD a"*-*-*-*-*-#-*-*-*-** DAILY DRILLING REPORT WELL NAMES NAMARAH■ #2 DATE! 20.9.87 RIG: GEARHART 1 SUPERVISOR! E.F. BATT DEPTHS 2168 M PROGRESS! 86 M GEOLOGISTS M.J. WILTSHIRE LAST CASING: 9.625 IN 8 247.48 1*1 WEIGHT PPG 8.3 VISCOSITY MF PV YP 43 6 19 GELS 2/4 API IONS (PPM) WL CA++ K+ CL- 5.5 120 34500 38000 MBE 7. PFB SAND 5 TR 7. 7. HTHP PH SOL OIL WL 9.5 1 A. SUMMARY OF OPERATIONS 0700 - 0700 HRSs TIME ALLOCATION OPER STARTED ELAPSED CODE OPERATIONS 0700 5 C44 MISCELLANEOUS - RUN WEAR BUSHING 0730 1 C20 TRIP - ■BIT CHANGE - RIH TO SHOE 0830 .5 C41 RIG SERVICE - SLIP 40 z DRILL LINE 0900 2 ■C20 TRIP - BIT CHANGE - RIH 1100 .5 C31 REAMING/WASHING - 2 SINGLES TO BOTTOM 1130 15 CIO DRILLING - 2082M TO 2153M 0230 1 C44 MISCELLANEOUS - BUILD MUD VOLUME 0330 3.5 CIO DRILLING - 2153M TO 2168M B. MUD PROPERTIES: SER SIZE RUN NO NO. ( IN) TYPE BOTTOM HOLE ASSEMBLY 6 21426 8.5 V527 BIT - BIT SUB - 2 X 6.25" DC - 8.5" STAB 18 X 6.25" DC - 6 X HWDP C. BIT DATA: NOZZLES WOB ROP VOL PRESS DEPTH (M> TOTAL CONDITION RUN NO 1 2 3 MLB RPM MPH GPM PSI IN OUT M HRS T B G 6 11 11 11 35K 80 4.9 259 1300 2082 2168 86 17.5 - - - REMARKS • “ TIME ALLOCATION OPER STARTED ELAPSED CODE 0700 8 CIO 1500 1.5 E30 1630 5.5 E20 2200 2 E20 2400 4 E20 0400 1.5 El 4 0530 1.5 E10 WEIGHT VISCOSITY PPG NF PV YP GELS 9.0 44 10 IS 2/3 API IONS (PPM) MBE 7. WL CA++ K+ CL- PPB SAND PH 5.0 SO 33000 38000 2.5 TR 10.5 7. 7. HTHP SOL OIL WL 2.6 C. BIT DATA: SER RUN NO NO. 6 21426 SIZE (IN) 8.5 7 1450534 8-7/16 TYPE BOTTOM HOLE ASSEMBLY V527 BIT - BIT SUB - 2 X 6.25" DC - 8.5" STAB - 18 X 6.25" DC - 6 X HWDP C201 CORE HEAD - 18M CORE BBL - 20 X 6.25" DC - 6 X HWDP - PUP JOINT CRUSADER LTD •»**•*##* »*•* * DAILY DRILLING REPORT WELL NAME: ■ ♦NAMARAH #2 DATE: 21.9.87 DAYS FROM SPUD: 18 RIG: GEARHART 1 DEPTH: 2209 M PROGRESS: 41 M SUPERVISOR: E.F. BATT GEOLOGIST: M.J. WILTSHIRE LAST CASING: 9.625
IN 3 247.48 M A. SUMMARY OF OPERATIONS 0700 - 0700 HRS: OPERATIONS DRILLING - 2168M TO 2208M CIRCULATION - CIRCULATE HOLE CLEAN TRIP - CORING - POOH TO CUT CORE #1. SLM OUT (NO CHANGE) TRIP - CORING - PICK UP, SERVICE AND MAKE UP 2 X 9M CORE BBLS WITH ALUMINIUM LINERS. M/U DIAMOND CORE HEAD TRIP - CORING - RIH REAMING - 21S9M TO 220SM CORING - CORE #1? 220SM TO 2209M B. MUD PROPERTIES: NOZZLES WOB ROP VOL PRESS DEPTH (M) TOTAL CONDITION RUN NO 1 2 3 MLB RPM MPH GPM PSI IN OUT M HRS T B G 6 11 11 11 35 80 4.9 259 1150 2082 2208 126 25.5 3 3 1/ REMARKS: PULLED FOR CORING 7 — — — 12 85 259 750 750 2208 2209 1 1.5 - — - REMARKS: - TOTCO 2205 M 1.25 DEG D. DEVIATION SURVEYS: E. REMARKS: NIL CRUSADER LTD -it-***-**-**-*,"*-#-* DAILY DRILLING REPORT WELL NAME: NAMARAH *2 DATE: 22.9.87 RIGS GEARHART 1 SUPERVISOR: E.F. BATT DEPTHS 2220.6 M GEOLOGISTS M.J. PROGRESS: 11.6000004 WILTSHIRE LAST CASING: 9.625 IN @ 247.48 M TIME ALLOCATION OPER STARTED ELAPSED CODE OPERATIONS 0700 13.5 E10 CORING - CORE 2030 6 EDO TRIP - CORING 0230 E44 MISCELLANEOUS LAY OUT 0430 1 E20 TRIP - CORING 0530 .5 E20 TRIP - CORING 0600 1 E44 MISCELLANEOUS A. SUMMARY OF OPERATIONS 0700 - 0700 HRSs #1? 2209M TO 2220.6M POOH - BREAK OUT CORE HEAD-RECOVER CORE (947.) AND SERVICE AND MAKE UP 2 X 9M CORE BBLS RIH TO SHOE SLIP DRILL LINE B. MUD PROPERTIES: WEIGHT PPG 8.9 VISCOSITY MF PV YP GELS 41 8 17 1/2 API IONS (PPM) MBE 7. WL CA++ K+ CL- PPB SAND 5 80 39000 39000 3.75 TR 7. 7. PH SOL OIL 10 2.2 HTHP WL C. BIT DATA: SER SIZE RUN NO NO. (IN) TYPE BOTTOM HOLE ASSEMBLY 7 1450534 3-7/16 C201 CORE HEAD - ISM CORE BBL - 20 X 6.25" DC - 6 X HWDP - PUP JOINT NOZZLES WOB ROP VOL PRESS DEPTH (M) TOTAL CONDITION RUN NO 1 2 3 MLB RPM MPH GPM PSI IN OUT M HRS T B G 7 REMARKS: *• “ “ 9/15 35/100 0.9 259 750 2203 2220. 12.6 15 20 - - CRUSADER LTD *** ** »**** DAILY DRILLING ♦♦■ ■REPORT NELL NAME: NAMARAH *2 DATE: 23.9.37 DAYS FROM SPUD: 20 RIG: GEARHART 1 DEPTH: 2230.6 M PROGRESS: 10.0000005 SUPERVISOR: E.F. BATT GEOLOGIST: M.J. WILTSHIRE LAST CASING: 9.625 IN S 247.49 M A. SUMMARY OF OPERATIONS 0700 - 0700 HRS: TIME ALLOCATION OPER STARTED ELAPSED CODE OPERATIONS 0700 1.5 E20 TRIP - CORING - RIH TO S53M - CROWN SHEAVE COLLAPSED 0930 7.5 E42 REPAIRS - POOH TO SHOE AND EFFECT REPAIRS - RIH TO 853M 1600 3 E20 TRIP - CORING - RIH 1900 1 E42 REPAIRS - BROKEN NIPPLE ON PUMP PRESSURE SENSATOR LIGHTING AND MAST 2000 5 E10 CORING - CORE #2? 2220.6M TO 2230.6M 0100 6 E20 TRIP - CORING - POOH B. MUD PROPERTIES: WEIGHT PPG MF -VISCOSITY- PV YP GELS API WL IONS (PPM) CA++ K+ CL- MBE PPB 7. SAND 7. PH SOL 7. HTHP OIL WL 9.0 42 6 18 1/1 5 - 39000 59000 3.75 TR 9.5 2.6 - - C. BIT DATA: SER SIZE RUN NO NO. (IN) TYPE BOTTOM HOLE ASSEMBLY 8 2W7361 8-7/16" RC4 CORE HEAD - 18M CORE BBL - 20 X 6 .25" DC - 6 X HWDP - 1 =UP JOINT NOZZLES WOB ROP VOL PRESS DEPTH (M) TOTAL CONDITION RUN NO 1 2 3 MLB RPM MPH GPM PSI IN OUT M HRS T B G 8 - - - 4/12 75/85 o 267 700 2220. 2230. 10 5 - - - REMARKS • TOTAL REPAIR TIME FOR DAY 9.5 HRS CRUSADER LTD * » * »-■ ■ ■* » * »• **-* * DAILY DRILLING REPORT WELL NAME: NAMARAH *2 DATE: 24.9.87 ■ ■ ■ ■ ■DAYS FROM SPUD: 21 RIG: GEARHART 1 DEPTH: 2230.6 M PROGRESS: 0 M SUPERVISOR: E.F. BATT GEOLOGIST: M.J. WILTSHIRE LAST CASING: 9.625 IN @ 247.48 M A. SUMMARY OF OPERATIONS 0700 - 0700 HRS: TIME ALLOCATION OPER STARTED ELAPSED CODE
0700 3 E44 1000 1330 4 E24 1730 .5 E24 1800 5 E60 2300 4.5 E30 0330 3.5 E24 OPERATIONS MISCELLANEOUS - LAY DOWN CORE AND CUT INTO IM SECTIONS - SERVICE AND LAY DOWN CORE BBL TRIP - FORMATION TEST - MAKE UP DST TOOLS, RIH AND INSTALL 200' WATER CUSHION TRIP - FORMATION TEST - RIH TRIP - FORMATION TEST - MAKE UP TEST HEAD AND NIPPLE UP LINES TESTING FORMATION - DST #1? 2226.SM TO 2209M CIRCULATION - DROP BAR AND R/C OUT - REC- 1.6 BBL WATER CUSHION AND 3.2 BBL RAT HOLE MUD - CIRC DIRECT 3 HRS TO BREAK AERATION TRIP - FORMATION TEST - POOH WEIGHT -VISCOSITY- API IONS (PPM) MBE 7. 7. 7. HTHP PPG MF PV YP GELS WL CA++ K+ CL- PPB SAND PH SOL OIL WL 9.0 46 7 19 1/2 5 80 26/7K 39000 3.75 TR 9.5 2.6 - B. MUD PROPERTIES: C. BIT DATA: NONE RECORDED D. DEVIATION SURVEYS: NIL E. REMARKS: NIL CRUSADER LTD * ** »*** * ** DAILY DRILLING REPORT WELL ■ ♦ ♦■ ■ ■NAMES NAMARAH *2 DATE: 23.9.37 DAYS FROM SPUD: 22 RIG: GEARHART 1 SUPERVISOR: E.F. BATT LAST CASING: 9.625 IN 3 247.48 M DEPTH: 2252. M GEOLOGIST: M.J. PROGRESS: 21.4000001 WILTSHIRE A. SUMMARY OF OPERATIONS 0700 - 0700 HRS: TIME ALLOCATION OPER STARTED ELAPSED CODE OPERATIONS 0700 5.5 E24 TRIP - FORMATION TEST - LAYOUT DST TOOLS / 1230 4 C20 TRIP - BIT CHANGE - H/U DRILLING 2208M BHA AND BIT AND RIH TO 1630 1 C31 REAMING/WASHING - REAM CORED SECTION 2208M TO 2230.6M 1730 9 CIO DRILLING - 2230.6M TO 2252.5M 0230 E30 CIRCULATION - CLEAN HOLE 0430 2.5 E20 TRIP - CORING - POOH B. MUD PROPERTIES: WEIGHT VISCOSITY- AP! — IONS (PPM) MBE 7. 7. 7. HTHP PPG MF PV YP GELS WL CAt-+ K+ CL- PPB SAND PH SOL OIL WL 9.0 43 7 19 2/10 5 40 36000 36000 5 0.25 10 2.75 — — C. BIT DATA: SER SIZE RUN NO NO. (IN) TYPE BOTTOM HOLE ASSEMBLY 9RR 21426 8.5 V527 BIT - 2 X 6.25” DC - 3.5 DC - 6 X HWDP " STAB - 13 X 6.25" NOZZLES WOB ROP VOL PRESS DEPTH (M) TOTAL CONDITION RUN NO 12 3 MLB RPM MPH GPM PSI IN OUT M HRS T B G 9RR 11 11 11 35 70/S0 2.4 259 1300 2230. 2252. 2 1.9 9 - - - REMARKS « —_ • CRUSADER LTD * * ***•****•** WEIGHT -VISCOSITY- API IONS (PPM) MBE 7. 7. 7. ♦■ ■ ■HTHP PPG MF PV YP GELS WL CA++ K* CL- PPB SAND PH SOL OIL WL 9 41 8 16 2/7 5 40 34500 36000 5 0.25 10 2.75 - BIT DATA: DAILY DRILLING REPORT WELL NAME: NAMARAH *2 DATE: 26.9.87 DAYS FROM SPUD: 23 RIG: GEARHART 1 DEPTH: 2271 M PROGRESS: 19 M SUPERVISORS E.F. BATT GEOLOGIST: M.J. WILTSHIRE LAST CASING: 9.625 IN © 247.43 M * A. SUMMARY OF OPERATIONS 0700 - 0700 HRS: TIME ALLOCATION OPER STARTED ELAPSED CODE OPERATIONS 0700 1 EDO TRIP - CORING - POOH TO SHOE 0800 5 E41 RIG SERVICE - SLIP 20-’ DRILLING 0830 1 EDO TRIP - CORING - POOH 0930 ■1.5 EDO TRIP - CORING - MAKE UP 2 X 9M CORE HEAD CORE BBLS AND 1100 3.5 EDO TRIP - CORING - RIH 1430 1.5 E31 REAMING/WASHINC - 237M TO D25D.5M 1600 3.5 E10 CORING - CORE #3; 2252.5M TO 2D71M 1930 6.5 EDO TRIP - CORING - POOH 0200 2.5 EDO TRIP - CORING - RECOVER CORE (1027.) AND LAY OUT 0430 1.5 EDO TRIP - CORING - LAY DOWN CORE BBLS 0600 1 ED4 TRIP - FORMATION TEST - PICK UP TEST ’ TOOLS STRATAPAK B. MUD PROPERTIES: SER SIZE RUN NO NO. (IN) TYPE BOTTOM HOLE ASSEMBLY 9RR 21426 8.5 V527 BIT - 2X6 .25” DC - 8. 5" STAB - 18 X 6.25" DC - 6 X HWDP 10 1450752 8. 5 RC473 CORE HEAD - 2 X 9M C/BBL X/0 - 20 D/C - 6 X HWDP - D/P ■NOZZLES WOB ROP VOL PRESS DEPTH (M) TOTAL CONDITION RUN NO 1 2 3 MLB RPM MPH GPM PSI IN OUT M HRS T B G 9RR 11 11 11 35 70/80 2.4 259 1300 2230. 2252. 21 .9 9
3 3 1/ REMARKS • - 10 — — — 5/10 80 5.3 259 700 2252. 2271 IS .5 3.5 — - - C. D. DEVIATION SURVEYS: NIL E. REMARKS: NIL CRUSADER LTD »* »*#***** DAILY ■ ■DRILLING REPORT WELL NAME: NAMARAH #2 DATE: 27.9.87 DAYS FROM SPUD: 24 RIG: GEARHART 1 SUPERVISOR: E.F. BATT DEPTH: 2271 M PROGRESS: 0 M GEOLOGIST: M.J. WILTSHIRE LAST CASINGS 9.625 IN ® 247.48 M A. SUMMARY OF OPERATIONS 0700 - 0700 HRS: TIME ALLOCATION OPER STARTED ELAPSED CODE OPERATIONS 0700 2.5 E24 TRIP - FORMATION TEST - MAKE UP DST TOOLS AND INSTALL WATER CUSHION 200*" 0930 .5 E41 RIG SERVICE 1000 .5 E42 REPAIRS - REPLACE SNUBLINE ON MAKE UP TONG 1030 4 E24 TRIP - FORMATION TEST - RIH 1430 1 E24 TRIP - FORMATION TEST - P/U 2 SINGLES AND TAG BTM. UP TEST HEAD AND MANIFOLD MAKE 1530 4.5 E60 TESTING FORMATION - DST #25 PULLED FREE AT 1957 HR 2000 1.5 E30 CIRCULATION - TO BALANCE MUD 2130 3 E32 FORMATION KICK - PIT GAIN OF 6 BBLS - FLOW CHECK, WELL FLOWING - CLOSED ANNULAR PREVENTORS, NO SIGNIFICANT PRESSURES - CIRC THROUGH GAS BUSTER UNTIL SYSTEM DE-AERATED 0030 6.5 E20 TRIP - CORING - POOH B. MUD PROPERTIES: WEIGHT VISCOSITY PPG MF PV YP GELS 9 45 9 18 3/7 7. 7. HTHP PH SOL OIL WL 10 2.7 A pi ions (PPM) MBE 7. WL CA++ K+ CL- PPB SAND 5 40 36000 37000 5 0.5 C. BIT DATA: NONE RECORDED CRUSADER LTD ** *•*•*** *#** DAILY DRILLING ♦ ■REPORT WELL NAME: NAMARAH *2 RIG: GEARHART 1 SUPERVISOR: E.F. BATT DATE: 28.9.87 DEPTH: 2289.5 M DAYS FROM SPUD: 25 PROGRESS: 18.5 M GEOLOGIST: M.J. WILTSHIRE LAST CASING: 9.625 IN @ 247.48 M A. SUMMARY OF OPERATIONS 0700 - 0700 HRS: TIME ALLOCATION OPER STARTED ELAPSED CODE OPERATIONS 0700 1.5 E24 TRIP - FORMATION TEST - BREAK AND L/D DST TOOLS 0830 1.5 E20 TRIP - CORING - P/U AND M/U 2 X 9M CORE BBLS AND STRATAPAK CORE HEAD 1000 1 E20 TRIP - CORING - RIH TO SHOE 1100 .5 E41 RIG SERVICE - SLIP 20 " DRILL LINE 1130 .5 E41 RIG SERVICE 1200 ■2.5 E20 TRIP - CORING - RIH 1430 . 5 E20 TRIP - CORING - P/U SINGLE AND 5 Z PUP JT - CIRC AND DROP BALL 1500 5 E10 CORING - CORE #4; 2271M TO 2289.5M 2000 1.5 E30 CIRCULATION - BOTTOMS UP 2130 5.5 E20 TRIP - CORING - FLOW CHECK AND OBSERVE WELL, POOH 0300 4 E20 TRIP - CORING - BREAK BBLS, LAY OUT CORE (997.) B. MUD PROPERTIES: WEIGHT -VISCOSITY- API IONS (PPM) MBE % 7. 7. HTHP PPG MF PV YP GELS WL CA++ K* CL- PPB SAND PH SOL OIL UL 9 41 3 14 2/7 5 40 39000 26/7K 5 0.5 10 2.6 - - C. BIT DATA: SER RUN NO NO. 11RR 1450752 SIZE (IN) TYPE BOTTOM HOLE ASSEMBLY RC473 CORE HEAD - 2 X 9M BBLS - X/0 - 20 X 6.25” DC - 6 X HWDP NOZZLES WOB ROP VOL PRESS DEPTH (M) TOTAL CONDITION RUN NO 1 2 3 MLB RPM MPH GPM PSI IN OUT M HRS T B G 11RR REMARKS: 307. WORN 5/8 75/80 3.7 259 580 2271 2289. 18.5 5 — — — CRUSADER LTD ** » »*****•* ** DAYS FROM SPUD: 26 DAILY DRILLING ■ ■ ■REPORT RIG: GEARHART 1 DEPTH: 2289.5 M PROGRESS: 0 M SUPERVISOR: E.F. BATT GEOLOGIST: M.J. WILTSHIRE WELL NAME: NAMARAH #2 DATE: 29.9.37 LAST CASING: 9.625 IN & 247.48 M A. SUMMARY OF OPERATIONS 0700 - 0700 HRS: TIME ALLOCATION OPER STARTED ELAPSED CODE OPERATIONS 0700 0930 1300 1330 E24 TRIP - FORMATION TEST - P/IJ AND M/U DST TOOLS AND RIH - INSTALL 200" WATER CUSHION E24 TRIP - FORMATION TEST - RIH .5 E24 TRIP - FORMATION TEST - TAG BTM - M/U TEST HEAD AND CHOKE MANIFOLD. ETC 5 E60 TESTING FORMATION - SET PKRS - TOOL OPEN AT 1332 HRS - DST 1830 1930 2230 0200 0230 #3 E30 CIRCULATION - PULLED PKRS
FREE AT 1S37 HRS - REVERSE CIRC OUT 3 E30 CIRCULATION - CIRC DIRECT WAY TO DE-AERATE AND BALANCE SYSTEM E24 TRIP - FORMATION TEST - FLOW CHECK - PUMP PILL AND POOH .5 E42 REPAIRS - REPLACE 1 BRAKE LINING E24 TRIP - FORMATION TEST - POOH B. MUD PROPERTIES; WEIGHT VISCOSITY- API IONS (PPM) MBE 7. 7. 7. HTHP PPG MF PV YP GELS WL CA++ K+ CL- PPB SAND PH SOL OIL WL 9 40 8 14 2/5 5 40 39000 39000 5 TR 9.5 2.6 _ - C. BIT DATA: NONE RECORDED CRUSADER LTD a***##**##** DAILY DRILLING REPORT WELL NAMES NAMARAH #2 DATES 30.9.87 DAYS FROM SPUD: 27 RIGs GEARHART 1 DEPTH: 2300.1 M PROGRESS: 10.6 SUPERVISORS E.F. BATT GEOLOGIST: M.J. WILTSHIRE LAST CASING: 9.625 IN S 247.48 M SUMMARY OF OPERATIONS 0700 - 0700 HRS: TIME ALLOCATION OPER STARTED ELAPSED CODE OPERATIONS 0700 .5 E24 TRIP - FORMATION TEST - L/D DST TOOLS 0730 0930 1030 1100 1400 1630 2230 0430 0630 E20 TRIP - CORING - P/U AND M/IJ 2 X 9M CORE BBLS E20 TRIP - CORING - RIH TO SHOE .5 E41 RIG SERVICE - SLIP DRILL LINE E20 TRIP - CORING - RIH E30 CIRCULATION - CIRCULATE TWICE - UNABLE TO STOP AERATION - NO FLOW BUT MUD BUBBLING AT SURFACE 6 E10 CORING - CORE #5; 2289.5M TO 2300.IM - RAISED MUD WT. TO 9. 2+ 6 E20 TRIP - CORING - POOH E20 TRIP - CORING - BREAK DOWN AND LAY OUT CORE .5 E20 TRIP - CORING - P/U AND M/IJ BBLS WITH DIAMOND CORE HEAD B. MUD PROPERTIES: WEIGHT API IONS (PPM) MBE 7. 7. 7. HTHP PPG MF PV YP GELS WL CA++ K+ CL- PPB SAND PH SOL OIL WL 9.2 43 11 18 3/6 4. 6 40 39000 40000 5 0.5 10 4.75 C. BIT DATA: SER SIZE RUN NO NO. < IN) TYPE BOTTOM HOLE ASSEMBLY 12RR 1450752 8.5 RC473 CORE HEAD - 2 X 9M BBL - X/0 - 20 X 6.25” DC - 6 X HWDP NOZZLES WOB ROP VOL PRESS DEPTH (M) TOTAL CONDITION RUN NO 12 3 MLB RPM MF'H GPM PSI IN OUT M HRS T B G 12RR - - - 8/14 80 1.8 259 500 2289. 2300. 10 i.6 - - - - REMARKS: 1007. WORN CRUSADER LTD **•** »*•***** 0830 3 E20 1130 .5 E30 1200 6.5 E10 1830 7 E20 0130 .5 E20 ♦■ ■0200 1 E44 0300 1 E42 TIME ALLOCATION OPER STARTED ELAPSED CODE 0700 1.5 E20 0400 2.5 E24 0630 .5 E42 DAILY DRILLING REPORT WELL NAME: NAMARAH *2 DATE: 1.10.87 DAYS FROM SPUD: 28 RIG: GEARHART 1 DEPTH: 2302 M PROGRESS: 1.9 SUPERVISOR: E.F. BATT GEOLOGIST: M.J. WILTSHIRE LAST CASING: 9,625 IN 2 247.48 M A. SUMMARY OF OPERATIONS 0700 - 0700 HRS: OPERATIONS TRIP - CORING - SERVICE CORE BBLS AND M/U NEW DIAMOND CORE HEAD TRIP - CORING - RIH CIRCULATION - DROP BALL CORING - CORE #6? 2300.IM TO 2302M TRIP - CORING - POOH TRIP - CORING - LAY OUT CORE (1007.) MISCELLANEOUS - BREAK, SERVICE AND L/D CORE BBLS REPAIRS - REPLACE HYDRAMATIC CHAIN - THIS HAD BROKEN 6 STDS OFF BOTTOM WHEN RIH WITH CORE BBLS TRIP - FORMATION TEST - P/U TEST TOOLS - RIH REPAIRS - MAKE FURTHER ADJUSTMENT TO HYDRAMATIC CHAIN WEIGHT viscos ITY- API IONS (PPM) MBE 7. 7. 7. HTHP PPG MF PV YP GELS WL CA++ K+ CL- PPB SAND PH SOL OIL WL 9.2 42 12 17 2/6 4.4 160 405000 40000 6.25 0.25 10 4.4 — — C. BIT DATA: SER SIZE RUN NO NO. (IN) TYPE BOTTOM HOLE ASSEMBLY 13 1440665 8.5 C201PD CORE HEAD - 2 X 9M BBL DC - 6 X HWDP - X/0 i _ :o x 6.25” NOZZLES WOB ROP VOL PRESS DEPTH (M) TOTAL CONDITION RUN NO 1 2 3 MLB RPM MPH GPM PSI IN OUT M HRS T B G 13 - - — 8 /12 80 .38 284 800 2300. 2302 1.9 5 - - - REMARKS B. MUD PROPERTIES: CRUSADER LTD *•»*** » »**** DAILY DRILLING REPORT WELL NAME: NAMARAH #2 DATE: 2.10.87 ■ ■ ♦DAYS FROM SPUD: 29 RIG: GEARHART 1 DEPTH: 2302 M PROGRESS: 0 M SUPERVISOR: E.F.
BATT GEOLOGIST: M.J. WILTSHIRE LAST CASING: 9.625 IN S 247.48 M A. SUMMARY OF OPERATIONS 0700 - 0700 HRS: TIME ALLOCATION STARTED 0700 ELAPSED 3.5 PER □CODE E24 1030 6 E60 1630 .5 E30 1700 3.5 E30 2030 6 E24 0230 2 E24 0430 2.5 C44 OPERATIONS TRIP - FORMATION TEST - RIH AND TAG BTM - P/U AND M/IJ TEST HEAD & MANIFOLD, NIPPLE UP FLARE LINE ETC TESTING FORMATION - DST #4: 2288M TO 2302M - PULLED PKRS FREE AT 1618 HRS CIRCULATION - DROP BAR AND R/C 9.2+ MWTO SURFACE CIRCULATION - 2 FULL CYCLES DIRECT TO DE-AERATE AND BALANCE MUD TRIP - FORMATION TEST - POOH, CHAIN OUT TRIP - FORMATION TEST - BREAK AND L/D DST TOOLS MISCELLANEOUS - PRESSURE TEST BOPS WEIGHT -VISCOSITY- API IONS (PPM) MBE 7. 7. 7. HTHP PPG MF PV YP GELS WL CA++ K+ CL- PPB SAND PH SOL OIL WL 9.2 43 12 18 2/5 4.6 200 39000 40000 6.25 TR 9.5 2.6 - B. MUD PROPERTIES: BIT DATA: NONE RECORDED DEVIATION SURVEYS: NIL CRUSADER LTD DAILY DRILLING REPORT WELL NAME: NAMARAH #2 DATE: 3.10.87 DAYS FROM SPUD: 30 RIG: GEARHART 1 DEPTH! 2350 M PROGRESS: 48 M SUPERVISOR: E.F. BATT GEOLOGIST! M.J. WILTSHIRE LAST CASING: 9.625 IN S 247.48 M A. SUMMARY OF OPERATIONS 0700 - 0700 HRS: TIME ALLOCATION OPER STARTED ELAPSED CODE OPERATIONS 0700 0730 0900 1000 1300 1330 1700 1730 .5 C44 MISCELLANEOUS - COMPLETE BOP TEST C20 TRIP - BIT CHANGE - RIH WITH BIT TO SHOE 1 C41 RIG SERVICE - SLIP 20 z AND CUT S0 z OF DRILL LINE 3 C20 TRIP - BIT CHANGE - RIH .5 C31 REAMING/WASHING - LAST 3 SINGLES TO BOTTOM CIO DRILLING - 2302M TO 2308M .5 C41 RIG SERVICE - LEVEL DERRICK AND RIG FLOOR 13.5 CIO DRILLING - 2308M TO 2350M WEIGHT PPG MF -VISCOSITY- PV YP GELS API WL IONS (PPM) CA++ K+ CL- MBE 7. PPB SAND PH 7. SOL 7. HTHP OIL WL 10 43 18 19 5/10 4.2 160 39000 40000 6.25 TR 10 10 - B. MUD PROPERTIES: C. BIT DATA: SER SIZE RUN NO NO. (IN) TYPE BOTTOM HOLE ASSEMBLY 14 KW294 8.5 J22 BIT - FLOAT SUB - 2 X 6.25” DC - STAB - 1 X 6.25" DC - 6 X HWDP NOZZLES WOB ROP VOL PRESS DEPTH (M) TOTAL CONDITION RUN NO 1 2 3 MLB RPM MPH GPM PSI IN OUT M HRS T B G 14 11 11 11 35 80 2.8 246 1275 2302 2350 48 17 - - - REMARKS: COMMENCED i INCREASING MUD WT. TO 10.0 PPG i AT 2330M D. DEVIATION SURVEYS: NIL REMARKS: COMMENCED INCREASING MUD WT. TO 10.0 PPG AT 2330M CRUSADER LTD »****#•*•**#** DAILY DRILLING REPORT WELL NAME: NAMARAH *2 DATE: 4.10.37 DAYS FROM SPUD: 31 RIG: GEARHART 1 DEPTH: 2412 M PROGRESS: 62 M SUPERVISOR: E.F. BATT GEOLOGIST: M.J. WILTSHIRE LAST CASING: 9.625 IN 3 247.43 M SUMMARY OF OPERATIONS 0700 - 0700 HRS: TIME ALLOCATION OPER STARTED ELAPSED CODE OPERATIONS 0700 24 CIO DRILLING - 2350M TO 2412M - FLOW CHECK EVERY CONNECTION AND AT DRILL BREAKS MUD PROPERTIES: WEIGHT -VISCOSITY- API IONS (PPM) MBE 7. 7. 7. HTHP PPG MF PV YP GELS WL CA++ K+ CL- PPB SAND PH SOL OIL WL 10 42 21 19 4/12 4.3 280 36000 37000 6.25 TR 10.5 10.5 - - BIT DATA: SER SIZE RUN NO NO. (IN) TYPE BOTTOM 14 KW294 8.5 J22 BIT - C. X 6.25 HOLE ASSEMBLY FLOAT SUB - 2- X 6.25" DC - STAB - IS DC - 6 X HWDP NOZZLES WOB ROP VOL PRESS DEPTH (M) TOTAL CONDITION RUN NO 1 2 3 MLB RPM MPH GPM PSI IN OUT M HRS T B G 14 11 11 11 35 30 2.7 246 1275 2302 2412 110 41 - - - REMARKS: - D. DEVIATION SURVEYS: NIL CRUSADER LTD *•*•»* *•» •* * *•* » * DAILY ■ ■ ■ ■■ ■ ■DRILLING REPORT WELL NAME: NAMARAH #2 DATE: 5.10.87 DAYS FROM SPUD: 32 RIG: GEARHART 1 SUPERVISOR: E.F. BATT DEPTH: 2445 M PROGRESS: 33 M GEOLOGISTS M.J.
WILTSHIRE LAST CASING: 9.625 IN ® 247.48 M TIME ALLOCATION OPER STARTED ELAPSED CODE 0700 19 CIO 0200 1 C30 0300 1 C13 0400 C30 0600 1 E23 MUD PROPERTIES: A. SUMMARY OF OPERATIONS 0700 - 0700 HRS: OPERATIONS DRILLING - 2412M TO 2445M CIRCULATION - PRIOR TO WIPER TRIP CHECK TRIP - 10 STD CIRCULATION - HI-VIS SWEEP - HOLE CLEAN TRIP - LOGGING - DROP SURVEY - POOH WEIGHT PPG MF -VISCOSITY- PV YP GELS API WL IONS (PPM) CA+f K+ CL- MBE PPB 7. SAND 7. PH SOL 7. HTHP OIL WL 10. 1 42 21 19 4/12 6.0 240 31500 31000 7.5 0.25 9.5 11.3 - B. SER SIZE RUN NO NO. ( IN) TYPE BOTTOM HOLE ASSEMBLY 14 KW294 S.5 J22 BIT - FLOAT SUB - 2 X 6.25” DC - STAB - IS X 6.25” DC - 6 X HWDP C. BIT DATA: NOZZLES WOB ROP VOL PRESS DEPTH (M) TOTAL CONDITION RUN NO 1 2 3 MLB RPM MPH GPM PSI IN OUT M HRS T B G 14 11 11 11 35 80 2.4 246 1300 2302 2445 143 60 - - - REMARKS: - D. DEVIATION SURVEYS: NIL CRUSADER LTD * ****# *** DAILY DRILLING REPORT ♦ ♦♦■WELL NAME: NAMARAH #2 DATE: 6.10.87 DAYS FROM SPUD: 33 RIG: GEARHART 1 DEPTH: 2450.5 M PROGRESS: 5.5 M SUPERVISOR: E.F. BATT GEOLOGIST: M.J. WILTSHIRE LAST CASINGS 9.625 IN € 247.48 M A. SUMMARY OF OPERATIONS 0700 - 0700 HRS: TIME ALLOCATION OPER STARTED ELAPSED CODE OPERATIONS 0700 5 E23 TRIP - LOGGING - POOH - SLM OUT (2446M) 1200 19 E50 LOGGING - OPEN HOLE * RUN #1? DLL/MSFL/GR/CAL - RUN #2: LDL/CNL/GR/CAL - RUN #3: SONIC/GR/HDT - RUN #4; VELOCITY SURVEY TOTCO 2445 M 2 DEG B. MUD PROPERTIES: WEIGHT PPG 10. 1 ■VISCOSITY API WL 5.3 IONS (PPM) MBE % PH 9.0 7. SOL 11.7 X HTHP OIL WL MF PV YP 45 22 18 GELS 2/8 CA++ 240 K+ 31500 CL- PPB SAND 31000 7.5 TR C. BIT DATA: SER SIZE RUN NO NO. (IN) TYPE BOTTOM HOLE ASSEMBLY 14 KW294 8.5 J22 BIT - FLOAT SUB - 2 X 6.25'* DC - STAB - 18 X 6.25" DC - 6 X HWDP NOZZLES WOB ROP VOL PRESS DEPTH (M) TOTAL CONDITION RUN NO 12 3 MLB RPM MPH GPM PSI IN OUT M HRS T B G 14 11 11 11 35 80 2.5 246 1300 2302 2450. 148. 60 3 3 1 REMARKS : ADJUSTED TO W/LINE TD D. DEVIATION SURVEYS: TD ADJUSTED TO W/LINE LOG DEPTH OF 2450.5M CRUSADER LTD * ** * »•****** DAILY DRILLING REPORT WELL NAME: NAMARAH #2 RIGS ♦ ■ ■GEARHART 1 SUPERVISOR: E.F. BATT DATE: 7.10.37 DAYS FROM SPUD: 34 DEPTH: 2430.5 M PROGRESS: 0 M GEOLOGIST: M.J. WILTSHIRE LAST CASING: 9.625 IN @ 247.48 M A. SUMMARY OF OPERATIONS 0700 - 0700 HRS: TIME ALLOCATION OPER STARTED ELAPSED CODE OPERATIONS 0700 3 E50 LOGGING - OPEN HOLE - COMPLETE VELOCITY SHOOT AND POOH 1000 .5 E44 MISCELLANEOUS - R/D SCHLUMBERGER . 1030 4.5 E13 CHECK TRIP - P/U DRILLING ASSEMBLY AND RIH - CROWN SHEAVE BROKE 1500 E30 CIRCULATION - CONDITION MUD 1700 4.3 E42 REPAIRS - HOIST WELDING MACHINE INTO DERRICK AND REPAIR DRILLING LINE SHEAVE 2130 5.5 E24 TRIP - FORMATION TEST - POOH . 0300 4 E24 TRIP - FORMATION TEST - P/IJ AND M/U DST TOOLS AND RIH FOR DST #5 B. MUD PROPERTIES: WEIGHT -VISCOSITY- API IONS (PPM) MBE 7. 7. 7. HTHP PPG MF PV YP GELS WL CA++ K+ CL- PPB SAND PH SOL OIL WL 10. 1 41 IS 14 2/3 6.6 240 31500 31000 7.5 TR 9.0 11.7 — C. BIT DATA • SER SIZE RUN NO NO. (IN) TYPE BOTTOM HOLE ASSEMBLY 14RR KW294 3.5 J22 BIT - FLOAT SUB - 2X6. 25” DC - STAB - 18 X 6.25” DC - 6 X HWDP NOZZLES WOB ROP VOL PRESS DEPTH (M) TOTAL CONDITION RUN NO 1 2 3 MLB RPM MPH GPM PSI IN OUT M HRS T B G 14RR 11 11 11 - - - 246 1300 2450 2450 0 3 3 1 D. DEVIATION SURVEYS: NIL E. REMARKS: NIL CRUSADER LTD ihhhuhuhhh*** DAILY
DRILLING REPORT WELL NAME: NAMARAH *2 DATE: 8.10.87 DAYS FROM SPUD: 35 RIG: GEARHART 1 DEPTH: 2450.5 M PROGRESS: 0 M SUPERVISOR! E.F. BATT GEOLOGIST: M.J. WILTSHIRE LAST CASING: 9.625 IN @ 247.48 M WEIGHT -VISCOSITY- API IONS (PPM) MBE 7. % 7. HTHP PPG MF PV YP GELS WL CA++ K+ CL- PPB SAND PH SOL OIL WL 10. 1 41 18 16 3/11 7.4 200 31500 31000 7.5 0.25 9.5 11.3 - - MUD PROPERTIES: A. SUMMARY OF OPERATIONS 0700 - 0700 HRS: TIME ALLOCATION OPER STARTED ELAPSED CODE OPERATIONS 0700 3.5 E24 TRIP - FORMATION TEST - RIH 1030 2 E60 TESTING FORMATION - DST #5; 2396.5M TO 2450.5M - TEST WAS ABORTED DUE TO PLUGGED TEST TOOLS - SEE SEPARATE DST DETAILS 1230 2.5 E30 CIRCULATION - PULLED FREE - FRACTURED ZONE TOOK APPROX 102 BBLS OF MUD DURING COMPLETE OPERATION 1500 4 E30 CIRCULATION - DIRECT TO DE-GAS AND DE-AERATE MUD - MIXED MUD TO BUILD VOLUME 1900 6.5 E24 TRIP - FORMATION TEST - POOH - CHAIN OUT 0130 3 E24 TRIP - FORMATION TEST - BREAK OUT TEST-TOOLS, UNPLUG AND SERVICE 0430 1 E24 TRIP - FORMATION TEST - M/U TEST TOOLS AND COLLARS AND RIH 0530 .5 E24 TRIP - FORMATION TEST - RUN 500' WATER CUSHION 0600 1 E24 TRIP - FORMATION TEST - RIH B. BIT DATA: NONE RECORDED DEVIATION SURVEYS: NIL REMARKS: DST #5 ABORTED - TOOLS PLUGGED. CRUSADER LTD ****<******* DAILY DRILLING REPORT WELL NAME: NAMARAH #2 DATE: 9.10.37 DAYS FROM SPUD: 36 RIG: GEARHART 1 DEPTH: 2450.5 M PROGRESS: 0 M SUPERVISOR: E.F. BATT GEOLOGISTS M.J. WILTSHIRE LAST CASING: 9.625 IN @ 247.48 M A. SUMMARY OF OPERATIONS 0700 - 0700 HRS: TIME ALLOCATION STARTED 0700 0900 ELAPSED .5 0930 X. E24 1130 9.5 E60 2100 1 E30 2200 3.5 E30 0130 .5 E24 0200 5 E24 OPERATIONS TRIP - FORMATION TEST - RIH TRIP - FORMATION TEST - RUN ADDITIONAL 5.5 BBLS OF WATER CUSHION - TO TAG 1000-' TRIP - FORMATION TEST - RIH AND TAG BOTTOM TESTING FORMATION - DST #6? 2395.5M - 2450.5M CIRCULATION - DROP BAR AND R/C OUT CIRCULATION - DIRECT TO DE-AERATE AND CONDITION MUD - MIX 170 BBL MUD TO BUILD VOLUME TRIP - FORMATION TEST - BREAK OUT AND LAY DOWN TEST HEAD AND LINES TRIP - FORMATION TEST - POOH WEIGHT PPG MF -VISCOSITY- GELS API WL IONS (PPM) CA++ K+ CL- MBE PPB 7. SAND 7. PH SOL 7. HTHP OIL WL PV YP 10. 1 41 IS 15 3/10 6.3 240 31500 31000 7.5 0.25 10.0 11.3 - B. MUD PROPERTIES: BIT DATA: NONE RECORDED DEVIATION SURVEYS: NIL MOSTOF THIS BEING TO REMARKS: MUD LOST FORMATION THIS 24 HR PERIOD 166 BBLS FRACTURED ZZONE. CRUSADER LTD * »•*•»** * * *** DAILY DRILLING REPORT ♦ ■ ■ ■ ■WELL NAME: NAMARAH *2 DATE: 10.10.87 RIGS GEARHART 1 DEPTH: 2450.5 M PROGRESS: 0 M SUPERVISOR: E.F. BATT GEOLOGIST*. - TIME ALLOCATION OPER STARTED ELAPSED CODE 0700 1 E24 0800 3 E24 1100 5 E13 1130 5 E41 1200 4.5 E13 1630 ■ ■5.5 E30 2200 4.5 E13 0230 3.5 E24 0600 1 E42 B. MUD PROPERTIES: PPG DST #7 LAST CASING: 9.625 IN 8 247.48 M SUMMARY OF OPERATIONS 0700 - 0700 HRS: OPERATIONS TRIP - FORMATION TEST - POOH TRIP - FORMATION TEST - BREAK DOWN TEST TOOLS CHECK TRIP - P/U DRILLING ASSEMBLY AND RIH TO SHOE RIG SERVICE - SLIP DRILL LINE CHECK TRIP - RIH CIRCULATION - CONDITION MUD - LOWER MUD WT. TO 9.9 CHECK TRIP - POOH TRIP - FORMATION TEST - P/U AND M/U TEST TOOLS FOR REPAIRS - HOISTING GEARSHIFT WEIGHT •VISCOSITY- API IONS (PPM) MBE % 7. 7. HTHP PPG MF PV YP GELS WL CA++ K+ CL- PPB SAND PH SOL OIL WL 9.9 40 19 IS 2/9 7.2 120 27000 25000 5.0 0.25
10 10.6 — — C. BIT DATA: SER SIZE RUN NO NO. (IN) TYPE BOTTOM HOLE ASSEMBLY 14RR KW294 8.5 J22 BIT - FLOAT SUB - 2 X 6.25” DC - STAB - IS X 6.25" DC - • 6 X HWDP NOZZLES WOB ROP VOL PRESS DEPTH (M) TOTAL CONDITION RUN NO 1 2 3 MLB RPM MPH GPM PSI IN OUT M HRS T B G 14RR 11 11 11 - - - 246 1300 2450 2450 3 3 I REMARKS : WIPER TRIP ONLY D. DEVIATION SURVEYS*. NIL E. REMARKS: NIL CRUSADER LTD DAILY DRILLING REPORT TIME ALLOCATION OPER STARTED ELAPSED CODE 0700 3.5 E24 1030 .5 E24 1100 .5 E60 1130 E30 1430 4 E24 1830 2300 1.5 F44 0030 .5 F25 0100 .5 F41 0130 5.5 F25 1900 4 E24 OPERATIONS TRIP - FORMATION TEST - RIH AND TAG BTM TRIP - FORMATION TEST - P/U TEST AND CHOKE MANIFOLD AND M/U TESTING FORMATION - SET PKR AND OPEN TOOL - IMMEDIATE PKR SEAT FAILURE CIRCULATION - DROP BAR AND R/C MUD TO SURFACE - CIRCULATE DIRECT WAY ONE FULL CYCLE TRIP - FORMATION TEST - POOH WITH TEST TOOLS WAIT TIME - SUSPEND OPERATIONS DUE TO VIOLENT THUNDER AND LIGHTNING AND HEAVY RAIN TRIP - FORMATION TEST . - PICK UP TEST, BREAK AND L/0 - BREAK AND L/0 TOP D/C AND DST TOOLS MISCELLANEOUS - BREAK AND L/D SURPLUS DRILL COLLARS TRIP - BEFORE CASING - RIH WITH 0/E D/P RIG SERVICE - SLIP DRILL LINE TRIP - BEFORE CASING - RIH WITH 0/E D/P PICKING UP 20 WELL NAME: NAMARAH *2 DATE: 11.10.87 DAYS FROM SPUD! 38 RIG: GEARHART 1 DEPTH: 2450.5 M PROGRESS: 0 M SUPERVISOR: E.F. BATT GEOLOGIST: - LAST CASING: 9.625 IN @ 247.48 M A. SUMMARY OF OPERATIONS 0700 - 0700 HRS: SINGLES - SLM PIPE IN B. MUD PROPERTIES: WEIGHT VISCOSITY- API IONS (PPM) MBE 7. 7. 7. HTHP PPG MF PV YP GELS WL CA++ K+ CL- PPB SAND PH SOL OIL WL . 9.9 40 19 IS 3/9 7.2 120 27000 25000 5 0.25 9.5 10.6 — — C. BIT DATA: NONE RECORDED CRUSADER LTD * » * * * *•*•*•** * * DAILY DRILLING REPORT WELL NAME! NAMARAH #2 ■ ■ ■ ■ ■ ■ ■DATE: 12.10.87 DEPTHS 2340 PBTD M PROGRESS: -110.5 M GEOLOGISTS - TIME ALLOCATION OPER CODE F25 STARTED 0700 ELAPSED .5 0730 1.5 F30 0900 1 F44 1000 4 F30 1400 1 F13 1500 3.5 F13 1830 4.5 F25 2300 o F20 0100 F30 0300 4 F25 RIG: GEARHART 1 SUPERVISOR! E.F. BATT LAST CASING: 9.625 IN @ 247.48 M A. SUMMARY OF OPERATIONS 0700 - 0700 HRS: OPERATIONS TRIP - BEFORE CASING - P/U 3 MORE SINGLES AND RIH TO 2370M - SLM CIRCULATION - M/IJ CHICK SAW LINES AND CIRC PIPE AND HOLE MISCELLANEOUS - SET BALANCED CHT PLUG 2370M TO 2330M CIRCULATION - CIRC HOLE AND WORK PIPE WHILE WAITING ON CMT PLUG TO SET CHECK TRIP - RUN BACK DOWN WITH 0/E D/P VERY SLOWLY AND TAG CMT AT 2324M CHECK TRIP - POOH TO P/IJ DRILLING ASSEMBLY TRIP - BEFORE CASING - P/U R/R HILL TOOTH-BIT BHA RIH AND TAG CMT TRIP - - DRILLING CEMENT - 2M OF SOFT CMT, THEN CONTINUOUS FIRM CMT TO 2340M CIRCULATION - HOLE CLEAN WITH HI-VIS SWEEP TRIP - BEFORE CASING - POOH LAYING DOWN PIPE B. MUD PROPERTIES: WEIGHT VISCOSITY- API IONS (PPM) MBE 7. 7. 7. HTHP PPG MF PV YP GELS WL CA++ K+ CL- PPB SAND PH SOL OIL WL 9.9 40 19 18 4/22 8 240 25500 23000 5 0.5 12.5 10.7 - - C. BIT DATA: NONE RECORDED CRUSADER LTD ** »***** * DAILY DRILLING REPORT WELL NAME: NAMARAH #2♦ ♦ ♦■ RIG: GEARHART 1 DEPTH: 2340 PBTD M PROGRESS: 0 M SUPERVISOR: E.F. BATT GEOLOGIST: - LAST CASING: 9.625 IN @ 247.48 M A. SUMMARY OF OPERATIONS 0700 - 0700 HRS: TIME ALLOCATION OPER STARTED ELAPSED CODE 0700 5 F25 1200 .5 F25 1230 .5 F44 1300 1.5 F25 1430 2.5 F44 1700 14 F55 OPERATIONS TRIP - BEFORE CASING -
POOH LAYING DOWN PIPE TRIP - BEFORE CASING - RIH 10 STDS FROM DERRICK AND POOH L/ D MISCELLANEOUS - P/U AND BREAK KELLY TRIP - BEFORE CASING - POOH AND L/D BHA - PULL WEAR BUSHINGS AND CHANGE PIPE RAMS TO 7” MISCELLANEOUS - RIG UP TO RUN CSG RUN & CEMENT CASING - 7” AS PER PROGRAMME WEIGHT -VIS COSITY- API IONS (PPM) MBE % % 7. HTHP PPG MF PV YP GELS WL CA++ K+ CL- PPB SAND PH SOL OIL WL 9.9 43 19 15 3/14 8.2 240 35500 23000 5 0.5 12.5 10.7 - - B. MUD PROPERTIES: BIT DATA: NONE RECORDED DEVIATION SURVEYS: NIL REMARKS: NIL CRUSADER LTD
•»* »-* »****** DAILY DRILLING REPORT WELL NAME: NAMARAH *2 RIG! ♦ ■ ■GEARHART 1 SUPERVISORS E.F. BATT DATE: 14.10.87 DAYS FROM SPUD: 41 DEPTH: 2338 PBTD M PROGRESS: -2 M GEOLOGIST: - TIME ALLOCATION OPER STARTED ELAPSED CODE 0700 2.5 F55 0930 1 F55 1030 2 F30 1230 3 F55 1530 4.5 F44 2000 6 F56 0200 5 G90 LAST CASING: 7 IN <2 2338 M A. SUMMARY OF OPERATIONS 0700 - 0700 HRS: OPERATIONS RUN & CEMENT CASING RUN & CEMENT CASING - RIG CEMENT HEAD CIRCULATION RUN & CEMENT CASING - HEAD UP AND CEMENT CASING MISCELLANEOUS - NIPPLE DOWN BOPS AND SET SLIPS NIPPLING UP WELLHEAD - NIPPLE UP B SECTION AND WELLHEAD ABANDONMENT - RIG RELEASED 0200 HRS 14.10.87 MUD PROPERTIES: NONE RECORDED BIT DATA: NONE RECORDED DEVIATION SURVEYS! NIL REMARKS: NIL
APPENDIX 2 BIT & HYDRAULICS RECORD D0081402 CRUSADER OIL N.L. »*** »»*•* *** »««»»* BIT & HYDRAULIC RECORD WELL: NAMARAH #2 3.9.87 - ■ ■ ■14.10.87 RUN NUMBER SERIAL NUMBER DIAMETER ( INCHES) TYPE NOZZLES (32NDS) W.O.B. 1000 LB R.P.M. VOLUME G.P.M. PRESSURE P.S.I. DEPTH TOTAL ROP FT/HR CONDITION IN OUT FEET HOURS T B G 1RR AJ478 12.25 J2 16 16 16 5/15 125/140 600 1625 10.7 249 238.3 18.5 12.8 4 4 I REMARKS: — 2 ZH820 8.5 JI 10 10 11 25/30 150 212/250 800/950 249 865 616 27.0 22.3 8 5 1/8 REMARKS: - 3 AP814 8.5 NCI 10 10 11 25/35 120 235 900/950 865 1226 361 19.5 18.5 2 2 i/IU REMARKS: - 4 AT682 8.5 NC2 10 10 11 30/35 79/80 220/235 900/950 1226 1715 489 95.0 5. 1 3 3 l/IU REMARKS: - 5 AV017 8.5 NC27 11 11 10 35/40 60/90 220/275 800/1425 1715 2082 367 93.5 3.9 6 4 l/ff REMARKS: - 6 21426 8.5 V527 11 11 11 35 80 259 1150/1300 2082 2208 126 25.5 4.9 3 3 i/SX REMARKS: PULLED FOR CORING 7 1450534 8-7/16 C201 - - - 9/15 85/100 259/750 750 2208 2220.6 12.60 15.0 .8 20 - - REMARKS: - 8 2W7361 8-7/16" RC4 4/12 75/85 267 700 2220.6 2230.6 10.00 5.0 2 - - - REMARKS: - 9RR 21426 8.5 V527 11 11 11 35 70/80 259 1300 2230.6 2252.5 21.90 9.0 2.4 3 3 l/3l REMARKS: - 10 1450752 8.5 RC473 - - 5/10 80 259 700 2252.5 2271 18.5 3.5 5.2 - - - REMARKS: - ‘ 11RR 1450752 8.5 RC473 - — 5/8 75/80 259 580 2271 2289.5 18.5 5.0 3.6 - - - REMARKS: 30% NORN 12RR 1450752 8.5 RC473 - — 8/14 80 259 500 2289.5 2300.1 10.60 - - - - - REMARKS: 1007. WORN 13 1440665 8.5 C201PD — - - 8/12 80 284 800 2300.1 2302 1.900 5.0 .3 - - - REMARKS: - 14 KW294 8.5 J22 11 11 11 35 80 246 1275/1300 2302 2450.5 148.5 60.0 2.4 3 3 X REMARKS: ADJUSTED TO W/LINE TD 14RR KW294 8.5 J22 11 11 11 - - 246 1300 2450 2450 - - - 3 3 I REMARKS: WIPER TRIP ONLY
APPENDIX 3 DEVIATION RECORD D0081403 CRUSADER LIMITED: SUMMARY OF DEVIATION SURVEYS - NAMARAH 2: 3.9.87-14.10.87 INSTRUMENT DEPTH, M HHHHH HHHH rorco 49 TOTCO 101 TOTCO 167 TOTCO TOTCO TOTCO TOTCO TOTCO TOTCO TOTCO TOTCO TOTCO TOTCO TOTCO TOTCO TOTCO TOTCO TOTCO 241 357 451 602 754 896 1,049 1,201 1,371 1,512 1,692 1,953 2,023 2,205 2,445 DESREES HHHt 1.00 1.50 0.25 1.00 1.00 1.00 2.00 2.25 1.25 1.25 1.00 1.50 0.75 0.75 1.00 1.25 2.00
APPENDIX 4 TIME ANALYSIS D0081404 D 10 DRILLING CEMENT 0 11 ADDING PIPE 0 12 SURVEY 0 13 CHECK TRIP 0 14 REAMING D 20 TRIP: DRILL CEMENT 0 22 TRIP: REAMING & 25 TRIP: BEFORE CASING 0 26 TRIP: BIT It SCRAPER 0 30 CIRCULATION D 31 REAMING/WASHING 0 32 FORMATION KICK 0 33 LOST CIRCULATION D 39 STUCK PIPE 0 40 FISHING 0 41 RIS SERVICE D 42 REPAIRS D 43 WAIT TIME 0 <4 MISCELLANEOUS 0 55 RUN i CEMENT CASING 0 56 NIPPLING UP BOP 0 57 STANDING CEMENT ’ 2.0 0.21 1.0 0.1Z 3.0 0.3Z 4.5 0.41 5.0 0.5Z 16.0 1.6Z 4.0 0.4Z OPCODE/DESCRIPTIDN Month * 17 IS 19 20 21 22 23 24 25 26 27 2B 29 30 31 Total Grand Total SECURING HOLE ssssnsssuss 6.5 2.0Z 41.0 4.12 14.0 4.2Z 14.0 1.47. 1.5 0.-I 12.0 3.6Z 97.5 9.7Z 6.0 1.8Z 6.0 0.6Z 68.5 20.7Z 110.5 11. oz 26.0 7.9Z 43.5 4.3Z 1.5 0.1Z 3.0 0.3X 0.5 0.2Z 3.0 0.3X 7.0 2.12 16.5 1.6Z 0.5 0.2Z 0.5 0.0‘ 1.5 0.5Z 7.5 O.’Z 22.0 6.6Z 22.0 2.2Z 18.0 5.4Z 32.5 3.2Z FORMATION EVALUATION E 10 CORING E 11 ADDING PIPE E 12 SURVEY E 13 CHECK TRIP E 14 REAMING E 20 TRIP: CORING E 22 TRIP: REAMING E 23 TRIP: LOGGING E 24 TRIP: FORMATION TEST E 30 CIRCULATION E 3! REAMING/'riASHING E 32 FORMATION KICK E 33 LOST CIRCULATION E 39 STUCK PIPE E 40 FISHING E 41 RIG SERVICE E 42 REPAIRS E 43 WAIT TIME E 44 MISCELLANEOUS E 50 L066ING: OPEN HOLE E 60 TESTING FORMATION E 65 CIRC: 6E0L/RES INFO OPCODE/DESCRIPTION OCTOBER, 1987 17 18 19 20 21 Month 22 23 24 25 2b 27 28 29 30 31 Total Grand Total PREPARATION SSS38SS83SS A 1 PREPARATION MOB/DEMOB/MOVINS 3KSS3SS838S38SS3 35.0 3.51 B 1 MOBILISATION B 2 MOVING 8 3 RIGGING UP B 4 RIGGING DOWN B 5 DEMOBILISATION B 6 DISMANTLING MAKING HOLE C 10 DRILLING C ll ADDING PIPE C 12 SURVEY C 13 CHECK TRIP C 20 TRIP: BIT CHANGE C 21 TRIP: DEVIATION OP C 30 CIRCULATION C 31 REAMING/WSHING C 32 FORMATION KICK C 33 LOST CIRCULATION C 39 STUCK PIPE C 40 FISHING C 41 RIG SERVICE C 42 REPAIRS C 43 WIT TIME C 44 MISCELLANEOUS 60.0 18.1X 348.5 34.7’ 10.5 l.OZ 1.0 0.37, 8.0 o.s: 4.5 1.4Z 38.5 ' V < 1.0 o. ; 3.0 0.9Z 6.0 O.cZ 0.5 0.2Z 6.0 0.6Z 10.0 l.OX 9.0 O.SZ 1.5 3.0 0.5Z 12.5■ 5.0 3.0 0.5 0.3 OPCODE/DE5CRIPTION Month 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 Total Grand Total COMPLETION/SUSPENSION 4.5 1.4X 4.5 0.4Z 2.0 0.6Z 2.0 0.2Z 6.0 l.SX 6.0 0.6Z 16.0 4.8X 16.0 l.oZ 9.5 2.91 9.5 0.9Z 0.5 0.2X 0.5 o.oz 10.0 3.0Z 10.0 l.OZ 20.5 6.2X 20.5 2. OX 6.0 1.9Z 6.0 0.6Z F 10 DRILLING CEMENT F 11 ADDING PIPE F 12 SURVEY F 13 CHECK TRI? F 14 REARING F 20 TRIPs DRILL CEMENT F 22 TRIP: REAMING F 25 TRIP: BEFORE CASING F 2b TRIP: BIT i SCRAPER F 30 CIRCULATION F 31 REAMING/NASHING F 32 FORMATION KICK F 35 LOST CIRCULATION F 34 FORMATION LEAKOFF F 39 STUCK PIPE F 40 FISHING F 41 RIG SERVICE F 42 REPAIRS F 43 WAIT TIME F 44 MISCELLANEOUS F 50 L06GIN6: COMPLETION F 55 RUN t CEMENT CASING F 56 NIPPLE UP WELLHEAD F 57 STANDING CEMENTED F 60 TE5TING/PERF0RATIDN F 70 RUN TUBING F 71 RUN PRODN PACKER F 72 RUN WIRELINE F 73 PRESSURE SURVEYS F 90 WELL STIMULATION F Bl SAND EXCLUSION PLUGBACK/ABANDONMENT 8 40 FISHING 6 41 RIG SERVICE 6 42 REPAIRS 6 43 WAIT TIME 6 44 MISCELLANEOUS 6 90 ABANDONMENT 6 95 PLUG FOR SIDETRACK 331 100X 1,003 100Z DAY TOTAL Month 0PCDDE/DE5CRIPTI0H 17 18 19 20 21 22 23 24 25 26 27 20 29 30 Total SECURING HOLE 0 10 DRILLING CEMENT 0 11 ADDING PIPE 0 12 SURVEY 0 13 CHECK TRIP 0 14 REAMING D 20 TRIP: DRILL CEMENT 0 22 TRIP: REAMING D 25 TRIP: BEFORE CASING 0 26 TRIP: BIT & SCRAPER D 30 CIRCULATION D 31 REAMING/NASHING 0 32 FORMATION KICK D 33 LOST CIRCULATION
D 39 STUCK PIPE D 40 FISHING 0 41 RIG SERVICE 0 42 REPAIRS D 43 WAIT TIME 0 44 MISCELLANEOUS D 55 RUN i CEMENT CASING 0 56 NIPPLING UP BOP D 57 STANDING CEMENT FORMATION EVALUATION 2.0 0.3X 1.0 0.1Z 3.0 4.5 5.0 16.0 4.0 0.4X 0.7Z 0.7X 2.4X 0.6X E 10 CORING E 11 ADDING PIPE E 12 SURVEY E 13 CHECK TRIP E 14 REAMING E 20 TRIP: CORING E 22 TRIP: REAMING E 23 TRIP: LOGGING E 24 TRIP: FORMATION TEST E 30 CIRCULATION E 31 REAMING/NASHING E 32 FORMATION KICK E 33 LOST CIRCULATION E 39 STUCK PIPE E 40 FISHING E 41 RIG SERVICE E 42 REPAIRS E 43 WAIT TIME E 44 MISCELLANEOUS E 50 L0G6ING: OPEN HOLE E 60 TESTING FORMATION E 65 CIRC: 6E0L/RES INFO 1.5 13.5 5.0 4 3.5 • 5.0 6.0 34.5 5.IX • 4 • • • • • • • • . 4 . . 1.5 • ■ ■1.5 0.2X 11.5 7.5 10.5 4 2.5 17.5 6.5 15.0 14.5 85.5 12.7X • • • • • 4 . « 11.5 5.5 1.0 7.5 1.5 14.5 0.5 42.0 6.3Z 1.5 4.5 2.0 1.5 1.5 4.0 2.5 17.5 2.6X 1.5 1.5 0.2X 3.0 3.0 0.4X • • • • . 0.5 0.5 1.0 0.5 2.5 0.4X 8.5 0.5 0.5 9.5 1.4Z 3.0 3.0 6.0 0.9X 5.0 4.5 5.0 14.5 2.21 ■ ■OPCDDE/DESCRIPTION SEPTEMBER, 1987 Month Total 17 18 19 20 21 22 23 24 25 26 27 28 29 30 PREPARATION A 1 PREPARATION M0B/DEM03/MQVIN6 • B 1 MOBILISATION B 2 MOVING B 3 RIGSING UP B 4 RIGGING DOWN B 5 DEMOBILISATION B b DISMANTLING MAKING HOLE C 10 DRILLING 23.5 23.0 14.0 18.5 8.0 9.0 c 11 ADDING PIPE • • c 12 SURVEY 0.5 0.5 • c 13 CHECK TRIP • fl c 20 TRIP: BIT CHANGE fl 1.5 3.0 4.0 c 21 TRIP: DEVIATION 1 • C 30 CIRCULATION • fl C 31 REAMING/WASHING fl 0.5 1.0 C FORMATION KICK • • c 33 LOST CIRCULATION • t c 39 STUCK PIPE V • c 40 FISHING • « c 41 RIG SERVICE • 0.5 0.5 0.5 • c 42 REPAIRS • • c 43 WAIT TIME • fl c 44 MISCELLANEOUS 8.0 1.5 fl 288.5 10.5 7.0 34.0 1.0 3.0 5.5 10.0 8.0 3.0 9.5 42.9Z 1.6Z l.OZ 5.1Z 0.17. 0.4Z 0.3Z I.SI 1.21 0.5Z 0.41 1.4Z SEPTEMBER, 1987 Month OPCODE'DESCRIPTIDN 17 18 19 20 21 22 23 24 25 26 27 28 29 30 COMPLETION/SUSPENSION F 10 DRILLING CEMENT • F 11 ADDING PIPE • F 12 SURVEY F 13 CHECK TRIP • F 14 REAMING • F 20 TRIP: DRILL CEMENT 4 F 22 TRIP: REAMING V F 25 TRIP: BEFORE CASING • F 26 TRIP: BIT 6 SCRAPER • F 30 CIRCULATION F 31 REAMING/WASHIN6 • F 32 FORMATION KICK • F 33 LOST CIRCULATION • F 34 FORMATION LEAKOFF a F 39 STUCK PIPE • F 40 FISHING F 41 RIG ■SERVICE • F 42 REPAIRS • F 43 WAIT TIME • F 44 MISCELLANEOUS « F 50 LOGGING: COMPLETION • F 55 RUN i CEMENT CASING 4 F 56 NIPPLE UP WELLHEAD • F 57 STANDING CEMENTED 4 F 60 TESTIN6/PERFORATION • F 70 RUN TUBING 4 F 71 RUN PRODN PACKER 4 F 72 RUN WIRELINE F 73 PRESSURE SURVEYS • F 90 WELL ■STIMULATION • F 81 SAND EXCLUSION PLUSBACKsABANDONMENT • 40 FISHING 41 RIG SERVICE 42 REPAIRS B 43 WAIT TIME 44 MISCELLANEOUS G 90 ABANDONMENT 6 95 PLUS FOR SIDETRACK 672 100Z DAY TOTAL 24.0 24.0 24.0 24.0 24.0 24.0 24.0 24.0 24.0 24.0 24.0 24.0 24.0 24.0 OPCODE/'DESCRIPTIDN 1 2 3 4 5 6 7 B 9 10 11 12 13 14 15 16 SECURING HOLE 38888SS388838 D IO DRILLING CEMENT • a a a a D 11 ADDING PIPE • a a a a D 12 SURVEY • • a a a D 13 CHECK TRIP a a a a a D 14 REAMING V a a a a D 20 TRIP: DRILL CEMENT • a a a a 0 22 TRIP: REAMING • • a a a D 25 TRIP: BEFORE CASING • a a a a D 26 TRIP: BIT i SCRAPER • a a a a D 30 CIRCULATION • a a > a 0 31 REAMIN6/NASHING • • a a a D 32 FORMATION KICK • a a a a D 33 LOST CIRCULATION a a a a a 0 39 STUCK PIPE a a a a • D 40 FISHING • • a a a D 41 RIG SERVICE a a a a a 0 42 REPAIRS a a a a a D 43 HAIT TIME • a a a a D 44 MISCELLANEOUS a a a • a D 55 RUN i CEMENT CASING a a a a • D 56 NIPPLING UP BOP a a a a a D 57 STANDING CEMENT • • a a a FORMATION EVALUATION E
10 CORING 6.5 a a a a a a E 11 ADDING PIPE a a a a a a E 12 SURVEY • a a a a a E 13 CHECK TRIP a • a a 4.5 a 9.5 a E 14 REAMING a a a a a a E 20 TRIP: CORING 12.0 a a a a a a E 22 TRIP: REAMING a a a a • a a E 23 TRIP: LOGGING a a 1.0 5.0 a a E 24 TRIP: FORMATION TEST 2.5 11.5 a a a a 9.5 15.5 10.0 7.5 12.0 a E 30 CIRCULATION 0.5 4.0 a a a a 2.0 6.5 4.5 5.5 3.0 a E 31 REAMING/MASHING a a a a a a a a a E 32 FORMATION KICK a a a a a a a a a E 33 LOST CIRCULATION a a a a a a a a a E 39 STUCK PIPE a a a a a • a « E 40 FISHING a a a a a ■a • a a a E 41 RIG SERVICE a a a a a a a a 0.5 a E 42 REPAIRS 1.5 a a a a a 4.5 a a 1.0 a E 43 HATT TIME a a a a a a a 0.5 a E 44 MISCELLANEOUS 1.0 a a a a a 0.5 a a a E 50 LOGGING: OPEN HOLE a a a a 19.0 3.0 a a • E 60 TESTING FORMATION 6.0 • • a a 2.0 9.5 0.5 a E 65 CIRC: GEOL/RES INFO a a a a a • a OPCODE'DESCRIPTIDN PREPARATION 10 11 12 13 14 IS 16 A 1 PREPARATION H0B/DEM0B/M0VIN6 B 1 MOBILISATION B 2 MOVING B 3 RIGGING UP 8 4 RIGGING DOWN B 5 DEMOBILISATION B 6 DISMANTLING MAKINS HOLE C 10 DRILLING C 11 ADDINS PIPE C 12 SURVEY C 13 CHECK TRIP C 20 TRIP: BIT CHANGE C 21 TRIP: DEVIATION OP C 30 CIRCULATION C 31 REAMIN6/WASHINS C 32 FORMATION KICK C 33 LOST CIRCULATION C 39 STUCK PIPE C 40 FISHING C 41 RIG SERVICE C 42 REPAIRS C 43 WAIT TIME C 44 MISCELLANEOUS 17.0 24.0 19.0 4.5 0.5 1.0 3.0 1.5 2.5 0.5 OPCDDE/DESCRIPTIDN 1 2 COMPLETION/SUSPENSION 19B7 3 4 5 6 7 8 9 10 11 12 13 14 15 16 F 10 DRILLING CEMENT F 11 ADSIN6 PIPE F 12 SURVEY F 13 CHECK TRIP F 14 REAMING F 20 TRIP: DRILL CEMENT F 22 TRIP: REAMING F 25 TRIP: BEFORE CASING F 26 TRIP: BIT i SCRAPER F 30 CIRCULATION F 31 REAMING/WASHING F 32 FORMATION KICK F 33 LOST CIRCULATION F 34 FORMATION LEAKOFF F 39 STUCK PIPE F 40 FISHING F 41 RIG SERVICE F 42 REPAIRS F 43 WAIT TIME F 44 MISCELLANEOUS F 50 LOGGING: COMPLETION F 55 RUN 4 CEMENT CASING F 56 NIPPLE UP WELLHEAD F 57 STANDING CEMENTED F 60 TESTING/PERFORATION F 70 RUN TUBING F 71 RUN PRODN PACKER F 72 RUN WIRELINE F 73 PRESSURE SURVEYS F 80 WELL STIMULATION F 8! SAND EXCLUSION PLUGBACK'ABANDONMENT G 40 FISHING 41 RIG SERVICE G 42 REPAIRS 43 WAIT TIME 6 44 MISCELLANEOUS 6 90 ABANDONMENT 6 95 PLU6 FOR SIDETRACK DAY TOTAL 24.0 24.0 24.0 24.0 24.0 24.0 24.0 24.0 24.0 24.0 24.0 24.0 24.0 24.0 OPCODE/DESCR1PTION SECURING HOLE D 10 DRILLIN6 CEMENT D 11 ADDING PIPE D 12 SURVEY D 13 CHECK TRIP D 14 REAMING D 20 TRIP: DRILL CEMENT D 22 TRIP: REAMING D 25 TRIP: BEFORE CASING D 26 TRIP: SIT 4 SCRAPER D 30 CIRCULATION D 31 REAHING/'WASHING D 32 FORMATION KICK D 33 LOST CIRCULATION D 39 STUCK PIPE D 40 FISHING D 41 RIG SERVICE D 42 REPAIRS D 43 WAIT TIME 0 44 MISCELLANEOUS D 55 RUN 4 CEMENT CASING D 56 NIPPLING UP BOP D 57 STANDING CEMENT 1.0 5.0 14.0 4.0 FORMATION EVALUATION 7 8 9 JO 11 12 13 14 15 16 2.0 3.0 « 4.5 « 2.0 E 10 CORING E 1! ADDING PIPE E 12 SURVEY E 13 CHECK TRIP E 14 REAMING E 20 TRIP: CORING E 22 TRIP: REAMING E 23 TRIP: LOGGING E 24 TRIP: FORMATION TEST E 30 CIRCULATION E 31 REAMING/MASHING E 32 FORMATION KICK E 33 LOST CIRCULATION E 39 STUCK PIPE E 40 FISHING E 41 RIG SERVICE E 42 REPAIRS E 43 WAIT TIME E 44 MISCELLANEOUS E 50 LOGGING: OPEN HOLE E 60 TESTING FORMATION E 65 CIRC: 6E0L/RES INFO OPCODE/DESCRIPTION PREPARATION SEPTEMBER, 1987 12 3 4 A 1 PREPARATION MQB/DEM0B/M0VIN6 24.0 11.0 B 1 MOBILISATION B 2 MOVING B 3 RIGGING UP B 4 RIGGING DOWN B 5 DEMOBILISATION B 6 DISMANTLING MAKING HOL- C 10 DRILLING
7.5 11.0 . 8.5 1G.5 B.O 13.5 23.0 21.0 22.0 23.0 13.0 23.5 C 11 ADDING PIPE a . . . C 12 SURVEY • 0.5 2.0 1.5 1.5 0.5 1.0 1.0 0.5 0.5 0.5 C 13 CHECK TRIP • 2.0 . . 2.0 2.0 1.0 C 20 TRIP: BIT CHANGE • 2.0 2.5 0.5 5.5 7.5 7.5 C 21 TRIP: DEVIATION a 1.0 . , . . C 30 CIRCULATION a 1.0 0.5 0.5 . 1.0 C 31 REAMING/WASHING a a 1.0 1.5 0.5 1.0 C 32 FORMATION KICK • 9 . . . . C 33 LOST CIRCULATION a 4.0 6.0 . C 39 STUCK PIPE a a 1.5 6.5 . , C 40 FISHING • • . , . , C 41 RIG SERVICE • a 0.5 0.5 . 0.5 0.5 . C 42 REPAIRS a a 2.0 0.5 0.5 C 43 WAIT TIME a a . C 44 MISCELLANEOUS a a . . CDHPLETIDN/SUSPENSION F 10 DRILLING CEMENT F 11 ADDING PIPE F 12 SURVEY F 13 CHECK TRIP F 14 REAMING F 20 TRIP: DRILL CEMENT F 22 TRIP: REAMING F 25 TRIP: BEFORE CASING F 26 TRIP: BIT 4 SCRAPER F 30 CIRCULATION F 31 REAMING/NASHING F 32 FORMATION KICK F 33 LOST CIRCULATION F 34 FORMATION LEAKOFF F 39 STUCK PIPE F 40 FISHING F 41 RIG SERVICE F 42 REPAIRS F 43 WAIT TIME F 44 MISCELLANEOUS F 50 LOGGING: COMPLETION F 55 RUN 4 CEMENT CASING F 56 NIPPLE UP HELLHEAD F 57 STANDING CEMENTED F 60 TESTIN6/PERF0RATI0N F 70 RUN TUBING F 7! RUN PRODN PACKER F 72 RUN HIRELINE F 73 PRESSURE SURVEYS F 80 HELL STIMULATION F 8! SAND EXCLUSION PLU6BACK/ABANDONMENT 8 40 FISHING 6 41 RIG SERVICE 6 42 REPAIRS 6 43 WAIT TIME 8 44 MISCELLANEOUS G 90 ABANDONMENT 6 95 PLUG FOR SIDETRACK 10 11 12 13 4.5 2.0 9.0 7.0 7.5 . 14 15 16 2.0 0.5 1.5 1.0 3.0 . 14.0 4.5 6.5 6.0 DAY TOTAL 24.0 24.0 24.0 24.0 24.0 24.0 24.0 24.0 24.0 24.0 24.0 24.0 24.0 19.0
APPENDIX 5 MUD RECAP D0081405 CRUSADER LIMITED DRILLING FLUID RECAP NAMARAH NO. 2 Prepared By M. McKay P. Innes TABLE OF CONTENTS WELL SUMMARY DISCUSSION BY INTERVAL RECOMMENDATIONS ANO CONCLUSIONS MATERIAL RECAP (8Y INTERVAL) MATERIAL RECAP SUMMARY DRILLING FLUID PROPERTIES RECAP BIT RECORD GRAPHS APPENDICES A. MUD REPORTS WELL SUMMARY Operator Well Number Location Contractor Rig Rig on Location Spud Date Water Depth/RKB-Sea Bed Total Depth Date Reached T.D. Total Days Drilling Rig off Location Total Days on Well Crusader Limited Namarah No. 2 Surat Basin, Queensland Gearhart No. 1 2nd September, 1987 3rd September, 1987 6.15 m 2450.5 m October, 1987 40 14th October, 1987 40 Drilling Fluid Type Interval Hole Size Cost Native Clay/Lime/Caustic 10 - 250 m KCl/Polymer 250 - 2152 m KCl/Polymer-Baracarb 2152 - 2450 m KC1 Brine Completion 12 1 /4" $1,447.08 8 1 /2' 1 36,803.57 8 1 /2" 44,197.32 7" Csg 2,018.00 MUD MATERIALS CHARGED TO DRILLING $84,465.97 Engineer on Location from : 02-09-87 to 13-10-87 14,350.00 $98,815.97 Mud Engineering : 41 days 0 $350 TOTAL DRILLING COST MATERIALS & ENGINEERING SERVICE Mud Materials not charged to Drilling Engineering not charged to Drilling Casing Program : 9^/8” 0 247 m 7" @ 2338 m Dri Hing Supervisors Ernie Batt, Ian Hoffmeier Baroid Mud Engineers Mike McKay, Philip Innes DISCUSSION BY INTERVAL 12 1 /4 tl Hole 10 - 250 m Namarah No. 2 was spudded at 1800 hours on 3rd September, 1987. A 12^/4" bit and 8" collars were made up and drilled at 12.5 metres an hour to 250 metres. High viscosity prehydrated gel pills were circulated around in a mud system initially of water. These sweeps were allowed to become incorporated into the mud system with the formation also yield mud making properties. This system was further flocculated with additions of Lime. At 27 metres, lost circulation was encountered and by 49 metres, the hole was only providing 25% returns. A high viscosity Bentonite slurry was made up. To this, a similar quantity of unhydrated gel was added. This pill was spotted on bottom and the drill string was pulled out of the hole to lay down a stabiliser. No lost circulation material was on location at this time. After breaking circulation, no further lost circulation was encountered and drilling proceeded to 250 metres. A high viscosity pill was circulated round and a further high viscosity pill spotted on bottom. The 9^/8" casing was run to 249 metres and cemented without problems. This section was drilled at a cost of $1,447.08. This was over the programmed cost of $755.80. The increased over programmed costs was due to lost circulation encountered during the drilling of this section. CRUSADER LIMITED NAMARAH NO. 2 DISCUSSION BY INTERVAL 8 1 /2 ,t Hole 250 - 2152 m The 9 5 /8" casing shoe was drilled out with gel mud from the previous section. While waiting on cement and nippling up the BOP's, the pits were dumped and cleaned and a KC1 Polymer mud was built. The mud system was changed over after the casing shoe had been drilled. KC1 concentrations were maintained at 6% for this section. Aquagel was prehydrated with Oextrid and bled into the mud system to provide viscosity and water 1oss control. Drilling progressed to 864 metres at 22 metres per hour. On pulling out of the hole the drill string became stuck at 810 metres. The drill string became free after an EZ Spot pill was spotted around the collars. Bit no. 3 drilled to 1226 metres at 18 metres per hour. During this period, dilution with water became the principal form of weight control due to the intermittent operation of the centrifuge. The mud weight was kept in a range of 9.2 ppg to 9.5 ppg. Bit no. 4 drilled to
1714 metres at 5 metres per hour. Bit no. 5 drilled to 2082 metres at 4 metres per hour. At 1770 metres, the mud weight was lowered to 9.2+ ppg from 9.5 ppg with water dilution. Aquagel additions were discontinued in favour of Pac-R to provide viscosity and water loss control. The centrifuge was repaired and ran continuously while circulating for the rest of this section. At 2082 m, the bit was pulled with no problems and bit no. 6 was run in the hole to 2077 metres and reamed to 2082 metres with no fill on bottom. Bit no. 6 drilled at 5 metres per hour. At 2152 metres, the mud system was changed out with fresh KC1 Polymer brine and dumped. DISCUSSION BY INTERVAL 8 I /2 1 ' Hole (Cont.) This section was drilled at a cost of $36,803.57. Pro rata programme costs for this section were $17,993.77. Extra costs were incurred through slugs (Barite) and when the pipe became stuck (EZ Spot), but mainly heavy dilution meant larger than anticipated volumes of material were required. DISCUSSION BY INTERVAL 3 1 /2" Hole 2152 - 2450.5 m Prior to reaching 2152 m, 350 bbls of 18% KC1 brine was made up and transferred to the frac tank. After the mixing of brine had been completed, a further 270 bbls of polymers mixed in fresh water were built and transferred to isolated pits in the mud system. These premixes were made uo in 90 bbl lots. The water would initially be treated with Soda Ash, then Aquaael would be added to give the fluid some solids for the Polymers to link uo to. The polymers were added at 1 ppb XCD Polymer, 9.5 ppb Oextrid and 3.5 opb Pac-R. At 2152 metres, the hole was displaced with the new mud. The brine and premixed polymers were mixed together with water additions (a total of 100 bbls) in the number one suction pit. While displacing, active and settling pits with old mud were dumped and cleaned. The displacement went without problems and drilling continued to 2203 m where the bit was pul led. At 2208 metres, a core barrel was run in the hole to 2180 metres and reamed to 2208 m. No fill. Coring continued to 2220 metres with a 94% recovery. A second coring run at 2220 metres to 2230 metres had a recovery of 99%. At 2230 metres, a drill stem test assembly was run in the hole. The well was flow tested for 137 minutes and shut in for 3 hours. The drill string was filled with mud by reverse circulation and the hole was circulated conventionally until gas levels drooped to an acceptable amount. A V527 bit was run back into the hole to 2206 metres and reamed to 2230 metres. No fill. Drilling continued to 2252 metres when the bit was pulled. XCD polymer was added to the mud while drilling to increase gel strengths if weight material was required. DISCUSSION BY INTERVAL 8 1 /2 ,t Hole (Cont.) A third coring run was made 2252 metres. The core was run into 2237 metres and reamed to 2252 metres. Three metres fill on bottom. Cored from 2252 metres to 2271 metres with 100% recovery. A second drill string test was run at 2271 metres. The tool was opened for 95 minutes and shut in for 180 minutes. The drill string was filled with mud and the gas was circulated out. After a 6 barrel pit gain, the mud was circulated through the choke. When pit levels stabilised, the mud system was circulated over the shale shakers until gas levels reached an acceptable level. A fourth coring run was made at 2271 metres. The core was run in the hole to 2271 metres with no fill. Cored to 2289 metres and pulled out of the hole. 99% recovery. A third drill stem test assembly was run in the hole at 2289 metres. The tool was opened for 125 minutes and shut in for 180 minutes. The drill string was reverse circulated full with mud. The hole was circulated conventionally until gas levels were at an acceptable level. A fifth coring run at 2289 metres. The core was run in the hole to 2289
metres and cored to 2300 metres. The mud weight was increased to 9.2+ ppg from 9.0 ppg. 100% recovery. The sixth coring run cored to 2302 metres (formation change) and was pulled out of the hole with 100% recovery. A fourth drill stem test was performed at this depth. The well was flowed for 124.5 minutes and shut in for 180 minutes. The drill string was filled with mud by reverse circulation and the gas circulated out. A J22 bit was run back in the hole to 2280 metres and washed to 2302 metres. At 2320 metres the mud was weighted up from 9.2+ ppg to 10 ppg with Baracarb. DISCUSSION BY INTERVAL Hole (Cont.) XCD Polymer was also added to increase gel strengths. Drilling continued to 2443 metres (2450.5 metres Schlumberger logging) when the bit was pulled to log. A 20 stand wiper trip was first made and when back on bottom, a 20 barrel high viscosity sweep was circulated around. The drill string was then pulled out of the hole. Electric wireline logging runs were: DLL-MSFL-GR LDL-CNl-GR SONIC-GR SHDT-GR WSS No hole problems were encountered while logging. The fifth drill stem test assembly was run to bottom after a wiper trip. The test equipment was blocked after initial flow period and had to be abandoned. Eighty barrels of mud were lost while filling the test string by reverse circulation. The drill stem assembly was re-run. A further 80 barrels of mud was lost to the formation while tripping. The test tool was opened for 3 hours and shut in for 6 hours. While filling the test assembly with mud throuqh reverse circulation, a further 86 bbls were lost to the formation. At this point it was decided to lower the mud weight to 9.9+ ppg to reduce losses. A bit was run back in the hole and the mud weight was lowered through dilution with water, also building volume. The lowering of the mud weight appeared to stop subsurface losses. DISCUSSION BY INTERVAL Hole (Cont.) A sixth drill stem test assembly was run in the hole but because of enlarged hole diameter, the packers were unable to seal. The test was abandoned and open ended drillpipe was run back in. A cement plug was spotted from 2370 metres. After waiting on cement, cement was tagged at 2324 metres. A drilling assembly was run in the hole and dressed the cement to 2340 metres. The hole was circulated clean with a hiah viscosity sweep and the drill string was pulled. 400 bbls of 8.7 ppg KC1 brine was made ud to displace the cement in the 7" casing. 7" casing was run and landed at 2338 metres, cemented and displaced with brine. The hole caliper showed the hole to be washed from 1500 metres. From 1500 to 1700 metres an average diameter of 10" reducing to 8^/2" to 1825 metres. The hole was washed out on average 11" to 2000 metres and 10" to 2100 metres. To 2350 metres, the average diameter was 11" and 9V2" to 2450 metres. This section was drilled at $12,500.00 over budget. Lost circulation encountered at final testing added to part of the excess; the need to maintain properties while not drilling (testing and coring) meant higher than expected costs. RECOMMENDATIONS AND CONCLUSIONS During drilling of the 12^/4" top hole, lost circulation was encountered. With no LCM on location, a gel slurry, 50% dehydrated and 50% unhydrated Aquagel mix, was spotted and no further problems while drilling this section were encountered. The 8l/2" section was drilled to 2152 metres with a 6% KCT Polymer mud. Aquagel was used to provide viscosity after being prehydrated in fresh water. The drill strina became stuck at 810 metres and was freed with an EZ Spot pill. The water loss was lowered to ±10 cc and no further problems with tight hole were encountered. While drilling the faster sections, the centrifuge, desander and desilter were unable to keep up with the solids build up and
dilution became the primary means of weight control. The use of a polymer such as Pac-R should be given consideration as the major viscosifier. This would lower solids added and also not increase gel strengths and help with the settling of solids. From 2152 metres, the mud in the hole was displaced with a KC1 Polymer Baracarb system. The mud weight was increased initially to 9.3 ppg and later 10.1 ppg before being lowered to 9.9 ppg. This section was also drilled with 6% KC1 concentration. With no hole problems encountered, the K+ ion concentration could be relaxed to a 4% KC1 concentration. Alternatively, KC1 could be used as a weighting agent up to 9.6 ppg allowing for more efficient use of solids control equipment and less requirement for expensive thixotrophic property giving polymers. (XCD Polymer.) The Baracarb used came in mixed range of sizes. While perhaps assisting water loss, it became a major part of logging samples with initial circulation. If to be used aqain, a much finer particle Baracarb should be sent in the 2 to 60 micron range. COMPANY CRUSADER LTD MUD TYPES NATIVE CLAY/LIME/CAUSTIC HOLE SIZE 121" WELL NAMARAH if 2 INIERVAL IO 250m LOCATION ATP 145P SURAT FROM 10m COST/DAY 1482.36 MTRS DRILLED 240 COST/M 6.05 CONTRACTOR GEARHART LTD RIG 1 COST/m- 1 12.92 DRILLING OAYS/PHASE J RECAPPED Y P. INNES ROTATING HRS/PI-□IASE 19 DATE 2219/87 MUD CONSUMP1 ION FAC I OR .467m > Im 755.80 1447.08 1447.08 MATERIAL UNIT UNIT COST estimated USED KG/M’ ACTUAL USED KG/M’ Kir al COS' E3 1 IMA 1 fl) AC r UA1. AQUAGEL 1001b 20.47 27 18.27 552.69 CAUSTIC POTASH 501b 31. 18 5 17 3.44 155.90 530.06 LIME 25kg 7.06 5 1. 11 35.30 35.30 QUIK GEL 25kg 9.41 60 33 W/AQUAC 564.60 -.53 HI SEAL 10kg 18.50 1 .09 18.50 CHEMICAL VOLUME rnESi-i WAT ER SEA WATER . 1 m J 111^2 TOTAL MUD MADE 111.3 m’ COST LESS BARYTES 4 BARACARB COST WITH BARYTES 4 8ARACARB COMMENTS COMPANY CRUSADER MUD TYPES KC1 POLYMER IIOLE SIZE SJ" WELL NAMARAH It 2 IN I ERVAI. I 2152m LOCATION SURAT (ATP 145P) I-HOM 250 COST/DAY $2628.83 MTRS DRILLED 1902 COST/M 19.35 CONTRACTOR GEARHART RIG 1 COST/AP 130.37 DRILLING DAYS/PHASE 14 RECAPPED BY P.M. INNES ROTATING hrs/phase 267 DATE 23/9/87 MUD CONSUMPT ION TAG I OH . 148 m’/m CHEMICAL. VOLUME FHESl 1 WATER SEA WATER TOTAL MUD MADE COST LESS DARYTES <1 COST WITH DARYTES . COMMENTS 7J. 3m’ 382.3m’ BARACARB : BARACARB 17993. 77 36430.33 36803.57 MAieniAi UNIT UNIT COST ESTIMA1E0 USED KG/M* ACTUAL USED KG/M* IOIAL LStIMAIEU cor. r ACtUAl KC1 (tech grade) 50kg 20. 18 274 643 118. 1 5529.32 12975. 74 PAC-R 501b 101.76 51 75 4.65 5189.76 7632.00 DEXTR1D 501b 43.85 97 104 6. 18 4253.45 4560.40 AQUAGEL 1001b 20.47 45 168 20.43 919.35 3438.96 QUIK GEL '25kg 9.4 1 7 W/AQUAC 65.87 SOD BICARBONATE 40kg 23.50 1 . 1 23.50 SODA ASH 25kg 13. 12 4 • 5 .75 52.48 65.60 SODA ASH 4Qkg 20.99 4 83.96 CAUSTIC POTASH 501b 31.18 22 39 2.32 685.96 1216.02 baradefoam 251 1 92.94 2 2 .05 185.88 185.88 COAT 777 20011 285.88 2 % 1 . 7 571. 76 285.88 EZ SPOT 20011 455.62 2 .9 911.24 BARITE 50kg 13.33 28 3.67 373.24 KC1 (agriculture grade) 50kg 18.00 260 w/Tech Or 4680.00 ORILLAM P.A. 25kg 101.76 3 W/Pac 305.28 ACTICIDE Bx 511 76.40 1 76.40 COAT 415 20011 529.41 1 529.41 COMPANY CRUSADER WELL NAMARAH ff 2 LOCATION SURAT (ATP 145P) COST/DAY $2008.97 MUD TYPES KC1 POLYMER/BARACARB HOLE SIZE interval io FROM MTRS DRILLED 84” 2450.5 2152 298.5 COS T/ M 148.06 CONTRACTOR GEARHART COST/ m’ 169.66
DRILLING DAYS/PHASE 22 RECAPPED Y p JUNES rotating mrs/phasg 101.5 DATE □12/10/87 MUD CONSUMPTION FAC I'OR ,873m } /m MAIGIUA1. UNIT UNIT COST ESHMA1GD USED KG/M» AC1UAL USP.O KG/M’ JOIAl CSHMAItiO COS! ACtUAl KC1 (tech grade) . 50kg 20. 18 256 386 80 5166.08 7789.48 DRILLAM P.A, 25kg 101.76 26 80 8.25 2645.76 8140.80 DEXTRID 501b 43.85 136 56 3.25 5963.60 2455.60 CMC LO VIS 25kg 43.85 24 1052.40 XCD POLYMER 25kg 358.82 9 21 2.2 3229.38 7535.22 SODA ASH 25kg 13. 12 4 5 .5 52.48 65.60 CAUSTIC POTASH 501b 31. 18 10 30 3 311.80 935.40 COAT 777 20011 285.88 1 3 2.2 285.88 857.64 BARACARB 40kg 12.50 1390 * 938 198 11725.00 BARACARB 25kg 7.81 4 16 10855.90 3248.96 SODIUM BICARBONATE 25kg 14.69 3 44.07 SODIUM BICARBONATE 40kg 23.50 COAT 4 15 2001 1 529.41 1 529.41 ACTICIOE Sx 1511 76.40 1 1 76.40 76.40 8Z1RZT VIS 501b 165.68 14 2319.52 BARADEFOAM 2511 92.94 2 1 . 1 185.88 92.94 AQUAGEL 1001b 20.47 4 . 7 81.88 NUT PLUG (C) 501b 28.00 5 140.00 id 242.5 CHEMICAL VOLUME fresi I water SEA WAIER TOTAL MUD MADE 260.5 m } COST LESS RARY1ES & BARACARB COST Willi I3AI1YTES & BARACARB 20810.26 31666. 16 29223.36 44 197.32 COMMENIS CHEMICAL VOLUME 1. 1 FRESH WAFER 65.6 SEA WATER TOTAL MUD MADE 64.7 COST LESS BARYTES 2018.00 COST Wl 111 BARYTES 2018.00 COMPANY CRUSADER WELL NAMARAH # 2 LOCATION SURAT BASIN COST/DAY $2018.00 COST/ COST/ RECAPPED BY P. INNES DATE 12.10.87 MUD TYPES COMPLETION FLUID HOLE SIZE 7" CSG KCI BRINE 1NIERVAL IO from jn DRILLED CONTRACTOR GEARHART DRILLING DAYS/PI IASE ROTATING HRS/PHASE MUD CONSUMPTION FAC I OR MATERIAL UNIT eSTIMAIEI) ACIUAL COST USED KG/M’ USED KC/M* KHAt aosr r.5i»MAirt) aciuai POTASSIUM CHLORIDE 50kg 20. 18 100 71.5 2018.00 COMMENIS COMPANY CRUSADER MUD TYPE GEL/NATIVE HOLE METRES DRILLING WELL NAMARAH » 2 KC1 POLYMER SIZE DRILLED DAYS LOCATION SURAT BASIN KC1 POLYMER BARACARB 121 240 5 COST/DAY $2165.79 Bi al 1902 •iqq 5 14 COST/M 34.61 TOTAL ROTATING HRS 387.5 07 ZxQ • P zz COST/M' 103. 15 TOTAL DAYS ON HOLE 39 RECAPPED 0Y P INNES TOTAL DEPTH 2450.5 TOTAL 2440.5 / 39 MUD CONSUMPTION : WELL AVERAGE 0.54 MATERIAL UNIT UNIT COST ESTIMAIED used kg/m* ACTUAL useo KG/M’ TOIAL COST ESriMAlEo ACHiAt. AQUAGEL 1001b 20.47 45 199 11 921. 15 4073.53 QUIK GEL 25kg 9.41 60 40 1.2 564.60 376.40 KC1 (tech grade) 50kg 20. 18 530 1129 69 10695.40 22783.22 KCl (agriculture grade) ' 50kg 18.00 260 25.6 4680.00 DEX TRIO 501b 43.85 233 160 10217.05 7016.00 CMC LO VIS 25kg 43.85 24 . 7 1052.40 PAC R 501b 101. 76 77 75 4.6 7835.52 7632.00 DRILLAM P.A. 25kg 101.76 85 8446.08 XCD POLYMER 25kg 558.82 9 21 .6 3229.38 7535.22 BARAVIS 501b 165.68 14 - 2319.52 - CAUSTIC PQiASU 501b 51. 18 57 86 2.6 1153.66 2681.48 SOOA ASH 25kg 15. 12 8 10 .5 104.96 131.20 SODA ASH 40kg 20.99 4 83.96 SODIUM BICARBONATE 25kg 14.69 5 44.07 - SODIUM BICARBONATE 40kg 25.50 1 .05 23.50 BARADEEOAM 2511 92.94 4 5 .07 371. 76 278.82 COAT 777 20011 285.88 5 4 .9 857.64 1143.52 COAT 415 20011 529.41 1 529.41 EZ SPOT 2001 1 455.62 2 .4 911.24 LIME 25kg 7.06 5 5 .2 35.30 35.30 ACT1CIDE 0x 511 76.40 2 1 .005 152.8U 76.40 HI SEAL 10kg 18.50 1 .01 18.50 NUT PLUG (C) 501b 28.00 5 140.00 BARACARB 25kg 7.81 1590 416 58.5 10855.90 3248.96 BARACARB 4Qkg 12.50 958 11725.00 BARITE 50kg 15.55 28 1.7 373.24 CHEMICAL VOLUME FRESH WATER SEA WATER TOTAL MUD MADE COST LESS BARYTES 32.5 786. J 8IS.8 m’ i BARACARB COST
WITH BARYTES 6 BARACARB 39032.22 49888. 12 69118.77 84465.97 COMMENTS ESTIMATES HAVE BEEN PRORATED Baroia Australia pty. ltd./nl industries inc. DRILLING FLUID PROPERTY RECAP COMPANY CRUSADER LTD WELL NAMARAH it 2 **O'. z sirs TgM® v.«'GrtT SG vis SsC PV VP G. 10 10 "css" c ^ £ Ort Pt Ml Cl Sa.\O SC..CS v.-AJcA ( Oil wac TA£ATM(riT FORMATION 3/9 0 N 0 MUD MIXED 0 4/9 49 12± 1.018 27 N/C 10.0 0 LOST CIRC - WAIT ON H*0 5/9 259 12i 1.054 52 9 9 2 8 N/C 10.0 0 LOST CIRC - SPOT CEL SLURRY 6/9 249 12i NO MUD MIXED H 2 0 0 CEMENT 9-5/8" CASING 7/9 463 8l 35 1. 108 35 6 6 1 3 29 3 10.5 0.7 1.2 29000 120 _L a 6 94 0 8 DRILL OUT, DISPLACE W/KCL SLT/STONE 8/9 865 8l 37 1. 126 35 7 7 1 4 30 1 10.5 0.7 1.0 33500 200 TR 8 92 0 8 TIGHT HOLE - RIAE % KCL SLT/CLAYSTONE 9/9 983 81 38 1.096 40 13 8 2 5 12 1 11.0 0.9 1.3 32000 40 TR 4 96 0 8 STUCK PIPE - SPOT SANDSTONE 10/9 1226 81 1. 108 43 11 11 4 10 3.5 1l 10.5 0.8 1. 1 32000 60 TR 5 95 0 10 CENTRIFUGE/DESANDER DOWN 11/9 1420 8l 38 1.078 42 9 13 2 8 12.0 1 10.5 0.8 1. 1 34000 80 TR 3 97 0 10 SANDSTONE 12/9 1522 8l 40 1. 126 42 12 11 2 4 10.5 2 10.5 0.8 1.2 31000 20 TR 6 94 0 10 DENSITY UP - WATER LOSS UP DILUTION - PAC-R/DEXTRID SILTSTONE 13/9 1594 81 43 1. 102 38 8 8 2 10 8.5 2 10.0 0.7 0.9 34000 20 TR 5 95 0 10 MASSIYE DILUTION-DENSITY SILTSTONE 14/9 1686 81 45 1. 108 43 9 13 2 6 8.0 11 10.5 0.8 1. 1 36000 40 TR 5 95 0 13 SANDSTONE 15/9 1757 81 44 1. 114 42 10 11 2 6 7.5 11 10.0 0.8 0.9 32000 60 TR 5.5 94.5 0 12 CENTRIFUGE DOWN SANDSTONE 16/9 1856 8l 45 1. 11 41 16 11 1 3 8.0 1 10 .6 1.2 34000 120 TR 4.8 95.2 0 12.5 DILN CENTRIFUGE REPAIRED SST CLYST 17/9 1953 8l 46 1. 11 40 12 11 2 3 7 1 10 . ' .3 .8 36000 120 TR 4.6 95.4 0 12.5 TREATMENT PAC R KOH 6 KCL SILTS, SST/CLST 18/9 2035 8i 46 1. 11 41 13 12 2 4 7 1 10 , .. .3 1.0 37000 120 TR 4.6 95.4 0 12.5 ORLG M/U BRINE IN RES SILTS, SST/CLST 19/9 2082 di 47 1. 11 41 11 11 3 4 8 1 10 .4 .9 37000 120 TR 4.6 95.4 0 12.5 DRLG TRIP SILTS, CLYST, MNR SST 20/9 2162 81 40 1.06 43 6 19 2 4 5.5 1 9.5 .4 1. 1 38000 1 99 0 5 DRLG CHANGEOUT MUD SST,SILTS,MNR CLYST 21/9 2208 81 44 1.08 44 10 18 2 3 5 1 10.5 .55 1.2 38000 80 2.6 97.4 0 2.5 DRLG CENTRIFUGE RUNNING TRIPPING SST,CLYST, SILTS 22/9 2220 81 50 1.07 41 a 17 1 2 5 1 10 .2 1. 1 39000 80 2.2 97.8 0 3. 75 CORING TRIPPING CLYST,SILTS,MNR MNR SST 23/9 2230 8/ 48 1.08 42 6 18 1 1 5 1 9.5 .2 1.2 39000 80 2.6 97.4 3.75 CORING TRIPPING SST, .SILTS, CLYST 24/9 2230 8l 46 1.08 46 7 19 1 2 5 1 9.5 .2 1.2 39000 80 2.6 97.4 3.75 R/D.S.T. P.O.O.H. 25/9 2252 8l 51 1.08 43 7 19 2 10 5 1 10 .4 1.2 36000 40 .25 2.75 97.25 5 RIH DUE TO 2252 P.O.O.H. CLYST, MNR SILTS 26/9 2271 81 48 1.08 41 8 16 2 7 5 J 10 .4 1.4 36000 40 .25 2.75 97.25 5 CORE SST C OMPANY CRUSADER LTD WELL NAMARAH it 2 Os»Tm I'Ol.S T-M© •c w® «GwT $ 3 vis SsC PV fp G IO lee E'.S IO LOsV C ' i,<£ o" 4?| mm pi Ml CJ mg/l Cj s SC’.tGS Vlltia Clt- M8C AgMAAKS TAgATMfilt fOAMAHON 27/9 2271 8i 43 1.08 45 9 18 3 7 5 1 ' 10 .5 J. 7 37000 40 .5 2.7 97.3 5 0.5. T. 28/9 2289 8i 46 1.08 41 8 14 2 7 5 1 ' JO .3 1.5 39000 40 .5 2.6 97.4 5 CORE &4 SST 29/9 2289 8/ 47 1.08 40 8 14 2 5 5 1 ' 9.5 . 15 1.3 39000 40 2.6 97.4 .5 O.S.T. 30/9 2300 84 49 1. 11 43 12 18 3 6 4.6 1 ' 10 .2 .8 40000 40 .5 4. 75 95.25 5 CORE #5 RIASE M.WT SST/TR CLYST 1/10 2302 8i 49 1.11 42 12 17 2 6 4.4 1 ' 10 .2 .7 40000 160 .25 4.4 95.6 6.25 CORE i/6 SSTIFMT CHG) SILTS 2/10 2302 84 45 1. 11 43 12 18 2 5 4.6 1 ' 9.5 .2 1.4 40000 200 4.6 95.4 6.25 O.S.T. 3/10 2348 84 49 1.2 43 18 19 5 10 4.2 1 ' 10 .25 1.05 40000 160 10 90 6.25 R.I.H. DRL TUFA,COAL,SILTS,CLYST 4/10 2411 84 50 1.21 42 21 19 4 12 4.8 ] ' J0.5 .4 1.4 37000 280 10.5 89.5 6.25 DRL COAL, SILTS CHG, BASEMENT 5/10
2450 84 52 1.21 42 21 19 4 12 6.0 1 ' 9.5 .2 1.05 31000 240 .25 11.3 88. 7 7.5 DRL WIPER TRIP BASEMENT 6/10 2450 84 1.22 45 22 18 2 8 5.8 1 ' 9.0 .05 1.05 31000 240 11.7 88.3 7.5 R/LOGS 7/10 2450 84 50 1.21 41 18 14 3 8 6.6 1 ' JO .2 1.3 31000 240 11.3 88.7 7.5 LOG R.I.N. CIRC P.O.O.H. 8/10 2450 .84 51 1.21 41 18 16 3 11 7.4 1 ' . 9.5. . 15 1.35 31000 200 .25 11.3 88.7 7.5 R.I.H. W/D.S.T. ASSEMBLY 9/10 2450 84 46 1.21 41 18 15 3 10 6.8 1 ’ TO .4 1.5 31000 Z40 .25 11.3 88.7 7.5 FLOWTEST P.O.O.H. 10/10 2450 84 50 1. 19 40 19 18 2 9 7.2 1 ’ 10 .2 .9 25000 120 .25 10.6 89.4 5 R.I.H. CIRC & LOWER M.WT P.O.O.H. 11/10 2450 84 45 1. 19 42 19 19 3 9 6.5 1 ' 9.5 .2 1.4 25000 120 .25 10.6 89.4 5 R.I.H. W/D.S.T. P.O.O.H. 12/10 2450 84 47 1. 19 42 19 18 4 22 8 1 ' 12.5 .9 1.3 23000 240 .5 10.7 89.3 5 SET CMT PLUGS. DRESS. 13/10 2450 84 1. 19 43 19 15 3 14 8.2 1 i J2.5 .9 1.4 23000 240 10.7 89.3 5 L/0 O.P. R/7" CASING CEMENT LTO./NL INDUSTRIES INC. DRILLING FLUID PROPERTY RECAP Cli!!l!lll Baroid Australia PTY. LTO./NL INDUSTRIES INC. BIT RECORD COMPANY CRUSADER LTD WELL NAMARAH if 2 CONTRACTOR/RIG GEARHART if 1 LOCATION atp 145P, surat basin SPUD DATE 4/9/37 DATE REACHED T.D. COMPANY SUPERVISORS e. batt, i. hoffmeier TOOLPUSHERS s. foster, t. doherty PUMPS: MAKE, TYPE oilwell aeoopt LINERS USED 6- x 8" DRILL COLLARS 6/“ DRILLPIPE MUD SYSTEMS, DEPTHS (i) NATIVE CLAY/H20 (250ml; (HI KCL/POLYMER (2152m); (Hi) KCL/P0LYMER-8ARACAR8 (2450.5ml O*Te No SIZS MAKS TYPE JETS 12nd- MTRS/ HR ACCOM ORtG HOURS bit WEIGHT (Orinej RPM VERT DEVN out 0 m AfL(.£O HOURS 4/9 1RR 12}" HTC J2 5x16 250 240 19 12.5 19 7/10 140/150 / 6/9 2 8i" HTC 31 10. 10. 11 864 615 27j 22.4 46 20/50 110/120 2 8/9 5 8i” CHRIS NCI 10. 10. 11 1226 562 19} 18.6 65/ 50/55 100/110 1/ 10/9 4 a/" CHRIS NC2 10.10.11 1714 488 95 5. 1 160} 55 75 5/4 14/9 5 8j" CHRIS NC27 10. 11. 11 2082 567 95 4 255} 40 60/75 1 19/9 6 ai" VAREL V527 5x11 22utj 126 25.5 4.9 279 55 80 1/ 21/9 7 8?’ CHRIS C2O1 .45 2220.6 12.6 15 .9 294 9/15 85/100 22/9 8 8]" CHRIS RC4 .5 2250.6 10 5 2 504 4/12 75/85 2479 9 8}" VAREL V527 5x11 2252.5 21.9 9 2.4 515 55 70/80 25/9 10 8|" CHRIS R.C.4 .5 2271 18.5 5.5 5.5 516.5 5/10 80 27/9 11 8j" CHRIS RC4 .5 2289.5 18.5 5 5.7 521.5 5/8 75/80 29/9 12 6?' CHRIS RC4 .5 2500. 1 10.6 6 1.8 527.5 8/14 80 50/9 15 8/" CHRIS C201 .45 2502 1.9 5 .58 552.5 8/12 80 2/10 14 8|" HTC J22 5x11 2450.5 148.5 55 2. 7 587.5 55 60 2 PUMP PRESSURE 3 J i PUMP RATE som MUO CONOlTlON WT SO vts T a o FORMATION REMARKS 1625 220 1.054 52 5 2 IN 950 80 1. 108 42 8 5 1/8 950 80 1. 108 42 2 2 1/16 900 75 1. 108 45 4 8 1/16 1200 85 1. 12 41 6 4 1/8 CLYST SILTS MNR SST 1150 95 1.08 45 5 5 1/52 CLYST SILTS SST PULL TO CORE. 94% RECOVERY 750 95 1.07 41 20% CLYST MNR SILTS MNR SST FAILED TO CORE. 700 97 1.08 42 95% SST SILTS CLYST 99% REC 1500 95 1.08 45 4 5 5/16 CLYST MNR SILTS 700 95 1.08 41 20% SST 100% RECOVERY 580 85 1.08 41 50% SST 99% IN 20% WORN 500 95 1.08 40 100% SST/TR CLYST 100% RECOV 800 105 1. 11 45 10% SST/FMT CHG SILTS 100% RECOVERY 1500 90 1. 11/1 .21 45 5 5 1 TUFA COAL SILTS CLYST/ BASEMENT ' NL Nl Baroid/NL Industries, Inc. 4> pate ' ? DEPTH . PRESENT ACTIVITY SPUDDATE A.l /),4 . t.. / ,, >6 OPERATOR CONTRACTOR _ A(< H ( H-x 1 RIG NO. L REPORT FOR Ci- I-.' 11 ‘ I AfT ■REPORT FOR . ro' n. SECTION. TOWNSHIP. RANGE WELL NAME ANO NO. Mr-»»» .. i 1 1 •' i-J 0 . FIELD OR BLOCK NO. rJri )z| ~ P COUNTY. PARISH OR STATE/PROVINCE OFFSHOREAREA <( |; . , , T /, DRILLING ASSEMBLY CASING MUD VOLUME (BBL) CIRCULATION DATA BIT SIZE TYPE JET SIZE SURFACE SET® FT HOLE PUS PUMP SIZE X
IN. ANNULAR VEL [FT/MIN) OP- DC.. ORILL PIPE SIZE /jTYPE LENGTH INTERMEDIATE SET @ FT TOTAL CIRCULATING VOLUME PUMP MAKE. MOOEL ASSUMED EFF % CIRCULATION PRESSURE(PSD ORILL PIPE SIZE TY>E . LENGTH INTERMEDIATE SET® FT IN STORAGE WEIGHT BBL/STK STK/MIN BOTTOMS UP (MIN) ORILL COLLAR SIZE LENGTH PRODUCTION OR LINER SET ® FT MUO TYPE 8BL/M1N GAUMIN TOTAL C1HC. TIME (MIN) MUD PROPERTIES MUD PROPERTY SPECIFICATIONS Sample From ,F.L. □QPfT F.L. QPIT WEIGHT VISCOSITY FILTRATE Time Sample Taken Flowfme □Temperature "F BY AUTHORITY OPERATOR'S WRITTEN DRILLING CONTRACTOR □ □
OPERATOR'S REPRESENTATIVE OTHER Depth (ft) Weight O(ppg) C(lb-'cu. It.) QSp.G□ □ Funnel Viscosity (sec'p!) API fry *F Plastic Viscosity cP © ‘F Yield Pomt (lb/100 It’) Gel Strength (lb/100 It’) 10 see.' 10 mm Fin—<e API (cm J /30 mm.) A CHP Fidrate (cm’/30 min.) © *F Cake Thickness (32nd in. API/HTHP) Solids Content (% by Vol.) Q calculated
retort Liquid Content (% by Vol.) Oil/Waier Sand Content (7. by Vol.) Methylene Blue □Capacity ~ cm^Xd pH 0 Strip Meter© ’F Alkalinity Mud (Pm) Alkalinity Filtrate (P|/M □ □( } Alternate Alkalinity Filtrate (Pt/Pr) Chloride (mg/L) Total Hardness as Calcium (mg/L) C A 1 V , 't.7 I, ' It PCX 1 ) L< ill' Tic dQ r- s < f 'Y-tc ( (•)( -' 7 / ~L ' • 1 ; c K: .i, iK c-c c ■ ■i<- 1 ,(. . 4 • '• IL ' -1- • CG’HT 77 7 -* ; l- - >;>r .2 ^rr' ) 1 ICr/,Cr- , X .( L 'MU > ■ ■ ■ ■Seu',) ri$r, C.~ Hr.-. > -•> k/... ; RECOMMENDED TOUR TREATMENT L "'^' 5 > kcu . ■J^Jlb/r.iiL ; O’ " (b/i i L riM it O\ tb /rij. u.fi ic 1 UC-t” flit f‘lT'- iciiH rrmi < <i' HCJluC I U'uJ rt' H.y / L 1 <(t 1 if EQUIPMENT SIZE HRS/TOUR PB O°^ T /.(?>7 ///// / // Centrifuqe ■INVENTORY / Q* / / f Deqasser STARTING INVENTORY 7C> Desander k / )/- • RECEIVED Desilter Shaker USED LAST 24 HR I Other CLOSING INVENTORY DAILY COST CUMULATIVE COST / P.O -7 ?. ' ’LAST ?()• 1 k THIS COPY TO AREA MANAGER THE RECOMMENDATIONS MADE HEREON SHALL NOT BE CONSTRUED AS AUTHORIZING THE INFRINGEMENT OF ANY VALID PATENT, AND ARE MADE WITHOUT ASSUMPTION OF ANY LIABILITY BY N L INDUSTRIES. INC. OR ITS AGENTS, AND ARE STATEMENTS OF OPINION ONLY. REPRESENTATIVE I • >>; u t'-l-«HM 1 HOME 4OORESS 1 I’U' 1 rl ;'-T telephone 277 ? ■MOBILE UNIT i WAREHOUSE LOCATION TELEPHONE BR19O5-E PRlNtEO IN U.S.A. * * \ •■ . Baroid/NL industries, Inc. DRILLING MUD REPORT NO. Z DATE 04- • lOC? -' 1 9 -2-?- ■DEPTH f^O' OPERATOR ltd • REPORT FOR WELL NAME ANO NO. - FIELD OR BLOCK NO. a-Tp k-5" p COUNTY. PARISH OR si OFFSHORE AREA •&U^FfT ATE/PROVINCE DRILLING ASSEMBLY CASING MUD VOLUME (BBL) CIRCULATION DATA MTCYPE JET SIZE. 3x/4 SURFACE SET® FT hole mts /5^ PUMP SIZE X IN. ANNULAR VgL (FT/MIN) DP.- OC. ' '• - ORILLPIPE SIZE TYPE LENGTH INTERMEDIATE SET® FT TOTAL CIRCULATING VOLUME J 3 / PUMP MAKE. MODEL I ASSUMED CLW£lU Fj&ZFn S'* TO % CIRCULATION . * PRESSURE(PSO nCXP f ’* DRILL PIPE SIZE TYPE LENGTH INTERMEDIATE SET® Fl IN STORAGE WEIGHT _ g-5. BBL/STK STK/MIN O-QS5 **>2ZO' bottoms PVAJ . UP (MIN) DRILL COLLAR SIZE - LENGTH i(=>0 PRODUCTION OR LINER SET® FT MUOTYPE MADvg CLA /4.J BBUMIN GAUMIN TOTAL CIRC. i TIME (MIN) SECTION. TOWNSHIP. RANGE REPORT FOR MUD PROPERTIES MUD PROPERTY SPECIFICATIONS Sample From QF.L. Sd’IT F.L. □ □PIT "w^ght j-v.sccs.TY .filtrate’ Timo Sample Takon OS: Co D V AurumniTv ■ □OPERATOR'S WRITTEN DRILLING CONTRACTOR BY AUTHORITY Q OPERATOR S □REPRESENTATIVE CjOTHER Flowline Temperature ’F Deplh (ft) *KzO' RECOMMENDED
TOUR TREATMENT Weight K?tppg) (lb.'CU. fl.) DSp.G 7-5 piti-up- ladftte^ to Pits • rn»x□ hi-vi*> rl_us Funnel Viscosity (sec- qt) API (© *F 2-5/ / usinX Pill. hud E5rABnsH Plastic Viscosity cP @ *F - Yield Point (<b/ (00 ft J ) — purup SuctcyJ • >-'< x Ht-ws SU&cFS Ih-J PlU_ TflNJK CUL.j . PvtlO C?E_5ilTE^ < SPUD IS’-'CO HKS Gei Strength (lb/100 11 J ) 10 sec' 10 mm. / Fill/aio AP! (cm J /30 mm.) — HTHP Fillrate (cm’730 min.) ’F - / / Cake Thickness (32nd in. AP1/HTHP) __ cy?iu_ cu/HiO • TXHHT • Solids Content (% by Vol.) calculated □
retort — Liquid Content (% by Vol.) O’VWaier — MUD MMGDfATELy . Sand Content (7. □by Vol.) Acer ci^cml^dcno Q c\&' -f© J2r Qpt\&o J . pir'^ - Methylene Blue Capacity Hcm^cSmud pH ffl'Strip 0 Meter @ *F /o-o Alkalinity Mud (Pm) - U z o- IWh Srrie . Ge&inc 70 m/x Alkalinity Filtrate (P ( /M.) - /- I gea->~ . f^pui5£ OFFICE OF Alternate Alkalinity Filtrate (Pr/P?) - /- / Chloride (mg/l) Total Hardness as Calcium (mg/L) — ^eDu«T?e'-^= K - r r • iMV'UE J^/ulu'dc’aJ /vtcA*ur uirtz vrsccxsny CSuiLp -ur° Bctm i^ud. uflir# ki/virsO* EQUIPMENT SIZE HRS/TOUR PRODUCT / / / Centrifuge INVtNIUHT /O-Z/U S. /'M / / / / Degasser STARTING INVENTORY TO 5 Desander /6><e RECEIVED Desilter Shaker USED LAST J4MR 6 2 Other CLOSING INVENTORY 7 3 - DAILY COST $51' -?3 CUMULATIVE COST y COST LAST •R 3/os i ??•«$ fr-/z THIS COPY TO CONTRACTOR THE RECOMMENDATIONS ■MADE HEREON SHALL NOT BE CONSTRUED AS AUTHORIZING THE INFRINGEMENT OF ANY VALID PATENT. ANO ARE MADE WfTHO ASSUMPTION OF ANY LIABILITY BY N L INDUSTRIES, INC. OR ITS AGENTS, AND ARE STATEMENTS OF OPINION ONLY. REPRESENTATIVE . . - „ - , HOMEAOORESS vea .e WAREHOUSE LOCATION TEuEPHOe QR19Q5 E PRINIED INSA. L Baroid/NL Industries, Inc. OPERATOR DEPTH CONTRACTOR REPORTFOR RIG NO. / WELL NAME AND NO. / * FIELD OR BLOCK NO. firP WtP COUNTY, PARISH OR STATE/PROVINCE OFFSHOREAfleA5^^7- DRILLING ASSEMBLY CASING MUD VOLUME (BBL) CIRCULATION OATA bit size //77OYPE JET SIZE SURFACE SET© ' FT HOLE /O/ p TS PUMP SIZE X IN. 4’ A X' ANNULAR VEL (FT/MW) dcE :/?2 ORILL PIPE , SIZE 5/l * type u^r>P LENGTH /2F INTERMEDIATE SET© FT total CIRCULATING VOLUME 3§/ PUMP MAKE. MODEL ASSUMED ?/u->£4a- <^ec>Pr EFpq-^% CIRCULATION x*- _/-s PRESSURE (PSI) *— ORILL PlPSf SIZE 6z4 TYPE F p.c. INTERMEDIATE SET© FT IN STORAGE WEIGHT 3-5. BBUSTK STK/MIN O-o&S 120 BOTTOMS — UPfMIN) T ORILL COLLAR SIZE 5? " LENGTH /Z+' PRODUCTION OR LINER SET© FT MUD TYPE N*nV£ cl/v / L-M4C. i^'3 Cce>-^ BBUMIN GAUMtN TOTAL CIRC. _ TIME (MIN) 2 SECTION. TOWNSHIP. RANGE REPORT FOR MUD PROPERTIES MUD PROPERTY SPECIFICATIONS Sample From □ F.L. C?PlT F l. PIT WEIGHT viscosm 33 FILTRATE . . - — C Time Sample Taken nt ?r> □ □rw.iituneirv d OPERATOR'S WRITTEN 0 DRILLING CONTRACTOR BY AUTHORITY g OPERATOR S REPRESENTATIVE CJ OTHER Flowline Temperature *F • Depth (ft) RECOMMENDED TOUR TREATMENT Weight CKpog) Ob/cu. (t.) QSp.G • SFVT □S&KTTCJOlTr • CC^lT W n • Funnel Viscosity (sec/q<) API @ *F 52-/ / '4 Plastic Viscosity cP (® *F Q • UREHK QA6. < MO L-Pi'eS • Yield Point (Ib/IOOH’) 9 MUD • Gel Strength (lb/100 It’) 10 sec/10 mm. A /s ~~7~1 Filtrate API (cm’/OO mm.) M-c To s?io ’ • hhlf • Strap rvir NTHP Filtrate (cm : /30 min.) (o' *F - /- / U. .j Thickness (32nd in. API/HTHP) — KXH • tY^iaL W TO S • StoU-P. Solids Content (% by Vol.) 0 calculated 0 retort — SPOT /il-VLS M l /0 fiOZOSS G&TTOM • P-O-Orl Liquid Content (7. by Vot.) 0>i/Water Sand Content (7. by Vol.) — Lp>~1 $ Methylene Blue Capaoty n OT o, Cf ^ — pH STStrip O Meter @ ’F /o-o
Alkalinity Mud (Pm) - Alkalinity Fiitraie ) - /- ! Allerneie Alkalinity Filtrate (Pi/P:) - /- / Chloride (mg/L) tfECeiUED : Total Hardness as Calcium (mg/L) CouPsE. — i-BPSvo. rM£O- QuiK-SeAt- — 36-sxs • F'IaJE (^UIK-Sf-AL - 20.5x6 hxixd <T>m r. as/ ^7-1 X EQUIPMENT SIZE MRS^TQUR S&W Aw7// / / / / / / Centrifuge Degasser STARTING INVENTORY M- 3 Desander t RECEIVED Desilter r^L/r-. t Shaker USEOIAST 24 HR K) | 1 3 Other CLOSING INVENTORY 4-3 X3 o DAILY COST $8q6 •jg’ CUMULATIVE COST -58 COST LAST ZrtHR i32-22 THIS COPY TO CONTRACTOR THE RECOMMENDATIONS MADE HEREON SHALL NOT BE CONSTRUED AS AUTHORIZING THE INFRINGEMENT OF ANY VALID PATENT. AND ARE MADE WlTHO' ASSUMPTION OF ANY LIABILITY BY N L INDUSTRIES. INC. OR ITS AGENTS. ANO ARE STATEMENTS OF OPINION ONLY. REPRESENTATIVE ^ Kc HOMEAODRESS £ TElE, ’®.5‘- X83? MOBILE UNIT WAREHOUSE -OCA7CN TELEPHONE BR19O5-E PRINTEO INU.S.A. “b 'r 4 N Baroid/NL Industries, Inc. OPERATOR uro REPORT FOR WELL NAME ■ANO NO. . kiaTm DRILLING ASSEMBLY BIT SIZE —fdZft orill/ipe SIZE DRILL PIPE SIZE TYPE TYPE TYPE JET SIZE LENGTH LENGTH DRILLING MUD REPORT NO. 4- 19S-? DEPTH z- _ r7 ^ PRESENT ACTIVITY SPUD DATE 6^ -Y T UJ, KJiPPl/T.qp CONTRACTOR REPORT FOR dTtVg RIG NO. CASING L/£<? /3 SURFACE SET® FT INTERMEDIATE SET® FT INTERMEDIATE SET® FT FIELD OR BLOCK NO. f 4-5 r • MUD VOLUME (BBL) SECTION, township, range COUNTY. PARISH OR STATE/PROVINCE OFFSHORE AREA ^b^ZPiT] CIRCULATION DATA HOLE ~ TOTAL CIRCULATING VOLUME IN STORA(G^ f ^ WEIGHT PUMP SIZE X IN. 6‘x Ex assumed PUMP MAKE. MOOEL ... -- C^iUMStSU- <ACc<?pr| EFF<g|^% BBUSTK STK'MIN ANNULAR VEL. (FT>M1N) OP_AJp QC CIRCULATION PRESSURE(PSP BOTTOMS UP (MIN) TOTAL CIRC. TIME (MIN) MUD PROPERTIES MUD PROPERTY SPECIFICATIONS Sample From F.L. DPIT F.L. 0 PIT WEIGHT !-(;, > — [ VICCOOIT/ □ □ □ ■|-CllJflAXE — Timo Sample Taken ov . llT L. nDirv OPERATOR'S WRITTEN Q DRILLING □CONTRACTOR SY AUTHORITY Q OPERATOR'S REPRESENTATIVE OTHER Fiowiino □Temperature *F Ooplh (ft) RECOMMENDED TOUR TREATMENT Wetghi (ppg) (tb/cu. □ □ft.) GSp.G GOOp (W/WS (j 5 S’pro) • Figg P<<SIGTET< • ^ P J EL-K>n2|t=<.i&c. TO OXitx-■CVT • Q £)£ •<2c? • JLnJTEAJC VMXjOfe K6U TO tQuu/r’UM FbZ or- SOO rBStS OK) ■■ ■uoATEA. 02^ PcOMtft P\t> P^oCOEOS • Funnel Viscosity (sec/qt) APf <5 *F / / Plastic viscosity cP <H> ‘F Yiold Point (ib/100 fl J ) Gel Strength (ip/100 ft’) 10 sec.' 10 m-n. / / Filtrate API (cm } /30 mm.) HTHP Fillrate (cm 3 /3O min.) (rj *F 1/ / Lune Thickness (32nd in. API/HTHP) Solids Content (% by Vol.) 0 calculated 0 retort p Liquid Content (7» by Vol.) Oil/Water 1 Sand Content (7. by Vol.) X. Methylene Blue Capacity p J pH Strip ■ □ □Meter @ ’? Alkalinity Mud (Pm) Alkalinity Filtrate (P,/M ( ) / / Alternate Alkalinity Filtrate (Pt/P:) / / Chloride (mg/L) Total Hardness as Calcium (mg/L) DRILL COLLAR SIZE LENGTH AjlL GAL'MIN MUOTYPE . r __ Hz/? bilU BBL/MIN PRODUCTION OR LINER SET® FT ■PRODUCT INVENTORY STARTING INVENTORY RECEIVED i\h X3D USED LAST 2J HA CLOSING INVENTORY COST LAST * ' 7 DAILY COST Centriluqe Degasser Desander nJ'l- t Desilter Shaker ^<2 Other CUMULATIVE COST / EQUIPMENT SIZE HRS/TOUR THIS COPY TO CONTRACTOR THE RECOMMENDATIONS MADE HEREON SHALL NOT BE CONSTRUED AS AUTHORIZING THE INFRINGEMENT OF ANY VALID PATENT, AND ARE MADE W1TH0U ASSUMPTION OF ANY LIABILITY BY N L INDUSTRIES, INC. OR ITS AGENTS, AND ARE STATEMENTS OF OPINION ONLY. REPRESENTATIVE (V HOME ADDRESS MOBILE UNIT
WAREHOUSE LOCATION TELEPHONE DRILLING MUD REPORT NO. 5* L Baroid/NL Industries, Inc, OPERATOR ~~ GrUOPlDcX REPORT FOR UTD • SPUD DATE CONTRACTOR REPORT FOR PRESENT ACTIVITY f/ * TY<irt iT\l& RIG NO. FCfeTEyg. WELL NAME AND NO. X/AfYlR.RAH * 2/ FIELD OR BLOCK NO. *TP 1 + 3 P COUNTY. PARISH OR STATE/PROVINCE OFFSHOREAREA iUJZAT (3j/i r\AJO DRILLING ASSEMBLY CASING MUD VOLUME (BBL) CIRCULATION DATA 8IT SIZE Vi' TYPE HTC JET SIZE 1/vTHxid <1 5fyt •• surface SET® ‘S’lX- PT 11015 p ™25O PUMP SIZE X IN. £ " X " ANNULAR VEL. (FT/MIN) op L24 DC. DRILL PIP^. . size 4-/2 TYPE ZF LENGTH INTERMEDIATE SET® FT TO TAL CfRCUJAJjNg VOLUME PUMP MAKE. MODEL ASSUMED c’t-ujeu. ^cci^r EFF{5?% CIRCULATION PRESSURE (PSI) DRILL PIP£ s size 4-/i TYPE HvJDP LENGTH |<?2 ‘ INTERMEDIATE SET@ FT IN STORAGE WEIGHT BBL/STK SfK/MIN O-Ob>S HO BOTTOMS UP (MIN) IO DRILL COLLAR SIZE LENGTH PRODUCTION OR LINER SET® FT MUD TYPE / kc^-/ Po '4-15 5(7O-T 9BL/M1N GAUMIN TOTAL CIRC. TIME (MIN) l T* SECTION. TOWNSHIP. RANGE 1AU MUD PROPERTIES MUD PROPERTY SPECIFICATIONS Samplo From F.L. S^IT F.L. DPIT WEIGHT q. 2SpM VISCOS.TY FILTRATE p7c< Time Sample □ □Taken 0 1 ' 1 5 0^:00 nvaiiTunniTv 0 OPERATOR’S WRITTEN 0 DRILLING CONTRACTOR BY AUTHORITY q OPERATOR’S REPRESENTATIVE OTHER Flowline Temperature *F Ol□ Deplh (K) RECOMMENDED TOUR TREATMENT Weigh! GTppg) (ib/cu.ft.) DSp-G /^llz KCk□ w -pTZi(_L OUT S( J UO nouQ ‘ Funnel Viscosity (sec'qt) API © ‘F 33/ 35/- pump $(=)(/)£ • CXSPLflGG uj/ KCu • Plastic Viscosity cP © ’F S' 6 Yield Point (lb/100 II 7 ) : ’4- VpLuMt U/h 2 O • D^'LL * Go) Slrength (lb/100 )>’) 10 sec 5 0 mm. X / t / 3 Fiikato API (cm’/30 min.) ■ru/d ' HTHP Filtrate (cm’/30 min.) © »F — / — -A / PEYTXn? • HjO * 'VlAiMFr-lirJ KCI- & Ct'0% • TI&HT vake Thickness (32nd in. API/HTHP) 3/77. Solids Content (% by Vol.) Osculated O retort z 6 Liquid Content ("/• by Vol.) Oii/Water poof? r^uru^AjS or dv. Sand Contenf (% by Vol.) X2 C^P. AO<7 HyCi- • AT V/lS ’ UETiEK Methylene Blue Capacity ncm^cm^mud *5? pH (v^lrip O Meter© ’F jo-4 ID'S Alkalinity Mud (Pm) - • ? Alkalinity Filtrate (Pj/M,) -A Hd-£ 7-K • Losr Da^PEO ISOSSu V Alternate Alkalinity Filtrate (P’/P:) / -A Chloride (mg'L) 2.700(7 Total Hardness as Calcium (mg/L) IXO wo? : I5d66lS . H?o -r ■6CL-. kCL. % 5-5 £-0 H .f) . 73) EQUIPMENT SIZE HRS/TOUR RECEIVED USED LAST ?« HR tv 4-3 133 ISO |24-?2 PRODUCT INVENTORY STARTING INVENTORY CLOSING INVENTORY 43 COST LAST *R 14-^4 C entrifuge Degasser Desander Desilter Shaker Other DAILY COST 3-5 HeT *43 iQ ne* • lO CUMULATIVE COST / tfos-oq -^i REPRESENTATIVE ' • * HOME ADDRESS - 8 P\ K^e. :ElE TA ^37- MOBILE UNIT WAREHOUSE LOCATION TELEPHONE LL THIS COPY TO CONTRACTOR THE RECOMMENDATIONS MADE HEREON SHALL NOT BE CONSTRUED AS AUTHORIZING THE INFRINGEMENT OF ANY VALID PATENT. ANO ARE MAOE WtTHO ASSUMPTION OF ANY LIABILITY BY N L INDUSTRIES. INC. OR ITS AGENTS, AND ARE STATEMENTS OF OPINION ONLY. 1 ' L Baroid/NL Industries, Inc. . cRATOR ~ CrtAASApevl JJTD • DRILLING MUD REPORT NO. 6 DEPTH 2X3? '/g&Sn jn’PRESENT ACTIVITY SPUODATE ClftG b«U- < DATE 19 g±' CONTRACTOR RIG NO. t WELL NAME AND NO. An FIELO OR BLOCK NO. Alp \+t>p COUNTY. PARISH OR ST OFFSHORE AREA SU£n T ATE/PROVIN^^^ DRILLING ASSEMBLY CASING MUD VOLUME (BBL) CIRCULATION DATA BIT SIZE 5^ 72. " TYPE MTC JET SIZE "surface SE<® §l2 FT ” LE /?I P,TS 132 PUMP SIZE X IN. ANNULAR'VEL. IFT/MIN) . —, . D pq7/foq oc. It-I . ORILLMPf. SIZE 4-/1 ‘ TYPE jr
LENGTH INTERMEDIATE SET® FT TOTAL CtRCU^HNG^OLUME PUMP MAKE. MQDEL-v- ASSUMED e>i uuj a uL EFF CIRCULATION QC/Y pressure (PSi) nbC/ OAHU PIPE SIZE 4/? TYPE HuUOP LENGTH 1*70 ' INTERMEDIATE SET® FT IN STORAGE NIL- . WEIGHT BBUSTK STK/MtN O'ObS . S5 • BOTTOMS zn c? UP(MlN) XO DRILL COl,LA^ SIZE LENGTH Z\2’ PRODUCTION OR LINER SET® FT MUO TYPE / PCu.^ s-525- BBL/MIN GALMIN TOTALCIRC. TIME (MtN) O SECTION. TOWNSHIP. RANCE REPORT FOR MUD PROPERTIES REPORT FOR . xaaj Sample From Timo Sample Taken Flowline Temperature T Depth (ft) Weight CTtppg) (Ib/cu. ft.) CSp.G Funnel Viscosity (sec/qi) API (a* *F Plastic □Viscosity cP (® Yield Point (lb/iOO If) Goi Strength (lb/100 If) 10 sec/10 min. Filtrate API (cm 3 /30 min.) AB! HTHP Filtrate (cm J /30 mm.) ® i Thickness (32nd in. API/HTHP) Solids Content (% by Vol.) W^alcuiaied retort Liquid Content (% by Vol.) Oil/Water □Sand Content (•/» by Vol.) Methylene Blue Capacity pH ©"Strip 0 Meter @ Alkalinity Mud (Pm) Alkalinity Filtrate (P|/M T ) Alternate Alkalinity Filtrate (Pi/P?) Chloride (mg/L) Total Hardness as Calcium (mg/L) f.l. e^iT 12*00 36 Z^73 $ + F L. gfPlT *F *F 'F 'Ax □ ■ ■ □ ■%KCl u O'? 1^0 33 300 Zoo , 6 MUD PROPERTY SPECIFICATIONS WEIGHT Cf <4~ nrM QV ai ituhoitv O BATOR'S WRITTEN 0 DRILLING CONTRACTOR BY AUTHORITY q OPERATOR'S REPRESENTATIVE CJ OTHER VISCOSITY f ' ltrate 30^7^7 J DRILLING CONTRACTOR RECOMMENDED TOUR TREATMENT DtfjLL- HHeHO . Some T16Hr |lOc£ • -to ^6% • TXt’J 0(0 6>E-O- • CHMt • pULLEO UP g z - 5>t3juu. • to no £.2^37 'f°+: lPP< C>f= CHEKiG^L^ • 3?^°^ <2<TT7M£S - C\(Zc • 'pew 3tfOn STARTING INVENTORY 12.3 ■I5o 5 fzo RECEIVED USEOLAST 24 HR 3o 3 3 13 CLOSING INVENTORY 0 iZO 2z IO? COST LAST 24 HR 24S2-I4- I3IS-50 PRODUCT INVENTORY Cenlriluge Degasser Desander Desilter Shaker Other DAILY COST EQUIPMENT SIZE HRS/TQUR CqajF. 7 o3'S3 Ccr^r. CQtOT . CUMULATIVE COST y 4>CX»i3-H- THIS COPY TO CONTRACTOR THE RECOMMENDATIONS MAOE HEREON SHALL NOT BE CONSTRUED AS AUTHORIZING THE INFRINGEMENT OF ANY VALID PATENT, ANO ARE MADE W1TH0U ASSUMPTION OF ANY LIABILITY 0Y N L INDUSTRIES, INC. OR ITS AGENTS, AND ARE STATEMENTS OF OPINION ONLY. REPRESENTATIVE Mine HOME ADDRESS TELEPHONE^ V = LEUNIT WAREHOUSE ■LOCATION TELEPHONE •l , 80l90<-r .. DRILLING MUD REPORT NO. ? DATE OG • CM • 19-SE DEPTH _ PRESENT ACTIVITY,, SPUD DATE 5Xt)L±J»0G> % /r RIG NO. CONTRACTOR 6t£Wi<(-hR<r • REPORT FOR Sample From Timo Sample Taken Flowline Temperature *F Doplh (ft) Weigh! STppg) (lb/cu. ft.) QSp.G Funnel Viscosity (sec'qt) API (S’ *F Piasuc □Viscosity cP ® ’F Yiold Point (lb/100 ft’) Gel Strength (lb/ ’00 It’) 10 sec/10 mm. Filtrate API (cm’/30 min.) HTHP Fillrale (cm 3 /30 min.) (S * CaKe Thickness (32nd in. APl/HTHP) Solids Content (% by Vol.) [^calculated Q retort Liquid Content (% by Vol.) Oil/Water Sand Content (% by Vol.) Methylene Blue Capacity gcmJ/ct^mud pH 0’Strip Meter @ *F □Alkalinity Mud (Pm) Alkalinity Fillrale (Pf/M ( ) F.L. Q^IT 7-r z 7K /FT 4- WEIGHT | □VISCOSITY^ av AUTUrto.-rv OPERATOR'S WRITTEN C DRILLING CONTRACTOR □BYAUIHORHY q OPERATOR'S REPRESENTATIVE OOTHER FILTRATE ]Q<c/^2 RECOMMENDED TOUR TREATMENT 32| F‘i r eY?ewJT)Ra.j STTjc< 5Z - SfCTT Bit *3 • - ( &C>oD^) TV?’LL. ruo oOT SJL O • 7 Z-O5T RECEIVED !2Z/.£ Built.* STARTING INVENTORY ussocast 2* HR CLOSING INVENTORY COST LAST R lew Alternate Alkalinity Filtrate (PtfPjj Chloride (m^'l) Total Hardness as Calcium (mg/L) KCi-% ~ — AO ZZooo
(36u5 . PROOUCT INVENTORY Centrifuge Degasser Desander Desilter Shaker Other EQUIPMENT SIZE HRS/TQUR rour DAILY COST / + •8? ^9?co Cc^T CUMULATIVE COST J THIS COPY TO CONTRACTOR THE RECOMMENDATIONS MADE HEREON SHALL NOT BE CONSTRUEO AS AUTHORIZING THE INFRINGEMENT OF ANY VALID PATENT, AND ARE MADE WITHOI ASSUMPTION OF ANY LIABILITY BY N L INDUSTRIES, INC. OR ITS AGENTS, AND ARE STATEMENTS OF OPfNfON ONLY. OPERATOR CfcuS&OEYZ L-TO • WELL NAME ANO NO. w, _ 9 Z FIELD OR BLOCK NO. fytP i4-5* P COUNTY. PARISH OR ■STATE/PROVINCE OFFSHORE AREA SuftAT- C$1, . DRILLING ASSEMBLY CASING MUD VOLUME (BBL) CIRCULATION DATA 8JLSIZE <7/7" AJCJ JET SIZE IO-IO-U * SURFACE sEr@ $ LZ ft PUMP SIZE X IN. 6* ANM1 AfVVEL LFT/M1N) . . . W 3l//Oi. k /6l - DR’LL PJPfy SIZE 4/> ' TYPE LENGTH, Z6lZ' INTERMEDIATE SET® FT TOTAL CIRCULATING VOLUME CIRCULATION PRESSURE(PSt) c lCo OHtu. pipe, size 4/z" TYPE Hujor LENGTH INTERMEDIATE SET® FT in j>ypfG 6 WEIGHT BBL/STK STKMIN 0‘O6S <30 BOTTOMS '</“ ? UP (MIN) 5C 7 DRILL COLyjA ^IZE LENGTH 612 PRODUCTION OR LINER SET® FT ■MUOTYPE .A<£i/.gcu r-C 2tS’-4- B0L/MIN GAL'MIN TOTAL CIRC. —, q T1MEIMIN) o O SECTION. TOWNSHIP. RANGE MUD PROPERTIES MUD PROPERTY SPECIFICATIONS REPORT FOR_ iTG&T&Z REPRESENTATIVE MiKiZ M d £OUA HOMEADORESS zm/i r— \5(£j5BAajC7 TELEPHO^^^ MOO’LEUNIT WAREHOUSE LOCATION TtLE^HCwE 4 _ . > A t Baroid/NL Industries, Inc OPERATOR CAUx^AOz=.i2. L-TO . REPORT FOR ~ Z IYKj HOF’MSlisT^ DRILLING MUD REPORT NO. 7 DATE tg-Kf DEPTH SPUD DATE PRESENT ACTIVITY I. . IfeHKCigC ’ TflJlc CONTRACTOR REPORT FOR RIG NO. r-OSTE^ SECTION. TOWNSHIP. RANGE WELL NAME ANO NO. v FIELD OR BLOCK NO. r^TP «ps’ P COUNTY. PARISH OR ___ ST OFFSHOREAREA *£U(<rir ATE/PROVi^^^^ DRILLING ASSEMBLY CASING MUD VOLUME (BBL) CIRCULATION DATA bit size ,z >lt©fP8 MCl JET SIZE (O'Hi-n J H0LE ^ P,TS :2./(? PUMP SIZE X IN. A ' X. S " ANNULAR VEL. (FT/MINj op 5.1/10^ x.lbl ORILL Pipe, SIZE -4/>' TYPE rr LENGTH INTERMEDIATE SET@ FT TOTAL ClACULAjTir^^OLUME PUMP MAKE. MOOEL ASSUMED CIRCULATION — PRESSURE (PSI) ^I^C' tWU. P’^e, S'ZE Ar/? TYPE - HWDP LENGTH 1 X*-' INTERMEDIATE SET® FT IN STORAGE WEIGHT "S' '^PP‘1 . BBL'STK STK-MIN O ‘ S • &O BOTTOMS S’<2 UPfMIN) OQ ■DRILL COLLAR SIZE LENGTH PRODUCTION OR LINER SET ® FT MUO TYPE y .. f= 8BLMIN GAUMIN TOTAL CIRC. ~ TIME (MIN) 0/5 MUD PROPERTIES MUD PROPERTY SPECIFICATIONS Sample From Time Sample Taken Flowline Tomporature 'F Depth (It) Weight0tppg) (tb'cu. It.) Sp.G Funnel Viscosity (sec/qt) API (<r "F Plastic Viscosity □ □cP & *F Yield Point (Ib/tOO ft”) Gel Slrenqtti {!&/ >00 I’ 1 ) >0 sec/ >0 mm. Filiraie API (cmV30 mm.) <THP Filtrate (cmV30 min) (a! Lune Thickness (32nd in. API/HTHP) Solids Content (•/, by Vol.) calculated O retort Liquid Content (% by Vol) OiM Waler Sand □Content (•/• by Vol) Methylene Blue Capacity ^rXX'ud pH GrSlrip O Meter @ ’F Alkalinity Mud (Pm) Alkalinity Filtrate (P|/M t ) Alternate Alkalinity Filtrate (PUP:) Chloride (mg/L) ToiaJ Hardness as Calcium (mg/L) 6 fir Q'O os IzlT/p 33Z 5 7+ 10 /OS os O-?//-i ?/ ono „bQ .. *?) r>CiQ bo bZ S35 VISCOSITY av AiiTur.m-rv OPferiAYOR'S WRITTEN □ □DRILLING CONTRACTOR SY AUTHORITY OPERATOR'S REPRESENTATIVE CJ OTHER □WEIGHT < . "7 * IX'U- I7\j FILTRATE 3.^<7ro.. RECOMMENDED TOUR TREATMENT . U'-□VtCK K&OLCtU^ Ll/T iOn) • Ml* 6tsL - PAC-R K6L_ fierce • T)< P^erc^f "Cui/Yip . g4022 z .
f^IH . Hoi~e OK • IajTEUO CftE-MlX. fofzXypUKj H 2 £ RT 'POSPUM Bgaj'l FCP Deio^rriJ 0U?LT : TV 2.00 00l5 P. O.D-M GiT A . D^ILC. • (*UILK <38(_S tCaps - fjtf. RUN WILC ■TPiPP/^b STARTING INVENTORY i'lo /$o b3 /6 RECEIVED USED LAST 24 HR 15 rv 2, 2 15 CLOSING INVENTORY 75 61 If % COST LAST HR 12I-IS 201-SZ 62-36 PROOUCT inventory Centrifuge Degasser Desander Desilter Shaker Other EQUIPMENT SIZE HRS/TOUR ZgMK. ~DOlc iv • CC^r r/^r. DAILY COST y £z)C7& CUMULATIVE COST $/fo3S5 ’Oa THIS COPY TO CONTRACTOR THE RECOMMENDATIONS MADE HEREON SHALL NOT BE CONSTRUED AS AUTHORIZING THE INFRINGEMENT OF ANY VAUD PATENT, AND ARE MADE MTHO ASSUMPTION OF ANY LIABILITY BY N L INDUSTRIES. INC. OR ITS AGENTS, AND ARE STATEMENTS OF OPINION ONLY. =£PRESENTAflV£ utl _ HOME ADDRESS teleph0 ^.^^R3^ MOBILE UNIT WAREHOUSE lCCAT.C-N TELEPHONE OPERATOR cCUSi L_TX) DRILLING MUD REPORT NO. ? HATF I I • OP CONTRACTOR 19^2- PRESENT ACTIVITY RIG NO. WELL NAME ANO NO. „ FIELD OR BLOCK NO. A-TP 14-^ P • COUNTY. PARISH Ofl STATE/PR0V1NCS OFFSHORE AREAS-M^MT'- Cj> f ' DRILLING ASSEMBLY CASING MUD VOLUME (BBL) CIRCULATION DATA BIT SIZE S?7 ' -H-0S6 hJC. 2. JET SIZE to •O’ll ■ ■Surface SE/® 5 ft M0L L?q p,ts '2. c I7- PUMP SIZE X IN. ISI DRILLPIPE. , SIZE 4/2 ’ TYPE XF -W INTERMEDIATE SET® FT TOTAL CIRCUITING VOLUME SUMP MAKE. MODEL ASSUMED & EFFA3 % CIRCULATION _ PRESSURE (PSI) |7S DniLLPIPt/ SIZE TYPE INTERMEDIATE SET® FT IN STORAGE WEIGHT BBL/STK STK/MIN O • OG& • -75 . BOTTOMS UP (MIN) ‘ T” DRILL COLUAR SIZE $/4" LENGTH 612- PRODUCTION OR LINER SET® FT MUOTYPE . ■ksl ! rot -ti mer? 204-75. BBL/MIN GAL'MIN TOTAL CIRC. . _ TIME (MIN) ' -2.0 SECTION. TOWNSHIP. RANGE MUD PROPERTIES MUD PROPERTY SPECIFICATIONS REPORTFOR^^ . REPORT FO R = STEVE Sample From Time Sample Taken Flowline Temperature ’F Deplh (It) Weight CTlppg) O(lb/cu. ft.) OSp.G Funnel Viscosity (sec/Qt) API © ’F P’astic Viscosity cP @ *F Yield Point (!b/tOOft } ) Get Sirength (lb/100 I!’) 10 sec-' 10 min. Filtrate API (cm’/30 min.) A=» HTHP Flitrale (crrP/30 min.) (a 'F , Thickness (32nd in. API/HTHP) Solids Content (% by Vol.) Calculated 0 retort Liquid Content (% by Vol.) Oil/Walor Sand Content (% by Vol.) Methylene Blue Capacity mud pH 0^trip 0 Meter® ’F Alkalinity Mud (Pm) Alkalinity Filtrate (P|/Mj) Alternate Alkalinity Filtrate (P>/Pj) Chloride (mg/L) Total Hardness as Calcium (mg/L) F.L gMT Z2 -Oo 3% q-l 4G/ /1 TR. !Z fQ>S- 1-0 0-1 //-Z 34-□ooo 30 b’5 F.L. g^lT QS'lV Z2— Q-O VISCOSITY^^y^ A | FILTRATE WEIGHT Q.s-) □DVAHTunDiTv OPERATOR'S WRITTEN DRILLING CONTRACTOR BYAUIHUHHY q □ □operators REPRESENTATIVE OOTHER RECOMMENDED TOUR TREATMENT plLUr/cxj Az? 55 iXCL- Plus b-iH/roniffV VCi_ Sh -p? Fo/Z - fUIbHT • VGtl&qO . SurLT : | 7 G <3'3l 2 ’ Z^ojr: ggl5 RECEIVED 30 Go PRODUCT INVENTORY STARTING INVENTORY USED LAST 24 HA CLOSING %KCU INVENTORY COST LAST 24 HR JO 71125 Centrifuge Degasser Desander Desilter Shaker Other DAILY COST /47“ "X ( /Cb &<3l ^ 7 o) EQUIPMENT SIZE HRS/TQUR C0*jT- (W 12472144'P l#4- / •77- CUMULATIVE COST / i ’ < 3’?~ THIS COPY TO CONTRACTOR THE RECOMMENDATIONS MADE HEREON SHALL NOT BE CONSTRUED AS AUTHORIZING THE INFRINGEMENT OF ANY VAUD PATENT, AND ARE MADE WITHOUT ASSUMPTION OF ANY LIABILITY BY N L INDUSTRIES. INC. OR ITS AGENTS, ANO ARE STATEMENTS OF OPINION ONLY. HOME ADORE SS OPERATOR REPORTFOR DRILLING ■MUD REPORT NO. 10 DATE p ' M ' 19 £2 depth z PRESENT ACTIVITY r, SPUD DATE ?? •
CMJ& */?." / nort? CONTRACTOR REPORT FOR _ SZTVf /=&S7EX • RIG NO. WELL NAME ANO NO. FIELD OR BLOCK NO. 4TP COUNTY. PARISH OR STATE/PROVINCE , , OFFSHORE AREA SUt^f^T Q f C-P^U DRILLING ASSEMBLY CASING MUD VOLUME (BBL) CIRCULATION DATA BIT SIZE TYPE rWZ JET SIZE ^‘'SURFACE $?/7 ' HOLE "Wo PITS _ - - *2.47- PUMP SIZE X. IN. annular VEL. (FT/MIN) , OP Zb oc 15/ OAILLPIPEj , SIZE 4'/?' TYPE -LF LENGTH . 4-/44' INTERMEDIATE SET® FT TOTAL CIRCULATING VOLUME PUMP MAKE. MODEL ASSUMED CIRCULATION PRESSURE (PSI) 7 PC? • DRILL PIPS/ SIZE <? />' TYPE ■LENGTH / A?Z INTERMEDIATE SET® FT IN STORAGE N 'C WEIGHT BBl/STK STK/MIN BOTTOMS — UP (MIN) O| ORILL COLLAR SIZE LENGTH. 4/2 ' PRODUCTION OR LINER SET® FT MUOTYPE / /-y?5 20/. 9BUMIN GAL/MIN TOTAL CIRC. — TIME (MIN) ’ SECTION. TOWNSHIP. RANGE MUD PROPERTY SPECIFICATIONS MUD PROPERTIES Sample From Time Sample Taken Flowline Temperature ’F Depth (ft) Weight S’tppg) O(ib/cu. it.) OSp.G Funnel viscosity (sec/qt) API @ Plastic Viscosity cP @ Yield Point (lb/100 ft 7 ) Goi Strength (ib'100 It 7 ) 10 sec/10 mm. Fillrate API (cmV30 min.) 1THP Fillrate (cm’/30 min.) @ Cake Thickness (32nd in. API/HTHP) Solids Content (% by Vol.) 'calculated retort Liquid □ □Content (% by Vol.) Oil/Water Sand Content (•/. by Vol.) Mothyiene Blue Capacity pH CJ^lhp 0 Meter @ Alkalinity Mud (Pm) Alkalinity Filtrate (P(/Mf) Alternate Alkalinity Filtrate (Pt/Pa) Chloride (mg/L) Tola! Hardness as Calcium (mg/L) *F •F •F LJIb/DOl equw. Ccm J /crrPfflti<f •F Q F,L. gPlT /<Mn az !O >3 •T^z 4- ’ TK. /2 -A- 3ft2Ctf2 FILTRATE /^, VISCOSITY^ ? 11.. - nvAUT^oiTv lj vr’ERATORS WRITTEN ORILUNG CONTRACTOR BY □AUTHORITY q OPERATOR'S REPRESENTATIVEQOTHER ...... RECOMMENDED TOUR TREATMENT Drtjcu S'/z " i-rvue: fvi f=UA~>'rAi/V WL- T&Cfir i• P/ciu<- /to <.o/u Venaip. pev? !<, IL.T'STZ^ajES & Ttf- IO T/OQ(0 Dilutes QP&K LU/FH Pf2t • MIX • 'ZiaO ■Z2 x p«GM*x + ^ Z CO zoo RECEIVED &0 42 WO ioco ZC3-J2 PRODUCT INVENTORY ■STARTING INVENTORY %Wc. i USED LAST 24 HR CLOSING INVENTORY COSTLAST jz- > L£ Z# Z3^I (5Gl$ 5/dL +-So^C $££PH6-c L-^$5eS rp • EQUIPMENT SIZE HRS^TOUR Centrifuge Degasser Desander Desilter Shaker Other DAILY COST coast • y CUMULATIVE COST tz/4 24“ *^1 THIS COPY TO CONTRACTOR REPRESENTATIVE - HOMEAODRESS TELEPHOg-,^^^ MOBILE UNIT WAREHOUSE LOCATION TELEPHONE THE RECOMMENDATIONS MADE HEREON SHALL NOT BE CONSTRUED AS AUTHORIZING THE INFRINGEMENT OF ANY VALID PATENT, ANO ARE MADE WITHOUT ASSUMPTION OF ANY LIABILITY BY N L INDUSTRIES, INC. OR ITS AGENTS, AND ARE STATEMENTS OF OPINION ONLY. | DEPTH 1^32aJ^3P' N 3aroid/NL Industries, Inc. OPERATOR CPbts^PerZ aqV • REPORT FOR . DATE . ' 19 j£2' PRESENT ACTIVITY Zz „ t SPUD DATE Gt y &Lfil ■CONTRACTOR RIG NO. WELLNAMEANDNO^^^ *2 FIELD OR BLOCK NO. COUNTY. PARISHOR STATE/PROVINCE OFFSHORE AREA ' Gtf-O DRILLING ASSEMBLY CASING MUD VOLUME (BBL) CIRCULATION DATA TYPE hJC2 JET SIZE /o-tv-n Q52, Surface , FT HOLE _ pns.~_ 3%O pumpsize X IN. /Z A"X 8 ANNULAR.VEL.lFT/MIN) , _ OPXA/V? DC ORILLPIPE. „ SIZE W? TYPE rc LENGTH, INTERMEDIATE SET® FT TOTAL CIRCULATING VOLUME ink
PUMP.MAKE.MOOEL ASSUMED &*b3 % CIRCULATION PRESSURE (PSI) Q OO DRILL ■PIPE, S'ZE TYPE Hiof)? LENGTH W INTERMEDIATE SET® FT IN STORAGE A//Z- ■WEIGHT 6BL/STK STK/MIN O-CbS. BOTTOMS — _ UP (MIN) 53 DRILL CpL^R^JZE LENGTH ft? PRODUCTION OR LINER SET® FT MUD type , _ Ki~/p 4-&ZT- ^c>s- BBL/MIN ■
GAL/MtN TOTAL CIRC. TIME (MIN) . SECTION. TOWNSHIP. RANGE MUD PROPERTIES MUD PROPERTY SPECIFICATIONS Sample From Time Sample Taken Flowline Temperature ’F Depth {ft) Weigh! 0lpP9) (lb/cu. ft.) OSp.G Funnel Viscosity (sec/qt) API @ Plastic □viscosity cP © Yield Point (lb/100 ft’) Gel Strength (lb/100 IP) 10 sec/10 min Filtrate API (cm 3 /30 min.) fi THP Filtrate (cm 3 /30 min.) @ Caxe Thickness (32nd in. API/HTHP) Solids Content (V. by Vol.) {^calculated reton Liquid Coment (% by Vol.) Oil/Water Sand □Content (% by Vol.) Methylene Blue Capacity pH Q-Strip O Meter© *F Alkalinity Mud (Pm) Alkalinity Flitrale (P ( /M t ) Alternate Alkalinity Filtrate (Pi/Pr) Chloride (mg/L) Total Hardness as Calcium (mg/L) -%KrL- - -£'u^.a VISCOSITY - <?X7VrA?-| F ' lTRArE nv.iiTuAB.rv OPERATOR'S WRITTEN DRILLING CONTRACTOR SY AUTHORITY O □ □OPERATOR'S REPRESENTATIVE QOTHER WEIGHT Cj.Q- q-2. RECOMMENDED TOUR TREATMENT •F •F •F PfHc^iO - 7^/0 SO^'C TlbUT ^T ‘ 'DrZ/t.C O^> s/c. CQuiP/WT . ■ ■W'tc. mu# V£i<j$iry rz>/v-<5 £ cone- .) /2-/5'//^. SouQS • ^5/zv 77? <y TV T'P- ■‘-iJ/Yc'V Vf(-uTi^6 bo] 0/0 Lj<O£ 7V • TO capac/t^ C '£ - ,£SLiL H 2 o) LOST ' /§/ . STARTING INVENTORY 2CT? sp 4? 3 3 54 RECEIVEO USED LAST 2* HR 2(2 ) Hi i3 CLOSING INVENTORY HQ 2. 2. COST LAST Wbz izr?Z '3Z?K PROOUCT INVENTORY Centrifuge Degasser Desander Desiller Shaker Other EQUIPMENT SIZE HRS/TOUR Cg^t- Zovr DAILY COST y $<hO5:Z OZ . CUMULATIVE COST THIS COPY TO CONTRACTOR THE RECOMMENDATIONS MADE HEREON SHALL NOT BE CONSTRUEO AS AUTHORIZING THE INFRINGEMENT OF ANY VALID PATENT, ANO ARE MADE WITNOl ASSUMPTION OF ANY LIABILITY BY N L INDUSTRIES. INC. OR ITS AGENTS, AND ARE STATEMENTS OF OPINION ONLY. REPRESENTATIVE /V< /^-£7 /L?C/z74-t? . HOME ADDRESS /S^ MOBILE UNIT . J' WAREHOUSE LOCATION -ELEPHONE ^BRiPOS-E PRINTED IN U.S.A. '.‘Ji ; - »a.»> .' v ' \ ■■* •' ' l i 1 . DRILLING MUD REPORT NO. DATP 19 DEPTH / I Baroid/NL Industries, ■ ■Inc OPERATOR REPORT FOR ~ ~ SPUD DATE CONTRACTOR RIG NO. WELL NAME ANO NO. , a, *-2. FIELD OR BLOCK NO. z-?77=> • COUNTY. PARISH OR STATE/PROVINCE y- , OFFSHOREAREA CP DRILLING ASSEMBLY CASING MUD VOLUME (BBL) CIRCULATION ■DATA ecr size <Z7? ‘ r TYPE JET SIZE '/?•//>// 9^4-surface SET® ft ™*3+S m 3&5. PUMP SIZE X IN. 6 *X ANNULAR VEL. (FT/MIN) _. OP 5$ ' 'lit DC f 7/—. orIll pips S1ZE^Z> *' TYPE It- LENGTH , INTERMEDIATE SET© FT TOTAL CIRCULATING VOLUME 710 CIRCULATION PRESSURE (PSI) • ORILL PteE size 47A r/PE HwpP LENGTH INTERMEDIATE SET© FT IN SJ^P/^pE WEIGHT A//Z- • 08L/STK STK/MIN O-ObS. 7-s BOTTOMS UP (MIN) So DRILL COLLAR SIZE (77" tfT. PRODUCTION OR LINER SET© FT Muo 7?^ / + 2o$. 0BUMIN GaUMIN TOTAL CIRC. /<£/ TIME (MIN) ’Tw SECTION. TOWNSHIP. RANCE . r MUO PROPERTY SPECIFICATIONS MUO PROPERTIES REPORT FOR___. ._ _ £TEVB FOS7&&. . Sample From Time Sample Taken Flowline Temperalure "F Depth (H) Weight 0(ppg) (lb/cu. It.) CSp.G Funnel Viscosity (sec/qi) API @ *F Plastic □Viscosity cP @ ‘F Yield Point (lb/100 It’) Gel Strength (lb/100 IF) 10 sec/10 mm. Filtrate API (cm } /30 min.) ( THP Filtrate (cm a /30 min.) © * Cane Thickness (32nd in. APt/HTHP) Solids Content {% by Vol.) (^calculated Orelort Liquid Content (7» by Vol.) Oil/Water Sand Content (7. by Vol.) Methylene Blue Capacity QcrXX'wi pH CZTStrip 0 Meier© *F Alkalinity Mud (Pm) Alkalinity Filtrate (P(/M ( ) Alternate Alkalinity Filtrate (Pi/Pi) Chloride (mg/L) Total Hardness as Calcium (mg/L) WEIGHT ^.<7- Z?-£ J VISCOSITY F'LTRATE OVA r™a^v □
OPERATOR'S WRITTEN O DRILLING CONTRACTOR BY AUTHORITY q OPERATOR S REPRESENTATIVE OTHER RECOMMENDED TOUR TREATMENT tZl Lv_ STZXjf □3ic<JTiC7hJ THP)\J 5-S- Q4-S TfZ. f2, /0-5 / O M // ! '-7-' 36 DOr> 4V 5 TX. /c7-r. / I? ■ ■ ■ILsdbJ- ... ft?. Z.05r < /^O (*?o) !3G z/<7). ~^S9Cy .% : 35 300 SSry / (f /<$ / / / / / / Centrifuge /’C*- r T Degasser STARTING INVENTORY ! iC> 3? 76 Desander co^r ’ L RECEIVED Desilter CO'-'r Shaker COOT" - USED CAST U HR II z 20 Other CLOSING ■INVENTORY 20 35. 3G 56 DAILY COST / CUMULATIVE COST COST LAST *' 'T Mb-Z ///7-76 62-36 THIS COPY TO CONTRACTOR EQUIPMENT SIZE HRS/TQUR THE RECOMMENDATIONS MADE HEREON SHALL NOT BE CONSTRUEO AS AUTHORIZING THE INFRINGEMENT OF ANY VALID PATENT, AND ARE MADE WITHOU ASSUMPTION OF ANY LIABILITY BY N L INDUSTRIES, INC. OR ITS AGENTS, AND ARE STATEMENTS OF OPINION ONLY. REPRESENTATIVE fV'Itk. M^tf HOME ADDRESS zi „ , — TELEPHONE^ ? y q gj -j ■MOBILE UNIT warehouse locatc”* TELEPHONE >» N 3aroid/NL Industries, Inc. OPERATOR REPORT FOR zr DATE * 19.22* SPUD DATE 0* >0<^87. CONTRACTOR REPORT FOR PRESENT ACTIVITY » RIG NO. WELL NAME ANO NO. . - A/z9/T>*?/?4/Y X • FIELD OR BLOCK NO. COUNTY. PARISH OR STATE/PROVINCE OFFSHORE AREA Gft-O . DRILLING ASSEMBLY CASING MUD VOLUME (BBL) CIRCULATION DATA $ s, “ ;nx«pb ^CZ? JET SIZE /O 0/- >) rr 360 PITS ~ — /?y. PUMP SIZE X IN. 6 * X S " ANNULAR VEL (FT/MIN) _ OP-.C6 74? DC 03J- driLl pipe s«e TYPE JF LENGTH INTERMEDIATE SET® FT TOTAL CIRCULATING VOLUME 5TS . . . Ptfft M#M./*OOEL ASSUMED X?4flO/2/* w/j * CIRCULATION PRESSURE (PSt) Q pq ORILL P'PS, size 4/> * TYPE Wz' INTERMEDIATE SET® FT IN STORAGE WEIGHT BBUSTK STK/MIN O'035 75- BOTTOMS UP (MIN) Jj DRILL CO).^R £1ZE PRODUCTION OR LINER SET® FT MUD TYPE , KCl- / po (.WhX . 2o$. 8BL/MIN GAUMIN TOTAL CIRC. TIME (MIN) fll~ section. TOWNSHIP. HANGS MUD PROPERTIES SlEVC t^TE* • Zi°IaJ HQ/mElirfc . Sample From Time Sample Taken Flowime Temperature ’F Depin (It) Weight 'topgl (lb/cu. It.) (jSp.G Funnel Viscosity (sec/qt) □ □API @ Plastic Viscosity cP @ Yield Point (lb/100 fl’) Ge* Strength (lb/100 ft ? ) 10 sec/10 mm. Filtrate API (cm’/30 min ) A^ ’HP Fillrate (cm’/30 min.) @ Cake Thickness (32nd in. APl/HTHP) Solids Content (% by Voi.) calculated retort Liquid Content (% by Vol.) □ □OiVWater Sand Content (7. by Vol.) , 7 Z {jib/bbiwuiv. Methylene Blue Capacity aCfT|3 , em j Wud pH ’Strip 0 Meter© 'F Alkalinity Mud (Pm) Alkalinity Filtrate (P r /M f ) Alternate □Alkalinity Filtrate (Pi/Pr) Chloride (m^L) Total Hardness as Calcium (mg/L) F.L. gPIT <7 □
• OP F L- gPlT 0$ Op 3764. 9-3- ’F •F •F 7X- i2 /Q-0 0:3 /O3 Go £r ..Z "32 000 MUD ■ □ ■PROPERTY SPECIFICATIONS WEIGHT - <7 ? 7 av amtu^oitv O OPErXtOA-S WRITTEN ■aDRufNGCONTRACTOR BY AUTHORITY OPERATOR'S REPRESENTATIVE Q OTHER □VISCOSITY^ !N DRIu/NG F.LTRATE /(J , /z RECOMMENDED TOUR TREATMENT $£/lC □T& $62S ci#G air //DLts' 6ooo . A # 7>Ght 6ocQ . CCkirfln“u 6(= r/c coo^eo • WL. SH/it- ■5/72/«M>e-T? 5/9mO -SAau£) . / / C> • RECEIVED Lb O’ IbQ 74- W'M(fl-C4-(33L PROOUCT INVENTORY STARTING INVENTORY Centriluge Degasser Desander Desilter Shaker %^ L - . $r/c , two x z. c^> • EQUIPMENT SIZE HRS/TOUR *itet <rzM/r USED LAST 2* HR CLOSING INVENTORY COSTLAST 2>- ' CO*-^ Sotsr. Other DAILY COST / $3- ™ CUMULATIVE COST y So?2f--5S- . THIS COPY TO CONTRACTOR THE RECOMMENDATIONS MADE HEREON SHALL NOT BE CONSTRUED AS AUTHORIZING THE INFRINGEMENT OF ANY VALID PATENT, ANO
ARE MAOE WITHOUT ASSUMPTION OF ANY LIABILITY BY N L INDUSTRIES, INC. OR ITS AGENTS. AND ARE STATEMENTS OF OPINION ONLY. REPAE5ENTAIIVE 1/1 HOME ADORESS 1 TELEPM T ?? ^ • MOBILE UNIT WAREHOUSE LOCATION TELEPHONE 1 a K 3aroid/NL Industries, Inc OPERATOR OEPTH L%5L? / i(S PRESENT ACTIVITY SPUD DATE H- /'-'I |o / CONTRACTOR „ RIG NQ j WELL NAME AND NO. . A . 4 , A F1ELOOR8LOCKNO. /\-e P county. maisHen state/psowngs OEESHOaeAREA > £ a - , / >■ 1 ORILLING ASSEMBLY CASING H * MUD VOLUME (BBL) CIRCULATION DATA a ' K s TYPE C JET SIZE II II hl l SURFACE SEI® > P,TS 2<K PUMP SIZE X IN. - b S ANNULAR_X£L (FT/MIN) OP if. DC. 1 ' ’ ORILLPIPE SIZE L- \ 7 Pe/ LENGTH 1 l a (U INTERMEDIATE SET® FT TOTAL CIRCyLAJJNGXOLUME PUMP MAKE. MODEL ASSUMED Ou vj M7- ?n EFF'’-f\% CIRCULATION 0 — PRESSURE (PSI) Q S U/ DRILL PIPE SIZE LENGTH , S < , INTERMEDIATE' SET® FT IN STORAGE WEIGHT BBL/STK STK/MIN •L>G< BOTTOMS / . UP (MINI 'O 1 DRILL COLLAR SIZE , LENGTH J bl., s PRODUCTION OR LINER SET® FT MUD TYPE ! BBUMIN GAUM1N TOTAL CIRC. i , time (Mini • *n 7 SECTION. TOWNSHIP. RANGE REPORTFOR REPORTFOR MUD PROPERTIES ' MUO PROPERTY SPECIFICATIONS Sample From 0FL. QPIT 5>F.L, a PIT WEIGHT | VISCOSITY | FILTRATE Time Sample Taken i 8'cju ov^.runa/yv OPERATOR'S WRITTEN DRILLING CONTRACTOR gYAUTMORtTY q □ □OPERATOR'S REPRESENTATIVE QOTHER Flowline Temperature "F Depth (fl) f A 1 X 0,\ RECOMMENDED TOUR TREATMENT Weight 0(ppg) (J (fb/cu. !l.) OSo.G 4 . V 4 1- AA *2 - I Ar"\ 2- l-J. b (_j '-'y L , --J “'C < Funnei Viscosity (sec/qt) API ® *F U2/ Plastic Viscosity cP (® *P Yield Point (tb/lOOK 7 ) t > b . "fX '*a x " -.y < 5 4 '7 to 7-'- Ge< Strength ■■ ■(lb/100 ft ? ) 10 sec/iOmin. < /5 /3 Filtrate API (cm°/30 mm.) c \ O So Cv'-u -• A'' 'THP ■ Filtrate (cm J /30min.) (§• *F / / -A A S / L "7 'V\ . Thickness (32nd in. APIZHTHP) 1 1 A4 An aj -"V'-j b £ h- 1 L at> •"}» o/m y /V) A < -4 r'U \Z \ ; J L -J- Solids Content (% by Vol.) ■^calculated retort S^' U S Liquid Content (% by Vol.} Oil/Water K y'f. L <’i A:' Sand □Content (% by Vol.) Methylene Blue Capacity lx < i? ' pH 0 Strip Meter @ *F Io io □Alkalinity Mud (Pm) • b • G? L JL’''. > * Alkalinity Filtrate (Pf/Mj) S /-h •c/u Alternate ■Alkalinity Flitrate (Pi/P:) / / . Chloride (mg/L) 3-.7OUL.’ Dan Total Hardness as Calcium (mg/L) 11.0 ^r: fr C 7. b G h- S<)<j v.? k 3 kg s "r 2 oo EQUIPMENT SIZE HRS/TOUR RECEiVEO j / ,y> CLOSING INVENTORY USED LAST 24 HR COST LAST PROOUCT INVENTORY STARTING INVENTORY TT IU. • u- Other DAILY COST Centrifuge Degasser Desander Desiller Shaker I I hj’ f y CUMULATIVE COST / THIS COPY TO AREA MANAGER ■THE RECOMMENDATIONS MADE HEREON SHALL NOT BE CONSTRUED AS AUTHORIZING THE INFRINGEMENT OF ANY VALID PATENT, AND ARE MADE WITNOU ASSUMPTION OF ANY LIABILITY BY N L INDUSTRIES, INC. OR ITS AGENTS, AND ARE STATEMENTS OF OPINION ONLY. REPRESENTATIVE j HOME ADDRESS TELEPHONE $ T MOBILE UNIT | WAflEHCUSS.OCATXW TELEPHONE 1 ‘ BR1905-E PAIN TEO IN U.S. A. •V NL Baroid/NL Industries, Inc DRILLING MUD REPORT NO. | i DATE DEPTH - -1 ' L ' / I I e ; PRESENT ACTIVITY SPUD DATE J-J-J—L/ Jf" < OPERATOR ,t i.><-1.-1 x ' : REPORT FOR . i , | I U / -■ ■ CONTRACTOR O Y M ~ REPORT FOR g •--"A RIG NO. \ SECTION, TOWNSHIP. RANGE WELL NAME ANO NO. ,, n rs t . d -v'z\ /• /. A FIELD OR BLOCK NO. „ /V-TY7 C COUNTY. RAMSH4R STATE/PROVINCE- orrmtoneenEe «r .. >. DRILLING ASSEMBLY CASING MUO VOLUME ■(BBL) CIRCULATION DATA StT^E TYPE Nr H JET SIZE II U j 1V I SURFACE SET® FT PUMP
SIZE IN. ANNULAR VEL. (FT. MINI , 1 OP J/— 1 OC. DRILL PIPE size /- t ,7 E ' LENGTH ) >1 t INTERMEDIATE SET© FT TOTAL CtflC^WjpNG^OLUME PUMP MAKE, MODEL ASSUMED Q, u vV /rL». ’ •••; EFF ‘ % CIRCULATION PRESSURE (PSI) IS OR'LL PIPE SIZE . TYPE LENGTH INTERMEDIATE SET@ FT IN STORAGE I WEIGHT-, , - 1 -> 1 -r | 9BUSTK STKJMIN '-lu- ■BOTTOMS . UP (MIN) A DRILL COLLAR SIZE Q LENGTH is;. s PBOOUCTIQNOH LINER SET® FT MUOTYPE G ''V 2 BBuMIN GAL’MIN TOTAL C’RC TIME (MINI ' *' ' MUD PROPERTY SPECIFICATIONS MUD PROPERTIES Sample From 0F.L. QPIT WEIGHT VISCOSITY FILTRATE Time Sample Takon Flowline Temperature "F Depth (ft) Weight Q(ppg) O(lb/cu. ft.) OSp.G Funnel Viscosity (sec/qt) API *F Plastic Viscosity cP (j? ’F Yield Pomi (lb/100 it’) Get Strength (lb/100 ft ? ) 10 sec-' 10 mm. F'**"’ X API (cm 3 /30 min.) A< .THP Filtrate (cm’/QO mm.) (o' ’I Cake Thickness (32nd in, APl/HTHP) Solids Content (•/• by Vol.) 3calculated 0 retort liquid Content (’/• by Vol.) Oil/Water Send Content (•/• by Vol.) Methylene Blue Capacity ~~ pH glSlrip Meter @ *F Alkalinity Mud (Pm) Alkalinity □Filtrate (Pj/Mj) Alternate Alkalinity Filtrate (PuP?) Chloride (mg/L) Total Hardness as Calcium (mg/L) e“> 7^ ’ TZ avxrrrunorrv OPERATOR'S WRITTEN DRILLING CON □ □TRACTOR BYAUiHOHliY Q OPERATOR’S REPRESENTATIVE (JOTHER RECOMMENDED TQUR TREATMENT r J) ? u ' S <— F A??j. ~7T 1 X o •-/ r. > : T V K} f. i^'i. {7 ) / ■ ■47ww / / / / / / Centrifuge Degasser 4 STARTING INVENTORY 1 1 J 2' U Desander “h ( t RECEIVED L. Desilter 1 ! u Shaker ( J / V Y I 2-. USEOLAST J4HA I4U X 2 Other CLOSING ■INVENTORY f SO DAILY COST > CUMULATIVE COST / 4 301 bi 2. ’LAST 1 w? so S’ W 1 ’ THIS COPY TO AREA MANAGER THE RECOMMENDATIONS MADE HEREON SHALL NOT BE CONSTRUED AS AUTHORIZING THE INFRINGEMENT OF ANY VALID PATENT, AND ARE MADE WITHOL ASSUMPTION OF ANY LIABILITY BY N L INDUSTRIES, INC. OR ITS AGENTS, ANU ARE STATEMENTS OF OPINION ONLY. EQUIPMENT SIZE HRS'TOUR REPRESESTATr.-g b |' L • 1 rJ S HOMEAOORESS fig TELEPHONE^ } J 1 K MCBKE UNIT WAREHOUSE ■ ■LOCATION , .. rt TELEPHONE 2. •i ; ' BRl905-EPR'NrE0 IN U.S A. 19 f OEPTH .. .,2. ^ . \.ra PRESENT ACTIVITY CONTRACTOR c,‘rA^>i^r REPORTFOR « 2l±L WELL NAME AND NO. , v H 2 FlELOORBLOCKNO. A'/'' t< f COUNTY, RAniOlWR STATE/PAOWNC6 wot one ana* V-4 < •> ORILLtNG ASSEMBLY CASING MUD VOLUME (BBL) CIRCULATION DATA BITS^ZE S • TYPE,-, N < H JET SIZE “ >'. J *1 “/ \ SURFACE SET© lu^-i FT HOLE , . U l 1. PUMP SIZE IN. ■ANNULAR VEL. (FT. MIN) OP • - DC . I C' I mill pipe uze L. : TYPE / 1 ! LENGTH } S INTERMEDIATE SET© FT TOTAL CIRCUU^G^OVUJAE PUMP MAKE. MOOEL ASSUMED U'x.'W* At EFF"J$“» CIRCULATION > . — ... PRESSURE IPS') I OWll Pine size L, . TYPE t4 LENGTH INTERMEDIATE SET < FT IN STORAGE- SyO WEIGHF? n 13. BBUSTK STKIMIN XC‘ BOTTOMS , m UP (MIN) kJ* $ IRiLL COLLAR SIZE ( l^NGTtL* PRODUCTION OR LINER SET® FT MUD TYPE f . ae^MvT ^al'^Iin TOTAL CIRC. f TIME IMIN) l 2- 3 SECTION. TOWNSKIP. RANGE MUD PROPERTIES MUO PROPERTY SPECIFICATIONS OPERATOR ,1 C \ Qk ■EPORT FOR . . . , . . , n UjP- A \l. 7 K Sample From Time Sample Taken Flowline Temperature "F Depth (!l> rs\ Weigh! '(ppg) O«b.’cu. Ill OSp.G Funnel Viscosity (sec/qt) □API @ *F Plastic Viscosity cP (® ’F Yield Point (lb/100 »’) Gel Strength (lb/100 IP) 10 sec 10 min. Filtrate API (cm 3 /30 mtn.) C/F-L. QPIT IT'U'S pF.L. QPIT WEIGHT VISCOSITY FILTRATE u-t 7 11 Ub 2 O\1 <7 r Ci/ l~ 0Y authority O OPERATOR'S WRITTEN ■■ □ORILL'NG CONTRACTOR OPERATOR S REPRESENTATIVE OTHER A, HP Fillrate □ □
(cm’/30 min.) @ *F Cake Thickness (32nd in. APJ/HTHP) Solids Content (7. by Vol.) ^calculated Qretort liquid Content (7» by Vol.) Oil/Water Sand Content (7. by Vol) Methylene 8iue Capacity cmyc^mud pH QTSlrip Q Meter @ *F Alkalinity Mud (Pm) □Alkalinity Fillrate (PjZMf) Alternate Alkalinity Filtrate (P’/Ps) Chloride (mg/l) Total Hardness as Caicium (mg/L) EZT2ZZZZZZZZZZZZZ |y, fZ; i proouct INVENTORY starting INVENTORY RECEIVED USEOlAST 2« HR CLOSING INVENTORY ' ^tlast I ll.J TT 3oooo -■12_< L<2- Z37LF ILC ~ ~G ~ Ct j f-j ( / r-i < > -x Cl>u' w r A.' f / ? i’ •- ~i._. / t <. >» I nxj ■P. /^ \ A" , s , j j ,<H)O ie(' A -> 3 RECOMMENDED TOUR TREATMENT V.>. An fa T ^ r - j ■s / Sir / C*, i > ". Cenlriluge Degasser Desander Desiller Shaker Other ! iC • • • -K ■EQUIPMENT SUE J HRS/TOUR "^7 DAILY COST ^m-zS-o CUMULATIVE COST REPRESENTATIVE j HOME ADORESS ’-rN £ TELEPHONE MOBILE UNIT | warehouse location -'fjQi i-pv ‘ TELEPHONE I f Baroid/NL Industries, Inc OPERATOR ( V 'S’-jVl ■O.L 19 j£] DEPTH J-L/S2 CONTRACTOR - (J? REPORT FOR Tfr > RIG NO. I WELL NAME ■ANO NO. . HAvt, A,* 9 FIELD OR SLOCK NO, _ /I'// )< P couHTf. rwxOHOn state/PA9¥WC QEfiSHOBE >RSA, .. > DRILLING ASSEMBLY CASING MUD VOLUME (BBL) CIRCULATION ■DATA BIT Slf E 'S / TYPE JET SIZE •1 -VL SURFACE SET & ) x. 'A FT HOLE . « k-Su PITS PUMP SIZE IN. (7 ANNULAR VEL. (FT.MfN) OP J ’I DC ORILL PIPE SIZE U , TYPE i r LENGTH INTERMEDIATE SET® FT TOTAL CIRCU^AT^ VOLUME PUMP MAKE. MODEL A5SUMEO AC^O EFFf-% CIRCULATION , PRESSURE IPSD M 2 ) DRILLPIPE SIZE G i TYPE, LENGTH INTERMEDIATE SET® FT INSTOrtfje weighty i— q a 8BL/STK STK MIN •Oh > BOTTOMS UP IMIN) Cd I DRILL COLLAR SIZE Q LENGTH PRODUCTION OR LINER SET® FT MUO TYPE < S 0 * L 6BUM1N GAUMIN TOTAL CIRC. TIME (MIN) 1 ’ SECTION. TOWNSHIP. RANGE 1 MUD PROPERTY SPECIFICATIONS MUD PROPERTIES OUv. Sample From Time Sample Taken Flowline Temperature "F ( Depth (fl) Weight (3 (ppg) (lb'cu. !!.) QSp.G Funnel □Viscosity (sec/at) API @ Plastic Viscosity cP @ Yioid Pomt (lb/100 ft’) Gel Slrength (lb/100 IF) 10 sec/ >0 min Filtrate API (cm’/30 mm.) A thP Filtrate (cm 3 /30 min ) @ Case Thickness (32nd in. APt/HTHP) Solids Content (% by Vol.) 0 calculated 0 retort Liquid Content (% by Vol.) OH/Waler Sand Content (% by Vol.) .. ... [JlB’Obl equiv. Methylene Blue Capacity em Wm U d pH Strip Meter® *F G J -7< WEIGHT VISCOSITY FILTRATE □ □ □nvAiiwnm-v OPERATORS WRITTEN DRILLING CONTRACTOR 3Y AUTHORITY ^j Op ^□ □ A7OR . s ^ Ep ^ 5EN7Allv5 (j OTHER RECOMMENDED TOUR TREATMENT Co' a < I, • ft —i 2 — Alkalinity Mud (Pm) Total Hardness as Calcium (mg> l) Alkalinity Filtrate (P|/M[) Alternate Alkalinity Filtrate (Pi/Ps) Chloride (mg/L) c. c o i?k : S < s 4 >s. i -> V-JL k u > • * T7AJ /\A c- R i Pai A p : 3 STARTING INVENTORY 7 A ii RECEIVED So USED LAST 24 □HA 1 U- 2 i CLOSING INVENTORY i?v - 6^ IS 11 1 Io COST LAST 2 / > 7t/’ PAOOUCT INVENTORY Centrifuge Degasser Desander Desilter Shaker Other DAILY COST SW EQUIPMENT SIZE HRS/TOUR j 1 _ Go/ S CUMULATIVE COST REPRESENTATIVE /•'. /) ) HWE.OORESS TELEPHONE p \ \ "J MCB ;E -VT WAREHOUSE LOCATION J > rt A TELEPHONE j | \ Baroid/NL Industries, Inc Operator ,, --CO.k REPORT FOR „ SPUD ■DATE U fJ| -L/ CONTRACTOR - PRESENT ACTIVITY - -Gu RIG NO. I I? WELL NAME AND NO. . . . FIELD OR BLOCK NO. „ /Vrf >< P COUNTY. PARtSnUR STATE; PBQWNCE orrciionc arca» S ...C > DRILLING ASSEMBLY CASING MUD VOLUME (BBL) CIRCULATION DATA BIT SIZE •» X > TYPE V < I 7 JET SIZE . h <A< SURFACE SET# • PT HOLE . _ PITS o , 2'b PUMP
SIZE . X IN. I? •> ANNULAR VEL. (FT. MtN) , , DP 1/3 DC 1 U . OAHU PIPE SIZE L ' 1 TYPE ' |Z LENGTH n/r. INTERMEDIATE SET <g FT TOTAL CIRCU^ATINC^VOLUME PUMP MAKS. MODEL ASSUMEO L»-xv'/ A€-XJ EFF'-f\v. CIRCULATION PRESSURE (PSI) * '•••' > DA'LL PIPE SIZE TYPE LENGTH INTERMEDIATE SET @ FT IN STORAGE WEIGHT BBL/STK ■STK/MIN •cu < < BOTTOMS - — UP 1MIN) *“'» J OAILL COLLAR SIZE / • 'J - LENGTH PRODUCTION OR LINER SET(® FT MUD TYPE G 'K BBl/MfN GAL’M'N TOTAL CIRC. _ TIME (MINI 1 SECTION. TOWNSHIP. RANGE ' t. f'J'l. REPORT FOR J rr-j MUD PROPERTIES ' MUD■ PROPERTY SPECIFICATIONS Sample From QF.L. QPIT EfF.L. DP1T WEIGHT | VISCOSITY | FILTRATE Time Sample Taken ? < O S * ? vaht^ditv o OPERATOR S WRITTEN O □DRILLING CONTRACTOR SYAUTHUHiTY q OPERATOR’S REPRESENTATIVE ( jQTHER Flowline remperalure *F / no £> A Depth (ft) <*xx RECOMMENDED TOUR TREATMENT Weight C7(ppg) (ib/cu. It.) OSp.G 4 y y > 1? I H. G — - P - Funnel Viscosity ($ec/qt) □ ■API @ *F L^/ Plastic Viscosity cP (S’ *F > 1 U Yield Point (lb/100 fl») 11 r-T rz ’’-' Gel Sl'ongth (ib/100 It’) 10 sec/10 min. 2 A ) , •-/? —J\ • S J r \ . ! . / •> ! • ' Filtrate API (cm 3 /30 min.) yr A? \ ?• •• •' - ' > A 01 HTHP Fillrale (cm 3 /30 mm.) (o' »F / / v , ■ ■Thickness (32nd in. APl/HTHP) 1 1 F/?Za.. . J. -a . , Solids Conteni (% by Vol.) ■■
calculated Orelort 5. 1 1 C'. > \f- ru.j ; $ ~ '-p' LiQU'd Content (% by Vol.) Oil/Water -K > □ ■Sand Content (% by Vol.) Methylene Blue Capacity nSSmud j i -r < 1 < K pH Q Strip ■■ □Meter @ ’F < < Alkalinity Mud (Pm) •s • Ci. /vf, s . C<?-c N/^.3 Alkalinity Filtrate (Pf/Mj)
l /? t /1 1 Alternate Alkalinity Filtrate (Pi/Pj) / / Chloride (mg/L) A Yca Z8oo 0 ■ ■ ■Total Hardness as Calcium (mg/L) i 2-3 u v. >L /n- i 2 S--j" t - Vol £iij *: |i\ !<('* ' /. ' L ■I .U< <t-?o A-V Q J n k $5l . An/H< Ct. 1 EQUIPMENT SIZE HRS/TOUR PROOUCT INVENTORY STARTING INVENTORY II' iS 10 RECEIVED USED LAST 24 HA 2' l 1 \ L> 2 2S CLOSING INVENTORY bl -K lu S’ c COST LAST 24 HR u i ’? i a ii n' Centrifuge Degasser ■Desander Desilter Shaker Other DAILY COST 2- u) ) I- ) .> J CUMULATIVE COST THIS ■COPY TO AREA MANAGER J> THE RECOMMENDATIONS MADE HEREON SHALL NOT BE CONSTRUED AS AUTHORIZING THE INFRINGEMENT OF ANY VALID PATENT, AND ARE MADE WITH0U1 ASSUMPTION OF ANY LIABILITY BY N L INDUSTRIES. INC. OR ITS AGENTS, AND ARE STATEMENTS OF OPINION ONLY. represenTauve r HOMEAQOAESS TELEPHONE MOBILE UNIT WAREHOUSE LOCATION - , TELEPHONE } *-\ I » F Baroid/NL Industries, Inc OPERATOR . x SPUD DATE r l CONTRACTOR REPORT FOR x PRESENT ACTIVITY RIG NO. \ WELL NAME AND NO. xx k|AmaZ/^I . FIELD OR 0LCCX NO. a-t 9 e COUNTY. PABlSM«9fU STATEEROUINCg OSESHOR&AafiA. T ’ • 1 /''r,' > DRILLING ASSEMBLY CASING MUD VOLUME (BBL) CIRCULATION DATA ai^ZE TYPE C2j- JET SIZE ' L. > 'I '/ SURFACE SST^-^^'1^ FT HOLE , , - PUMP SIZE X IN. p ANNULAR V£L. {FT MIN) DP : 1 DC. » ‘2 . ORILL PIPE StZEL [>< TYRE 1 ( 1 J.ENGTH INTERMEDIATE SET® FT TOTAL ■CIRC^VJNGVOL^M^ PUMP MAKE. MOOEL ASSUMEO O.. M-'.J- ) EFF'-j CIRCULATION - PRESSURE (PSI) O ORILL PIPE SIZE U’', TYPE (J LENGTH S< 1 INTERMEDIATE SET® FT IN STORAGE WEIGHT 00USTK STIUMIN • OL, < M < BOTTOMS UP (MINI *7 >S ORILL COLLAR SIZE q. LENGTH 2^.' PRODUCTION OR UNER SET® FT MUOTYPE , /2. 6 ’ K bbl/min galmin TOTAL CJRC TIME (MIN) II \ RAMGE MUD PROPERTIES MUD PROPERTY SPECIFICATIONS VISCOSITY FILTRATE WEIGHT REPORT FOR L,/. ,, /? Sample From Time Sompie Taken Flowline Temperaiure *F Depth (It) r.A Weight 0(ppg) O(fb/cu. /I.) DSp.G Funnel Viscosity
(sec/qt) API (? ’F Plastic Viscosity cP (S' *F Yield Point (lb/100 ti ? ) Gel Strength (lb/100 ft') 10 sec/10 mm. Fiikafe API (cm’/30 min.) 'F flVAurunoiTv OPERATOR'S WRITTEN □ □DRILLING CONTRACTOR BY AUTHORITY Q OPERATOR'S REPRESENTATIVE TJ OTHER RECOMMENOED TOUR TREATMENT ' r -ru Au •1 A THP Filtrate (cm ] /30 min.) (o’ Cane Thickness (32nd in. API/HTHP) Solids Content (7. by Vol.) S calculated retort Liquid □Content (7» by Vol.) Oil/Water Sand Content (7« by Vol.) Methylene Blue Capacity g pH O Strip Meter @ !•< Alkalinity Mud (Pm) r- n>x2 7 s IO < u Alkalinity Filtrate (P f /M,) □Alternate Alkalinity Fillrate (Pi/P?) Chloride (mg/L) Total Hardness as Calcium (mg/L) TH ~ PRODUCT INVENTORY STARTING INVENTORY RECEIVEO USED LAST 2< HR CLOSING INVENTORY COST LAST 7 Co* •S </l I TTjTT - 5^v-. /u a. i x r *s> •. C&niriluge Degasser Desander Desiller Shaker Other DAILY COST i l£G<6 .Il . EQUIPMENT SIZE HRS/TOUR lu~. CUMULATIVE COST J. REPRE:=NTATIVE , f l *.' • |f* hr' S HOME ADDRESS , telephone 7, ' « f J MOBILE UNIT WAREHOUSE LOCATION . TELEPHONE 1,1 1 , NL I , Baroid/NL Industries, Inc OPERATOR - C I' i \ <9 REPORT FOR / . f P SPUD DATE '1 CONTRACTOR £6 REPORT FOR — RIG NO. L RANGE WELL NAME ANO NO. . . . n NJ A.A.u( 2 FIELD OR BLOCK NO. A ~P p COUNTY. RAA«H^>R STATE/RBOMMCS. OE&SMOA&AASA " ( „• . X DRILLING ASSEMBLY CASING MUD VOLUME (BBL) CIRCULATION DATA bitsjze „ TYPE C r.p JET SIZE ' { $ SURFACE SET® ? — aa FT <1 S PITS -> PUMP SIZE IN. ANNULAR VEL. (FT.MINf ( . ■■ DP I > I — OC. ’ * - DRILL PIPE SIZE L- iV 6 LENGTH INTERMEDIATE SET @ FT TOTAL ■CIRCUL^TIk G VOLUME " (2 PUMP MAKE. MOOEL ASSUMED O-.-a/ AC-./U EFF'f<% CIRCULATION r* PRESSURE (PSI) S *• '- OR'LL PIPE SIZE U r iT7. LENGTH ') S > ■INTERMEDIATE SET ® FT IN STORAGE WEIGHT 9BL/STK STKMIN BOTTOMS -z- UPtMIN) S'*! ORILL COLLAR SIZE J.ENGTH PRODUCTION OR LINER SET® FT MUD TYPE </, » A (. 1 2<--i 9BUMIN GAUMIN TOTAL CIRC. TIME IMIN) 1 !• ' MUD PROPERTIES MUD PROPERTY SPECIFICATIONS Sample From Time Semple Taken Flowline Temperature ”F Dopih (It) Weight Q(ppg) (lb/cu. It.) QSp.G Funnel Viscosity (sec/qt) API © *F Plastic viscosity cP □© *F Yield Point (lb/100 ft 1 ) Gel Slrengih (lb/100 ft ? ) 10 sec/'10 min Filtraie API (cm 3 /30 min.) FILTRATE VISCOSITY WEIGHT QF.L. QPIT RECOMMENDED TOUR TREATMENT J ' GoC-~^ r 13 (. 'F Z2 \ \ • bvaiiwaditv OPERATOR'S WRITTEN O DRILLING □CONTRACTOR BY AUTHORITY OPERATOR'S REPRESENTATIVE Lj OTHER A^ HP Fillrate (cm’/30 min.) © ij 10/bDI MW». cmJ/cnv mud •F I, P C azA ) EQUIPMENT SIZE □HRS/TOUR Solids Content (% by Voi.) calculated retort liquid Conlent (V. by Vol.) □ □OiVWater g£u gpfT Cake Thickness (32nd in. API/HTHP) Sand Content (•/• by Voi.) Methylene Blue Capacity pH 0 Strip Meter© Alkalinity Mud (Pm) Alkalinity Filtrate □(P^M,) Alternate Alkalinity Filtrate (Pi/P») Chloride (mg/L) Total Hardness as Calcium (mg/L) 2^1 Q PT‘ X ooq STI ^300 SS, / ^/-\7 £7 C Centrifuge 2 A- xS l> . STARTING NVENTORY is; Pq Go Degasser Desander "7 < . - RECEIVED Desilter || 11 USED LAST 24 HR li 1 Shaker ( . / • } 11. *. Other CLOSING inventory S' Lo DAILY COST 1 CUMULATIVE ■ ■ ■COST COST LAST 24’ i V “bf 1 J t THIS COPY TO AREA MANAGER THE RECOMMENDATIONS MADE HEREON SHALL NOT BE CONSTRUED AS AUTHORIZING THE INFRINGEMENT OF ANY VALID PATENT, AND ARE MADE WITHOUT ASSUMPTION OF ANY LIABILITY BY N L INDUSTRIES, INC. OR ITS AGENTS, AND ARE STATEMENTS OF OPINION ONLY. REPRESENTATIVE • -J -j Z I ! HOME ADDRESS f- A , - | (j\ '< X O< < 4C* pj 2 . TELEPHONE
MOBILE UNIT I WAREHOUSE LOCATION -f* -> ( . 'A-n s v TELEPHONE 5ui -ip NL I Baroid/NL Industries, Inc. ip DATE ‘ / r * 19 DFPTH , t Ct present activity SPUD DATE U ‘ (' ‘J J 1 OPERATOR CONTRACTOR Ca y r^e » < V4’ ' RIG NO. 1 REPORT FOR /- . fl REPORT ■FOR SECTION. TOWNSHIP. RANGE WELL NAME ANO NO. , , N T-V/l A f Lt < /. FIELD OR BLOCK NO. „ A-V P COUNTY. PAfWfQR STATE;ROOMINGS. OUSIIQOG AHCA S‘.’< < J DRILLING ASSEMBLY CASING MUD VOLUME (BBL) H . 1 CIRCULATION OATA ^hjsize . TYPE C 2 JET SIZE • '-'I SURFACE SET e 1 FT HOLE p,t w PUMP SIZE X IN. C:> ANNULAR ■■■VEt. (FT. M<N| OP. * ' DC. ’ ’ * ORILL PIPE SIZE L- , TYPE 1 / LENGTH Ml/1 INTERMEDIATE SET (® FT TOTAL CIRCULATING VOLUME PUMP MAKE. MOOEL ASSUMEO OtU*J At. «./<• EFF CIRCULATION . PRESSURE (PSI) L.D OR'LL PIPE SIZE b. t TYPE, 11 S* LENGTH S> • INTERMEDIATE SET <® FT IN STORAGE WEIGHT BBL/STK STK/MIN C( < BOTTOMS . UP (MIN) > 1 DRILL COLLAR SIZE Q LENGTH 2 < s PRODUCTION OR LINER SET® FT MUOTYPg L G .P x * i B5LZMIN GAL'M)N TOTALC1RC TIME (MIN) H ; * ‘A MUD PROPERTIES MUD ■PROPERTY SPECIFICATIONS Sample From ffF.L. PPIT )- )- St? zae: FILTRATE WEIGHT VISCOSITY RECOMMENDED TOUR TREATMENT P •F 'I / • . . rj . • i f I THIS COPY TO ■ ■AREA MANAGER QV .. iTunnirv OPERATOR S WRITTEN DRILLING CONTRACTOR □ □0Y AUTHORITY q qperaTQH'S REPRESENTATIVE MOTHER ' /L.., I' u /-Pl" zlH-/ 4i. EQUIPMENT SIZE HR S/TQUR I V ’I Time Sample Taken Flowling Temperature "F ~ ( Oepth (ft) r/' Weight (J (ppg) (ib'cu.ft.) USp.G Funnel Viscosity (sec/qt) API (a) ’F P □ ■Plastic Viscosity cP (o' Yield Point (lb< 100 It 7 ) Gel Slrongih (lb' TOO h ? ) <0 sec 10 min. Filtrale API (cm 3 '30 min.) AF T^p FiUraie (cm 3 /3Q min) (rr Ca— Thickness (32nd in. API/HTHP) Solids Content (% by Vol) CJcaiculated 0 retort Liquid Content (% by Vol.) Oil/Water Sand Content {’/ by Vol.) Methylene Blue Capacity ~ ~ pH GFStrip Meter ♦ □<® *F Alkalinity Mud (Pm) Alkalinity Filtrato (Pf/M,) Alternate Alkalinity Fillrate (Pi/P?) Chloride (mg/L) Total Hardness as Calcium (mg/L) K‘ -SJ, PRODUCT inventory STARTING INVENTORY RECElveO USED LAST 24 HR CLOSING INVENTORY COST LAST 24 •' Vo" p b /? Jiooo Cenlriluge Degasser Desander Desilter Shaker Other DAILY COST > CUMULATIVE COST REPRESENTATIVE f HOMEADOAESS £u$. 2 TELEPHONE \ , y'j MOOAE UNIT ■WAREHOUSE LOCATION . / rt. A TELEPHONE > -1 M NL Jaroid/NL Industries, Inc OPERATOR „ ~ .EPORT FOR „ , „ WELL NAME AND NO. kj \<i 'V/* f'-i'lf DRILLING ■ASSEMBLY DRILL COLLAR SIZE JET SIZE BIT SIZE R/U P’PE 1ZE 6-. • jR'LL PIPE SIZE L~ .■ LENGTH LENGTH Ss > LENGTH ... CASING • -1 ’> X SURFACE 1st® FT INTERMEDIATE SET @ FT INTERMEDIATE SET @ FT PRODUCTION OR LINER SET® FT Samolo From <me ■Sample Taken Towline Temperature *F Depth (ft) Weight 0(ppg) Q(lb/cu. fl.) CSp.G T unnel Viscosity (sec/qt) API (Si *F Plastic Viscosity cP @ F Yield Poml (lb/TOO ft ? ) 3ei ■Strength (lb/100 ft') 10 set'10 mm. Filtrale API (cmA'30 min.} AF <P Filtrate (cm J /30 min.) (m Cake Thickness (32nd in. APl/HTHP) Solids Content (% by Voi.) GJ calculated □retort Liquid Content (•/• by Vol.) Oil/Water Sand Content (% by Vol.) Methylene s7ue Capacity KXj pH 0 Strip 0 Meier (§> *F Alkalinity Mud (Pm) Alkalinity Fillrate (Pp’Mf) Alternate Alkalinity Filtrate (PJP>) Chloride (mg'L) Total Hardness as Calcium (mg/L) 1 vh DRILLING MUD REPORT NO. J DEPTH 3 3 V) SPUD DATE PRESENT ACTIVITY .. { ' .1 FIELD OR BLOCK NO. P'P l-< p CONTRACTOR 1-1 * REPORTFOR Lil COUNTY. RABISMOR OEESMPBLaafiA MUD VOLUME (BBL) TOTAL CIRCULATING VOLUME Eb IN STORAGE
MuorYpe K ( -^ MUD PROPERTIES F.L. DPIT 2112 WEIGHT PUMP st^E x IN. PUMP □MAKE. MODEL On*/ 8BL/STK UU < 90UM1N RIG NO. L SECTION. TOWNSHIP. RANCE ■CIRCULATION DATA £ assumed EFF »[ V. s nt min L f GAL'MIN ANNULAR VEL.tFT.M1N) QP_~? 7 - DC JU. CIRCULATION PRESSURE (PSH \ kJ BO rtOMS UP (MIN) TOTAL CIRC. TIME (MIN) MUD PROPERTY SPECIFICATIONS | FILTRATE uvAiiTunDirv 0 OPERATOR’S WRITTEN Q DRILLING CONTRACTOR BYAUIHOHHY q OPERATOR’S REPRESENTATIVE (JOTHER WEIGHT VISCOSITY RECOMMENDED TOUR TREATMENT L| o 2 T_ k ^x 5: " (So ^ 6/7 jpO (A) j). ,*x .i k- RECEIVED U- ' 2 CUMULATIVE COST CO**LAST 2 CLOSING ■INVENTORY USED LAST 24 HR II EQUIPMENT SIZE HRS/TOUR PRQOUCT INVENTORY STARTING INVENTORY Centrifuge Degasser Desander Desilter Shaker Other DAILY COST j. nEnnESENtAiivE { HOME A00R6SS nJ TELEPHONE MOfULE UNIT WAREHOUSE LOCATION /fn 1 ?- <v V s TELEPHONE 0 | , 1 THIS COPY TO AREA MANAGER THE RECOMMENDATIONS MADE HEREON SHALL NOT BE CONSTRUED AS AUTHORIZING THE INFRINGEMENT OF ANY VALID PATENT. ANO ARE MADE WITHOUT ASSUMPTION OF ANY LIABILITY BY N L INDUSTRIES. INC. OR ITS AGENTS, AND ARE STATEMENTS OF OPINION OHLY. f on 1905 E PT UN T E 0 tN 1) S A. N Baroid/NL Industries, Inc OPERATOR . Qjl LI A-fi 7 (I REPQRTFOR/ /) . < <>. oj| ( WELL NAME ANO NO. „ , h . DRILLING ASSEMBLY DRILL COLLAR SIZE JET SIZE LENGTH i x i i i LENGTH. >s > LENGTH DR'LL PIPE SIZE ■I*' DRILL PIPE SIZE L. ', n c CASING ' ) f SURFACE SET# FT INTERMEDIATE SET @ FT INTERMEDIATE SET @ FT DRILLING MUD REPORT NO. J \ DATE ? j SPUD DATE Z L L 7 CONTRACTOR Ct /M REPORT FOR \ . „ FIELOOR BLOCK NO. /I rf t ->.< P MUD VOLUME (BBL) TOTAL CIRCULATING VQLUME IN STORAGE WEIGHT COUNTY. AMUSUOfl OS&SHQa&ASSA 19_2iy DEPTH PRESENT ACTIVITY C .J J ! RIG NO. L S ECTION t nwumm RANGE STATE'EfiOWNeE <x CIRCULATION DATA PUMP SIZE (X IN. STK/MIH PUMP MAKE. MOOEL 4 La KJ BSL'STK • UV f ANNULAR VEL.fFT.MiN) 0P_m „ oc-X-12 CIRCULATION PRESSURE (PSl) BOTTOMS UP I MIN) TOTAL CIRC. TIME [MINI Go MUD PROPERTIES 1 MUD PROPERTY SPECIFICATIONS Sample From 'F.L. DPIT "F l. QPIT WEIGHT □ □VISCOSITY | FILTRATE Timo Somplo Taken 2 i O nv.nruno.Tv OPERATOR'S WRITTEN □
DRILLING CONTRACTOR Flowline Temperature "F uC S 1 Depih(ll) PJVi □RECOMMENOED TOUR TREATMENT We>gh( 0 (ppg) Q(lb'CU.IL) QSp.G < ? o P .J J | P/u ' 1■ ' (\Ck )* " Funnel Viscosity (soc/ql) API (ff- *F 1 J v Plastic Viscosity cP (?' ‘F 1 /.-.n..yxx ■Yield Point (lb/ TOO If) D 1To i /; i ... Gei Strength (lb/100 If) 10 sec 10 mm 2. 1 /\o Filtrate API (cm 3 /30 mm.) S £ XC o f o - 1 , v \r "TL- •) ?. Al o i THP Filtrate (cm 3 /3O min.) (tf *F / / VI “•>“> < 1 4G. Cake Thickness (32nd in. AP1/HTHP) 1 1 -I Solids Content (% by Vol.) ■0calculated retort 2 X ? X l I- /X h . x C. >' \ liquid Content (% by Vol.) Oil/Waiet ‘TT K V<A.□ i-y Sand Content (% by Vol.) • i < •K i Methylene Blue Capacity g SKXud 5 < J Az pj > -l. pH Gj Strip Q Meter @ *F k? I-J Alkalinity Mud (Pm) •) u Alkalinity Fillrate (P//M f ) i A Al 2- ■ ■Alternate Alkalinity Fillrate (P>/Ps) / / Chloride (mg/L) ,%OOQ A? A ?4;.v ' 12 1 Total Hardness as Calcium (mg/L) u-xj VJL X ' ) ; K'C / /(, < //-•< V •_ II A ( / 9 : io<l. AbCOC?■ ■ IbiW e oA 2 '-/ Cj U-O L~O f-^r. c^is~ <; ..-A G ' rV SSL'M'N PRODUCTION OR LINER ■■SET® FT S, /v/ Q V / / / / / / Centrifuge X 'A Lu Degasser STARTING INVENTORY 111. Desander XL RECEIVED Desilter H Shaker (c / < ) >$ USED LAST 2* HR Li u b Other CLOSING INVENTORY 6TT A II DAILY COST i IU? CUMULATIVE COST T II COSTLAST R 6) l| '
i A 9 EQUIPMENT SIZE HRS'TOUR THIS COPY TO AREA MANAGER THE ■RECOMMENDATIONS MADE HEREON SHALL NOT BE CONSTRUED AS AUTHORIZING THE INFRINGEMENT OF ANY VAMO PATENT, ANO ARE MAOE WJTHOL ASSUMPTION OF ANY LIABILITY 0Y N L INDUSTRIES, INC. OR ITS AGENTS. ANO ARE STATEMENTS OF OPINION ONLY. RErneSENTAriVE //, . ,0 HOMEAOORESS rJ 1 JELEPHONE (> ) , : 1 ”} MOBILE UNIT WAREHOUSE LOCATlON -r~ fl A 1 »/-r TELEPHONE -> )<\ • h Baroid/NL Industries, Inc OPERATOR DRILLING MUD REP ORT NO. 2 DATEp?U SgPV 19 A jL DEPTH ? A l a C-) PRESENT ACTIVITY SPUD DATE r PQ O J , CONTRACTOR REPORT FOR RIG NO. I WELL NAME ANO NO. . • I'U ’-•vYl **"1 FIELD OR BLOCK NO.„ Arp P COUNTY, JA,ni6ii ORf. „ STATE-'BROWICE CVfonc \iz< DRILLING ASSEMBLY CASING MUD VOLUME (BBL) CIRCULATION DATA MYPE (Yu JETjSlZE Q </C SURFACE FT H0Le 52^ P " s |^ PUMP SIZE X IM. G S ANNULAR VEL. (FT/MIN) . - OP OC- ‘^ 1 DR'LL PIPE SIZE + TYPE i7- LENGTH INTERMEDIATE SET & FT TOTAL CIRCULATINGVOLUME th 8 • . PUMP MAKE. MODEL ASSUMEO Oh ZVCou err] .$ •* CIRCULATION - . . PRESSURE (PSD Q.S'Z DRILL PIPE SIZE t- TYPE H LENGTH INTERMEDIATE SET FT IN STORAGE WEIGHT BBL/STK SXX/M1N •ou< BOUOMS UP (MIN) ORIIL COLLAR SIZE £ '• LENGTH < PRODUCTION OR LINER SET fit FT “ UDTYP W tc T^r BBL/MIN GAL/MIN TOIAL CIRC. TIME (MIN) SECTION. TOWNSHIP. RANCE REPORT FOR MUD PROPERTY SPECIFICATIONS 1 MUD PROPERTIES Sample From 0F.L □PIT F.L. PIT Time Sampfe Taken Hoo 2 Flowline Temperature °F • < Depth (tl) pm □ □Weight (ppg) 0 (Ib/cu. It.) Sp.G q o Funnel Viscosity (sec/qf) API (to °F / / Plastic □ □Viscosity cP J? °F ? Yield Pom< (lb/100 It') Gel Sltength (Ib/tOO It’) 10 sec/10 mm. / Filtrate API (cm'/30 min.) / THP Filtrate (cm’/30 min ) fa °F / Cake Thickness (32nd in. API/HTHP) • o Solids Content |%by Vol.) Gj calculated retort 2 * kJ Liquid Content □(®'oby Vol.) O'l/Waier on lt Q) Sand Conlent (%by Vol.) 'K X Mo.^BtoCapaeily $ • pH Pi Sinp Meter fa °F IO Alkalinity Mud (Pm) Alkalinity Filtrate (PJM,) z 1 Alternate □Alkalinity Filtrate (P,/P 2 ) / / / Chloride (mg/L) 3 Good Tomi Hardness as Calcium (mg/L) LrP ( ; W‘’Z'> k- So,'(^t -IO- 'C nEcstveo WEIGHT VISCOSITY FILTRATE ay Al ITHHRITY 0 OPERATOR'S WRITTEN DRILLING CONTRACTOR ° AU MU 1 OPERATOR'S □ □REPRESENTATIVE OTHER RECOMMENDED TOUR TREATMENT Cotz, A(Jv< UQ COST □LAST STARTING INVENTORY pnoouc r INVENTORY CLOSING INVENTORY USEO LAST 2* HR Centrifuge Degasser Desander Desilter Shaker EQUIPMENT SIZE HRS/roun L1 (,38 ok□ i •.. G,? / Q Other i DAILY - CO!p feC CUMU < THIS COPY TO AREA MANAGER THE RECOMMENATIONS MADE HEREON SHALL NOT BE CONSTRUEO AS AUTHORIZING THE INFRINGEMENT OF ANY VALID PATENT, ANO ARE MADE WITHOUT ASSUMPTION OF ANY LIABILITY BY NL INDUSTRIES. INC. OR ITS AGENTS, ANO ARE STATEMENTS OF OPINION ONLY. REPRESENFAIIVE A - , , < HOME ADDRESS IELEPHONE f MOBILE UNIT WAREHOUSE LOCATION 1 -•’( 'ELEPHONE -i , j A_ 2 Ji i PRESENT-ACTIVITY f Q -I. hi. Baroid/NL Industries, Inc. -w- DRILLING MUD REPORT NO.^ *> jfD DATE^~^--S CONTRACTOR — _____ REPORT FOR x \ OPERATOR Sample From O'p.L. PIT 7^ -2221 L? F.L. PIT □ □ □WEIGHT VISCOSITY fh. IRATE ry- dftTMnorrv 1=1 OPERATOR’S WRITTEN DRILLING □CONTRACTOR by AuiiuNi f 0 Q PERATCIR . S REPRESENTATIVE TI01 HER Time Sampte Taken Flowlmo Temperature "F C RECOMMENDED TOUR TREATMENT C Cl'Pc Sand Content («,'oby Vol.) Alkalinity Filtrate (P/M.) Alternate Alkalinity Filtrate (P,/PJ r m i ■
83 received CARTLAST n CLOSING INVENTORY pnODUCT INVENIQRY ST ARI ING INVENTORY USED LAST 2* HR LJ iD'OOi eauiv. Q cm7em a mud °F 'Si'Vu i Centrifuge Degasser Desander Desiller Methylene Blue Capacity pH (3 Strip Meter @ Alkalinity □Mud (Pm) Chloride (mg/L) Depth (ti) /v-i Shaker Other DAILYCOST EQUIPMENT SIZE HRS/TQuR r ~ i U L. Sr/? ' L-j cXjy^^?_i?^ Gel Strength (16/100 It 7 ) '0 sed’O mm Filtraie API (cm’/30 mm.) tTHP Fiitrate (cm’/Ot? min ) ft Weight CT(ppg) Ofb/cu. tt ) OSo.G Funnel Viscosity (sec/qt) API ft Pinsiic viscosiiy cP tj Yidd Pomt (ib/tOO h : ) Cake Thickness (32nd in. APf/HTHP) Solids Content (°'oby Vol.) 0 calculated retort Liquid Content (ikby□ Voi) OH/Water Total Hardness as Calcium (mg/L) Hoop u-o /GJ SGQ’-X) ~ht> CUMULATIVE COST g'X THIS COPY TO AREA MANAGER THE flECOMMEMATJONS MADE HEREON SHALL NOT BE CONSTRUED AS AUTHORIZING THE INFRINGEMENT OF ANY VALID PATENT. AND ARE MADE WITHOU ASSUMPTION OF ANY LIABILITY BY NL INDUSTRIES. INC. OR ITS AGENTS, ANO ARE STATEMENTS OF OPINION ONLY. WELL NAME AND NO. . k n K4 1/V\ /W» A-/H P 2 BLOCKtJO. f COUNTY, rwtioi I on. y. STATE/RRQMIMCE orreiionei^eA Suffer DRILLING ASSEM8LY CASING MUD VOLUME (BBL) CIRCULATION DATA Sir size TYPE jet size -f' >/ 1 SURFACE SET 5 7^4** FT HOLE 5.30 " TS Bo PUMP SIZE. X IN. Q b d ANNULAR VEL. (FT/MIN) DP DC DRILL PIPE SIZE TYPE LENGTH INTERMEDIATE SET A FT TOTAL CIRCU^AjTtN^/OLUME PUMP MAKE. MOOEL ASSUMED '(-‘V /HlCAJ eFF^^ti CIRCULATION PRESSURE(PS» OhiLL pipe sire TYPE □LENGTH INTERMEDIATE SET FT IN STORAGE .5.5 WEIGHTY _ . z> X B8USTK STK/MIN ‘L?b < BOTTOMS UP (MIN) drill collar size LENGTH PRODUCTION OR LINER SET at FT M“O TYPE Kc< , B8L/MIN GAL/MIM 10FAL CIRC TIME (MIN) SECTION. TOWNSHIP. RANGE REPOnr FOR MUD PROPERTIES MUD PROPERTY SPECIFICATIONS n F .r„ ra ,AnvE^ |U ,, HOME ADDRESS t ELEPKONE MOB/lE . NIT WAREHOUSE LOCATION t O .> jAn?.A ■ ■■IELEPHONE , y 1 i .5c— / L Baroid/NL Industries, Inc. vHERATOR REPORT FOR, zj /z a —- “ PRESENT ACTIVIT; . ..kA-, ’ ENT ACTIVITY „ WELL NAME AND NO. . A kJ XvV\ a-^ v-m 2 FIELO OF BLOCK NO. _ P COUNTY. ftAniCM OR r M STATE/RFIOWICC orroHGBC itfifiA O n > DRILLING ASSEMBLY CASING MUD VOLUME (88L) CIRCULATION OATA qgiSiZE JET^SiZE < surface IeTO ft H ° LE P ' TS 1^3. PUMP SIZ^ X IN. g ANNULAR VgL. (FT/MIN) DP bl DC lq DRILL PIPE SIZE 6 TYPE 1 ( length 901S INTERMEDIATE SET Q FT TOTAL CIRCULATING ■VOLUME . PUMP MAKE. MOOEL ASSUMED OlUV Ati-OO EFF'B CIRCULATION * - PRESSURE (PSI) 5 ORiLL PIPE SIZE U TYPE LENGTH sS < INTERMEDIATE SET & FT IN STORAGE WEIGHT BBL/STK SJK/MIN BOTTOMS up iMiN) DRILL COLLAR SlZEz >/ LENGTH PRODUCTION OR LINER SET St FT MUD TYPE |/( BBL/MIN GAL/MIN TOIALCIRC. TIME (MIN) SECTION. TOWNSHIP. RAHOE MUD PROPERTY SPECIFICATIONS MUD PROPERTIES CONTRACTOR REPORTFOR^ Sample From O F.L. PIT WEIGHT VISCOSITY FiiTRA re □RECOMMENDED TOUR TREATMENT ’F F P o. O d. Filtrate API (cm'/30 min.) ' HTMP FiiUaie (cm 3 A3O mm) fit Thickness {32nd in. API/HTHP) Alkalinity Mud (Pm) j Si ib/bbi equiv. ■
em'/cm’mud °F Po.od. (7 U Plastic Viscosity cP @ Yield Point (lb/100 lt r ) Chloride □(mg/L) Total Hardness as Calcium (mg/L) Sand Content ("/oby Vol.) Methylene Blue Capacity pH (Zf Strip Meter @ Depih {It) a/' weight Pl (ppg) (ib/cu. it) Sp.G □ □ □Funnel viscosity (sec/pt) API rft- Time Sample Taken Flowline Temperature °F J ( Alkalinity Fillrate (P-/M,) Alternate Alkalinity Fillrate (P,/P.) Mo Solids Content (°/oby
Vol.) 0 calculated retort Liquid Content {Afcby Vol.) Oil/Waier - jg==^ 54,300 UP U.O RY □AUTHORITY OPERATOR'S WRITTEN DRILLING CONTRACTOR dy AUinvniii □ □ □OPERATOR'S REPRESENTATIVE 11 OTHER Vo‘- » V / / / / / Centrifuge Degasser STARTING INVENTORY b.U 5u UG Desander 1 'b t RECEIVED Desilter ii • t b Shaker 6-;/ ' 2 G USED LAST £4 HP bO 1 Other CLOSING INVENTORY II I? DAILY COST $73^70 CUMULATIVE COST $ 5?U‘S-C^7- COST LAST >• **n Sori 31 iS - EQUIPMENT size hrshour THIS COPY TO AREA MANAGER THE RECOMMENATtOHS MADE HEREON SHALL NOT 0E CONSTRUED AS AUTHORIZING THE INFRINGEMENT OF ANY VALIO PATENT. AHO ARE MADE WITHOU ASSUMPTION OF ANY LIABILITY BY NL INDUSTRIES. INC. OR ITS AGENTS, AND ARE STATEMENTS OF OPINION ONLY. REmiESENTARVE/O, A , , , HOME ADDRESS Q iyrZ H^ 4C+( , 2 IELEPHONE ^|L_I / MOBILE UNIT WAREHOUSE LOCATION o. > ••‘V 4 A ■ielephone T(_ J ( 1RI9OS-E PHINIED IN USA. N Baroid/NL Industries, Inc OPERATOR ORILLING MUD REPORT NO.2 19 2j DEPTH -j- UH1LLING MUU I) DATE -L /. PRESENT ACTIVITY SPUO DATE J> / P Q O> H CONTRACTOR REPORT FOR RIG NO. I WELL NAME ANO NO. f\l A-P X FtELO OR, BLOCK NO. /) COUNTY. awriBi I’CR STATE/PRQVIftgE DRILLING ASSEMBLY CASING MUD VOLUME (BBL) CIRCULATION DATA BIT SIZE TYPE JET SIZE yr surface SET * FT HOLE 53^ " TS ISi PUMP SIZE X IN. - ANNULAR VEL. (FT/MIN) OP... 0C_ OniLL PIPE SIZE TYPE LENGTH INTERMEDIATE SET at FT TOTAL CIRCU^AWs G VOLUME * > PUMP MAKEfMOOEL ASSUM60 Oil<a7 rlXjOO EFF^Mi CIRCULATION PRESSURE (PSI) ORlLL PIPE SIZE TYPE LENG Th INTERMEDIATE SET fft FT IN STORAGE WEIGHT 88L/STK STK/MIN BOTTOMS UP (MIN) orjll collar size LENGTH PRODUCTION OR LINER SET <n FT MUD TYPe |/^' Alm? ,v> BBL/MIN GAL/MtN TOTAL CIRC. TIME (MINI SECTION. TOWNSHIP. RANGE "'i MUD PROPERTY SPECIFICATIONS MUD PROPERTIES REPORT FOR,. £ IrJ. < Sample From Time Sample Taken Flowline Temperature °F J (. Oepih (fl) Weight 111 (ppg) ( lblcu.lt .) CSp.G Funnel Viscosity (sec/qt) API a F Plastic Viscosny □cP ft °F YrelH Point (1&100 0F.L.CP1T <3 J OF.L.OPIT WEIGHT VISCOSITY FILTRATE A 'HP Fillrale (cm’/3Q mm ) <<? Cake Thickness (32nd in APl/HTHP) Solids Content (%by Vol.) 0 calculated retort Liquid Content (%by Vol) Dil/Waier Sand Content (%by Vqi.) □Methylone Slue Capacity pH O'Strip Meier fft Alkalinity Mud (Pm) LZb'lJbi eeuiv. □ □cmVcm’mud °F AlkaJimly Filtrate (P,/M.) Alternate Alkalinity Filtrate (P,/P ? ) Chloride (mg/L) Vo u 7 G Ml k- _ At iTwnnirv O OPERATOR'S WRITTEN O DRILLING CONTRACTOR by AU HUHII Y a O p EnATOR . s REPRESENTATIVE rj 01 HER RECOMMENOED TOUR TREATMENT A-OlzO ^Hvi' 1 ijy? iz-^vivO C n on m t-y_ O r>-^r C< AA./i) HOif; ^_<P| Total Hardness as Calcium (mg/L) Z7. y\ooo / m/i / / / Centriluge STARTING INVENTORY Tl Degasser Desander 7-g • AECEIVEO Desilter Shaker Go / 5J » i USED LAST 24 HR Mo 1 U Mo l Other CLOSING INVENTORY % TS s-n l DAILY COST To CUMULATIVE COST COST LAST 2 |-?C" >5 EQUIPMENT SIZE HRSrTQUR THIS COPY TO AREA MANAGER THE RECOMMENATtONS MAOE HEREON SHALL NOT BE CONSTRUED AS AUTHORIZING THE INFRINGEMENT OF ANY VALID PATENT. ANO ARE MADE WITHOUT ASSUMPTION OF ANY LIABILITY BY NL INDUSTRIES. INC. OR ITS AGENTS. AND ARE STATEMENTS OF OPINION ONLY. itEFnESENrAJJvE /?. . , , . KMlkrl^ /rW. 5 homeaooress L iELEPHOrrE^ lt q-J MOBILE UNIT warehouse location ’**'-0 ’ > /a 5- A TELEPHONE , t Baroid/NL Industries, Inc. ■OPERATOR u Ct pre ^ ta o t h' ty CONTRACTOR REPORT FOR x - SPUD DATE RIG NO. I
WELL NAME AND NO. „ A , < » M A/Z /X ^< J FIELD OR BLOCK NO. /-i atP r COUNTY, ■PAiUS^tBR . STATEJMWWU4G5 DRILLING ASSEMBLY CASING MUD VOLUME (BBL) CIRCULATION DATA -TYPE JETjyzE M SURFAC SIT * flrf a- FT MOLE 5SU PUMP SIZE. X IN- A fi ANNULAR VEL. (FT/MIN, dp 13 oc.Hl OFULL PIPE SIZE TYPE 1 LENGTH INTERMEDIATE SET ® FT TOTAL C1RCU£A^(M3 VOLUME PUMP MAKE. MODEL ASSUMED C'L<a/ CIRCULATION PRESSURE (PS!) 5 *5 O oniiu pipe SIZE TYPE (( -7 LENGry INTERMEDIATE SET © FT IN STORAGE WEIGHT BBL/STK StK/Miy BOTTOMS UP WIN, DRILL COLLAR SIZE; ( L? lEMQry •> PRODUCTION C SET to R LINER FT MUO TYPE a KC (' 'Ok To 2^ BBL/MIN GAL/MIN TOIAL CIRC. TIME (MINI SECTION. TOWNSHIP. RANGE MUD PROPERTY SPECIFICATIONS MUD PROPERTIES REPORT FOR . ~ Sample From Zjp.L, dPlT
F.L. PIT WEIGHT VISCOSITY FILTRA re Time Sample T,ni<en Plastic Viscosity cP (It □ □Yield Point (lb/100 ft’) po O. H . Get Slrenpib (IWICO ft') >0 sec/10 mm. F Sand Coritenf (%by Vol.) Alkalinity Mud (Pm) Alkalinity Filtrate (P^M,) STARTING INVENTORY PRODUCT INVENTORY USED LAST 2« HR COST LAST 2> -<H CLOSING 1NVENIO11Y ' 'THP Fillrale (cm’/30 mm.) fa 2il£ Methylene Slue Capacity pH 7! Strip Meter fa 3 lb/DW equiv. □ □cm'fcm'mucl °F C<ir.c Thickness (32nd in. API/HTHP) Solids Content (Ve-by Vol) QI calculated retort Liquid Content (°.’oby Vol.) Oil/Wnter Weight (71 (ppg) (Ib/CU. It.)□ □
Sp.G Funnel Viscosity (sec/qt) API °F F k-c>3 , a Flowline Temperature °F J L hv ai □itudqitv O OPERATOR'S WRITTEN DRILLING CON TRACTOR 0 Q OPERATOR'S □REPRESENTATIVE D OTHER Depth (it) f<S\ RECOMMENDED TOUR TREATMENT 3 /Co Alternate Alkalinity Filtrate (P./Pj Chloride (mg/L) Total Hardness as Calcium (mg/L) K»t ((Vft / 7,) k- (Cf^} U QOqq 2d /T EQUIPMENT SIZE RECEIVED Centrifuge Degasser Desander OesMer Shaker Other DAILY COST hRS/TQUR 2 < 7 A f/>L GO /£> CUMULATIVE COST ‘ THIS COPY TO AREA MANAGER THE RECOMMENATIONS MAOE HEREON SHALL NOT BE CONSTRUED AS AUTHORIZING THE INFRINGEMENT OF ANY VALIO PATENT, ANO ARE MADE WITHOUT ASSUMPTION OF ANY LIABILITY BY NL INDUSTRIES, INC. OH ITS AGENTS, AND ARE STATEMENTS OF OPINION ONLY. REPHESENJAHVE f) , n . > . HOME ADDRESS IELEPHONE MOBILE UNtr WAREHOUSE LOCATION-— TELEPHONE . ? • K? •( H •• !y:U NL Baroid/NL Industries, Inc DATE I, 19^ DEPTH OPERATOR s A-h r CONTRACTOR , SPUOOAT^- 9 Q W^a' V ' TY RIG NO. I WELLNAMEA^DNO^^ FIELO OR BLOCK NO. st ATP 1^$- P county. a,nraiSM oa^ HBCtwnne aaga. 5su £ S rATEtfWSMMSC DRILLING ■ASSEMBLY _ CASING zO MUD VOLUME (BBL) CIRCULATION DATA BI^AIZE _ TYPE C 3 Q ' JET SI?E ”1 SURFACE SET 0 FT HOLE 5y . PITS ., IhU- pump size x in. - VO O ANNULAR VEL. (FT/MIN) -» _ OP .. DC V ’ L. . DRILL PIPE SrZE^- L TYPE 1 /- LENGTH INTERMEDIATE SET ff» FT TOTAL C1RC^LA£|J S VOLUME PUMP MAKE. MODEL ASSUMED Oikh/. eF^73 ? * CIRCULATION Q PRESSURE (PSIf O UO DR’LL PIPE S.ZE L LENGTJ1 S< 1 INTERMEDIATE SET ® FT IN STORAGE WEIGHT BBL/STK STK/MJfl I BOTIOMS UP (MIN) On'LL COLLAR SIZF^ LENGTH 2 O \ V PRODUCTION OR LINER SET ® FT MUO TYPB l/z z-j /) t __ )<C c 3? - Sz^ 2 <S7 BBumIn GAUtJlM I0TAL CH’C. VMS If.UN) 4tP, RANGE s ee?** REPORT FOI > ■MUD PROPERTIES REPORT FOFL-. K _ d S>OH MUD property specifications Sample From tfF.L. PIT F.L.OPIT Time Sample Taken iLnOO Z Flowline Temperature °F Depth (It) □ □(Vi 2.3oi Weigrti [71 (ppg) (Ib.'cu. h.) C Sp.G <3-2.’ Funnel Viscosity (sec/gt) API <?; °F□ ■ ±l/ / / P1.1SHC Viscosity cP if? °F 12 Yield Point (lb/100 H J ) 3 Get Strenaih (lb/100 lt ? )
10 sec/10 mm. 2 /£o / / Filtrate API (cm'/30 min.) M- u- HTHP Filtrale (cm’/30 min ) °F / / / Cake Thickness (32nd in. APl/HTHP) 1 -r--. Solids Content (%by Vol.) GI calculated 0 retort k u 1 <J Ltauid Content ( n 'oby Vol.) Oil/Waler 3 s. u Sand Content f’/oby Vol) J< ■Methylene Blue Capacity ftcXXd G L< pH O'Strip O Meter O °F lO Alkalinity Mud (Pm) Alkalinity Filtrate (P^'M,) •L. /-3 / Alternate Alkalinity Filtrate (P,/P.) / / Chloride (mg/L) Toial Hardness as Calcium (mg/L) IGo Kce 21 / ? K' (Pr^i Lp6\00 so, U-O T 7 WEIGHT ■VISCOSITY FILTRATE RV authority D OPERATOR'S WRITTEN DRILLING □CONTRACTOR B rtU 0 OPERATOR'S REPRESENTATIVE 0 01 HER RECOMMENDED TOUR TREATMENT fjjl .^rl) •fZ 0 >1 -xJ ' AJ Vol b £yV\'T’' 3^7 C/ ^0^ RECEIVED S<X> STARTING INVENIORY CLOSING INVENTORY PRODUCT INVENTORY used LAST ? « HR COST LAST * ■Centrifuge Degasser Desander EQUIPMENT SIZE Desilter Shaker Other DAILY COST n't, Il ’ <-* Go/ So >iRS/rovn CUMULATIVE COST THIS COPY TO AREA MANAGER THE RECOMMEMATIONS MADE HEREON SHALL NOT BE CONSTRUED AS AUTHORIZING THE INFRINGEMENT OF ANY VALID PATENT. ANO ARE MADE WITM0U1 ASSUMPTION OF ANY LIABILITY BY NL INDUSTRIES, INC. OR ITS AGENTS. AND ARE STATEMENTS OF OPINION ONLY. PErn^.A,^ HOME ADDRESS N 2 ’ 1ELEPH0NE ^\i . 3ILE UNIT WAREHOUSE LOCATION . ’ v’OiAbO/YlM TELEPHONE 2^-^ CH ' 90S E PHlNl EO IN U.S A. NL 1Q DEPTH rj NL Baroid/NL Industries, Inc. OPERATOR K-A ' 1EP0HrF ?^,z WELL NAME AND NO. , f~xj DRILLING ASSEMBLY air size TYPE ORiLL PIPE SIZE TYPE DRILL PIPE SIZE TYPE OR«.< COLLAR SIZE Samp;<? From Time Sample Taken Flow/ir to Temperature "F SPUD DATE PRESENT ACTIVITY p I r*> A 6 .7 T /V-TT'"' 2 JET SIZE LENGTH LENGTH LENGTH ■CASING INTERMEDIATE SET ft FT INTERMEDIATE SET ft FT PRODUCTION OR LINER ■SET ft FT <» CONTRACTOR HEPOHT roaiTT X , F^O^LOCKNQ, ? MUD VOLUME (BBL) HOLE TOTAL CIRt ^ VOLUME IN STORAGE WEIGHT MUD TYPE ^1? i?- MUO PROPERTIES F.L. □OPIT SECTION. TOWNSHIP. RANGE COUNTY. PAR iffr O R A u- . STAT G;nno¥ t NO€ CIRCULATION DATA PUMP SIZE X IN. C? £ PUMP MAKE. MODEL B8USTK 'OGf E. MODEL ASSUMEO AC'OO EFFj 7 * i HUMIN WEIGHT BBUMIN GAL/MIN ANNULAR VEL. (FT/MIN) OP _- - PC. CIRCULATION PRESSURE (PSI) not toms UP (MIN) TOTAL CIRC. TIME (MIN) MUD PROPERTY SPECIFICATIONS VISCOSITY FILTRATE Depth (It) Weight (ppg) O(lb/cu. it.) O Sp G Funnel Viscosity (sec/Ql) API ’F Plastic viscosity cP ift Gel Strength (lb/100 ll ; ) '.0 seer 10 min. APi ,iTHP Filtrate (cmVjQ min.) (<V 'F Cake Thickness (32nd in. APt/HTHP) Soitfls Content (Voby Vol) 3f calculated retort liquid Content (%by Vol.) Otl/Waier by □AiiTMfhHiTY 0 OPERATOR'S WRITTEN DRILLING CONTRACTOR ° ? U1 □ □OPERATOR’S REPRESENTATIVE O OTHER RECOMMENDED TOUR TREATMENT O'-* r Sand Content (%by Vol.) Methylene SJuo Capacity pH KJ Strip Q Meter <® lit tbinut eeuiv. □cm 7cm’mud °F M -k kx Alkalinity Mud (Pm) Alkrtlin<ty Filtrate (P/MJ Alternate ■Alkalinity Filtrate (P./P,) Chloride (mg/L) ZlZZ 3^ooo Total Hardness as Calcium (mg/CJ 3J\ <^-3OD O >ol) STARTING INVENTORY 3gS RECEIVED UFCO LAST 2* NR CLOSING inventory LAST < oi yr pnooucr inventory Centrifuge >• 2 -1> Degasser Desander 1 Desilter fi Shaker 6- ' L Other hRS/TOUR EQUIPMENT SIZE DAILY COST CUMULATIVE COST THIS COPY TO AREA MANAGER THE neCOMMENATIONS MAOE HEREON SHALL NOT BE CONSTRUED AS AUTHORIZING THE INFRINGEMENT OF ANY VALID PATENT. AND ARE MADE WIT HOU' ASSUMPTION OF ANY LIABILITY OY NL INDUSTRIES. INC. OR JTS
AGENTS. AND ARE STATEMENTS OF OPINION ONLY. nCHIESENTANVE f) f\ r , / . HOMEADDRESS O4Z?| L TELEPHONE f.j ” MOBILE UNIT WAREHOUSE LOCAJJON -> -t'-zy A TELEPHONE J ( H Nu 8aroid/NL Industries, Inc. OPERATOR C #V. S 4 A? ? 1 b REPORT FOR . . / n ft4*r WELL NAME ANO NO. rU Awn 4-M DRILLING ASSEMBLY OiitfrZE £l DRILL P’PE SIZE tu \ DRILL PIPE S'ZE 4- £ TYPE TYPE _LZ_ YPE, h v7. DRILL COLLAR SIZE / , JET SIZE lrlL LENGTH LENGTH J±S_£ LENGTH ISLzJL. Sample From Time Sample Taken Flowline Te.mpcxalu/e °F Oepth (ft) CASING 7 < SURFACE SE-rf Z S ft? aAT ✓INTERMEDIATE SET iff ' FT INTERMEDIATE SET ft FT PRODUCTION OR LINER SET ft FT <9 FIELO OR BLOCK NO. /) ' | county. Masud* MUD VOLUME (BBL) H0LE *-s? TOTAL CIRCULATING VOLUME WEIGHT p,T5 2So ogrniioffg <5v» * PUMP SIZE, X IN. g IN STORAGE MUO TYPE MUD PROPERTIES (dF.L. OPIT WEIGHT WEIGHT STAT&W0M*N6E CIRCULATION DATA PUMP MAKE. MODEL Ok kJ 0BL/STK •oicjV S0L/MIN ASSUMED EFF<? 2 H S IN GAUMlN ANNULAR VEL. (FT/MIN) , ? DP PC cmcuLAriON ~ PRESSURE <PSI) I * BOTTOMS > UP (MIN) IpCg TOTAL CIRC . TIME (MIN)I MUD PROPERTY SPECIFICATIONS VISCOSITY FILTRATE ry Al ITRARITY a OPERATOR’S WRITTEN □DRILLING CONTRACTOR dt AumuHiir q QpgflATOR’S REPRESENTATIVE OTHER □RECOMMENOEO TOUR TREATMENT T< P HILLING MUD R E p ORT NO- 3 1 JrM DATE Qcxr. Weight (3 (ppg) O (tb/cu. It.) OSp.G Funnel Viscosity (sec/gtl API <<" "F Get ■Strength (Ib/lOO H’) 10 sec/'O mm. p.r-'ie API (cm730 mm.) A .THP Filtraie (cm’/30 min.) t?J> 'F Cake Thickness (32nd in. APl/HtHP) Solids Content (%by Vol.) caicuiaied □ □reiort Liquid Content (%&y Vol ) OiUWaior ,V1 *n fNf £ -* T"! C-| <aj/ Yc -3 i k>i Tlj I Av A L Ao A Sand Conlent (' , /oby Vol.I Methylene Blue Capacity pH C2 Strip Meier fflr [Z <l>W □efluiv. emvcm'mud •F Alkalinity Mud (Pm) Alkalinity Filirate (P,/M,) Alternate □Alkalinity Filtrate (P,/P ? ) Chloride (mg/l) Tola) Hardness as Calcium (mg/L) K( e /W j K 4 (^wi) So * 27 Desilter Shaker 2o |<L "I LAST 1 PRODUCT INVENTORY STARTING INVENTORY CLOSING INVgNIORY useo LAST 2 » nn Centrifuge Degasser Desander Other DAILY COST Tn ft Lj\n v » £ ” • 1 : s‘l £ ii H ? ;i<x> c f~ f\~ EOUIPMENT SIZE Hns/roun CUMULATIVE COST ©4 THIS COPY TO AREA MANAGER THE RECOMMEHATIONS MAOE HEREON SHALL NOT BE CONSTRUEO AS AUTHORIZING THE INFRINGEMENT OF ANY VALfO PATENT. ANO ARE MADE WITNOU ASSUMPTION OF ANY LIABILITY BY NL INDUSTRIES. INC. OR ITS AGENTS, ANO ARE STATEMENTS OF OPINION ONLY. nfr/'ESENJATlvE /> /) , r Cl-lK-' 2 S HOME AODHESS >2 - 5 TT 4 -X. < (>/ N.2. TELEPHONE MOBILE UNtr WAREHOUSE LOCATION (JA TELEPHOr^ Baroid/NL Industries, Inc CONTRACTOR REPORT FOR—. > Sample From 0F.I. a PIT DTf.L. PIT Time Sample Taken□ Fiawime Temperalure ’F to Depth (It) hA Weight O'fppg) (>b/cu. fl.) 0 Sp-G 10 o' Io o ■ □f Funnel Viscosity (scc/qt) API ,« °F U-^r/ tpl/ Plastic Viscosily cP ST °F Yield Pomt ■(lb/100 ll ? ) O Get Strength (ib/100 IF) 10 scc/iO mm. 4- /w Ax Filtrate API (cm 730 ■mm.) h~ TTHP Fjilraie (cm’/30 min.) (ft °F / / Cake Thickness (32nd in. APl/HTHP) t I Solids Conieni (°.'oby Vol.) (Z calculated retort 10 o io.< Liquid Content (®'oby Vol.) □Oil/Waier S1 f Sand Content (%by Vol) •u k MeliTyiene Slue Capacrly $ 6.2> pH KJ Strip □Meter 3? “F IO lof Alkalinity Mud (Pm) Alkalimly Filtrate (P./M,) K X •U /l Alternate ■Alkalinity Filtrate (P./P ? ) / / Chloride (mg/L) 2ptfo O Tola) Hardness as Calcium (mg/L) 2 *sO Kc? l^/i) 2k /(/ 2 u /(o i l<’ V,ooo 1>Gooo S>O) JO SO WEIGHT VISCOSITY FILTRATE
QV Al iTwnniTv D OPERATOR’S WRITTEN ORILUNG CONTRACTOR ° rtU ' U ’ □ □OPERATOR'S REPRESENTATIVE O OTHER RECOMMENDED TOUR TREATMENT A "' r Desilter Shaker 1 CUMULATIVE COST 2^. Centrifuge Degasser Desander Other DAILY COST EQUIPMENT SIZE HRS/TQUO Pa j - i STARTING INVENTORY ISl 1 tWJ- RECEIVED USED LAST 2 4 HR J, 3L 3^ 1 1 CLOSING INVENTORY M 1 ^0 1 COST LAST <n Go 5u 2S^ 5 3'.' 5 PRODUCT INVENTORY DATE DEPTH 2U/| PRESENT ACTIVITY I, a fl I PRESENT ACTIVITY SPUD DATE V"l—»/- OPERATOR WELL NAME AND NO. _ -s FIELD ORBLOCK NO. A PrXP r ATEIBRGMW4SE DRILLING ASSEMBLY CASING MUD VOLUME (BBL) CIRCULATION DATA Dj^iZE , eT q«ra. E uA«, ™5oo PITS -) . PUMPSIZE X IN.^j G a ANNULAR VEL. (FT/MIN) ■i(~ DP 1 1 & 00 ’<***• DRILL PIPE SIZE TYPE i z. LENGTH INTERMEDIATE SET <» FT TOTAL CIRCULATING VOLUME PUMP MAKE. MODEL ASSUMED OluW AUOO EFF^/.S'M, CIRCULATION ~ PRESSURE |PSl) D'-O O DRILL PIPE SIZE TYPE H A/. LENG IH SS ' ■INTERMEDIATE SET FT IN STORAGE WEIGHT BBUSTK STJYMIN BOTTOMS , UP (MIN) 0 DRILL COLLAR SIZE 1 l b « LENGTH. lit > PRODUCTION On LINER SET n FT MUD TYPE v - f) S G? 0BL/MIN GAL/M1N TOTAL CIRC _ _ TIME (MIN) \ AA. SECTION, TOWNSHIP. RANGE MUD PROPERTIES MUD PROPERTY .SPECIFICATIONS ’HJ REPORT FOR. * THIS COPY TO AREA MANAGER THE RECOMMEMATIONS MAOE HEREON SHALL NOT BE CONSTRUEO AS AUTHORIZING THE INFRINGEMENT OF ANY VALID PATENT, ANO ARE MAOE WITHOU ASSUMPTION OF ANY LIAOILITY SY NL INDUSTRIES, INC. OR ITS AGENTS, AND ARE STATEMENTS OF OPINION ONLY. ™ SE '" A " ve /2 H | k , / 9 W M!) HOMEAOOntSS (^1 N 2. ,elewone Ssic-H 7 MOBILE UNIT WAREHOUSE LOCATION Tooi/Ooqaa'M TELEPHONE | (' SPUD DATE i ST) CONTRACTOR DEPTH 2^-0~ ” PRESENT ACTIVITY - C*4 C -rr DRILLING MUD REPORT NO. 35 date S CL^£ T' Baroid/NL Industries, Inc. RIG NO. J. oFi-kator C&MjW kT.\ WELL NAME AND NO. , m FIELD OR BLOCK NO. A TP it^ r COUNTY. aAHJSH.nR,, - , STATE/PRUVINCE f-s , 7> DRILLING ASSEMBLY CASING MUD ■VOLUME (BBL) CIRCULATION DATA Bir^ize type J 2 2 JET SIZE Vii Z? SURFACE SET L&C fPT HOLE ./• ^ 7 PUMP SIZE/ X IN. fj fc> 6 ANNULAFkVEL. (FT/MIN) , , OP II A OC 1 A U □DRILL PIPE S '« TYPE I P LENGTH J?2O> INTERMEDIATE SET (® FT TOTAL ClRCli^TINj? VOLUME PUMP MAKE, MOOEL ASSUMED OiL^J- Ht>00 eff7 S’* cmcuiANON « _ PRESSURE (PSI) ’ S Offlll PIPE 5125 t‘< TYPE LENGTH INTERMEDIATE SET ft FT IN STORAGE 3c? WEIGHT IO? 00USTK STWMIN 92 BOTTOM'’ . UP (MIN) f onitu collar size < , LX- ■LENGTW Il’S, Y PRODUCTION OR LINER SET 9 FT MUO rrPE |/^ P i^ok^c-e S 9 'is 2 •y 1 BBL/M1N GAL/MIN TOTAL CIRC . TIME (MIN) • 2 O REPORT FOR l< M g l i B I I. 't V HII S ■trr p . RANGE REPORT FOR „ <6 d MUD PROPERTIES MUD PROPERTY SPECIFICATIONS Sarriplc From EJ'F.L. PIT R/F L. PIT WEIGHT VISCOSITY FILTRATE Time Sample □ □Taken IUSO (AZ fiv AtrTMnRiTV OPERATOR’S WRITTEN DRILLING CONTRACTOR □ □Flowline Temperature ’/ ° L 52 OPERATOR’S REPRESENTATIVE fjOTHER □RECOMMENDED TOUR TREATMENT Depth (/{) Weigh! f?(ppgj C (Itj/eu. C Sd-G Jo 1 io i Funnel Viscosity (sec.at) API °F u\/ ul/ Plastic Viscosity cP °F xo 2i Yield Pom! fto/ TOO It") i-7 Get Strength (<b/tOO it") (0 sec/iO min. A 9-/12 Filtrate API (cm 730 min.) 6,-2 C. o A w HTHP Filtrate (cm'/30 mm.) ,JZ °F L Thickness (32nd in API/HTHP) 1 1 4<,T ( y£ 5 7 j 5 ~ UU -XT 0. FO Solids Conieni (%by Vol.) Di calculated 0 retort Il t Il \ Liquid Content (R'bt>y Vol) OiVWater ,S3 & 8% ? Sand Content («/oby Vol.) l< 2-)' Az .4-) i Ap r4 ''J' Oj■ ■
i Meihyfene Blue Capacity g ^/cmX T> 7 5 LX\£_ r s / t ()C i kl '-j 7 cd. -s /{ t pH (if Strip □ Meier tj e F 4 A 9 5 Alkaliniiy Mud (Pm) 2X t tP Alkalinity Filtrate (P./M.) K/-O5 •2 /r. u?■< Alternate Alkalinity Filtrate (P,/F,) / / Chloride (mg/l) Uooo 3 wo Total Hardness as Calcium (mg/L) Zg-o Voh. /Wla.) 22 k jj t (hi ' • 7 s 9 71 / G 2> / t» Vc?i, /MJ $ • 5^ k’ ■^OoO 3i>OO /W P 0 p - ' 1 >i } { ? : »M SO, U-0 L-U? Pm': M /" Illi EQUIPMENT SIZE ■HRSTTOUR Centrifuge 2^ < \S Degasser STARTING IMVgNTCFtY US 1<O Desander 7 RECEIVED Dasiller h, 11? Shaker bo / SP > 2 USCD LAST 2-i im U- 3 I 3o Other CLOSING INVENIORY Ho OAILY COST i 8U. Sb CUMULATIVE COST $?2.S‘S33^ COST LAST 21 HR IK"' 3o? Ji JK. THIS COPY TO AREA MANAGER 1 THE neCOMMENATlONS MADE HEREON SHALL NOT BE CONSTRUED AS AUTHORIZING THE INFRINGEMENT OF ANY VALID PATENT. ANO ARE MADE WITHOL ASSUMPTION OF ANY LIABILITY BY NL INDUSTRIES, INC. OR ITS AGENTS, AND ARE STATEMENTS OF OPINION ONLY. REPRESENIAIivE /), n . HOME ADDRESS - . , .. - , N2. TELEPHONE g MCL'it.E Ut.iT WAREHOUSE LOCATION <0,-1 zvn/^A .ELEPHONE ?ul H BHlOOS E PHlflieO IN U.S A. Baroid/NL Industries, Inc. OPERATOR . O2u a REPORT FOR DRILLING MUD REPORT NO. 3k 8~) DEPTH DATE OPT SPUD PATENTE ? CONTRACTOR REPORT FOR . 19 NT ACTIVITY RiffNO. I WELL NAME ■AND NO. _ Psj 2 FlEL^OR^LOCK NO. p COUNTY. FARIJH OR r „ STATEWO'l'IMOC ,\
waneng .‘ rca LJ DRILLING ASSEMBLY CASING MUD VOLUME (BBL) CIRCULATION ■ ■OATA otr size TYPE JET SIZE xn -SURFACE __ SEr-^ Vfi (9 FT HOLE P ' rS ICrt PUMP SIZE. X IN. — ANNULAR VEL. (FT/MIN) OP . . . DC onrLL pipe SIZE TYPE LENGTH INTERMEDIATE SET (ft FT TOTAL CIRCUL^HN ^ u 7,/ PUMP MAKE. MODEL ASSUMED QlO-J i%00 EFF^yt®* CIRCULATION PRESSURE (PSI) DRILL PIPE S'ZG TYPE LENGTH INTERMEDIATE SET ® FT IN STORAGE WEIGHT eeusTK siximin 001 TOMS UP (MIN) HILL COLLAR SIZE LENG IM □PRODUCTION OR LINER 5ET » FT MUD TYP6 )/£(2 BBUMIN GAUMIN fOTAL CIRC. TIME |MIN) SECTION. TOWNSHIP. RANGE MUD PROPERTY SPECIFICATIONS I- . C MUD PROPERTIES F.L. Kf'piT WEIGHT F.L. PIT Sample From O<i S' Time Sample Taken□ □ □ Flowline Temperature °F Plastic Viscosity cP <7 Yield Point (lb/100 ft’) Sand Content (%by Vol.) Methylene Blue Capacity pH ra Strip Meter (ft Alkalinity Mud (Pm) AlkaJinify □Fiilraie (P/M,) Alternate Alkalinity Filtrate (P,/P 2 ) Weight (ppg) O (Jb/cu. H.) Sp.G □Chloride (mg/L) Total Hardness as Calcium (mg/L] KC( VISCOSITY FILTRATE Depth ('I) Funnel Viscosity (sec/qt) API rft HTHP Filtrate (cm’/30 min.) v? o, e Thickness (32nd in APl/HTHP) Solids Content (%by Vol.) 3 calculated retort Liquid Content (%by Vol.) □Qil/Walor a uvhbi equiv. cmYcm’mud QY authority ° OPERATOR'S WRITTEN □ □DRILLING CONTRACTOR a > rfU t-tuiHi i y g OpgRATOR , s REPRESENrAT | V E q OTHER RECOMMENDED TOUR TREATMENT T^~j 22 2LL b/ Po OH. 2/\J ftt-St'J ' Iaa - - 4*^ J - £2. ^>ryf 2m Shory / // // // // / Centrihjge u Degasser STARTING INVENTORY Desander • RECEIVED Desilter 1' Shaker koAi;> USED LAST ?l HR Other CLOSING INVENTORY DAILY COST CUMULATIVE COST COST LAST 2* MR EQUIPMENT Size hrshour THIS COPY TO AREA MANAGER THE RECOMMENAT1ONS MADE HEREON SHALL NOT BE CONSTRUED AS AUTHORIZING THE INFRINGEMENT OF ANY VALIO PATENT, ANO ARE MADE W1TH0U ASSUMPTION OF ANY LIABILITY BY NL INDUSTRIES, INC. OR ITS AGENTS. AND ARE STATEMENTS OF OPINION ONLY. k0MEA00RESS O/^^hu^ch rsj 2. TELEPHONE $ < | e C- ] MUUHE UNIT WAREHOUSE LOCATION . -fj)' o \ A 5^.1 hl- 3aroid/NL Industries, Inc
DRILLING MUD RE PORT No3S date"? J-^C-T 19 r OPERATOR 54 J? 3, SPUD DATE**- ^ E / S ^/ PRESENT ACTIVITY ’ 7 ' / J s REPORT FOB . 6*~ CONTRACTOR REPORT FOR x ■LiObodll SECTION. TOWNSHIP. RANGE WELLNAMSANDNO.^^.^ FIELD OR SLOCK NO. - A 70 )< < P COUNTY.JAM*eM-0R^ . STATSTPDOVWGE . , , DRILLING ASSEMBLY CASING ■MUD VOLUME (BBL) CIRCULATION DATA BIT SIZE TYPE JET SIZE x-j .surface ~ SET 1 -''] T r'FY H0LE 5^ p,rs l^ PUMP SIZE X IN. G. -S--. ANNULAR VEL. (FT/MIN) OP . OC _ DRILL PIPE SIZE TYPE LENGTH INTERMEDIATE SET ft FT TOTAL CiqjjULATlNflj VOLUME PUMP MAKE. MODEL ASSUMED Ol<*J EFFUJ^ CIRCULATION PRESSURE (PSI) DRILL PIPE SIZE TYPE LENGTH INTERMEDIATE SET ft FT IN STORAGE WEIGHT BBL/STK STK/MIN •OL»< BOTTOMS UP (MIN) ORILL COLLAR SIZE LENGTH PRODUCTION QR LINER SET ft FT MUO TYP6 |£( £ B0UMIN GAUMIN TOTAL CIRC. TIME (MIN) MUD PROPERTIES MUD property specifications Sample From 0.F.L. PIT F.L. DPIT Tim'’ Sample Taken I q Z Flowline □ □Tomperaiure °F Depth (It) Weight W (ppg) (lb/cu. It.) Sp.G IO 1 Funnel viscosity □ □(sec/Qt) API <& ’F q-f / / Pfasnc Viscosity cP cP *F * s Yield Pomt (ib/iOO IF) Get Strength ■(ftj/100 fl’) 10 socHO mm. s /s / Fillrate API (cmV30 mm ) A' ‘THP Fillrate (cm’/30 mm | FJ ’F / z C©...- Thickness (32nd in. API/HTHP) f Solids Conient (°Zoby Vol.) S calculated □retort u \ Liquid Content (%by Vol.) Oil/Waier Sand Content ( n .'oby Vol.) u Kx 1 $ pH (7]■ Strip 0 Meter @ °F IO Alkalinity Mud (Pm) Alkalinity Fillrate (P,/M.) •L Alternaie Alkalinity Filtrate / / Chlonde (mg/L) \ 1QOO Total Hardness as Calcium (mg/L) KcC / L) 2i /(? SOx — 17 WEIGHT FILTRATE VISCOSITY RECOMMENDED TOUR TREATMENT YU HRSHQUR c- */ V I Desiller received Shaker v\ 5$ 2,<S pnooucr INVENTORY STARTING INVENTORY Closing INVENTORY USED LAST 24 HR COST LAST b ' i k , Y Aii-ruoRiTY a OPERATOR’S WRITTEN
DRILLING CONTRACTOR 3 ''LiiMUHiir q OPERATOR'S REPRESENTATIVE O> HER □ □EQUIPMENT SIZE Mvt.J -J Centrifuge Degasser Desander f. .. , Other DAILY COST CUMULATIVE COST THIS COPY TO AREA MANAGER THE RECOMMENAT1ONS MADE HEREON SHALL NOT BE CONSTRUED AS AUTHORIZING THE INFRINGEMENT OF ANY VALIO PATENT. ANO ARE MA06 WITHOUT ASSUMPTION OF ANY LIABILITY BY NL INDUSTRIES, INC. OR ITS AGENTS, ANO ARE STATEMENTS OF OPINION ONLY. REPRESENTATIVE /7. a , / t NlUJr HOMEADDRESS^^,^^.^^^ M2. TELEPHONE MOBILE UN'T WAREHOUSE LOirT.C-N _ . -ijo-OL-XJ TELEPHONE DRILLING MUD REPORT NO. 5^ DEPTH P^S^TACT DATE Q A < L,. -RATOR REPORT FOR z ,, , CONTRACTOR Gh 6 *-(4-4? r REPORT FOR RIG NO. I WELL NAME ANO NQ. . . /f> FIELD OR BLOCK NO. /, An* P COUNTY. c . . s ATE/RROMUiCg v DRILLING ASSEMBLY CASING MUD VOLUME (BBL) CIRCULATION DATA mT SIZE, DS< TYPE JET SIZE i L HOLE . - . 54.3 . P ' TS 132 PUMP SIZE^X IN - (0 ANNULAR VEL. (FT/MIN) OP . DC OAILL PIPE size TYPE 1 / LENGTH ■INTERMEDIATE SET ST FT TOTAL CinOJLAIINJLVOLUME PUMP MAKE. MODEL ASSUMED Olt-'-'Y EFF^?^% CIRCULATION PRESSURE (PSr) DR'LL PIPE SIZE U TYPE l| JJ LENGTH ■INTERMEDIATE SET ® FT IN STORAGE WEIGHT 0BL/STK STK/MIN ’0U< BOTTOMS UP (MIN) OP'LL COLLAR S>Z^ . LENGTH PRODUCTION OR LINER SET FT MUOTYPEj^ £ 1AA B0L/MIN GAL/MIH TOTAL CIRC. TIME (MINI SECHON. TOWNSHIP, RANGE MUD PROPERTY SPECIFICATIONS MUD PROPERTIES 1 ' > Sample Prom FILTRATE WEIGHT VISCOSITY FL. PIT Timo Sample Taken Flowiino Temperature n F RECOMMENDED □ □TOUR TREATMENT Plasiic Viscosity cP @ Yield Point (lb/TOO IP) API HTHP Filtrate
(cm'/30 min.) Thickness (32nd in. APt/HTHP) p Sand Conieni (%by Vol.) Alkalinity Mud (Prn) Alkalinity Filtrate (P7M,) Alternate Alkalinity Filtrate (PJPJ Chloride (mg/L) Total Hardness as Calcium (mg/L) / 1) (('firs ) HRS/TQUR lu^i 't Desilter MO Shaker SV AILY ■COST CUMULATIVE COST 5 2. I0G2 /K--J PROOUCT ;nv£/;tory STARTING INVENTORY CLOSING iNVENfony COST LAST 2-1 HR USED LAST 24 HR J.J hv AiiTHnaiTV □OPERATOR'S WRITTEN DRILLING CONTRACTOR a ' u uri11 T OPERATOR'S □ □REPRESENTATIVE O OTHER ,0. Methylone Blue Capacity pH EJ Strip O Meier <7? EQUIPMENT size Cenlriluge Degasser Desander itvbhi eauiv. cmVcm’mud °F Depth (h) □Weight Rf(ppg) O(lb/cu. H.) Sp.G Funnel Viscosity (scc/qt) APt (fr I 1 ' Co/ 2i Other □DAILY COST Gel Slrcngth (lb/100 II' - ) 10 sec/10 min. Fillrate API (cm'/30 min.) Solids Content (%by Vol.) S calculated relorl Liquid Content (%by Vol.) Oil/Waier DECEIVED □>2'' 3>i ooo 2 00 2 2- / 31 yoo I oc THIS COPY TO AREA MANAGER RBCOMMENATIONS MADE HEREON SHALL NOT BE CONSTRUED AS AUTHORIZING THE INFRINGEMENT OF ANY VAL10 PATENT, ANO ARE MADE WITHOUT ASSUMPTION OF ANY LIABILITY BY NL INDUSTRIES, INC. OR ITS AGENTS, AND ARE STATEMENTS OF OPINION ONLY. nEPHESENtAHVE^^^ j HOME ADDRESS rJ. 2 TELEPHONE /] -y MOBILE UNIT WAREHOUSE LOCATION 'S a TELEPHONE 2, 1 •'? , 3«-* 2^111 DRILLING MUD REPORT N0,3~y XO Rate *? OCT“ ig 3^ l_DEPTH 2±:LO_ u.q.ei pn ^% A £f lviTY OPERATOR CONTRACTOR REPORT FOR * WELL NAME AND NO.^ 2 FIELD OR SLOCK NO. - ATy iu.-S ? county. rwJiiot+on,. si OFfchopf aecA. ~ ATE/WlO’i'IlieS^ DRILLING ASSEMBLY CASING MUD VOLUME (BBL) CIRCULATION DATA jjir size 1) s r. TYPE JET SIZE i i ZT .SURFACE SEi" /X AAT hole x- _ PUMP SIZ^ X IN. & ANNULAS VEL. (FT/MIN) . OP DC ‘ ORILL PIPE sizf-L-'l TYPE I.Z LENGTH INTERMEDIATE SET i? FT TOTAL CIRCULATING VOLUME 1 PUMP MAKE. MODEL ASSUMED O’k.'a/ AtpCO efm 3% CIRCULATION pressure (Psn 0H1LL PIPE S'ZE U’ a TYPE /-I w/ .. LENGTH s\ > INTERMEDIATE SET ft FT IN STORAGE WEIGHT BBUSTK SrK/MfN •OGS" TO aoitOMS zoo UP IMIN) 0 5 DRILL COLLAR SIZE/ ,, I? A. LENGTH, PRODUCTION OR LINER SET Oh FT MUO TYPE ££ m BBL/MIN GAL/MIN TOTAL CIRC. | TIME (MIN) REPORT FOR MUD PROPERTY SPECIFICATIONS MUO PROPERTIES if- r iflll. OHP , RANGE Samples From 0F.L. DP1T F.L O PIT WEIGHT VISCOSITY FILTRATE Ttrr.c □Sample Taken Flowlmc Temperature °F I? I C-/2C M lO'DDI CQUIV. cm Yem ’mud °F 7 □SJU Depth (li) Weight ttflppg) (JtVcu. it.) Sp.G Funnel Viscosity (secret) API ffb BY □ □At itmohity OPERATOR’S WRITTEN DRILLING CONTRACTOR or Aumunni Q □ □OPERATOR’S REPRESENTATIVE R) OTHER RECOMMENDED TOUR TREATMENT Plastic Viscosity cP ft Yield Point (ib/tOO lt r ) Get Strength (JbHOO h’) '0 soc/10 mm Filtrate API (cm’/30 mm ) A' T HP Fillrate (cm'/30 min ) «7> C.iku Thickness (32nd in. APt/HTHP) Solids Content (°.’oby Vol.) 71 calculated retort Liquid Content (°/oby Vol) OWWater □Sand Content ('’.'oby Vol.) Methylene Blue Capacity pH pf Strip Meter £? Alkalinity Mud □(Pm) Alkalinity Fillrate (P7M,) Alternate Alkalinity Filtrate (P,/P,j Chloride (mg/L) Toiai Hardness as Calcium (mg/L) K- /^) 50 I fi V op <3 Lu- O 3>‘ y;o * AuKLr^C) s" / / / EQUIPMENT SIZE HRSHQUR Centrifuge AS Degasser STARTING INVENTORY >5 5Go 3, '7 S2 22 37 Desander " 1 f 4 RECEIVED Desilter 1’ - y- USEOLAST HA K 2^ I 1 b Shaker Go/.Su ■C J//’ D t. Other i CLOSING INVENTORY cs W -r DAILY COST .Jt+ukS 8o CUMULATIVE COST COST LAST 7' ' o Scb 1 ‘W qy-'- you THIS COPY TO AREA MANAGER THE
RECOMMENATtONS MADE HEREON SHALL NOT BE CONSTRUEO AS AUTHORIZING THE INFRINGEMENT OF ANY VALIO PATENT. ANO ARE MADE WITHOUT ASSUMPTION OF ANY LIABILITY BY NL INDUSTRIES, INC. OR ITS AGENTS. AND ARE STATEMENTS OF OPINION ONLY. HOME ADDRESS /sl I- MOUiLE Will WAREHOUSE LOCATION - TEIEPHON^^ rj J| DRILLING MUD REP ORT NO. 3S . G Al PRESENT ACTIVITY SPUD DATE 1 Q Z DATE IO ■Ctx CONTRACTOR REPORT FOR . u l Baroid/NL Industries, Inc. cRATOR Sample Ftom Time Sample Taken Flowline Temperature a F ° Or»plh (It) r/'S Weight (2 (ppg) O(lb/cu. II.) Sp.G Funnel Viscosily (SOC/ql) API (» S F Plastic Viscosily cP <<b °F Yield Point □ ■(lb/100 IF) API HTHP Fiilrale (crnV30 mtn.) (a- ! Thickness (32nd in. APl/HTHP) Solids Content (%by Vol.) 0'calculaied retort Liquid Content (%by Vol) Oil/Water Sand □Content (H'oby Vol) Meibylene 8luq Capacity pH S’Strip Meter fib m/bbl oquiv. □ □ □cm-Vcm’mud °F IffF.L. PIT F.L. PIT WEIGHT (-ho W'Q- ic. b VISCOSITY FILTRATE □ □ □HV AlJTMDRITY 0 OPERATOR’S WRITTEN DRILLING CONTRACTOR «y au i hu.1i i □
QpgRA T QR~s REPRESENTATIVE rjQlHER RECOMMENDED TOUR TREATMENT <9- '*‘4 I□ n Qrxj WELL NAME AND NO. J FIELD OR BLOCK /JO. /, A-r/* i^> r county. wuGH-en s TATE/nnomMCg et'pji lui'iimnETr LJuXj DRILLING ASSEMBLY CASING MUD VOLUME (BBL) CIRCULATION DATA BIT SIZE X TYPE^ L> L ' JET SIZE SURFACE SET H aw HOLE ~ -> 5^ 1 P ’TS -t -i Jo? PUMP SIZE, X IN. A ANNULAR VEL. (FT/MIN) DP OC. DRILL PIPE SIZE t TYPE 1 x LENGTH INTERMEDIATE SET ® FT r °" LC,R ^ N dWs) PUMP MAKE. MODEL ASSUMED O’t-KJ AOCL.- Ef£?5«* CIRCULATION PRESSURE (PSI) DRILL PIPE SIZE i>'! 1YPG H LENGTy - >< INTERMEDIATE SET «» FT IN STORAGE WEIGHT BBL/STK^ STK/MIN BOI TOMS UP ■(MIN) 011'LL COLLAn SIZE LENGTH 1 Sb ) PRODUCTION OR LINER SET FT MUO TYPE B0L/MIN GAL/MIN TOTAL CIRC TIME (MIN) MUD PROPERTIES MUD PROPERTY SPECIFICATIONS REPORT FOR „ cuiiurj. iuuimi’ip. range .je* 4 /$ ‘fry '•J ,2±jJA EOUIPMENT SIZE HRS/TQUR STARTING NVENTORY ^0 RECEIVED USED LAST 2-t HR '0 1 H 6S closing tlVENTORY 2 22, iu-o COST LAST 24 hr ?0I a ' ’5iS S "III?'’ b POOOUCT INVENTORY 1 - U CUMULATIVE COST Atkaiinily Mud (Pm) Alkalinity Fillrale (PJM,) Alternate Alkalinity Filtrate (P,/P ? ) Chloride (mg/L) Total Hardness as Calcium (mg/L) £/'£ ( 1^) K I $A ( Centrifuge Degasser Desander Desilter Shaker Other DAILY COST ■THIS COPY TO AREA MANAGER ” (J> OioOVi .V RECOMMENATIONS MAOE HEREON SHALL NOT BE CONSTRUED AS AUTHORIZING THE INFRINGEMENT OF ANY VALIO PATENT. ANO ARE MADE WITHOU ASSUMPTION OF ANY LIABILITY BY NL INDUSTRIES. INC. OR ITS AGENTS. ANO ARE STATEMENTS OF OPINION ONLY. nepRESENiAiivE //, i , . K^KlH Ir^rJ'b HOME ADDRESS^ w rJl. TELEPHONE MOUILE UNIT WAREHOUSE LOCATION or It 905 E PRINTED IN U SA. NL IQ ^"1 DEPTH 3 ML Baroid/NL Industries, Inc ORATOR C U 5 'ty? £ REPORT FOR X * , n WELL NAME ANO NO. . A , , a N 4>vV¥4A-H 1 DRILLING ASSEMBLY BIT SIZE TYPE JET SIZE CASING z? <3nnFAce set] 9 2 PRESENT ACTIVITY SPUD DATE DRILL PIPE SIZE ORILL PIPE SIZE TYPE I < TYPE DRILL COLLAR SIZE LENGTH 2132. LENGTH LENG IH INTERMEDIATE SET (9 , FT INTERMEDIATE SET FT PRODUCTION OR LINER SET FT CONTRACTOR REP ortfor Sr£7s RIG NO. I j e eneM. luriHUHTM. range ^1,1 'S A r oAA'"U FIELD OR BLOCK NO. « ArP (> MUD VOLUME (BBL) HOU6 S1^ p,rs ^so- TOTAL ClRC^LANr^p VOLUME IN STORAGE WEIGHT MUDTYPB^^ MUD PROPERTIES COuNTY.Tnnrswofu M STATE/P AOVfri e C , > oa-SHQne «asA oca < o CIRCULATION ■
OATA PUMP SIZE. X G— IN. ANNULAR VEL (FT/MIN) DP _ DC , CIRCULATION PUMP MAKE. MODEL ASSUMEO ClywJ, AGOQ EFf^p PRES SURE |PSH BBL/STK STK/' TK/MIN BBL/MIN GAL/MIN or toms UP ( MIN) I01AL CIRC TIME IMINI MUD PROPERTY □SPECIFICATIONS Sample From ,0F.L. 0 PIT F.i. OPir Time Sample Taken 12 Z k Flowline □Temperalure °F ‘ Q Oeplh (II) 2 *»• > Weight 171 (ppg) (lb/cu. It ) Sp.G Funnel □ □Viscosity (sec/qt) API iP- °F / Plastic Viscosity cP (o’ ’F i-q Yield Pomi (ib/100 ft’) Get Strength (lb/100 It’) iO scc/10 min. 3 /I / Fillrale API (cm’/30 mm.) (o < API HTHP Filtrate (cm'/30 mm.) <Tf» °F / e Thickness (32nd in. API/HTHP) 1 Solids Conteni (°/oby Vol.) 0 calculated retort »O Io Liquid Content (%by Vol.) Oil/Waicr gq u- " * Sand Content □ ■( n /oby Vol.) •K Mo.byfcaoBtoCapacKy “XS s pH CTSlnp o Meier (78 ’F H £ Alkalinity Mud (Pm) Alkalinity Filtrate (PJM,) 2 Alternate Alkalinity Filtrate (P,/P ? ) / Chtonde (mg/L) Total Hardness as Calcium (mg/L) ’2.0 T77 - TW7^ is/s — X £ jr V’-JX viscosity WEIGHT ■RECOMMENDED TOUR TREATMENT O' P Ho ^0.0 k O S 5. HRS/TQUR 7 3^ 2^o u- ■Desilter QU (< r - V STARTING INVENTORY PROOUCT INVENTORY KO V . 2 S $ i^> . av AdTunniTV OPERATOR'S WRITTEN DRILLING CONTRACTOR BY auimummy □ □OPERATOR - S REPRESENTATIVE O OTHER Centrifuge Degasser Desander EQUIPMENT SIZE 2- RECEIVED USED LAST 2-1 HR CLOSING INVENTORY 2'J Shaker Other DAILY COST CUMULATIVE COST COST LAST Z4 HR THIS COPY TO AREA MANAGER ...c REC0MMENAT10NS MAOE HEREON SHALL NOT BE CONSTRUEO AS AUTHORIZING THE INFRINGEMENT OF ANY VALID PATENT. ANO ARE MAOE WITHOU ASSUMPTION OF ANY LIABILITY BY NL INDUSTRIES, INC. OR ITS AGENTS, ANO ARE STATEMENTS OF OPINION ONLY. REPNESENTANVE /) - ..... HOME ADDRESS /p „ - , -v- , N. 2 MOBILE UNIT WAREHOUSE LOCAJ.CN o o vOccX" ' ,elephone 3<l 2.^ii 0R19O5-E PHIRIED IN U.S.A, iator■ ip SPUD DATE *4-. CONTRACTOR „ Ca M AEPORTFOR PRESENT ACTIVITY wilnam ^ n ,Oi<Am 2 FIELD OR BLOCK NO. /) A 'P |q-s P COUNTY.4AHI311 OR „ STATE/PJlO'.TIiee /-> 'X ftwooenc' rintw ORILLING ASSEMBLY CASING MUD VOLUME (BBL) CIRCULATION DATA 7F“ E TYPE XS^ JET SIZE HOLE u^ pump siz^ x in. $ ANNULAR VEL. IFT/MIN) . - DP 1 oc J S A- DRILL,PIPE s.ze [y, TYPE 1 ' LENGTH INTERMEDIATE SET ® FT TOTAL CIRCULATING VOLUME PUMP MAKE. MOOEL ASSUMED QlLA} EFF^X^ CIRCULATION x PRESSURE (PSD DRILL PIPE SIZE TYPE , H 4. L§NOb> Sb 1 WTERMEDIATE SET .?? FT IN STORAGE WSGHJg BBUSTH gjJOMJN •OCi< <Po BOTTOMS f UP IMIN) Io"? DRILL COLLAR SIZE / , PRODUCTION OR LINER SET fff FT MUD TYPE BsZ/M^N* > 8jA<5khM TOTAL CIRC . TIME (MINI ' L ^3 REPORT FOI MUD PROPERTY SPECIFICATIONS MUD PROPERTIES I mm H'j ii! i.u nr range < '-r ’N Sample From Time Sample Taken Flowline Ternocralure *F ■Depth (It) F.L. PIT 0F.L PIT WEIGHT VISCOSITY FILTRATE _ v Al iTunniTv ° □ □ □OPERATOR'S WRITTEN DRILLING CONTRACTOR 0 AUtMUKI q OPERATOR'S □REPRESENTATIVE O OTHER RECOMMENDED TOUR TREATMENT c r 4 TJ fWbOl equtv. □cm'/cm'muC ’F Sand Conicnt (%by Vol) Methylene Blue Caoaciiy pH J? Strip O Meier Alkalinity Mud (Pm) Plastic Viscosity cP & Yield Poim (Ib/tOO fl ; ) Weight Cd (ppg) □(ib/cu. 11 ) Cl Sp.G Funnel Viscosily (sec/qt) API Get Strength (1b/ tOO ft') 10 soc/10 min, Filtr.no API (crn’/30 nun ) API HTHP Filtrale (cm’/30 mm.) <•!> C " Thickness (32n0 in. API/HTHP) S. s Content (°.(iby Vol.) C3 calculated retort Liquid Content (%by Vol) □Oil/Water Alkalinity Filtrate (P^M,) Alternate Alkalinity Fillrate (P t /P s ) Chloride (mg/L)
Total Hardness as Calcium (mg/L) KCC R/?.) L-.J ) ( 10.1 Q.-5 M/J H> A 5^^ ( r hXc) MiC ■* Cuijic ‘•-‘j OvW.) P.'Cjoj Veh- Mv?) . STARTING NVENTORY Un 3k iz 2’0 3S Go RECEIVED ■
USED LAST 2-» HR 1 00 1 1 K 1 C CLOSING NVEtltORY 'B 3 i li 37 <><, COST LAST 24 HR 2oC' -.,0b loi 7 ^ IkucT' PfiaOUCT CT Centrifuge Degasser Desander 1 Oesiiler | 1 H LX Shaker (nO / ,h Other / 7 EQUIPMENT SIZE HRS/TQUR DAILY COST CUMULATIVE COST THIS COPY TO AREA MANAGER T IECOMMENAT1ONS MADE HEREON SHALL NOT BE CONSTRUED AS AUTHORIZING THE INFRINGEMENT OF ANY VALID PATENT. AND ARE MAOE WITHOUT A_ MPTION OF ANY LIABILITY BY NL INDUSTRIES, INC. OR ITS AGENTS. AND ARE STATEMENTS OF OPINION ONLY. REPRESENTATIVE /) _ | , t KMlklP Ursl'vJ HOMEAOORESS^^^^ 42 . TELEPHONE MOUILE UNIT WAREHOUSE LOCATION '"[ O «V\ /J■ 4 TELEPHONE^ EJH1905 E PR1NIED IN U.S.A. NL Baroid/NL Industries, Inc. o’ XTOR REPonr Ti^ SPUD DATE^2 9 5/ WELL NAME AND NO. , p4 z \aaa4 2 FIELD OFLSlOCK NO. r> fr-P Im-^ r COUNTY, PARISH OR ( _ STATE-PROVINCE X OFFSHORE AREA 1 J DRILLING ASSEMBLY CASING MUD VOLUME (BBL) CIRCULATION OATA 01 r SIZE TYPE JET SIZE T'-Tc^r HOLE -- SOU- PUMP Sl^ X IN. ANNULAR VEl. (FT/MIN) OP DC DRILL PIPE SIZE TYPE LENGTH NTERMED1ATE TOTAL CIRCULATING VOLUME : PUMP MAKE. MOOEL ASSUMEO OIl.La3 /tGGuj El*/ s % ClflCULATlON PRESSURE (PSil DRILL PIPE SIZE TYPE LENGTH IN1ERMEDIATE SET ® PT INST °/^b WEIGHT _ 8BUSTK STK/MIN SOI IOMS UP rM'Nj OnUL COLLAR SIZE LENGTH PRODUCTION OR LINER SET iff FT mud w r bSl/min gal/min rorAL Cine. TIME (MINI MUD PROPERTY SPECIFICATIONS MUD PROPERTIES SECJION. lOWNSHIP. RANGE CONTRACTOR r REPORT FOR . / „ Sr£vZ,. Samoie Prom E.L. □ □PIT Time Sample TaKen F.L. gPIT O53Q WEIGHT VISCOSITY FILTRATE Flo.'.ln’C □Tempnramre ’F Depth (ft) Weight (ppg) D l : bfci> H ) Sp.G Funnel ViscosHy (soc/pt) □API (77- 9 F Piasiic Viscosity cP <jl API HTHP Filtrate (cm-730 mm ) ffr C"- Thickness (32nd in. APVHTHP) . Content (Yody Vot.) O calculated retort Liquid Content (°bCy □Vol.} Oil/Waier Seed Coment p'oby Vol) Methylene Dtuo Capacity pH 0 Strip Meter F? irl□ Hvdoi enuiv. Q cnr/cm’mud *F Alkalinity Mud (Pm) Alkalinity Fillrale (P-/M-) Alternate Alkalinity Filtrate (P,(P.) Chloride (rng/L) Total Hardness as Calcium (mg/L) IO /iu RV AilTMntatTv OOPERATORS WRITTEN O DRILLING CONTRACTOR by au nuN a OPERATOR S REPRESENTATIVE Fl OTHER RECOMMENDED TOUR TREATMENT P o~o”n 7 £)" D L- Z 7^) K'S, ////////// Centrifuge 5JARTING INVENTORY Degasser Desander ? * b ■FlECEtVEO Desilter U 'u- 1 Shaker <-r> / )w Lo/f'ho USED LAST 24 wn Other t Cl OSING IHVENIQHY DAILY COST CUMULATIVE COST COST last 24 HR t EQUIPMENT SIZE HRS/TOUR •• THIS COPY TO AREA MANAGER RECOMMENATIONS MADE HEREON SHALL NOT 0E CONSTRUED AS AUTHORIZING THE INFRINGEMENT OF ANY VADO PATENT. AND ARE MADE WITHOUT JMPTION OF ANY LIAOILITY BY NL INDUSTRIES. INC. OR ITS AGENTS. AND ARE STATEMENTS OF OPINION ONLY. PEPHfiSENtAtlVE I) ( H>l.. r /p4 nJ L i HOME AODPES^-iJj 2. TELEPToNT^Y^y MOBILE UNIT WAREHOUSE LQGAtlON „ . , DH1905 E PIUNIED IN U SA.
APPENDIX 6 DESCRIPTION OF CORES D0081406 CRUSADER LIMIT ED CORE DESCRIPTION WELL. INTERVAL CORED. NAMARAH 2 DATE. 2220.6 m 22-Sep-1987 CUT. 12 FORMATION. CORE NO.. _1 Snake Ck/Showg 2208 m to .NTERVAL RECOVERED. 2208 m to 2219.8 m RECOVERY. .J L 8 m % CORE ANALYSIS 0 % k AV 120 3 SIA 4.0 0.19 3.6 0.27 4.5 1.0 6.3 0.42 4.7 0.62 10.6 2.3 13.4 3.0 12.2 2.4 10.6 1.7 2.8 0.3 4.4 0.92 11.3 1.3 11.8 1.4 11.9 1.8 12.1 1.4 12.7 1.9 13.7 2.0 CD * X tu Q GRAIN SIZE DESCRIPTION ® to O o > <D to ■ ra o O Illustrative Lilhology Structure Interval / Lithology / Hydrocarbon Indications / Total Gas SNAKE CREEK MUDSTONE 2208a - 2208.6a : SHALE - dark grey to black, aassive to subfissile, aoderately hard, silty, carbonac eous. Micaceous in silty phases. Grades to aediua grey siltstone; this siltstone has abundant carbonaceous aaterial, white and brown aica on bedding planes. 2208.6a - 2209.4a : SILTSTONE and SHALE interbedded with very fine grained SANDSTONE - the siltstone and shale are as above, with soae brown coprolitic burrow fill aaterial. Burrows are up to 2 ca in diaaeter, ainor saaller diaaeter subvertical. The silt passes down into irregularlybedded silty sandstone. Bedding is rippled, irregular, flaser. 2209.4a - 2212.3a : SANDSTONE with ainor SHALE interbeds. The sandstone is light grey, aoderately hard, aassive, well sorted, very fine to fine grained, consisting of subrounded quartz, ainor grey, trace green and redbrown lithics with white clay aatrix. Bedding interfaces defined by shaly aaterial, aicas, carbonaceous aaterial. Ceaent is clay, ainor calcite and silica. Porosity 12Z (visual), permeability very low. Minor dull dispersed gold fluorescence, faint dry hydro carbon odour. Minor gas bleeding froa frac tures. At the base of the unit is 15 ca of shale - dark grey, as above. 2212.3a - 2214.1a : SANDSTONE - as above, except slightly better sorted, coarser grained, (up to aediua grained dominant) with planar cross beds defined by shale/aica/carbonaceous aaterial. 2220.6 m to m CUT. 12 - 6 m m to 2219.8 m FORMATION . 5nake Ck/S howg RECOVERY. L 1 ; 8 .. m .... . % CORE ANALYSIS 0 % > < 120 1 12. 1 11.8 1.6 9.4 1.4 13.3 2.5 14.0 1.9 14.1 2.7 14.2 2.8 15.7 4.6 3.4 1.1 6.8 0.78 2.7 0.13" 1.9 3.8 1.8 0.35 1.9 0.25 3.5 0.38 2.7 1.6 2.4 0.55 GRAIN SIZE Structure Illustrative Liltroloqy is DESCRIPTION Interval / Lithology / Hydrocarbon Indications / Total Gas 2212.3a - 2214.la : SANDSTONE - as described above. 2214.li - 2215.71 : Interbedded dark grey silty SHALE and light grey fine grained SANDSTONE. Beds are up to about 3 ci thick, with luch dispersed shaly aaterial. Cross beds doiinantly flaser, soie planar, dips up to about 20 degrees. Between 2214.4a and 2215.3i there are three ailled faces. 2215.71 - 2218.4a : The unit consists of dispersed shaly laterial in SANDSTONE, cleaning down to approxiaately 2216.2i, then shale increasing to doiinant at 2217.3i to base of unit. The sandstone is aediua grey, fine to aediua grained well sorted, containing abundant dispersed shale. Tight throughout. No obvious biogenic evidence. The shale is dark grey, silty and sandy, oderately hard. CRUSADER LIMITED CORE DESCRIPTION ■WFLL NAMARAH 2 DATE. 22-Sep-1987 CORE NO.. £_ .... 2208 2220.6 , T 12.6 _ Snake Ck/Showg INTERVAL CORED m to CUT. til FORMATION. INTERVAL RECOVERED. 2208 m to 2219.8 m RFCOVERY. 11 ’ 8 m 94 % GRAIN SIZE Structure 120 PSIA 3.6 0.48 £.7.6. A-Jl Illustrative Lithology CORE ANALYSIS 6.4 0.69 o- 5.8 0.77 H N 3.9 0.55 6.9 0.85 0 N DESCRIPTION Maxiiui 1 unit Cl 175 ppi C2 16 ppi C3 Trace Interval / Lithology / Hydrocarbon Indications / Total Gas 2218.41 - 2219.841 [base of recovered core] Interbedded SANDSTONE and SHALE. The sandstone is light grey, fine to lediui grained,
well sorted doiinantly quartzose, with lithics as above. Tight, no significant fluorescence. Trace gas bleeding. The shale is dark grey, silty, carbonaceous, as above. Depositional environient is low energy quiet water shallow lacustrine. The cleanest sandstone gives no cut in trichloroethane. Saturation is probably water with linor solution gas, but the cored interval has no effective porosity. Core lost is lost probably froi the base of the core. Gas detector whilst coring : 2220.6 INTERVAL CORED. m to 2230.6 ^ l)T 10 m • ‘ 2230.6 Showgrounds q q qq RECOVERY. m % CORE ANALYSIS co * GRAIN SIZE DESCRIPTION 0 % m k AV E Illustrative Lithology Structure Interval / Lithology / Hydrocarbon ■Indications/Total Gas 4.9 0.48 8*2 0.91 4.7 0.56 10.6 1.1 8.3 1.5 7.9 0.28 2.1 0.63 11.3 1.5 11.1 0.18 11.9 1.5 12.8 1.2 13.5 1.7 9.6 0.97 10.2 0.40 11.4 4.6 2220.61 - 2221.21 : Interbedded SHALE and SANDSTONE Interbeds 2 to 4 ci thick. The shale is dark grey, subfissile, silty, oderately hard, carbonaceous, finely licaceous. The sandstone is light ■grey, fine to lediui grained, well sorted, consists of subrounded quartz, linor grey, trace green and redbrown lithics, white clay latrix, ceient clay, silica, trace calcite. Porosity poor (12% visual), permeability very low. No significant hydrocarbon shows. 2221.21 - 2222.31 : Sandstone, linor interbedded shale, as above. 2222.3a - 2222.5a : Shale, linor sandstone. 2222.5a - 2224. 6a : Sandstone, linor shale. All lithologies as above. Bedding generally fine, cross beds flaser, burrows couon, sand filled. This is a shallow water low energy lacustrine facies [based on grainsize, sorting, bedding and cross bedding, burrows]. 2224.61 - TOP OF FLUVIAL FACIES The interval 2224.6b - 2224.8a is sandstone having brown ferruginous and carbonate enriched ceient [subaerial, caliche surface ?]. Units 2224.6i - 2225.9a and 2225.91 - 2226.4a are downward coarsening, pebble based channel deposits. Grainsize ranges froi lediui to very coarse, with poor sorting. The sands consist of subrounded quartz [pebbles rounded], with linor grey quartzitic lithics [in the finer phases!. Matrix is lediui grained sandstone and white clay, ceient is silica, clays, linor calcite / siderite [at top]. Visual porosity 14% to 17%. Strong, rich petroliferous odour on fresh fracture, bluish white to green spotty to luliltfi nuumi e in e.'— 2220.6 INTERVAL CORED. ..... m to 2230.6 CUT. 10 m Showgrounds CORE ANALYSIS 0 % k AV 120 13.9 PSIA 14 14.9 15 15.5 12 L5-.-I- -3.7 14.2 8.7 1.3 0.2f 1.2 0.2 1.1 0.14 1-9 0.21 5.9 0.37 4.4 1.5 9.6 7.1 4.1 1.6 10.7 2.3 8.6 3.2 8.2 3.7 7.6 ND GRAIN SIZE Slruclure Illustrative Lithology DESCRIPTION Interval / Lithology / Hydrocarbon Indications / Total Gas 2226.51 - 2227.21 : SHALE and SANDSTONE. The unit is a dispersed shale / sandstone iix - it is lediui grey, moderately hard, lassive, tight with no shows. It has a steeply dipping erosional base. 2227.21 - 2227.41 : SANDSTONE with sole tuffaceous material. The sandstone is lediui grained well sorted, tight. The tuffaceous Material is aediui greenish grey, hard, dense, it ceients the sandstone, and passes rapidly into sandstone at the base. 2227.41 - 2228.la : SANDSTONE - lediui to very coarse grained and pebbly, as above except with no significant hydrocarbons shows. 2228.li - 2230.5m [base of recovered core). CONGLOMERATE - pebbles to approi 6 ci in diaieter, rounded white quartz in a lediui to very coarse grained quartz sandstone Matrix. The ceient is clay and silica, and contains an indeterminate rust red lineral [from 2227.7i to base of core] which say be an Fe lineral. Visual porosity is 14% to 15%; there is no significant fluorescence or odour. GEOLOGIST MIKE WILTSHIRE SCALE dem ’ 100cm CORE ANALYSIS co * GRAIN SIZE DESCRIPTION rar fstt ND ND o> tn n> O O > v IHusIralive 2 Lithology w
Structure Interval / Lithology / Hydrocarbon Indications / Total Gas The units between 2224.6m and 2226.45m are fluvial channel products. The interval 2226.45m to 2227.4a contains products of a period of slower sedimentation - probably floodplain environment. The interval 2227.4m to 2230.5m is alluvial fan type sediments. WFLL NAMARAH 2 DATE. _ 23-Sep-1987 CORE NO.. 2 INTERVAL CORED. 2220.6 m to 2230.6 m CUT. 10 m FORMATION. Showgrounds NTERVAL RECOVERED. 2220.6 m m to 2230.6 m RECOVERY. 9 - 9 m 99 % WELL. NAMARAH 2 2252.5 INTERVAL CORED. m DATE. 2271.0 to m to 2271 •% CUT. 1Q '5 n Rewan RECOVERY. 1 _°° SAMPLES FOR ANALYSIS CORE ANALYSIS S GRAIN SIZE 0 % k AV DEPTH ® v> O U > Coarse | 6 d> S c ir > Shale | Illustrative Lithology Structure 120 ?SIA C 6.0 0.49 65." o'. '<S-' 4* tn V) —— 1 "T-T 0.48 d d 7 13.7 8.3 / / • ' ■ ■12.6 7.6 5.2 1 .8 * / V 1 • .o* , A — d / 14.7 LI c t • • • ' ( 1.4 7.5 1 VA . d- L ... 12.6 6.7 / ♦10.5 4.5 d 7 • • .* • 12.2 6.1 3.9 6.1 L. ••• • *.. J i. ''O'-' - *'' 11,9 6.1 d 1 ’’*• * t •'.**.* 8.4 1.4 (□ — — - 6.0 3.8 0.55 0.35 / — DESCRIPTION Interval / Lithology / Hydrocarbon Indications / Total Gas TOP OF CORE 2252.5b - 2267.0b : SANDSTONES with Binor interbedded SHALES. Several stacked upward fining units. The sandstones are all siailar - lediui grey, aediui to very coarse grained and pebbly, Boderately hard to hard, friable, consisting of subrounded quartz and green grey, brown, black, grey and redbrown lithics, latrix clays, cenent silica, white to green-grey clays, so«e siderite. Visual porosity is generally poor, occasionally fair (11% to 12%) at best. GEOLOGIST MIKE WILTSHIRE CORE DESCRIPTION WELL. NAMARAH 2 DATE. 26-Sep-1987 CORENO.. 3 2a CORE ANALYSIS S * GRAIN SIZE DESCRIPTION SAMPLI ANAL ff % k AV DEPTH 2 Cfl c O J O < > C D n 5 "2 J s a> c u. > Shale | Illustrative Lithology Structure Interval / Lithology / Hydrocarbon Indications / Total Gas 120 PSIA 9.3 1.5 • • . « . 2252.5a - 2267.0b : Massive SANDSTONES with linor ♦interbedded SHALES. 9-8 The sandstones have scattered bluish-white fluorescence - this is lostly associated with 2.3 11.5 5.0 CO clays replacing lithics; it Bay only be Mineral r< N fluorescence, but also Bay in part be due to hydrocarbons. There is no discernible odour or cut. 11.6 3.0 . , • • » * ’ • 13,9 3.2 12.9 2.8 1 The shales are greenish-grey, Boderately hard, O) s <» sassive, with traces of fine white Bica. 4.3 0.9 0.51 5.5 5.9 0.38 ) i 0 sj> / 7.7 0.65 8.3 0.68 9.2 2.7 5.2 0.36 / / •* • •* •« • r< c< 8.9 2.2 f • .o 7.6 0.81 I J 9.7 1.7 <, J X'-’:: '<? •♦ ■ ■ - / / ??<<£? GEOLOGIST MIKE WILTSHIRE SCALE 4cm » 100cm SHEET NO. 2 o< 4 to 2271.0 % Rewan FORMATION. RECOVERY. 18,5 m 10 ? 2271.0 to m CUT. 18-5 m 2252 5 INTERVAL CORED . ' m INTERVAL RECOVERED. 2252 - 5 . m wpj 1 NAMARAH 2 DATE. 26-Sep-1987 CORE NO.. 3 INTERVAL CORED. 2252.5 m to 2271.0 m CUT. 18 ' 5 m FORMATION. Rewan INTERVAL RECOVERED. 2252.5 m to 2271.0m RECOVERY. 18.5 m 10° % cc £<2 w 2 CORE ANALYSIS S £ GRAIN SIZE DESCRIPTION SAMPU ANAL 0 % k AV DEPTH V.Coarse u fl . 5 ; s a, c LL > 4) x: 07 Illustrative Lithology Structure Interval / Lithology / Hydrocarbon Indications / Total Gas 120 5.2 9.6 PS LA 0.43 0.97 • • • •’ 'd. : « / ; b,' — 6.4 0.70 2252.5b - 2267.01 : Massive sandstones, linor interbedded shales - see above. KI • /.“///* • ••••• ~97o 1.1 K N — . — . .-rr*.’. •..** Basal 1.5 letres contains brown ? ■ ■sideritic ''' 'S.'S latrix lineral; the sandstone is hard, dense, tight, with no hydrocarbon ■fluorescence [dull gold lineral fluorescence in the brown Bineral]. Distribution of the lineral is flecked to lottied. 8.7 0.75 *• • •• ».J—' . 4.3 0.32 0.19 k 5. 2 • • \ — ... — s3 - — — - 4.1 0.21 N — 10.6 .P.1.54 J - — o'' - 12.1 1.0 s> >/d> v«: 8.9 5.3 r< 12.0 0.78 . • • •• 'T"‘ t'. 4.6
0.39 ****** • * * • -• * *•«* s> si '5. z -1 rj H V'.v 6.4 0.17 5.1 0.25 0.16 7.1 -S. 1 ♦ ■GEOLOGIST MIKE WILTSHIRE — CORE DESCRIPTION 2252 5 INTERVAL CORED. m Io NTERVAL RECOVERED. 2252 ‘ 5 m to 2271.0 m 2271 Rewan CORE ANALYSIS 120 8.1 7?8 11.9 5.0 7.7 9.6 9.2 10.9 10.3 6.0 k AV PSIA 0.32 0725 0.57 0.24 0.60 0.70 0.82 0.64 1.1 0.63 DESCRIPTION Interval / Lithology 7 Hydrocarbon Indications 7 Total Gas 2267.01 - 2268.21 : SHALE - lediui green-grey, iasive, oderately hard - the interval 2267.71 to ■2268.01 contains soie thin laoinae with black, fine carbonaceous debris and lica. 2268.21 - 2271.0i : SANDSTONE - lassive green-grey, loderately hard, lediui to very coarse grained, with linor pebbles. It consists of subrounded quartz and grey, green, brown and black lithics; latrii is clay, ceient is clay and silica. Visual porosity is poor {11% to 12%), peneability is low. Scattered (15%) spotty gold fluorescence and pinpoint gold-white fluorescence; linor dry gas odour. No discernible cut. Depositional environment is apparently medium to high energy fluvial. 2271.0 INTERVAL CORED. . .. m 7771 n NTERVAL RECOVERED./ z/x ' u m 2289.S to . m CUT. 1 8,5 m Rewan 5 u. CORE GRAIN SIZE 22 ANALYSIS Structure 10.4 0.72 0.49 9.0 1.41 11.7 7.6 0.94 8.1 8.3 9.9 1.7 11.5 1.7 6.5 1.2 0.61 9.5 13.8 L3.7 4.8 Illustrative Lithology DESCRIPTION Interval / Lithology / Hydrocarbon Indications / Total Gas L20 8.3 6.7 10.7 4.1 PSIA 0.57 0.72 2.0 0.71 1.0 0.60 TOP QF CORK 227H - 2273.81 : SANDSTONE, iinor SHALE The sandstone is aediua to coarse grained,
oderately hard, aassive; consists of subrounded to rounded quartz [50%] and pale grey, ■green, brown, black and redbrown lithics, white clay aatrix, ceaent clay, silica and iinor ? carbonate. Porosity 10% to 11%, pinpoint gold fluorescence. Minor shale - green-grey, loderately hard, subfissile, slightly carbonaceous and aicaceous. 2273.8a - 2275.4a : GRIT Grit - very coarse grained and pebbly sandstone - pebbles up to about 8 aa in diaaeter in a sandstone aatrix, otherwise as above. Porosity approxiaately 12% (visual), good (50%) light bluish white to gold fluorescence, slow, faint cut. Passes down at about 2274.5a into very coarse to coarse grained sandstone, with decrease in shows. Fluorescence is now pinpoint / patchy, and the rock has coaaon dispersed clay and shale clasts. An interval of about 20 cis at 2275.3a has shale clasts, and is generally less lithic. Visual porosity is about 14%, with fluorescence and odour as above. WELL. NAMARAH 2 DATE. 28-Sep-1987 CORE NO.. _4 INTERVAL CORED. 2271.0 m to 2289.S m CUT. 18 - 5 m FORMATION. Rewan JTERVAL RECOVERED. 2271.0 m to 2289.3^ RECOVERY. 18.35 m 99 % SAMPLES FOR ANALYSIS CORE ANALYSIS 5 C S SRAIN SIZE DESCRIPTION 0 % k AV DEPTH Coarse 6 o S ® c LL > ■Shale | lllusiralive Lithology Structure Interval / Lithology / Hydrocarbon Indications / Total Gas 120 PSW 12.5 0.6^ -•. • •- ' •*. ? * ‘ — 2275.4b - 2279.25b : SANDSTONE 7.1 0.8S I.* f ‘ Sandstone - aediua grey, aoderately hard, aediua to very coarse grained and gritty, lithic, as 8.5 0.4S r*. / ' above, with porosity generally poor (visual r- • N -i N / 11X). 9.3 ■0.8; •. */»•• • In coarser phases there is a tendency to less lithics, and improved porosity. Visual porosity — 7.2 4.4 o.8; 0.38 "I - is up to about 14% at best. Better porosity stringers have 50% patchy bluish-white fluor escence with faint cut, strong petroliferous odour on fresh fracture. Bulk of core has patchy (20%) bluish-white and dull gold fluorescence, faint cut, but is tight. Weak odour on fresh fracture. <0 1 9.7 8.2 6.87 0.9C N N • 8.0 0.48 9.2 0.59 r* 2279.25a - 2280.4a : SANDSTONE 8.7 0.41 N Sandstone - as above, but generally finer (aediua to coarse grained), tight. 7.7 0.42 5.6 0.27 O . CD ^=•=3- 7.3 0.44 K • /? * ’•* \ % %
5.9 0.76 <3£> 5.1 0.13 •.©? .• 0 o CORE NO.. 1 2271.0 INTERVAL CORED. m to 2289 ' 5 m CUT. 18 ' 8 m INTERVAL RECOVERED . 2271 ’ 0 m to 2289.35 m DATE. 28-Sep- 1987 RECOVERY. 18,35 m"_ CORE ANALYSIS 120 4.9 7.7 PSIA 0.11 1.3 3.2 0.16 4.4 0.28 5.6 0.25 5.3 4.9 6.3 6.8 6.5 5.6 5.8 0.31 0.22 0.42 0.40 0.23 0.36 0.16 DESCRIPTION Interval / Lithology / Hydrocat bon Indications / Total Gas 2280.4b * 2281.41 : SANDSTONE Sandstone - downward coarsening coarse to very coarse grained sandstone, as above, tight. 2281.4b - 22861 : SANDSTONE. Sandstone - aediui to coarse grained and very coarse grained, hard, Bassive, lithic, as above, with ceaent clay, silica, siderite / calcite. The rock is hard and dense due to increase in carbonate content in ceient. Patches of brown crystalline sideritic ceaent, and soae patches of ? nodular depositional sideritic aaterial. These ? clasts are up to 5 cis long, 2 cis deep. 2271.0 INTERVAL CORED. _ m to 2289.5 m CUT 18-5 m Rewan FORMATION. INTERVAL RECOVERED . 2271 ’ 0 m to 2289.35 m RECOVERY. I 8 ! 3 — - __ % CORE ANALYSIS 0 % T2CT" 11.5 -6-s-5- 10.1 12.4 12.4 3.3 JUL 8.5 7.4 3.9 4.1 AV PSIA 0.70 TL-55 0.65 0.93 0.76 0.06 0.^23 0.72 0.79 0.23 0.50 DESCRIPTION Interval / Lithology / Hydrocarbon Indications / Total Gas 2286b - 2287.5b : SANDSTONE Sandstone - as described above. Sideritic and grey silt / shale clasts coaaon (up to 8 ca in dianeter). All the sandstones are hard, tight, with Binor spotty fluorescence. 2287.5b - 2287.9b : SHALE Shale - brown, hard, dense with several sideritic layers to 2 ca thick. 2287.9a - 2289.35a : SANDSTONE Sandstone - aediua grey, hard, dense, pebbly [both shale and sideritic clasts and extraneous pebbles]. Tight [visual porosity approximately , spotty gold and bluish white fluorescence, as above. Bottoi part of core continues to have hydrocarbon shows. Depositional environment is fluvial, high energy, soae subaerial [carbonate / siderite enrichment is caliche type events ?]. CRUSADER LIMIIED CORE DESCRIPTION INTERVAL CORED. 2289.5 m to 2299.8 CUT. 10.3 m INTERVAL RECOVERED. 2289.5 m to 2300.1 m FORMATION. __ Rewar L RECOVERY. 10.6 ml02 % CORE ANALYSIS 0 % > < -nr PSIA 14". F 2 ro 12.5 6.0 12.6 2?0 6.0 1.1 14.0 4.0 14^-2- 4.7 12.5 4.0 16.3 9.5 12.9 0.95 5.8 0.48 8.2 0.12 6.1 1.0 7.4 0.75 6.1 0.61 — — 12.0 0.40 10.6 1.50 GRAIN SIZE Structure GEOLOGIST Illustrative Litholoqy DESCRIPTION Interval / Lithology / Hydrocarbon Indications / Total Gas TOP OP 2289.5b - 2292b : GRIT Grit - Bedim grey, moderately hard to hard, consists of subrounded quartz and light grey, grey, black, green-grey, redbrown and brown lithics, white clay matrix. Grainsize ranges froi aediua to very coarse and pebbly, poor to fair sorted. Cement is clay, silica, carbonate. Porosity is low (visual 10% to 11%). Scattered bluish-white fluorescence, faint (questionable) cut. Dry hydrocarbon odour on fresh fracture. Base of unit has an intraforaational pebble layer approximately 4 cbs thick. There are some thin silty interbeds. 2292a - 2294.3a : SANDSTONE Sandstone - generally as above, but slightly finer grained - with less pebbles, slightly better sorted coarse grained. It is hard and tight. There is scattered fluorescence as above. Dry hydrocarbon odour on fresh fracture. Basal 0.3 metres is pebbly, as above. CRUSADER LIMITED CORE DESCRIPTION WELL NAMARAH 2 DATE. 30 -Sep-1987 CORE NO.. J INTERVAL CORED. 2289.5 m 2299.8 r , IT 10.3 m to m CUT • m FORMATION. Rewan INTERVAL RECOVERED . 2289 ' 5 m to 2300.1 m RECOVERY. 10 - 6 m 10 ! ac 2a w ” CORE ANALYSIS S £ < < w 0 % k AV DEPTH 120 PSIA 10.2 0.50 3.5 ND 8.8 0.26 Jo • iV 6.5 0.24 N 6.4 0.46 9.6 0.87 3.5 0.71 11.7 2.2 9.8 2.4 o- cX 9.5 0.65 7.6 0.98 11.1 4.2 <0 14.7 16 <4 5.5 0.36 14.8 24 15.2 70 GRAIN
SIZE DESCRIPTION Structure Illustrative Lithology Interval / Lithology / Hydrocarbon indications / Total Gas 2294.31 - 2294.61 : SHALE Shale - lediui grey, hard, dense, ’ slightly carbonaceous. Sideritic band thick near top of unit. 2294.61 - 2297.25l : CONGLOMERATE / SANDSTONE fissile, 1 4 ci above. 5 cis, Congloierate / sandstone - lithotypes as Pebble size is generally up to about scattered in a coarse to very coarse grained sandstone latrix. The interval 2296.2i to 2297b has soie finer sandstone defining cross beds which dips to 25 degrees. The base of 2297.251. the unit is a channel 2297.251 - 2300.li : CONGLOMERATE / / sandstone - sandstone at up lag at SANDSTONE the top 0.4 with fine ■ has black Congloierate ediui grained carbonaceous laiinae, passing down into conglom ■erate as above. Fluorescence is similar to that above - the best is 50% patchy blue-white and gold, with rich petroliferous odour. Visual porosity is about 12% at best, with low perieability. 2289 5 INTERVAL CORED. L m to INTERVAL RECOVERED. 2289 • 5 m to 2299.8 m CUT 10-3 m 2300. l m Rewan FORMATION. RECOVERY . 10,6 m 192 % CORE ANALYSIS GRAIN SIZE DESCRIPTION m I LU O 05 tn <5 O O > co J= w Illustrative Lithology Structure Interval 7 Lithology 7 Hydrocarbon Indications / Total Gas “T7T 13.4 5.4 '4T8 TETT 5 36~ 0.13 7J776 O o «*) O & <> 2299i - 2300.11 : CONGLOMERATE Congloierate - as above. The sequence is becoiing slowly less lithic, with lore quartz pebbles, and is also lore siliceous. Hydrocarbons shows are present to the base of the core. The depositional environient is high energy fluvial; there is evidence of soie subaerial influence {sideritic zones). SCAl F 4cm - 100cm GEOLOGIST MIKE WILTSHIRE WFLL NAMARAH 2 DATE. _ l-Oct-1987 CORENO.. 6 2300.1 INTERVAL CORED. m Io 2302.0 m 1 9 CUT. m FORMATION. Rewan/Kianga 2300 1 INTERVAL RECOVERED. m to 2302.0 m RECOVERY. 1-9 m ioo % m 7o a: £<2 CORE ANALYSIS 3 X £ GRAIN SIZ£ DESCRIPTION SAMPLE ANAL 0 % k AV DEPTH a> tn ra O o > Coarse | x> ® S 9> C U_ > © ra co Illustrative Lilhology Structure Interval / Lithology ! Hydrocarbon Indications / Total Gas PSIT 2300.U - 2300.31 : CONGLOMERATIC SANDSTONE Congloieratic sandstone - lediui grey, hard, consists of subrounded quartz and polyiictic lithics, as in previous cores. Tight (visual porosity approximately 10X1. Minor spotty fluorescence, faint hydrocarbon odour. 8 2300.31 TOP OF KIANGA FORMATION O o o 2300.31 - 2302.01 : TUFF v X/ V v 'J \i Tuff - light grey, loderately hard, lassive. Consists of very fine detrital ash fragients; individual particles are indistinguishable. Brown lica [secondary] is abundant. Minor silty aterial at 2300.8b to 2301.li. 0 1 / V V V V' V xl V v ■v\J \/’V V v v JI \ V X/ V x/ V x/ n/ V V V v >/ v x/ x/ The Rewan / Kianga contact is defoned and undulose with soft-sediient flowage of conglom eratic sandstone into the underlying tuff. - - - .. N R - — - V v V x/ 'J V -
S.D. D0081407 D0081407 APPENDIX 7 CORE ANALYSIS Namarah 2 Well Completion Report Below is the reservoir data provided by Austrlian Core Services and depth corrected to wireline loggers depths. The porosity/pezmeability data was measured at Ambient or 110 psi Boot pressure. Subsequent measurements were made at overburden pressure (see following report). RESERVOIR DATA: [Auscore] LAll depths are log depths] 2212.3m Por 4.0% K 0.19 md . Rhob 2212.6m Por 3.6% 2212.95m 4.5% 1.0 2213.25m 6.3% 2213.5m 4.7% 0.62 2213.8m 10.6% 2214.0m Kv 0. 58 2214.1m 13.4% 2214.4m 12.2% 2.4 2214.7m 10.6% 2215.0m 2.8% 0.3 2215.3m 4.4% 2215.65m 11.3% 1.3 2215.9m 11.8% 2216.2m 11.9% 1.8 2216.45m 12.1% 2216.8m 12.7% 1.88 2217.lm 13.1% 2217.25m 0. 61 2217.4m 12.1% 2217.7m 11.8% 1.6 2218.0m 9.4% 2218.3m 13.3% 2.5 2 :. 33 2218.45m 2218.53m 14.0% 1.9 2218.9m 14.1% 2219.2m 14.2% 2.8 2219.5m 15.7% 2219.8m 3.4% 1.1 2220.05m 6.8% 2220.4m 2.3% 0.13 2220.7m 1.9% 2221.0m 1.8% 0.35 2221.3m 1.9% 2221.6m 3.5% 0.38 2221.9m 2.7% 2222.2m 2.4% 0.55 2222.5m 3.6% 2222.85m 6.0% 0.76 2223.15m 6.4% 2223.45m 5.8% 0.77 2223.7m 3.9% 2224.0m 6.9% 0.85 2224.9m 4.9% 2225.2m 8.9% 0.91 2. 51 2225.5m 4.7% 2225.8m 10.6% 1.1 2. 48 2226.1m 8.3% 2226.4m 7.9% 0.28 2. 54 2226.7m 2.1% 2227.0m 11.3% 1 .5 2. 47 2227.3m 11.1% 2227.7m 11.9% 1.5 2. 46 2227.9m 12.8% 2228.2m 13.5% 1.7 2. 42 2228.5m 9.6% 2228.8m 10.2% 0.4 2. 52 2229.15m 11.4% 2229.35m 13.9% 14 2. 40 2229.55m 2229.7m 14.9% 15 2. 39 2230.0m 15.5% 2230.3m 15.1% 3.7 2. 39 2230.6m 14.2% 2230.9m 1.3% 0.28 2. 59 2231.2m 1.2% 0.27 md 0.42 2.3 3.0 1.7 0.92 Rhob 1.4 2.38 1.4 2.0 1.6 1.4 0.91 2.7 4.6 0.78 3.8 0.25 1.6 0.48 0.69 0.55 2.44 0.48 2.57 0.56 2.62 1.5 2.52 0.63 2.19 0.18 2.62 1.2 2.44 0.97 2.50 4.6 2.44 0.58 12 2.37 8.7 2.39 0.20 2.68 RESERVOIR DATA [continued] 2231.5m 1.17. 0.14 2.57 2231.8m 1.9% 0.21 2.70 2232.1m 5.97. 0.37 2.80 2232.4m 4.4% 1.5 2.69 2232.7m 9.67. 7.1 2.58 2232.85m 4 2233.0m 4.17. 1.6 2.62 2233.3m 10.7% 2.3 2.46 2233.6m 8.67. 3.2 2.42 2233.85m 8.2% 3.7 2.44 2234.15m 7.67. nd 2.51 2234.45m 8.47. 2.9 2.49 2234.7m 8.6% 3.2 2.47 2256.25m 6.07. 0.49 2.46 2256.8m 3.9% 0.48 2257.1m 13.7% 8.3 2257.4m 12.6% 5.2 2257.7m 7.6% ‘ 1.8 2258.0m 14.7% 11 2258.1m 14 2258.3m 7.5% 1.4 2258.6m 12.67. 6.7 2258.9m 10.5% 4.5 2259.2m 12.27. 6.1 2259.5m 3.9% 6.1 2259.8m 11.9% 6.1 2260.0m 6 2260.1m 8.4% 1.4 2260.4m 6.0% 0.55 2260.7m 3.8% 0.35 2261.0m 9.3% 1.5 2261.3m 9.8% 2.3 2261.6m 11.5% 5.0 2261.9m 11.6% 3.0 2262.2m 13.9% 3.2 2262.5m 12.9% 2.8 2262.8m 4.3% 0.9 2263.lm 5.5% 0.51 2263.4m 5.9% 0.38 2263.7m 7.7% 0.65 2263.8m 11 2264.0m 8.3% 0.68 2264.3m 9.2% 2.7 2264.6m 5.2% 0.36 2.42 2264.9m 8.9% 2.2 2265.2m 7.6% 0.81 2265.5m 9.7% 1.7 226S.8m 5.2% 0.43 2266.0m 1.2 2266.1m 9.6% 0.97 2266.4m 6.4% 0.7 2266.7m 9.0% 1.1 2267.0m 8.7% 0.75 2267.3m 4.3% 0.32 2267.6m 5.2% 0.19 2267.9m 4. 17. 0.21 2268.2m 10.6% 0.54 2268.5m 12.1% 1.0 2268.8m 8.9% 5.3 2269.0m 1.’ L 2269.1m 12.0% 0.78 2269.4m 4.6% 0.39 2269.7m 5.2% 0.14 2270.0m 6.4% 0.17 2270.3m 5.1% 0.25 2270.55m 7.1% 0.16 2270.9m 8.1% 0.32 2.47 2272.2m 7.8% 0.25 2272.5m 11.9% 0.57 2272.85m 5.0% 0.24 2273.1m 7.7% 0.60 2273.4m 9.6% 0.70 2273.7m 9.2% 0.82 2274.0m 10.9% 0.64 2274.1m 1.1 2274.3m 10.3% 1.1 2274.6m 6.0% 0.63 2274.85m 8.3% 0.57 2275.2m 10.4% 0.72 2275.4m 0.35 2275.5m 6.7% 0.72 2275.8m 10.7% 2.0 2276.0m 1.5 2276.1m 9.0% 0.49 2276.4m 11.7% 1.41 2276.7m 7.6% 0.94 2276.9m 0.47 2277.0m 8.1% 0.71 2277.3m 8.3% 1.0 2277.5m 0.12 2277.6m 9.9% 1.7 2.46 2277.9m 11.5% 1.7 2278.2m 6.5% 1.2 2278.5m 9.5% 0.61 2278.7m 2.8 2278.8m 13.8% 13.7 2279.lm
4.8% 4.8 2279.15m 1.2 2279.4m 4.1% 0.33 2279.7m 5.0% 0.48 2280.0m 12.5% 0.64 2280.3m 7.1% 0.89 2280.4m 0.66 2280.6m 8.5% 0.48 2.47 2280.9m 9.3% 0.82 2281.2m 7.2% 0.82 2281.4m 0.54 2281.5m 4.4% 0.38 2281.8m 9.7% 0.87 RESERVOIR DATA [continued] 2282.1m 8.2% 0.90 2282.3m 0.36 2282.4m 8.0% 0.48 2282.7m 9.2% 0.59 2282.9m 0.S8 2283.0m 8.7% 0.41 2283.3m 7.7% 0.42 2283.6m 5.6% 0.27 2283.9m 7.3% 0.44 2284.2m 5.9% 0.76 2284.4m 0.40 2284.5m 5.1% 0.13 2284.8m 4.9% 0.11 2284.9m 0.21 2285.1m 7.7% 1.3 2285.4m 3.2% 0.16 2285.7m 4.4% 0.28 2285.9m 0.19 2286.0m 5.6% - 0.25 2286.3m 5.3% 0.31 2286.6m 4.9% 0.22 2286.9m 5.0% 0.85 2287.2m 6.3% 0.42 2287.4m 0.30 2287.5m 6.8% 0.40 2287.8m 6.5% 0.23 2288.1m 5.6% 0.36 2288.4m 5.8% 0.16 2288.6m 0.25 2288.7m 8.6% 0.64 2289.0m 8.3% 0.52 2289.2m 0.43 2289.3m 6.5% 0.70 2289.6m 10.1% 0.72 2289.9m 11.5% 0.70 2290.2m 6.3% 0.55 2290.4m 0.49 2290.5m 10.1% 0.65 2290.8m 12.4% 0.93 2. .41 2291.1m 12.4% 0.76 2291.4m 3.3% 0.06 2291.6m 0.15 2291.7m 9.3% 0.23 2292.0m 8.5% 0.72 2292.3m 7.4% 0.79 2291.5m 0.38 2291,6m 3.9% 0.23 2291.9m 4.1% 0.50 2292.25m 14.1% 2.0 2292.32m 2.3 2292.5m 12.5% 6.0 2292.8m 12.6% 2.0 2.40 2293.1m 6.0% 1.1 2293.15m 0.81 2293.4m 14.0% 4.0 2293.7m 11.2% 1.7 2294.0m 12.5% 4.0 2294.2m 2.7 2294.3m 16.3% 9.5 2294.6m 12.9% 0.95 2294.9m 5.8% 0.48 2295.0m 0.36 2295.2m 8.2% 0.12 2295.5m 6.1% 1.0 2295.8m 7.4% 0.75 2296.1m 6.1% 1.0 2296.2m 0.24 2296.4m 12.0% 0.40 2296.7m 10.6% 1.50 2296.9m 0.34 2297.0m 10.2% 0.50 2297.2m 3.5% 33 Frac 2297.5m 8.8% 0.26 2297.8m 6.5% 0.24 2298.1m 6.4% 0.46 2298.4m 9.6% 0.87 2298.45m 0.21 2298.7m 11.9% 1.1 2299.0m 3.5% 0.71 2299.15m 0.85 2299.3m 11.7% 2.2 2299.6m 9.8% 2.4 2300.0m 9.5% 0.65 2300.2m 7.6% 0.98 2300.45m 0.68 2300.5m 11.1% 4.2 2300.8m 14.7% 16 2.39 2301.1m 5.5% 0.36 2301.4m 14.8% 24 230].7m 15.2% 70 2301.85m 1.1 2302.0m 13.4% 5 23Ci2.3m 9.6% 36 2302.6m 5.4% 0.13 2302.8m 4.8% 0.26 a "boot measure Please note that the above permeabilities were measured using pressure of 110 psi. Comparative analyses indicate permeabilities are reduced with increasing "boot" pressure. CORE SERVICES OF AUSTRALIA PTY.LIMITED, P.O.BOX 523, STRATHPINE, QLD. 4500. TELEPHONE: 07 298 5272 DATE: 1 DECEMBER 1987 CRUSADER RESOURCES NL., 27TH FLOOR, 12 CREEK ST., BRISBANE, 4000. RE: CONVENTIONAL CORE ANALYSIS FINAL ’NELL REPORT - NAMARAH #2 GENTLEMEN: ENCLOSED IS THE FINAL CORE ANALYSIS REPORT FOR THE ABOVE WELL. THE FOLLOWING REPORT INCLUDES TABULAR DATA FINAL REPORT, A CONTINUOUS CORE GAMMA LOG, A CORE LOG PLOT AND A PERMEABILITY VS POROSITY CROSS PLOT, TOGETHER 'WITH A GRAIN DENSITY PLOT. THE DATA CONTAINED IN THIS REPORT HAS 3EEN DERIVED BY THE FOLLOWING METHODS : C0RE GA MMA LOG - IS PRODUCED BY PASSING THE WHOLE CORE UNDER A RADIATION DETECTOR, SHIELDED INSIDE A LEAD TUNNEL, ON A CONTINUOUS BELT. THE CONTINUOUS SELT IS DRIVEN AT AN ADJUSTABLE SPEED DESIGNED TO RE-PRODUCE THE DESIRED VERTICAL LOG SCALE. THE GAMMA RADIATION COUNT IS AMPLIFIED AND THE SIGNAL DIGITIZED TO REFLECT THE DRAWN LOG. FLU ID SATURATIONS - AN AUTOMATIC THERMOSTATICALLY CONTROLLED HIGH TEMPERATURE RETORT WAS UTILIZED FOR THE VOLUMETRIC DETERMINATIONS OF CONNATE WATER AND RESIDUAL OIL SATURATIONS. PAGE 2 HELIUM INJECTION POROSITY - BOTH CONVENTIONAL AND FULL DIAMETER: MEASURED BY HELIUM POROSIMETER TO DETERMINE THE GRAIN VOLUME AND
CONSEQUENTLY, THE PORE VOLUME. THIS DETERMINATION IS BASED ON BOYLES LAW EQUATION OF GAS EXPANSION AND USES HELIUM BECAUSE OF IT'S MINUTE MOLECULAR STRUCTURE INERT PROPERTIES. PER MEA BILITY -BOTH CONVENTIONAL AND FULL DIAMETER: MEASURED BY "FLUID TRANSMISSIBILITY" DARCYS EQUATION FOR COMPRESSIBLE FLUIOS (GAS) ASSUMING LAMINAR FLOW. AIR BEING THE GAS USED. GRAI N DENSITY - DERIVED SY MEASUREMENTS UTILIZING A BOYLES LAW DISPLACEMENT PUMP TO DETERMINE BULK VOLUME, THE HELIUM POROSIMETER TO DETERMINE GRAIN VOLUME AND ANALYTICAL BALANCE TO DETERMINE WEIGHT. 3- N ATURAL DE N SIT Y - DERIVED BY MEASUREMENTS UTILIZING A SOYLES LAW DISPLACEMENT PUMP TO DETERMINE BULK VOLUME AND AN ANALYTICAL BALANCE TO DETERMINE THE WET WEIGHT. A TOTAL OF 71.09 METRES OF CORE FROM SIX CORES WAS RECOVERED FROM THE WELL. THE CORES WERE RETRIEVED IN ALUMINIUM OR FIBRE GLASS INNER BARRELS DEPENDING UPON AVAILABILITY. THE CORE WAS MEASURED ON SITE AND CUT INTO ONE METRE LENGTHS BY THE CORE SERVICES STAFF. BRIEF ON-LOCATION GEOLOGICAL DESCRIPTIONS WERE MADE BY THE WELLSITE GEOLOGIST PRIOR TO THE CORE BEING BROUGHT TO BRISBANE BY THE CORE SERVICES STAFF. AFTER THE CORE GAMMA LOG WAS RUN ON EACH CORE 2 X 1-1/2" PLUGS 'WERE DRILLED AT 30CM INTERVALS THROUGHOUT THE RESERVOIR SECTION FOR CONVENTIONAL AND SPECIAL CORE ANALYSIS FOR HELIUM INJECTION POROSITY, PERMEABILITY AND GRAIN DENSITY DETERMINATIONS. THE PLUGS WERE DRILLED WITH TAP WATER, CLEANED IN TOLUENE IN SOXHLET EXTRACTORS AND DRIED IN A CONTROLLED HUMIDITY OVEN, AT A TEMPERATURE NOT EXCEEDING 105 DEGREES CENTIGRADE, PRIOR TO ANALYSIS INTERMITTENT SAMPLES WERE ALSO SELECTED AND ANALYSED FOR FLUID SATURATIONS. SUBSEQUENTLY, 1 X 100MM LONG SAMPLE PER METRE WAS CUT OUT OF THE CORE FOR FRAC. ANALYSIS. SIMILAR SAMPLES FROM THE SAME INTERVALS WERE TRIMMED OUT AND VERTICAL PERMEABILITIES PERFORMED. PAGE 3 ALL PLUGS WERE RE-SEALED IN PLASTIC WRAP, ALUMINIUM FOIL AND SEAL-COAT FOR POSSIBLE FUTURE ANALYSIS*. THE CORE WAS THEN SLABBED IN HALF AND PHOTOGRAPHED. ONE HALF OF THE CORE PLUS ALL GEOLOGICAL SAMPLES WERE STORES IN CORE SERVICES SAMPLE LIBRARY AND THE REMAINDER DELIVERED TO THE MINES DEPARTMENT STORE AT ZILLMERE. SHOULD YOU HAVE ANY QUERIES REGARDING THIS DATA PLEASE DO NOT HESITATE TO CONTACT THIS OFFICE. WE LOOK FORWARD TO BEING OF ASSISTANCE TO YOUR COMPANY AGAIN IN THE NEAR FUTURE. END O F R EPO RT Pty Limited Petroleum Reservoir Engineering Data FINAL DATA REPORT — CONVENTIONAL CORE ANALYSIS CRUSADER RESOURCES NL. AUSTRALIA 30 September 1987 COMPANY: COUNTRY: DATE: NAMARAH #2 QUEENSLAND CA2-63 WELL: . . STATE: .. FILE No.: Core #1 2208.0 - 2219.84m FIELD: CORE INTERVAL Sample No. Depth POROSITY % He Inj DENSITY PERM (mJ) to air bCOT CXtesSueA HOft' Summation of Fluids & Residual Saturations REMARKS Nat Gram KH KV 0 % Oil Water 1 2208.0 4.0 ’.68 0.19 2 2208.3 3.6 ’.65 0.27 3 2208.65 4.5 ’.69 1.0 4 2208.95 6.3 2.63 0.42 5 2209.2 4.7 2.65 0.62 6 2209.5 10.6 2.68 2.3 7 2209.8 13.4 2.68 3.0 8 2210.1 12.2 2.68 2.4 9 2210.4 10.6 2.69 1.7 10 2210.7 2.8 2.71 0.30 f 2211.0 4.4 2.76 0.92 2211.35 11.3 2.69 1.3 13 2211.6 11.8 2.38 2.69 1.4 0.0 42.0 14 2211.9 11.9 2.69 1.8 15 2212.15 12.1 2.69 1.4 16 2212.5 12.7 2.69 1.9 17
2212.8 13.1 2.68 2.0 18 2213.1 12.1 2.69 1.6 19 2213.4 11.8 2.72 1.6 20 2213.7 . 9.4 2.69 1.4 21 2214.0 13.3 2.33 2.68 2.5 0.0 5.3 22 2214.23 14.0 2.68 1.9 23 2214.6 14.1 2.68 2.7 24 2214.9 14.2 2.69 2.8 25 2215.2 15.7 2.44 2.68 4.6 0.0 3.2 26 2215.5 3.4 2.67 1.1 27 2215.75 6.8 2.68 0.78 ?« 2216.1 2.3 2.66 0.13 L. y 2216.4 1.9 2.66 3.8 30 2216.7 1.8 2.66 0.35 Petroleum Reservoir Engineering Data FINAL DATA REPORT CONVENTIONAL CORE ANALYSIS JMPANY CRUSADER RES0URCES NL - COUNTRY: AUSTRAL1A QATg. September 1987 Sample No. Depth POROSITY % He Inj DENSITY PERM (mcj) _ to air KDT tefc-SSUCfe: Summation ol Fluids & Residual Saturations REMARKS Nat. Gram KH KV 0 % Oil Water 31 2217.0 1.9 2.64 0.25 32 2217.3 3.5 2.66 0.38 33 2217.6 2.7 2.68 1.6 34 2217.9 2.4 2.68 0.55 35 2218.2 3.6 2.68 0.48 36 2218.55 6.0 2.68 0.76 37 2218.85 6.4 2.68 0.69 38 2219.15 5.8 2.69 0.77 39 2219.4 3.9 2.69 0.55 40 2219.7 6.9 2.70 0.85 41 2220.6 4.9 2.57 2.68 0.48 0.0 86.7 Core #2 2220.9 8.9 2.51 2.68 0.91 0.0 82.0 43 2221.2 4.7 2.62 2.69 0.56 0.0 79.1 44 2221.5 10.6 2.48 2.68 1.1 0.0 77.5 45 2221.8 8.3 2.52 2.67 1.5 0.0 59.7 46 2222.1 7.9 2.54 2.67 0.28 0.0 59.6 Fractured 47 2222.4 2.1 2.19 2.66 0.63 0.0 62.5 48 2222.7 11.3 2.47 2.68 1.5 0.0 59.6 49 2223.0 11.1 2.62 2.68 0.18 0.0 56.5 Fractured 50 2223.3 11.9 2.46 2.68 1.5 0.0 49.6 51 2223.6 12.8 2.44 2.70 1.2 0.0 45.3 52 2223.9 13.5 2.42 2.68 1.7 0.0 45.4 53 2224.2 9.6 2.50 2.68 0.97 0.0 52.1 54 2224.5 10.2 2.52 2.68 0.40 0.0 49.5 Fractured 55 2224.85 11.4 2.44 2.66 4.6 0.0 34.4 56 2225.05 13.9 2.40 2.67 14 0.0 10.2 57 2225.4 14.9 2.39 2.68 15 0.0 49.7 58 2225.7 15.5 2.37 2.67 12 0.0 47.5 2226.0 15.1 2.39 2.68 3.7 0.0 66.5 60 2226.3 14.2 2.39 2.67 8.7 0.0 70.7 FIELD: CORE INTERVAL QUEENSLAND C!| - .. CA2-63 STATE Core #1 2208^"- 2219.84m #2 2220.6 - 2230.50m WELL: NAMARAH #2 Ply Limited Petroleum Reservoir Engineering Data FINAL DATA REPORT — CONVENTIONAL CORE ANALYSIS .OMPANY CRUSADER RESOURCES NL. COUNTRY AUSTRALIA DATE 30 Se P Cember 1987 vyci 1 NAMARAH #2 STATE' QUEENSLAND FILE NoCA2—63 Core #2 ■2220.6 - 2230.50im FIELD: ..." CORE INTERVAL . Core , #3 2252 - 52271 - OOm Sample No. Depth POROSITY % He Inj DENSITY PERM (md) „ to air tiorsi Summation of Fluids & Residual Saturations REMARKS Nat Gram KH KV 0 % 0)1 Water 61 2226.6 1.3 2.59 2.63 0.28 0.0 79.9 62 2226.9 1.2 2.68 2.69 0.20 0.0 89.1 63 2227.2 1.1 2.57 2.60 0.14 0.0 93.5 64 2227.5 1.9 2.70 2.72 0.21 0.0 57.0 65 2227.8 5.9 2.80 2.91 0.37 0.0 19.0 66 2228.1 4.4 2.69 2.84 1.5 0.0 24.5 67 2228.4 9.6 2.58 2.75 7.1 0.0 59.1 68 2228.7 4.1 2.62 2.69 1.6 0.0 57.5 69 2229.0 10.7 2.46 2.66 2.3 0.0 6.9 70 2229.3 8.6 2.42 2.64 3.2 0.0 8.4 71 2229.55 8.2 2.44 2.65 3.7 0.0 6.0 2 2229.85 7.6 2.51 2.68 1 310 0.0 6.6 Fractured 73 2230.15 - 2.49 - - 6.9 0.0 6.9 74 2230.45 - 2.47 - 8.9 0.0 10.2 75 2252.55 6.0 2.46 2.68 0.49 0.0 42.8 Core #3 76 2253.1 3.9 2.68 0.48 77 2253.4 13.7 2.66 8.3 78 2253.7 12.6 2.66 5.2 79 2254.0 7.6 2.67 1.8 80 2254.3 14.7 2.67 11 81 2254.6 7.5 2.67 1.4 82 2254.9 12.6 2.67 6.7 83 2255.2 10.5 2.66 4.5 84 2255.5 12.2 2.66 6.1 85 2255.8 3.9 2.66 6.1 • 86 2256.1 11.9 2.65 6.1 87 2256.4 8.4 2.66 1.4 88 2256.7 6.0 2.66 0.55 ) 2257.0 3.8 2.67 0.35 90 2257.3 9.3 2.66 1.5 Petroleum Reservoir Engineering Data FINAL DATA REPORT CONVENTIONAL CORE ANALYSIS JMPANY: CRUSADER.RESOURCES.NL COUNTRY:. .AUSTRALIA DATE: . . . 30 September- 1987 WELL: NAMARAH.#2 STATE: QUEENSLAND - • • FlLE No.: CA2-63 - Sample NO. ■Depth porosity % He Inj DENSITY PERM (md) _ to air 3CT5T AjcXSUHCe Kof^l Summation of Fluids & Residual Saturations REMARKS Nat Gram KH KV 0 % Oil Water 91 2257.6 9. 8 2.66 2.3 92 2257.9 11.5 2.65 5.0 93 2258.2 11.6 2.66 3.0 99 2258.5 13.9 2.67 3.2 95 2258.8
12.9 2.68 2.8 96 2259.1 4.3 2.69 0.9 97 2259.4 5.5 2.68 0.51 98 2259.7 5.9 2.66 0.38 99 2260.0 7.7 2.66 0.65 100 2260.3 8.3 2.66 0.68 W 2260.6 9.2 2.66 2.7 IvZ 2260.9 5.2 2 .42 2.66 0.36 0.0 59.1 103 2261.2 8.9 2.66 2.2 104 2261.5 7.6 2.66 0.81 105 2261.8 9.7 2.66 1.7 106 2262.1 5.2 2.65 0.43 107 2262.4 9.6 2.66 0.97 108 2262.7 6.4 2.66 0.70 109 2263.0 9.0 2.65 1.1 110 2263.3 . 8.7 2.66 0.75 Lil 2263.6 4.3 2.67 0.32 L12 2263.9 5.2 2.68 0.19 L13 2264.2 4.1 2.65 0.21 L14 2264.5 10.6 2.67 0.54 L15 2264.8 12.1 2.67 1.0 * :i6 2265.1 8.9 2.66 5.3 L 17 2265.4 12.0 2.67 0.78 .18 2265.7 4.6 2.71 0.39 Li^ 2266.0 5.2 2.66 0.14 .20 2266.3 6.4 2.72 0.17 FIELD: Core #3 2252.50 - 2271.0m CORE INTERVAL Pty Limited Petroleum. Reservoir Engineering Data FINAL DATA REPORT CONVENTIONAL CORE ANALYSIS JMPANY: CRUSADER RESOURCES NL COUNTRY AUSTRALIA DATE: ?9. September 1987 WELL: NAMARAH #2 STATE: . . .9 UEE ^ SLAN .J o d _Fll£ No ’^ A2 " 63 . Core #3 2252.3 - 2271.00m Sample NO. Depth POROSITY % He Inj DENSITY PERM (md) „ f, 10 air fab-r hofS/ Summation of Fluids & Residual Saturations REMARKS Nat Grain KH KV 0 % Oil Water 121 2266.6 5.1 2.91 0.25 122 2266.85 7.1 2.71 0.16 123 2268.2 8.1 2.47 2.67 0.32 0.0 39.7 124 2268.5 7.8 2.66 0.25 125 2268.8 11.9 2.65 0.57 126 2269.15 5.0 2.65 0.24 127 2269.4 7.7 2.65 0.60 128 2269.7 9.6 2.65 0.70 129 2270.0 9.2 2.64 0.82 130 2270.3 10.9 2.65 0.64 131 2270.6 10.3 2.66 1.1 2 2270.9 6.0 2.66 0.63 133 2271.15 8.3 2.65 0.57 Core #4 134 2271.5 10.4 2.68 0.72 135 2271.8 6.7 2.69 0.72 136 2272.1 10.7 2.68 2.0 137 2272.4 9.0 2.67 0.49 138 2272.7 11.7 2.68 1.41 139 2273.0 7.6 2.68 0.94 140 2273.3 8.1 2.67 0.71 141 2273.6 8.3 2.67 1.0 142 2273.9 9.9 2.46 2.70 1.7 0.0 5.0 143 2274.2 11.5 2.68 1.7 144 2274.5 6.5 2.68 1.2 145 2274.8 9.5 2.71 0.61 • 146 2275.1 13.8 2.70 13.7 147 2275.4 4.8 2.68 0.60 148 2275.7 4.1 2.66 0.33 9 2276.0 5.0 2.66 0.48 150 2276.3 12.5 2.66 0.64 FIELD: CORE INTERVAL Core , #4 2271, °. ". 2289 ' 35in Petroleum Reservoir Engineering Data FINAL DATA REPORT CONVENTIONAL CORE ANALYSIS OMPANY CRUSADER RESOURCES NL COUNTRY: AUSTRALIA DATE' 30 September 1987 WELL: NAMARAH #2 STATE . QUEENSLAND FILE No.: . CA2 “ 63 Sample No. Depth POROSITY % He tnj density PERM <md) „ A to air Summation ot Fluids & Residual Saturations REMARKS Nat. Gram KH KV 0 % Oil water 151 2276.6 7.1 2.66 0.89 152 2276.9 8.5 2.47 2.67 0.48 0.0 17.4 153 2277.2 9.3 2.66 0.82 154 2277.5 7.2 2.66 0.82 155 2277.8 4.4 2.66 0.38 156 2278.1 9.7 2.65 0.87 157 2278.4 8.2 2.66 0.90 158 2278.7 8.0 2.66 0.48 159 2279.0 9.2 2.66 0.59 160 2279.3 8.7 2.67 0.41 1j61 2279.6 7.7 2.68 0.42 xJ 2279.9 5.6 2.66 0.27 163 2280.2 7.3 2.66 0.44 164 2280.5 5.9 2.65 0.76 165 2280.8 5.1 2.68 0.13 166 2281.1 4.9 2.70 0.11 167 2281.4 7.7 2.70 1.3 168 2281.7 3.2 2.66 0.16 169 2282.0 4.4 2.64 0.28 170 2282.3, 5.6 2.66 0.25 171 2282.6 5.3 2.65 0.31 172 2282.9 4.9 2.63 0.22 173 2283.2 5.0 2.63 0.85 174 2283.5 6.3 2.68 0.42 175 2283.8 6.8 2.64 0.40 176 2284.1 6.5 2.66 0.23 177 2284.4 5.6 2.64 0.36 178 2284.7 5.8 2.74 0.16 *. y 2285.0 8.6 2.66 0.64 180 2285.3 8.3 2.69 0.52 CORE INTERVAL FIELD: Core #4 2271.0 - 2289.35m Pty Limited Petroleum Reservoir Engineering Data FINAL DATA REPORT — CONVENTIONAL CORE ANALYSIS CRUSADER RESOURCES NL AUSTRALIA .OMPANY: COUNTRY: WELL: NAMARAH #2 STATE: 30 September 1987 DATE: CA2-63 FILE No.: QUEENSLAND Sample No Depth POROSITY % He )nj DENSITY PERM (md) _ to air ~ Summation of Fluids & Residual Saturations REMARKS Nat. Grain KH KV 0 % Oil Water 181 2285.6 6.5 2.66 0.70 182 2285.9 10.1 2.66 0.72 183 2286.2 11.5 2.66 0.70 184 2286.5 6.3 2.66 0.55 185 2286.8 10.1 2.68 0.65 186 2287.1 12.4 2.41 2.65 0.93 0.0 5.8
187 2287.4 12.4 2.66 0.76 188 2287.7 3.3 2.82 0.06 Fractured 189 2288.0 9.3 2.64 0.23 190 2288.3 8.5 2.64 0.72 191 2288.6 7.4 2.64 0.79 j 2 2288.9 3.9 2.64 0.23 1193 2289.2 4.1 2.66 0.50 194 2289.55 14.1 2.68 2.0 Core #5 195 1189.8 12.5 2.68 6.0 196 2290.1 12.6 2.40 2.66 2.0 0.0 3.8 197 2290.4 6.0 2.65 1.1 198 2290.7 14.0 2.76 4.0 199 2291.0 11.2 2.67 1.7 200 2291.3 12.5 2.67 4.0 201 2291.6 16.3 2.67 9.5 202 2291.9 12.9 2.68 0.95 203 2292.2 5.8 2.65 0.48 204 2292.5 8.2 2.66 0.12 205 2292.8 6.1 2.66 1.0 206 2293.1 7.4 2.65 0.75 207 2293.4 6.1 2.65 0.61 208 2293.7 12.0 2.68 0.40 9 2294.0 10.6 2.66 1.50 210 2294.3 10.2 2.67 0.50 FIELD: . Core #4 2271.0 - 2289.35m CORE INTERVAL . Core . #5. 2 289<55 - 2300.1m Cor0 Services of Austrdici P.O. Box 523, Strathpine 4500 Aust. Petroleum Reservoir Engineering Data ** PhOne: <° 7 ) 298 5272 FINAL DATA REPORT — CONVENTIONAL CORE ANALYSIS IMPAKiv- CRUSADER RESOURCES NL. cm imtrv- AUSTRALIA riATF- 30 September 1987 \ A/ pi | . NAMARAH #2 rtatf- QUEENSLAND Pll p m a CA2— 63 Core #5 2298.55 - 23OO.lm FIELD: CORE INTERVAL Sample No. Depth POROSITY % He Inj DENSITY PERh (md) Suit ((OtfSf Summation of Fluids & Residual Saturations REMARKS Nat. Gram KH KV 0 % Oil Water 211 212 213 214 215 216 217 218 219 '’21 z22 223 224 225 226 227 228 229 230 2294.5 2294.8 2295.1 2295.4 2295.7 2296.0 2296.3 2296.6 2296.9 2297.3 2297.5 2297.8 2298.1 2298.4 2299.0 2299.3 2299.6 2299.9 2300.1 3.5 8.8 6.5 6.4 9.6 11.9 3.6 11.7 9.8 9.5 7.6 11.1 14.7 5.5 14.8 15.2 13.4 9.6 5.4 4.8 2.39 3.48 2.72 2.66 2.75 2.69 2.67 2.72 3.29 2.68 2.67 2.68 2.68 2.66 2.69 2.66 2.65 2.67 2.65 2.66 2.68 33 0.26 0.24 0.46 0.87 1.1 0.71 2.2 2.4 0.65 0.98 4.2 16 0.36 24 70 5 36 0.13 0.26 0.0 3.2 Fractured These analyses, opinions or interpretations are oasea on opservations anc maiena supplied bv trie cneni to wnom. and tor wnose exclusive and coniidennai use. mis report is made Tne nterpreiations or opinions expressed represent tne oest judgement ot Core Services ta 1 errors and omissions excepted) Out Core Services and its othcers ano employees assume no responsibility and make no warranty or representations as to tne productivity proper operation or profitableness Of any oil. gas or otner mineral well Or sand in connection with which sucn report is used oi relied upon Core Services of Australia Pty Limited Petroleum Reservoir Engineering Data FINAL DATA REPORT — CONVENTIONAL CORE ANALYSIS CRUSADER RESOURCES NL JMPANY: NAMARAH #2 WELL: FIELD: 23 October 1987 DATE: ... , CA2-63 FILE No.: 2209.7 - 2299.15m CORE INTERVAL AUSTRALIA COUNTRY: QUEENSLAND STATE: Sample No. Depth POROSITY % He inj DENSITY PERM (md) _ ~ to air Nat. Grain KH KV Iv 2209.7 0.58 2v 2212.95 0.61 3v 2214.15 0.91 4V 2225.25 0.58 5v 2228.55 4 6v 2254.4 14 7v 2256.29 6 8v 2260.13 11 2262.30 1.2 lOv 2265.31 1.1 llv 2270.40 1.1 12v 2271.67 0.35 13v 2272.30 1.5 14v 2273.20 0.47 15v 2273.80 0.12 16v 2274.97 2.8 17v 2275.45 1.2 18v 2276.67 0.66 19v 2277.70 0.54 20v 2278.62 0.36 21v 2279.20 0.58 22v 2280.67 0.40 23v 2281.17 0.21 24v 2282.22 0.19 25v 2283.72 0.30 2284.90 0.25 27v 2285.52 0.43 28v 2286.72 0.49 L REMARKS 0 % Water Summation of Fluids & Residual Saturations Core Services of Austrcdici p.o. box 523, strathpine 4500 Aust. Petroleum Reservoir Engineering Date PhOne: (07 > 298 5272 FINAL DATA REPORT — CONVENTIONAL CORE ANALYSIS CRUSADER RESOURCES NL. Australia 23 October 1987 DMPANY: COUNTRY: DATE: WELL- . ... NAMARAH#2 STATE: ... Queensland FILE No.: . CA2 - 6 . 3 FIELD' . COREINTERVAL Sample No. Depth POROSITY % He inj DENSITY PERM (md) _ - to a' r
Summation of Fluids & Restdual Saturations REMARKS Nat. Grain KH KV 0 % Oil Water 29V 30V 31V 32V 33V 34V 35V 36V 37V 38V ^9V | ‘ OV i 1 1 2287.9 2288.8 2289.62 2290.45 ♦2291.50 2292.30 2293.47 2294.20 2295.75 2296.45 2297.75 2299.15 0.15 0.38 2.3 0.81 2.7 0.36 0.24 0.34 0.21 0.85 0.68 1.1 Tnese analyses, opinions or interpretations are cased on observations and maienai suppled by the cnent to whom and tor whose exclusive ano confidential use. tnis report is made Tne mte'pretations or opinions expressed represent tne pest judgement of Core Services tan errors and omissions exceptedi. but Core Services ano ns otticers ana employees assume no responsiDtiny ana make no warranty or rep'esentat'Ons as to me productivity proper operation or protitaoieness ot any oh gas or otner mineral wen or sand m connection witn which such report is used or relied upon FULL DIAMETER CORE ANALYSIS FINAL DATA REPORT CRUSADER RESOURCES NL COMPANY: AUSTRALIA COUNTRY: 10 October 1987 DATE: NAMARAH #2 WELL: STATE: QUEENSLAND , CA2-63 FILE N°: FIELD: CORE INTERVAL; Sample N° Depth From To Porosity % He Inj Grain Density „ ^Perrnjmdl lo ficrrr ._^-jyua£ Kh. Max Kh 90° to Max Kh 73 74 2230.15 - 30.25 2230.32 - 30.40 8.4 8.6 2.6' > 2.6o 2.9 3.2 CORE SERVICES OF AUSTRALIA porosity v Permeability COMPANY CRUSADER RESOURCES NL. rm INTRY AUSTRALIA DATE 10 0c±cfoer W&l WELL HELD NAMARAH #2 STATE CUEENSLAND SCALE - LOCATION HLE-No. CA2-63 Core #1 & 2 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 Pocsity CORE SERVICES OF AUSTRALIA POROSITY v PERMEABILITY || KAMARAH#2 STATE qJEENSLAtP SCALE- LD LOCATION _T FILE N&A2-63 Core #3 & 4 Porosity COMPANY QttJSADER RESOUBCES NL. rrM lumv AJSTRALIA DATE W Q^ober ™ CORE SERVICES OF AUSTRALIA POROSITY v PERMEABILITY COMPANY CRUSADER RESOURCES NL. COUNTRY AUSTRALIA RLE Nq CA2-63 LOCATION FIELD well wwatfft#/ STATE (JJEENSLAM) Porosity 7337^373 COMPANY: .... .®®ACER LIhlixD WELL: .....MfcrtMHjltt COUNTRY: ..AUSTRALIA DATE: 1988 STATE: ^ENSLAM) FILE N°: CA2.-63 Sample N° Oeptn Porosity at Overburden Pressure Ka at Overburden Pressure From TO' 3000 3300 3000 3300 17A 2212.8 11.8 0.03 48A 2222.7 9.9 (0.01 56a 2225.05 10.2 0.23 57A 2225.4 14.6 8.5 58A : 2225.7 14.1 4.5 59A izzG.Q- 12.5 0.18 60A 2226.3 13.6 0.49 ,aSi 2254.3 10.1 0.03 84a 2255.5 11.0 0.28 $A 225.7.9 - (0.01 1O5A 2261.8 (O'.Ol 11& 2265.1- ‘ 8.0 0.02 14&A ' 2275.1 S 12.8 6.8 19& 2289.2 10.3 0.04 19& 2289.55- 11.7' 0.37 i?Sa 2289.8 9.1 0.06 196A 2290.1 9.9 0.33 197A 2290.4 4.5 (0.01 19& 2290.7 l 11.4 ! j 0.24 199a 2291.© . 10.0 i i i 20QA 2291.3 11.5 ( 0?7£ : 0.74 i ) 201A 2291.6 .14.9 i i ’ 0^63 h 203a 2292.2 i 5.5 \ (0.01 i i 2O5a i 2292.8 ! i 1 (o.oi 216A 2296.0 11.0 i ; 0.06 218A 2296.6 ♦10.1 ! 0.02 219A 2296.9 i (0.01 22^A 2297 7 .8 j 9.6 i i - i 0.17 223a 2298.1 11.9 i i 5.4 225a 2298.7 12.8? i i 17 Ll ' « FIELD: TYPE OF SAMPLES: WELL: NAMARAH& STATE: ■$™ISUND FILE N°: CA2 - 63 FIELD: TYPE OF SAMPLES: sample N # Depth From To Porosity at Overburden Pressure 3300 Ka at Overburden Pressure 3300 226a 228a 23QA 2299.0 2299.6 2300.10 13.1 5.2 14 0.14 (0.01 COMPANY: OUSUraLnflffl) COUNTRY: AUSTRALIA DATE: J?®? These analyses. oom>on$ or interpretations are Msec on ®se»vat*ons anc -atenai suppneo Dy me dent to wnom. ana tor whose exclusive ana confidential use. this report is mage Tne interpretations or opinions expressed represent me pest •ucgr-'en: of Cere Se ees (an errors ana omissions exceoteai. Out Core Services ana its officers ana employees. assume no resoonsipmty ano make no warranty or representations as to me
oroouctivity proper operat r-. or protitaoteness of any oil. gas or other mineral welt or saner >n connection with wmeh such report is uieaor renea upon ' COMPANY* CBMS M yER: LMFuiD COUNTRY* ALcsiitALlA DATE* 23rd Ifaxch 1983. WELL; STATE: QUEENSUND FILE N°: ..CA2 - 63 FIELD: TYPE OF SAMPLES: Sample N? Depth From To i Porosity at Overburden Pressure Ka at Overburden Pressure AnbienE 3000 3300 3600 Anbient 3000 3300 3600 55 2224.85 11.4 : - 10.2 - s 4.6 0.20 0.19 0.18 -• - 56 2225.05 i 13.9 - 12.7 - 14 0.68 0.66 0.65 57 2225.4 14.9 — 13.4 - 15 4.02 3.91 3.82 58' 2225.7 15.5 - 14.2 - 12 4.49 4.37 4.35 59 2226.0 15.1 - 13.1 - 3.7 0.18 0.17 0.16 60 2226.3 14.2 - 13.3 - ■8.7 0.67 0.58. 0.51 80 2254.3 14.7 - 11.6 - 11 0.13 0.11 0.10 146 2275.1 13.8 - 12.5 - 14 ■6.5 6.3 6.2 194 2289.55 14.1 11.8 11.7 11.7 2 0.44 0.43 0.42 195 2289.8 12.5 - 11.0 - 6 0.96 0.93 0.90 196 2290.1 12.6 - - 11.5 2 0.12 0.11 0.11 198 2290.7 14.0 12.1 - 11.8 4 0.44 0.42 0.40 199 2291.0 11.2 - 9.2 - 1.7 - (0.01 - 200 2291.3 12.5 -- - 10.5 4 0.15 0.14 0.13 201 2291.6 16.3 14.8 14.7 14.6 9.5 5.8 5.7 5.6 205 2292.8 6.1 - - - 1.0 (0.01 - - 209 2294.0 10.6 - - - 1.5 (0.01 - - 215 2295.7 9.6 - - - 0.87 (0.01 - - 218 2296.6 11.7 . - 9.9 - 2.2 - 0.04 - 221 2297.3 7.6 - - - 0.98 - (0.01 - 222 2297.8 11.1 - 9.4 4.2 0.06 0.05 0.05 223 2298.1 14.7 13.0 ■13.0 12.9 16 2.5 2.4 2.4 224 2298.4 5.5 - - - 0.36 - (0.01 - 225 2298.7 14.8 13.4 13.3 13.3 24 5.6 5.5 5.3 226 2299.0 15.2 14.2 14.1 14.1 70 44 43 42 227 2299.3 13.4 11.8 11.7 11.6 . 5.0 1.0 0.99 0.95 228 2299.6 9.6 8.9 8.8 8.7 36 9.7 9.6 9.5 230 2300.1 4.8 0.26 (0.01 tn*.* r» ocnmons or interpretations are cased on ooservanons ana material suspired oy me ctient to wnom ana 'o' wnose exclusive ana confidential use. tors report « mjae Tne ' - -'opinions ■expressed represent tne best judgement ot Core Services on errors ana omissions excepted). put Core Services ana <ts of'cets ana employees assume no 'espo"W'tv ana ~a-e " *arranty pt representations as to me productivity prooer operation. o< protitaoieness o' ■any an. gasot otter minera> »>« or sane m connection *itnwmcnsucn report rsusecr upon Core Services of Australia _ Pt v Limited Petroleum Reserrtar Eufiiueerim/ Data 23rd March 1988 Crusader Limited, GPO Box 703, BRISBANE, 4001. Dear Sirs, OVERBURDEN ANALYSIS REPORT - NAMARAH #2 Two plugs from each data point were available for analysis. The first set of plugs numbered 1 - 230 had been analysed previously at ambient (120 psi boot pressure). The second set of plugs numbered 1A to 23OA had not been analysed and consequently not subjected to any previous boot pressure. Since the range of Ka and 0 available was very narrow, it was not practical to select samples in groupings of Ka and 0. After initially spot checking samples frcm the first set of plugs, it was decided that the samples with less than 2md of Ka at ambient (120 psi boot pressure) would not be run at overburden since they generally closed out to (0.01 at overburden. Furthermore, it was decided not to run the second set of plugs at more than one overburden pressure so as to minimize damage to the samples. Initial data determined that reduction of 0 at overburden was going to be less significant than Ka. Furthermore, due to the tight nature of the plugs, the time delay required to perform both Ka and 0 at several overburden points was going to be significant. Consequently, Ka was run at several overburden points on all of the first set of sanpies whilst porosity was only run at one overburden point on most sanpies. There was considerable concern during conventional analysis because the core analysis data at ambient (120 psi boot pressure) was consistently non-repeatable. Spot checks were made during the overburden analysis to evaluate this characteristic. In all cases, the overburden
analysis was found to be repeatable within acceptable accuracy ranges. As an integral part of this project, sanpies frcm a wide variety of sedimentary basins were subjected to the same tests as those from Namarah #2. Emphasis was given to relatively clean sandstones of varying Ka and 0 ranges, grain size and sorting. Boot pressures ranging frcm lOOpsi to 4500psi ware tested utilizing a variety of boot rubbers. These tests confirmed that potential sanple by-pass in our permeameter is controlled by the use of low upstream flew pressure and well selected boot rubbers, combined with l20psi boot pressure. Decreases in Ka with increasing boot pressure (simulated overburden pressure) are attributable directly to the effect of simulated net overburden pressure on the rock properties. This effect varies greatly with geology. In surrmary, the effects of simulated overburden are seen to be greatest on ’’dirty" sandstones. Likewise the effects of overburden are greater on effective permeability than on porosity. We suggest that where sanpies are suspected to be highly sensitive to overburden pressure, spot checks be made at a variety of boot pressures. If high sensitivity is confirmed, those sanpies should be run at net overburden pressure. This procedure would result in accurate, repeatable reservoir data which can be used with confidence in reservoir evaluation calculations. END OF REPORT. PLEASE REPLY TO: P.O.BOX 523, SIRAIHPINE, 4500 Telephone: (07) 298 5272 Core Services of Australia Pty Limneo Petroleum Rexerwnr Engineering Data POROSITY & PERMEABILITY REDUCTION WITH OVERBURDEN PRESSURE Porosity 0—: 0 & Permeability 0 0 : Fraction of Original Core Services of Australia Pty Limited Petroleum Reservoir Erufinernng Data POROSITY & PERMEABILITY REDUCTION WITH OVERBURDEN PRESSURE CA2 - 63 FILE NO: COMPANY: CRUSADER LIMITED WELL: NAMARAH #2 Porosity 0 0 & Permeability 0 0 . Fraction o( Original SAMPLE NO: Core Services of Australia Pty Limited Petroleum Reservoir Engineering Data POROSITY & PERMEABILITY REDUCTION WITH OVERBURDEN PRESSURE Porosity 0 0 & Permeability 0 0 : Fraction of Original Petroleum. Rest'rvoir Engineering Data POROSITY & PERMEABILITY REDUCTION WITH OVERBURDEN PRESSURE NAMAEAH #2 WELL: SAMPLE NO: COMPANY: CRUSADER LIMITED Porosity 0 0 & Permeability 0 0 : Fraction of Original FILE NO: Petroleum Reservoir Engineering Data POROSITY & PERMEABILITY REDUCTION WITH OVERBURDEN PRESSURE COMPANY’ CRUSADER LD-ttTED WELL: NAMARAH #2 FILE NO: CA2 - 63 SAMPLE NO- _?* Porosity 0 0 & Permeability 0 0 : Fraction ol Original Core Services of Australia Ply Limited Pptrob’um Reservoir Erujineeriiuj Data POROSITY & PERMEABILITY REDUCTION WITH OVERBURDEN PRESSURE Porosity 0 0 & Permeability 0 0 : Fraction of Original Petroleum Reservoir Engineering Data POROSITY & PERMEABILITY REDUCTION WITH OVERBURDEN PRESSURE COMPANY: CRUSADER LIMT.1M) WELL: NAMARAH #2 A72/:/^^ FILE NO: CA2 -63 SAMPLE NO:_§2 1.0 0.9 0.8 0.7 0.6 0.5 0.4 0.3 0.2 0.1 0 1000 2000 3000 4000 Porosity 0 0 & Permeability 0 0 : Fraction of Original OVERBURDEN PRESSURE Petroleum Reservoir Engineering Data POROSITY & PERMEABILITY REDUCTION WITH CRUSADER LIMITED WELL: COMPANY: CA2 - 63 SAMPLE NO: Porosity 0 0 & Permeability 0 0 : Fraction of Original FILE NO: Petroleum Reservoir Engineeruuj Data POROSITY & PERMEABILITY REDUCTION WITH OVERBURDEN PRESSURE Porosity 0 0 & Permeability 0 0 : Fraction of Original Petroleum Reservoir Etujineeriru/ Data POROSITY & PERMEABILITY REDUCTION WITH OVERBURDEN PRESSURE COMPANY: CRUSADER LIMITED WELL: NAMARAH #2 CA2
- 63 FILE NO: 194 SAMPLE NO:_ p oros ity 0 0 & Permeability 0 0 : Fraction of Original Core Services of Australia Pty Limited Petroleum Reservoir Eiujineering Data POROSITY & PERMEABILITY REDUCTION WITH OVERBURDEN PRESSURE COMPANY - CRUSADER LIMTlw WELL: NAMARAH #2 FILE NO: CA2 -_63 SAMPLE NO: 1% 1.0 0.9 0.8 0.7 0.6 0.5 0.4 0.3 0.2 0.1 0 1CCG 2000 3000 4000 Porosity 0 0 & Permeability 0 0 : Fraction of Original 72828^ Core Services of Australia Pty Limitaa Pptroif'um Rpservoir E>u]inef*ring Data POROSITY & PERMEABILITY REDUCTION WITH OVERBURDEN PRESSURE COMPANY: CRUSADER LIMITED WELL; NAMARAH #2 FILE NO- CA2 - 63 SAMPLE NO- 198 Porosity 0 0 & Permeability 0 0 : Fraction o! Original Core Services of Australia Pty L>m>lea Petroleum Reservoir Eru/ineering Data POROSITY & PERMEABILITY REDUCTION WITH OVERBURDEN PRESSURE NAMARAH #2 CRUSADER LIMHED WELL: COMPANY: CA2 - 63 SAMPLE NO: Porosity 0 0 & Permeability 0 0 : Fraction of Original FILE NO; Core Services of Australia Pty Limited Petroleum Reservoir Erujitieeriny Data POROSITY & PERMEABILITY REDUCTION WITH OVERBURDEN PRESSURE COMPANY: CRUSADER LIMITED WELL: NAMARAH #2 FILE NO: SAMPLE NO'. J^l Porosity 0 0 & Permeability 0 0 : Fraction of Original CA2 - 63 Core Services oi Australia Pty Limited Petroleum Reservoir Engineering Dntd POROSITY & PERMEABILITY REDUCTION WITH OVERBURDEN PRESSURE COMPANY: CRUSADER LIMITED WELL: NAMARAH #2 SAMPLE NO:218 FILE NO: Porosity 0 0 & Permeability 0 0 : Fraction of Original CA2-63 Core Services of Australia Pty Limited Petroleum Reservoir Eugineerituj Data POROSITY & PERMEABILITY REDUCTION WITH OVERBURDEN PRESSURE COMPANY: CRUSADER LIMHED WELL . NAMARAH #2 CA2 - 63 FILE NO: SAMPLE NO- 222 Porosity 0 0 & Permeability 0 0 : Fraction of Original ^ Petroleum Reservoir Engineering Data POROSITY & PERMEABILITY REDUCTION WITH OVERBURDEN PRESSURE Porosity 0 0 & Permeability 0 0 : Fraction of Original Petroleum Reserroir Engineeriiuj DtUa POROSITY & PERMEABILITY REDUCTION WITH OVERBURDEN PRESSURE COMPANY: CRUSADER LIMITED WELL: NAMARAH #2 SAMPLE NO:221 CA2 - 63 FILE NO; Porosity 0 0 & Permeability 0 0 : Fraction of Original Petroleum Reservoir Engineerimi Data POROSITY & PERMEABILITY REDUCTION WITH OVERBURDEN PRESSURE COMPANY: CRUSADER LIMITED. WELL: NAMARAH H2 SAMPLE NO:_226 CA2 - 63 FILE NO: Porosity q 0 & Permeability 0 0 : Fraction of Original Core Services of Australia Pty Limited Petroleum Reservoir Enijinerrhui Data POROSITY & PERMEABILITY REDUCTION WITH OVERBURDEN PRESSURE Porosity 0 0 & Permeability 0 0 : Fraction of Original Core Services of Australia Pty Limited Petroleum Reservoir Engineering Data POROSITY & PERMEABILITY REDUCTION WITH OVERBURDEN PRESSURE COMPANY: CRUSADER LIMITED WELL: NAMARAH #2 SAMPLE NO:2?8 CA2 - 63 FILE NO: Porosity 0 0 & Permeability 0 0 : Fraction of Original
APPENDIX PETROGRAPHIC ANALYSIS D0081408 Y. t C FL C 7.- - technology and enterprise f" > Amdel Limited (Incorporated in S.A.4^ 31 Flemington Street, Frewville, S.A. 5063 , ■^Iephpne;^p8h372 2Z0 P.O. Box'114, Eastwood, S.A. 5063 Telex: AA82520 Facsimile: (08) 79 6623 Crusader Limited BPO Box 703 BRISBANE QLD 4001 Attention: Mr D. Barrenger REPORT F 7029/BB - Part 1 YOUR REFERENCE: Letter of 27 November 1987 MATERIAL: Core samples LOCALITY: NAMARAH-2 IDENTIFICATION: As specified in letter WORK REQUIRED: Petrography Dr Brian G. Steveson Investigation and Report by: Dr Brian G. Steveson Manager, Petroleum Services Section: •For Dr William G. Spencer General Manager Applied Sciences Group cap CRUSADER OIL N.L. LIBRARY SHELF NO: DATE: 2 2 DEC Y87 Offices in Sydney, Melbourne, Perth, Brisbane. Canberra, Darwin, Townsville. Represented world-wide 1. INTRODUCTION Ten rock samples -from Namarah-2 were received for petrography. This part—report gives the petrographic descriptions. With regard to details in the client’s letter of 27 November, 1987, sample 63 contains no carbonate; for sample 67 carbonate has been estimated at 7 vol. X. Point-counting could be carried out on this section but not before the reporting deadline of 11 December, 1987. With the exception of sample 63, clays occur in these rocks in lithic grains (not matrix) and some instances of authigenic kaolinite. Optical identification of the latter may be taken as certain but it is not possible, by optical means alone, to identify the clays in the lithic clasts. It is likely, given the heterogeneity of the lithics, that there is a range of clay minerals present in each rock but the clays are likely to be similar from sample to sample. Therefore we recommend perhaps carrying out XRD analysis on 3 selected samples and obtaining a clay fraction and bulk analysis since the latter would allow for identification of the carbonate also. 2. PETROGRAPHY Rack Name: Arqi11aceous sandstone (?) Hand Specimen: A hard compact mottled rock. Cut surfaces are almost black in colour and aphanitic and show quartz grains/crystals up to 1 mm in size. These comprise less than 60% of the rock. Thin Section: An optical estimate of the constituents gives the fallowing: Constituent 7. Quartz grains 45 Matrix 55 Heavy minerals Trace This is an unusual rock; it consists of quartz grains which 'float' in an abundant clay matrix. It is possible to refer to the rock as a sandy mudstone and certainly the texture is such that clay and sand—grade quartz must have been deposited together. Either the material was derived by mi,xing of sediments from two different environments (e.g. barrier bar, coarse and lagoon, fine) or the maturing process was of extremely high energy. The quartz grains are moderately to poorly sorted and most are 0.2 to 0.6 mm in size. Some show rounded vertices, but, taken overall ruonding is only moderately developed and the grains can be classified as sub—angular. There are rare, small grains of mica, opaques, Tzircon and leucoxene; no feldspar was seen. The matrix is essentially colourless in plane polarised light and completely dark between crossed Nicols. A little -Fine-grained structure can be seen under high magnification where there is evidence of compaction of the matrix around the grains. It is impossible to determine the mineralogy of the matrix by optical means; in places there is fine patchy staining by Alizarin red—S but this probably relates to a calcium—bearing smectite (?) mineral and certainly not carbonate. In brief this is a sedimentary rock which consists of equal amounts of sand—grade quartz and an extremely fine-grained indeterminate matrix. No doubt unusual sedimentological circumstances were responsible for the formation of
this rock. Rock Name: Carbonate—rich. kaolinitic sandstone Hand Specimen: A white, compact sandstone. There are numerous soft -flaky patches and clear quartz grains can also be seen. Rare grains are up to 5 mm in size. Thin Section: An optical estimate of the constituents gives the -following: Constituent 7. Quartz grains 85 Mica and chlorite 1-2 Lithic grains 1-2 Authigenic kaolinite 3 Carbonate 7 Clay 3 Pores 3-5 The rock is a somewhat heterogeneous sandstone with patches in which the grain size is about 0.1-0.2 mm and more abundant material which is decidedly coarser grained and well compacted. Quartz is of the common or plutonic type and the grains are equant and compact in shape; for the most part the grains have been well—sorted about an average grain size of 0.4 mm but there are patches of very fine-grained sand, also. Some quartz shows long, curved and, rarely, sutured contacts and it is likely that overgrowths are present although these could not be specifically identified. There is unusually abundant and well~crystal1ised detrital chlorite: grey flakes are commonly up to 0.25 mm in size - these appear to be an integral part of the detritus and not alteration products. Finally, there are a few clay aggregates which are clearly distorted lithic grains (sedimentary lithologies) and there are brown clay patches which could be remnants of a sparse clay matrix. Neither is very abundant and they tend to occur in the finer—grained parts of the sandstone rather than randomly over the area of the thin section. The rock appears to have undergone a diagenetic process. Compaction and coi solution effects have been mentioned. Clear kaolinite forms in compact, featureless pati size — this is a precipitate from pore (unstained, Tdolomite) is generally present 0.2 mm in size but up to 0.8 mm. There is carbonate has replaced adjacent quartz. All the diagenetic processes have contributed to occlusion of the primary porosity. What little porosity can be seen in the section is associated with clay patches and the clayier parts of the rock. Cleaner, coarser areas tend to consist essentially of quartz, kaolinite and carbonate only. Rock Name: Carbonate-rich lithic sandstone Hand Specimen: A massive and compact sandstone with a mottled grey and purple colour. Thin Section: An optical estimate of the constituents gives the -following: Constituent % Quartz 15 Lithic grains 60 Carbonate 25 Mica Trace Feldspar Trace As the mineral proportions indicate, this sandstone is characterised by the abundance o-f lithic clasts. Authigenic carbonate -fills the intergranular space entirely. Quartz, -feldspar and lithic clasts are all well—sorted about an average size of 0.15 mm. Whereas the lithic clasts are well-rounded, the quartz grains are distinctly angular and some are elongate. Feldspar appears to be K—feldspar entirely. Lithic clasts consist of a fine-grained mosaic of clays, mica and a little quartz. They show variations in features such as type of clay, grain size and preferred orientation but all are essentially shaley (and, perhaps slatey) rocks. As indicated the lithic grains are uncommonly well—sorted and well-rounded. Clay material between the clasts may be a matrix but is at least equally likely to be debris from the softest lithic grains. Carbonate is dark, turbid and unstained — it is probably siderite. Crystals of this mineral are up to 0.4 mm in size but more commonly half this. Larger crystals poiki1itically enclose several lithic clasts and form areas with a very distinctive texture. Elsewhere the carbonate is present as discrete crystals. Where the poikilitic texture occurs, carbonate forms more than 507. of the rock but in the bulk of the sample only 10—15%. In summary, this is a well-sorted sandstone presumably derived from a relatively close provenance area of sedimentary and
metasedimentary rocks. Lithification occurred, in part, by carbonate crystal1isation. Rock Name: Argillaceous sandstone Hand Specimen: A mottled white and pale green sandstone which is compact. The rock is medium-grained and appears to be massive and homogeneous. Thin Section: An optical estimate of the constituents gives the following: Constituent % Quartz and quartzite grains 30 Feldspar 1 Mica Trace Lithic grains 70 Carbonate Trace This sandstone differs from the described above in that it lacks carbonate and is substantially coarser grained. Despite the paucity of carbonate the rock appears to be impervious and this has occurred because clay has been squeezed into pore throats, there is a little secondary quartz and because a little of the clay is authigenic. Where pores do occur they are less than 0.05 mm in size and associated with fine clay aggregates. Quartz, quartzite and feldspar grains are not well sorted and range in size from 0.1 to 1.0 mm. Some quartz grains have rounded vertices and a few small overgrowths but many grains, although compact, are angular in outline. Feldspar is present as both plagioclase and K-feldspar; both are turbid. Some K—feldspar occurs in granular intergrowths with quartz. Lithic material is very abundant. It is all more or less colourless in plane polarised light and shows only weak birefringence. It varies from wholeiy siliceous cherty material to argillaceous shaley rocks. Much of it contains some fine-grained quartz. In many places distinct grains can be identified but these grade into indeterminate clay aggregate which fill small intergranular spaces; many of these are clearly of lithic origin despite the lack of definite shape. As suggested there are widespread small pores in the rack; these are less than 0.05 mm in size and are associated with dissolution of some kind of fine-grained component. The pores are unlikely to be interconnected in three dimensions. Rock Name: Arqi1laceous sandstone Hand Specimen: A pale grey medium grained sandstone with a distinctly speckled appearance. The hand specimen is massive and compact. Thin Section: An optical estimate of the constituents gives the following: Constituent 7. Quartz and quartzite grains 20—25 Feldspar 1—2 Mica Trace Lithic grains 75 This rock is not significantly different from that described above. Carbonate is absent but the sandstone has the same abundant lithic material. Quartz and quartzite grains are ill-sorted but have an average size of about 0.25 mm and, although the grains are equant in shape most are distinctly angular. Overgrowths were not observed. Both plagioclase and K—feldspar are present and both are fairly fresh. Mica is a trace component only but does include a few small but surprisingly fresh biotite flakes which show bright pleochroic shades. Three—quarters of the volume of the rock is composed of extremely fine-grained material between the sand—grade grains. The heterogeneity of the material from place to place and the presence of rounded outlines clearly point to the material being of lithic origin. Some fine-grained material forms less well-defined patches and it is not possible to tell whether these are deformed lithic clasts or patches of clayey matrix. The detailed mineralogy cannot be determined by optical means alone: much is clearly clay, some is quartz. There are no evidently volcanic lithologies but cherts, for example, can readily be identified. It is possible that some of the clay, expecially, may have recrystallised in the diagenetic environment and during compaction and it will be realised that there may be a fine line between deformed, partly recrystal1ised lithics and patches Df wholely authigenic clay. Pores are not present in the thin section. Rock Name: Polomiti c (?) si 11stone Hand Specimen: A compact maculose rock which consists of grey
aphanitic material spotted Cin most of the specimen) with black and brown material on a scale of about 1 mm. Thin Section: The bulk of the thin section consists of a siltstone partly replaced by coarse rosettes of carbonate. At one end of the section the carbonate is absent and the lithology is a tight compact shale/si1tstone. In the siltstone itself there is a small proportion (<15X) of silt—grade quartz grains but most of the material is colourless clays in a dense, foliated aggregate. Sericitic and illitic material can be seen and wisps of these minerals exhibit preferred orientation. There are traces of opaque and semi—opaque iron oxide/hydroxide minerals also. In brief this is a typical argillaceous siltstone — more detailed mineralogy could be obtained only by X—ray diffraction analysis although it seems likely that much of the rock is mica/illite. In the greater part of the thin section about 707. of the siltstone has been replaced by a carbonate mineral. This forms spherular structures commonly 0.5—1 mm in size. Within these there is a central core of finely granular carbonate and this is surrounded by radiating, elongate crystals. The rosettes are intergrown together and the carbonate occurs contiguously through the section with siltstone confined to isolated patches. Rock Name: Lithic sandstone Hand Specimen: A grey—green very faintly foliated sandstone. Thin Section: An optical estimate of the constituents gives the following: Constituent % Quartz and quartzite grains 35 Mica 1 Feldspar Trace Lithic grains 65 Authigenic kaolinite <1 Two-thirds of this sandstone consists of more or less fine-grained material which was deposited as sand-grade grains. The variety of the lithic material makes description difficult; there are, however, cherts and dolerites which can be specifically identified. Much of the material is shale/si1tstone/metasi1tstone and consists of mixtures of clays, quartz, micas and ferruginous/titaniferous oxides. Some of this fine-grained material may be derived from an argillaceous matrix although this is thought to be unlikely in view of the diversity of fine-grained textures and mineralogy. Some of the lithic clasts consist of medium-grained quartzo-feldspathic material which may have been derived from high-level granitic or granophyric rocks. The grains of lithic material, quartz and feldspar are poorly—sorted and there are quartz and shale grains several millimetres in size in a rock in which the average grain size would otherwise be not more than 0.3 mm. Many of the lithic grains show some evidence of rounding but the quartz grains are characterised by a wide range of rounding characteristics — which is possibly indicative of source area diversity. Some angularity has been caused by pressure solution effects where the quartz grains are in contact and long and curved boundaries have developed. Discrete feldspar grains tend to be small and angular; most are plagioclase. The rock contains a few patches of authigenic kaolinite but, even so, there is scattered patchy porosity (’27.) associated with partially corroded or dissolved clay aggregates. Rock Name: Lithic sandstone Hand Specimen: A pale grey sandstone which is mostly medium-grained but with a small proportion of small pebbles. Thin Section: An optical estimate of the constituents gives the following: Constituent % Quartz and quartzite grains 40 Mica 1 Feldspar 1-2 Lithic grains 60 Authigenic kaolinite <1 are tiuwevtsr , types can be more siliceous — these include medi urn—grai ned of the finest In terms of sandstone petrography and petrology this sample is similar to that from 2295.7 m, and a detailed description is not, therefore, warranted. The lithic grains, are however somewhat more differentiated and specific grain identified. This is partly because these are rather than argillaceous — lithologies; quartzites,
rhyolitic rocks and quartzo—feldspathic lithologies. Even some lithic clasts appear to be siliceous sediments/metasediments rather than argillaceous shales. The more acidic (and more igneous) nature of the lithic clasts is reflected also in the somewhat larger proportion of muscovite, biotite and microcline as detrital grains. This is a tight, compacted lithic sandstone with a provenance of mixed igenous and sedimentary rocks. Pores are rare and tend not to be primary but related to patchy dissolution of some clays during diagenesis. Rock Name: Porous lithic sandstone which shows Hand Specimen: A medium grained pale grey sandstone macroscopical1y identifiable porosity. Thin Section: An optical estimate of the constituents gives the following: Constituent 7. Quartz and quartzite grains 45-50 Mica 1 Feldspar 1 Lithic grains/clays 35—40 Pores 12 This is a somewhat 'cleaner' (less clayey) sandstone than most of the Rewan Formation described above. As a consequence it is distinctly more porous. There were fewer soft lithic clasts, hence when the rock was compacted the quartz—quartz contact points were stressed and pressure solution occurred. Far less clay was squeezed into pore throats so that, although quartz overgrowths are present, there is still rather a large proportion of void space. This implies that the more porous parts of the Formation are likely to be those of greatest sedimentological maturity. The pores are commonly at least 0.2 mm in size and range up to about 1 mm, and whereas some are associated with clayey material, most are defined by clean surfaces of quartz grains. Quartz, feldspar and lithic grains are moderately to well sorted and have an average grain size of approximately 0.3—0.4 mm. Quartz grains were well rounded but many now have thin overgrowths and the shapes have been further modified by the development of curved, intergrown grain boundaries. Lithics are commonly sedimentary or metasedimentary rocks and include a small proportion of cherts; some granophyric or similar rocks were identified and the presence of granitic rocks in the provenance is indicated, also, but the presence of fresh detrital microcline. In essence, these Rewan Formation rocks are tight because they contain a high proportion of soft lithic clasts. This, in turn, results from either the nature of the provenance ara and/or the lack of maturity. (Greater transportation and perhaps a more energetic environment of deposition would decrease the clay content). This example (from 2299.0 m) probably derives from the same source but has undergrone a different mode/extent of transport etc., so that the clay content is relatively low. Rock Name: Calcareous lithic sandstone Hand Specimen: A pale grey, massive and compact sandstone. As well as medium—grained material, the rock contains larger grains 2 to 10 mm in size. Thin Section: An optical estimate of the constituents gives the following: Constituent % Quartz and quartzite grains 45 Mica Trace Feldspar 2-3 Lithic grains 25—30 Carbonate cement 25 The thin section contains part of one pebble but, apart from this, the rock is moderately sorted with most grains in the range 0.1 to 0.4 mm. Quartz grains are equant and sub-angular in shape; they are generally not in contact and hence the rock shows few compaction effects. Although feldspar is not abundant in this rock, there is more of this mineral than in any of the rocks described above. Some is very turbid and altered but many clean grains of microcline can be seen, seme with drop—like quartz inclusions. It seems likely that there was a significant granitic component in the prevenance area since, as well as the microcline, there are granitic detrital fragments also. Other lithic clasts are fine-grained rocks ranging from cherts to argillaceous shaley
rocks. Many of these lithics contain small aggregates Df quartz and it is possible that the lithic grains have been preserved because they have been cemented (lithified by silica deposition). The carbonate mineral is extremely coarse-grained. It is a diagenetic phase which has filled in void spaces (or completely replaced a matrix mineral) and partially replaced quartz. Some plates of carbonate are 5 mm in size and poiki1itical1y enclose many detrital grains. As a result of the deposition .of the carbonate, porosity is confined to isolated pores less than 0.2 mm in size. Some are spatially related to somewhat degraded clay lithic clasts but some smaller pores could well be relics of primary porosity.
APPENDIX 9 DRILL STEM TEST REPORTS D0081409 to HALLIBURTON SERVICES TICKET NO. 32988900 02-NOV-87 ROMR FORMATION TESTING SERVICE REPORT NRMRRRH 21 _1 7243.8 - 7305.5 LEASE NAME HELL NO. TEST NO TESTED INTERVAL LEASE OUNER/COMPANY NAME GAUGE NG ; 5176 DEPTH ; 7 15 7 .0 BLANKED OFF ; NO HOUR OF CLOCK; ID DESCRIPTION PRESSURE TIME TYPE REPORTED CALCULATED REPORTED 1 CALCULATED A INITIAL HYDROSTATIC B INITIAL FIRST FLOW 87 105 .5 7 .0 6 .7 F C FINAL FIRST FLOW 151 96 .3 c INITIAL FIRST CLOSED-IN 151 96 .3 30.0 29 .9 C 0 FINAL FIRST CLOSED -IN 109 .0 E INITIAL SECOND FLOW 109 .0 90.0 89 .7 F F FINAL SECOND FLOW 123.1 F INITIAL SECOND CLOSED-IN 123.1 180.0 180.6 C G FINAL SECOND CLOSED-IN 140.1 H FINAL HYDROSTATIC 3401 .5 Ft o 1SS 3 GAUGE ND : 7883 DEPTH = 7215 .0 BLANKED 0FF:_N£L HOUR OF CLOCK = 24. ID DESCRIPTION PRESSURE TIME TYPE REPORTED 1 CALCULATED REPORTED CALCULATED A INITIAL HYDROSTATIC 3441 3450.7 B INITIAL FIRST FLOW 155 175.2 7 .0 6 .7 F C FINAL FIRST FLOW 152 132.6 C INITIAL FIRST CLOSED-IN 152 132.6 30.0 29.9 C D FINAL FIRST CLOSED-IN 1192 1212.7 E INITIAL SECOND FLOW 169 114.7 90.0 89 .7 F F FINAL SECOND FLOW 169 156.4 F INITIAL SECOND CLOSED-IN 169 156 .4 180.0 180.6 C G FINAL SECOND CLOSED-IN 2970 2970.8 H FINAL HYDROSTATIC 3453 3443.7 Toe i\T *! . GAUGE NO: 6105 DEPTH; 7266 .0 BLANKED OFF;_N£L HOUR OF CLOCK; 2± ID DESCRIPTION PRESSURE TIME TYPE REPORTED 1 CALCULATED REPORTED CALCULATED A INITIAL HYDROSTRTIC 3306 3430.1 B INITIAL FIRST FLOW 34 179 .2 7.0 6.7 F C FINAL FIRST FLOW 30 148.3 c INITIRL FIRST CLOSED-IN 30 148.3 30.0 29 .9 C D FINAL FIRST CLOSED -IN 1148 1227 .7 E INITIAL SECOND FLOW 34 132.4 SO.O 89 .7 F F FINAL SECOND FLOW 34 159 .6 F INITIAL SECOND CLOSED-IN 34 159.6 180.0 180.6 C G FINAL SECOND CLOSED-IN 2785 2914.2 H FINAL HYDROSTATIC 3306 3405 .4 | EQUIPMENT & HOLE DRTR HRMOTTriN TESTED: SHOWGROUNDS TICKET NUMBER = 32988900 DATE: 3 -23-87 TEST NO; 1 NET PAY (Ft) ■ GROSS TFSTFD FOOTAGE; SI.7 TYPE DST: ON BTM. STRADDLF QI 1 DEPTHS MEASURED FROM; KELLY BUSHING RASTNG PFRFS. (Ft 1 : HALLIBURTON CAMP; ROMA uni F nR RASING SIZE fin): 8.500 Fl FVATTnN (ftl ; 1.348.4 KELLY RUSHING TOTPI DFPTH (Ftl: 7317 .0 , , K . RIXON PARKER DEPTH (SI (Ft); 7244. 7306 A haduen FTNA1 SURFACE CHOKE (in H 0.37500 77 RRlTTnM HDI F RHOKF (ini; 0.750 Ml ID UFTGHT 1 lb /gal 1 ; 9 .00 WITNESS: MUD VISCOSITY ( sec 1 ; 43 DRILLING CONTRACTOR: GERRHPRT #1 FSTIMATED HOLE TEMP. ( °F ) ; ACTUAL HOLE TEMP . [ ’F ) ; J.8Z © 7315 .0 Ft FLUID PROPERTIES FOR RECOVERED MUD A. URTER SOURCE RESISTIVITY CHLORIDES 9 *F oom SAMPLER DATA Pain AT S1JRFACF = n Li . F t . OF GAS : 0 *F n rt m 0 *F . oom nn OF DTI ; nn OF HATER: 0 *F Dpm ec OF MUD : 9 *F pom TOTAL LIQUID c c ; 9 *F oom HYDROCARBON PROPERTIES mi GRAVITY ( ’API 1 ; @ T CQA/nTI RAT in r <- 1 r Ft n p r h h 1 1 ; CUSHION DATA TYPE AMOUNT WEI URTER.. [FT] 200.0. GHT R . ~~ GAS GRAVITY: RECOVERED: 200 FEET OF WATER AND MUD MERSURED FROM TESTER VRLVE REMARKS: LEGAL LOCATION; LAT 27 DEG 21.33' .856" i. LONG 143 DEG. 20' 22.795 TYPE i SIZE MEASURING DEVICE SURFACE CHOKF MANTFOlD TICKET NO: 32988900 TIME CHOKE SIZE SURFACE PRESSURE PSI GAS RATE MCF LIQUID RATE BPD REMARKS 9-23-87 1000 MADE UP TOOLS 1248 FINISHED RAN IN HOLE 1330 MADE UP TEST HEAD. RAN IN HOLE 103 - 21 SINGLES 1755 HOOKED UP SURFACE EQUIPMENT STRING WT. 148.000# 1801 SLACKED OFF
30,000#- OPENED TOOL 1804 TOOL OPENED WITH MEDIUM TO STRONG BLOW 1811 CLOSED TOOL 1841 3/8 3 OPENED TOOL 1843 .525 2 PRESSURE DROP°ING OFF - 3/8 4, 1/2” CHOKES '5 7 MEDIUM BLOW OUT BUBBLE HOSE 1908 GAS TO THE SURFACE 1908 3/8 CLOSED 1/2" CHOKE 1925 3/8 MEDIUM BUBBLE FROM HOSE 1930 SRME 1945 SAME 2011 CLOSED TOOL 2311 PULLED FREE 2319 REVERSING SUB SHEARED RECOVERED 200’ OF HATER AND MUO PULLED LOOSE 2415 FINISHED LAYING OUT T00L5 TICKET NO: 32888800 CLOCK NO: 29458 HOUR: 24 GAUGE NO = 5176 DEPTH; 7167.0 REF MINUTES PRESSURE AP IxJt fit , fit lo 9 At FIRST FLOW B 1 0.0 105 .5 2 1.0 104.5 -1 .0 3 2.0 102.3 •2.2 4 3.0 99.7 -2.7 S 4.0 97.2 •2.5 6 S .0 95 .8 •1.3 7 6 .0 95 .8 0.0 C 8 6 .7 96 3 0.5 FIRST CLOSED-IN C 1 0.0 96.3 D 2 29.2 109.0 12.7 5 5 0.088 SECONC FLOW E i 0.0 109.0 2 10.0 116.7 7 .7 3 20.0 114.9 -1 .8 30.0 115 .9 2.0 S 40.0 119.9 3.0 s SO.O 122.2 2.3 7 60.0 124.1 1.8 8 70.0 ♦124.1 0.0 9 80.0 124.1 0.0 F io 89 .7 123.1 -1 .0 SECOND CLOSED-IN F l 0.0 123.1 G 2 180.5 140.1 17 .1 62.9 0.186 REF MINUTES PRESSURE AP t,« it fit log a: REMARKS: GAUGE NO = 7883 DEPTH : 7215.0 REF MINUTES PRESSURE AP tx At t *At FIRST FLOW B 1 0.0 175 .2 2 1.0 147 .8 •27 .4 3 2.0 144.8 •2.9 4 3.0 142.1 -2.8 S 4.0 138.6 •3.4 6 5.0 136 .9 -1.7 7 6.0 135 .5 -1.4 C 8 6 .7 132.6 -2.9 FIRST CLOSED-IN C 1 0.0 132.6 2 2.0 199 .5 66 .9 1 .5 OS^i 3 4.0 263 .8 137.2 2.5 0.429 4 6 .0 336 .4 203.8 3.2 0.328 5 8.0 412.9 280.3 3.7 0.266 5 10 0 484.1 351.6 4.0 0.224 7 12.0 556 .1 423.5 4.3 0.193 8 14.0 631 .7 499.1 4.6 0.171 3 16 0 701 .S 568.9 4 .7 0.153 10 18 0 782.9 650.3 4.9 0.138 11 20.0 853.7 721.1 5 .0 0.126 12 22.0 933.9 801 .3 S .2 0.116 13 24.0 1006.7 874.1 S .3 0.107 14 26 0 1079 .5 946 .9 5 .3 0.100 15 28.0 1156.2 1023.6 5.4 0 .094 D 16 29.9 1212.7 1080.1 S .5 0.088 SECOND FLOW E i 0.0 114.7 2 10.0 14S .7 31.0 3 20.0 145 .9 0.2 4 30.0 148.4 2.6 5 40.0 150.7 2.2 6 50.0 152.8 2.1 7 60.0 154.3 1.6 8 70 .0 154.5 0.2 3 800 154.5 0.0 F 10 89 .7 156.4 1.9 SECOND CLOSED-IN F 1 0.0 156.4 2 1 .0 227.9 71.5 1.0 1 .996 3 2.0 283.4 127.1 2.0 1 .693 4 3.0 341.4 185.0 2.9 1 -523 S 4.0 389 .7 233.3 3.8 1.404 6 5 .0 448.6 292.2 4.8 1 .307 REF MINUTES PRESSURE AP tx at t-At . t*At l8 9 At SECOND CLOSED -IN - CONTINUED 7 5.0 503.9 347.5 5 .7 1 .229 S 7.0 562.9 406 .5 6.5 1.171 3 8.0 616 .1 459.7 7 .4 1.117 10 9 .0 667.3 510.9 8.3 1.068 11 10.0 725.3 568.9 9.1 1 .026 12 12.0 839.3 682.9 10.7 0.9S5 13 14.0 940 7 784.3 12.2 0.896 14 16.0 1043.5 887.1 13.7 0.846 IS 18.0 1134.8 978.5 15.2 0.803 16 20.1 1231.0 1074.6 16 .6 0.764 17 22.0 1322.3 1165.5 17.3 0.730 18 24.0 140S .5 1249.1 19 2 0.700 19 26 .0 1493.8 1337.5 20 5 0.673 20 28.0 1674 0 1417.6 21 .7 0 .648 21 30.0 1646.3 1489.3 22 9 0.624 22 35 .0 1827 .2 1570.8 25 .7 0.575 23 40.0 198S .0 1828.6 28.3 0.533 24 45.0 2128.1 1971.7 30.7 0.497 25 50.0 2248.3 2091.9 32.9 0.467 25 55.0 2355.0 2198 6 35.0 0.440 27 60.0 2446.7 2290 3 37 .0 0.416 28 70.0 2597.0 2440.6 40.5 0.376 29 80.0 2704.0 2S47 .6 43.7 0.344 30 90.0 2782.6 2626 .2 46 .5 0.316 31 100.0 2836 .4 2680.0 49.1 0.293 32 110.0 2875 .5 2719.1 51.4 0.273 33 120.0 2904.4 2748.0 53.S 0.256 34 135 .0 2932.4 2776 .0 S6 .3 0.234 35 150.0 2950 5 2794.1 58.7 0.216 36 166 .0 2963.6 2807.2 60 9 0.200 G 37 180.6 2970.8 2814.4 62.9 0.186 TICKET NO : 32988900 ''LOCK NO: 30365 HOUR: 24 REMARKS: GRUGE NO; 6105 DEPTH; 7266.0 TICKET NO; 32988300 .OCK NO; 30173 HOUR; 24 REF MINUTES PRESSURE AP At t-At At FIRST FLOW 5 i 0.0 179.2 2 1.0 172.S -6.8 3 2.0 164.4 -8.1 4 3.0 158.1 -6.3 s 4.0 152.5 -5 .6 6 5 .0 ISO.5 -2.0 7 5.0 148.3 -2.2 C 8 5.7 148.3 0.0 FIRST CLOSED-IN C 1 0.0 148.3 cn a 12.1 595.4 447.1 4.3 0.192 a 3 20. S 900.3 7S2.0 5 .1 0.123 4 22.0 963.4 815 .1 5 .2 0.116 S 24.0 1029.5 881.2 5.3 0.107 6 26 .0 1094 8 946 .5 5.3 0.100 7
28.0 1160.3 1012.0 5 .4 0.094 D 8 28.3 1227.7 1079.4 5.5 0.088 SECOND FLOW E i 0.0 132.4 2 10.0 147 .5 IS .0 3 20.0 149 .2 1 .7 4 30 .0 150.8 1 .7 5 40.0 154.6 3.7 5 50.0 155.1 1 .5 7 60.0 158.6 2.5 8 70.0 159 .3 0.7 S 80 .0 1S9 .5 0.2 F io 89 .7 159 .6 0.2 REF MINUTES PRESSURE AP At t-At SECONO CLOSED- IN - CONTINUED 14 40.0 1954.8 1795 .2 28.3 0.533 IS 45 .0 2079 .0 1919.4 30.7 0.497 16 50.0 2221.2 2061.5 32.9 0.467 17 55.0 2324.6 2165 .0 35 .0 0.440 18 60.0 2416 .0 2256 .3 37.0 0.416 IS 70.0 2558.5 2398 8 40.S 0.375 20 80.0 2668 .2 2508.6 43.7 0 344 21 90.0 2741.5 2S81 .9 4S .6 0.316 22 100.0 2796.6 2637 .0 49.1 0.293 23 110.0 2829 .5 2669 .9 51.4 0.273 24 120.0 2853.1 2693.5 53.5 0.256 25 135 .0 2877 .7 2718.1 56 .3 0.234 26 1S0.0 2894.1 2734.5 58.7 0.216 27 165 .0 2903.4 2743 8 SO .9 0.200 G 2@ 180.6 2914.2 2754.5 62.9 0.186 SECOND CLOSED-IN 1 0.0 159.6 2 11 .2 86S .1 705 .4 10.1 0.982 3 12.0 887 .3 727 .5 10.7 0.9S5 4 14.0 986.4 826.8 12.2 0.897 5 16.0 1075.3 91S .7 13.7 0.846 S 18.0 1165 .5 1005 .9 IS .2 0.802 7 20.0 1248 .8 1087.1 15 .6 0.7S4 8 22.1 1329.5 1169 .9 18.0 0.729 9 24.0 1401 .0 1241 .3 19 .2 0.701 10 26.0 1476 .5 1315 .8 20.5 0.673 11 28.0 1549 .4 1389 .7 21 .7 0.647 12 30.0 1625 .5 146S .9 22.9 0.625 13 35 .0 1800.3 1540.7 25 .7 0.575 LEGEND m STAIR -STEP REMARKS STYLUS APPARENTLY ■ ■SLIPPED UHILE GOING IN THE HOLE ... .ALL READINGS TAKEN FROM CORRECTED ZERO REFERENCE POINT UHERE GAUGE CAME OUT OF HOLE. TICKET NO. 32988900 I.D. LENGTH DEPTH DRILL PIPE 4.500 FLEX WEIGHT 4,S00 DRILL COLLARS 5.250 IMPACT REVERSING SUB 6 .000 ORILL COLLARS 5 .250 BAR CATCHER SUB 5 .700 AP RUNNING CASE 5 .000 CROSSOVER 5.000 DUAL CIP VALVE 5.000 CROSSOVER 5.700 SAMPLE CHAM8ER S .2S0 CROSSOVER 5.750 ORPIN VALVE 5 .000 HYDROSPRING TESTER 5.000 AP RUNNING CASE S .000 ELECTRONIC GAUGE RUNNING CASE... 5-000 ELECTRONIC GAUGE RUNNING CASE... 5.000 JAR 5.000 VR SAFETY JOINT 5.000 OPEN HOLE PACKER 7 .750 FLUSH JOINT ANCHOR 5.000 CROSSOVER 5.000 AP RUNNING CASE 5.000 CROSSOVER 5.000 CROSSOVER 5.750 DRILL COLLARS 5.250 CROSSOVER 5.750 CROSSOVER 5.000 OPEN HOLE PACKER 7 .750 3.826 2.764 2.780 3.000 2.780 2.750 2.250 2.400 0.870 2.500 2.780 2.700 2.500 0.750 2.250 1 .000 1 .000 1.750 1.000 1 .680 2.370 2.400 2.250 2.500 2.700 2.780 2.700 2.500 1 .680 6375.0 182.0 546 .5 1 .0 80.7 1 .0 4.1 1 .0 4.3 1 .0 30.8 1 .0 1 .0 5.3 4.1 7 .0 7 .0 5 .0 2.4 5 .8 18.0 1 .0 4.1 0.8 1.0 30.3 1 .0 1 0 5 .8 7104.0 7167.0 7213.0 7215.0 7224.0 7231.0 7243.8 7266.0 7305 .5 CONTINUED EQUIPMENT DATA LZ ~ TICKET NO. 32988900 S r CROSSOVER.. 20 FLUSH JOINT 82 J ' temperature ANCHOR RUNNING CASE O.D . I .D . LENGTH DEPTH S .000 2.500 1.2 5 .000 2.370 3.0 5 .000 4.1 7316.0 TOTAL OEPTH 7317.0 EQUIPMENT DRTR CRUSADER OIL N.E. LEASE: NAMARAH # 2 TEST # 1 E.M.R. 61771 E.P.G. 67036 Owner: CRUSADER OIL Lease: NAMARAH Well # 2 Ticket # 329889 Date: 23/9/87 E.M.R. 61771 E.P.G. 67036 Test # 1 Gauge Depth 7235. 50 FT Start Time : 11:39:07 PLOTS CRUSADER OIL LINEAR 4000.0 3000.0 2000. 0 Lease Came NAMARAH Lease Owner 5000.0 TIME CWIfD Date Start 23 / 9 / 87 Time lh39:0? L... .1— . L. _.u. a CD a CD CD • • • CD o cd CD CD .-1 •—d OJ m ID CD 710.0 r- 610.0 r Lease Name KAMARAH Lease Owner CRUSADER OjL 3000.0 r Date Start 23 / 9 / 87 Timo lh39t07 PRESSURE CPSIA) 2500.0 2000.0 1500.0 TIME (MIN) 1000.0 > Lease Name ■NAMARAH Lease Ovner CRUSADER OIL LOG-LOG PLOT BUILDUP #1 FIN. FLOW PT> 447 ENDING PT. >509 FLOW TIME >7 MIN. DELTA PRESSURE <PSI) i; I I I .0001 .001 [(T*DT)/(T+DDI .01 Lease Dame NAMARAH Lease Owner CRUSADER OIL o o s— d i i
DELTA PRESSURE (PSI) C3 LOG-LOG PLOT BUILDUP #2 FIN.FLOW PT:696 ENDING PT. : 1075 FLOW TIME i 90 MIN. .01 l(T*DT)/(T+DT)) 10 Lease Name NAMARAH Veil no. 2 Test no. 1 Lease Owner CRUSADER OIL Gauge Depth 7235.50 FT PRESSURE (PSIA) CD HORNER PLOT BUILDUP #1 FIN. FLOW PTi 447 - ENDING PT. : 509 FLOW TIME ! 7 MIN.“ Ps "2319.04 P' *9680.42 CC ".999898 J CD m L0G((T+DT) /DT) Lease Lease Name MMARAH Owner CRUSADER OIL 3100. 67036 PRESSURE CPSIA) 1350 2850.1- 2600.1- 2100. 1850.1- 1600, = 3078.83 “2447.72 “.999793 HORNER PLOT BUILDUP #2 FIN. FLOW PT: 696 ENDING PT. : 1075 FLOW TIME «9OMIN. Ps P* CC 1100. 850 600.- _L 1 in OJ j i_ Q ID tn ID r- o o c\j ID cu LOG ((T+DT)/DT) Lease Feme LARARA.H Veil no, 2 rest no, 1 Lease Ovner CRb'SAOFR OIL Gauge Depth 7235,50 FT cj a ____ C3 LOG-LOG P*2 PLOT BUILDUP #1 FIN. FLOW Ph 447 ENDING PT. 1509 FLOW TIKE :7 MIN. DELTA PRESSURE SQUARED GOOD PSI’2) g j - — — - - • — .0091 .901 UT*DT) /(T+CDJ .91 Lease /ante KAWJ&H Lease Owner CRUSA02R OIL -c; , - U» cj LOG-LOG <T2 PLOT BUILDUP #2 FIN.FLOW PT*696 ENDING PT. :1075 PuOK TIME *90 MIN. r MT) / (T+Di)) 10 Lease Lease Fame RAMARAH Owner CRGSADFR OIL 5000.- Ticket no. Gau$e no. 329889 67036 Date 23/9/87 Start Time lit 39/07 i. PRESSURE SQUARED (1000 PSI“2) c5 HORNER PLOT J 8UILDUP #1 FIN. FLOW PTi 447 ENDING PT. 1509 J FLOW TIME i7MiN. Ps « 2022.68 psi j P' "-4932.97 psi CC ".999741 LOG < CT i pc o tn C) r L . .j O cn tn C3 • >/DT) Lease h'ame KAMARAH Lease Owner CRUSADER OIL ■lOOOO.r Veil no, 2 lest i Gauge Depth 7235. OJ co ru n iu Lu' K ct co tn LU QL d. 9G00.*- L 8000.*- L 1 7000.^ L. 6000.*- L i \ \ \ \ \ 5000. L L \ \ \ 4000.*- \ \ L \ 3000.*’ \ L 1 \ \ 2000.1- . 1 u I • 1000.*- L. i 0.*- o ct L L. L -• U L tn a tn cj in r« CT * HORNER PLOT ♦ ♦ ■BUILDUP #2 FIN. FLOW PT»696 ENDING PT. il075 FLOW TIME t90 MIN. Ps “ 3078.48 psi P' » 2381.86 psi CC «.999837 o in o OJ in CT in Cd in r- • • • ru ru )/UT) CT in rJ Ha 11 i burton Serv i ces Drill Stem Testing Owner: CRUSADER OIL Lease: NAMARAH Well # 2 T i cket # 329889 Date: 23/9/87 E.M.R. 61771 E.P.G. 67036 Test # 1 Gauge Depth 7235. 50 FT Start Time : 11:39:07 DATA POINTS POINT # TIME MIN. PSIA. UEG. F 1 0:12:09:07 30.00 80.75 2 0:12:39:07 60.00 92.43 3 0:13:09:07 90.00 68.3/ 4 0:13:39:07 120.00 98.99 5 0:14:09:07 150.00 101.94 6 0:14:39:07 180.00 600.58 7 0:14:39:35 180.48 104.19 8 0:14:40:04 180.96 597.55 9 0:14:40:33 181,44 597.48 10 0:14:41:02 181.92 597.45 11 0:14:41:31 182.40 597.45 12 0:14:41:59 182.88 597.45 13 0:14:42:28 183.36 597.48 14 0:14:42:57 183.84 104./I 15 0:14:43:26 184.32 597.43 16 0:14:43:55 184.80 597.46 17 0:14:44:23 185.28 597.46 18 0:14:44:52 185.76 597.50 19 0:14:45:21 186.24 597.53 2 0 0:14:45:50 186.72 597.58 21 0:14:46:19 187.20 105.21 22 0:14:46:47 187.68 630.48 23 0:14:47:16 188.16 629.61 24 0:14:47:45 188.64 b41.93 25 0:14:48:14 189.12 659.71 26 0:14:48:43 189.60 658.86 27 0:14:49:11 190.08 690.51 28 0:14:49:40 190.56 105.78 29 0:14:50:09 191.04 687.37 30 0:14:50:38 191.52 717.64 31 0:14:51:07 192.00 716.21 32 0:14:51:35 192.48 734.95 33 0:14:52:04 192.96 745.35 34 0:14:52:33 193.44 745.15 35 0:14:53:02 193.92 106.37 36 0:14:53:31 194.40 744.95 37 0:14:53:59 194.88 744.91 38 0:14:54:28 195.36 744.98 39 0:14:54:57 195.84 764.28 40 0:14:55:26 196.32 774.46 41 0:14:55:55 196.80 774.46 42 0:14:56:23 197.28 106.90 43 0:14:56:52 197.76 804.04 44 0:14:57:21 198.24 803.83 45 0:14:57:50 198.72 840.68 46 0:14:58:19 199.20 832.65 47 0:14:58:47 199.68 838.98 48 0:14:59:16 200.16 859.56 49 0:14:59:45 200.64 107.47 50 0:15:00:14 201.12 888.68 LEASE NAME xNAMARAH DATE : 23/9/87 LEASE OWNER:CRUSADER OIL EMR * :
61771 WELL NUMBER; 2 EPG » : 67036 START TIME :il:39:07 DEP1H ;7235.5 Fl TICKET /. 329889 COMMENTS LEASE NAME sNAMARAH DATE ,23/9/87 LEASE OWNER:CRUSADER OIL WELL NUMBER: 2 START TIME :ll:39:07 DEPTH i7235.5 FT EMR * EPG * TICKET » 61771 : 67036 /> 329869 POINT # TIME MIN. PSI A. UEG.F COMMENTS 51 0:15:00:43 201.60 890.96 52 0:15:01:11 202.08 891.17 53 0:15:01:40 202.56 891.30 54 0:15:02:09 203.04 913.25 55 0:15:02:38 203.52 921.37 56 0:15:03:07 204.00 108.12 57 0:15:03:35 204.48 944.36 58 0:15:04:04 204.96 950.64 59 0:15:04:33 205.44 975.44 60 0:15:05:02 205.92 980.50 61 0:15:05:31 206.40 980.60 62 0:15:05:59 206.88 1008.44 63 0:15:06:28 207.36 108.78 64 0:15:06:57 207.84 1008.79 65 0:15:07:26 208.32 1044.09 66 0:15:07:55 208.80 1037.24 67 0:15:08:23 209.28 1038.96 68 0:15:08:52 209.76 1093.91 69 0:15:09:21 210.24 1069.59 70 0:15:09:50 210.72 109.38 71 0:15:10:19 211.20 1109.69 72 0:15:10:47 211.68 1098.15 73 0:15:11:16 212.16 1098.26 74 0:15:11:45 212.64 1089.78 75 0:15:12:14 213.12 1125.21 76 0:15:12:43 213.60 1127.51 77 0:15:13:11 214.08 1U9.98 78 0:15:13:40 214.56 1127.50 79 0:15:14:09 215.04 1163. 70 80 0:15:14:38 215.52 1156.93 81 0:15:15:07 216.00 1156.41 82 0:15:15:35 216.48 1185. 72 83 0:15:16:04 216.96 1191.99 84 0:15:16.-33 217.44 111.83 85 0.-15: 171 02 217.92 1219.89 86 0:15:17:31 218.40 1248.65 87 0:15:17:59 218.88 1243.99 88 0:15:18:28 219.36 1248.82 89 0:15:18:57 219.84 1288.96 90 0:15:19:26 220.32 1268.80 91 0:15:19:55 220.80 114.89 92 0:15:20:23 221.28 1278.32 93 0:15:20:52 221. 76 1277.28 94 0:15:21:21 222.24 1276.49 95 0:15:21:50 222.72 1276.00 96 0:15:22:19 223.20 1275.69 97 0:15:22:47 223.68 1275.56 98 0:15:23:16 224.16 115.03 89 0:15:23:45 224.64 1275.47 100 0:15:24:14 225.12 1333.59 LEASE NAME :NAMARAH DATE » 23 / 9 / 87 LEASE OWNER:CRUSADER OIL EMR f : 61771 WELL NUMBER: 2 EPG * : 67036 START TIME :il:39:O7 DEPTH :7235.5 FT t1 ukET *: 329889 POINT * TIME MIN. PSIA. ulG. i- COMMENTS 101 0:15:24:43 225.60 1310.53 102 0:15:25:11 226.08 1307.42 103 0:15:25:40 226.56 1306.55 104 0 : 15:26:09 227.04 1438.61 105 0:15:26:38 227.52 116.23 106 0:15:27:07 228.00 1339.45 107 0:15:27:35 228.48 1369.97 108 0:15:28:04 228.96 1367.03 109 0:15:28:33 229.44 1365.33 110 0:15:29:02 229.92 1564.53 111 0:15:29:31 230.40 1364.08 112 0:15:29:59 230.88 116.67 113 0:15:30:28 231.36 1393.20 114 0:15:30:57 231.84 1394.97 115 0:15:31:26 232.32 1391.61 116 0:15:31:55 232.80 1432.01 117 0:15:32:23 233.28 1423.13 118 0:15:32:52 233.76 1423.44 119 0:15:33:21 234.24 117.13 120 0:15:33:50 234.72 1459.04 121 0:15:34:19 235.20 1446.12 122 0:15:34:47 235.68 1492.8b 123 0:15:35:16 236.16 1489.97 124 0:15:35:45 236.64 1487.85 125 0:15:36:14 237.12 1559.08 126 0:15:36:43 237.60 119.92 127 0:15:37:11 238.08 1513.60 128 0:15:37:40 238.56 1505.15 129 0:15:38:09 239.04 1542.91 130 0:15:38:38 239.52 1541.97 131 0:15:39:07 240.00 1541.41 132 0:15:39:35 240.48 1541.24 133 0:15:40:04 240.96 119.37 134 0:15:40:33 241.44 1577.22 135 0:15:41:02 241.92 1572.05 136 0:15:41:31 242.40 1570.52 137 0:15:41:59 242.88 1570.03 138 0:15:42:28 243.36 1583.04 139 0:15:42:57 243.84 1595.35 140 0:15:43:26 244.32 119.25 141 0:15:43:55 244.80 1599.55 142 0:15:44:23 245.28 1599.76 143 0:15:44:52 245.76 1593.87 144 0:15:45:21 246.24 1668.88 145 0:15:45:50 246.72 1636.33 146 0:15:46:19 247.20 1634.72 147 0:15:46:47 247.68 121.52 148 0:15:47:16 248.16 1666.74 149 0:15:47:45 248.64 1665.09 150 0:15:48:14 249.12 1663.87 LEASE NAME :NAMARAH DATE : 23/9/87 LEASE OWNER:CRUSADER OIL EMR * 61771 NELL NUMBER: 2 EPG * 67036
START TIME :ll:39:07 DEPTH :72o5.5 FT TICKET 329889 POINT # TIME MIN. PSiH. DEu. F COMMENTS 151 0:15:48:43 249.60 1/80.21 152 0:15:49:11 250.08 1692.91 153 0:15:49:40 250.56 1694.35 154 0:15:50:09 251.04 124.05 155 0:15:50:38 251.52 1727.42 156 0:15:51:07 252.00 1724.58 157 0:15:51:35 252.48 1745.05 158 0:15:52:04 252.96 1789.34 159 0:15:52:33 253.44 1754.10 160 0:15:53:02 253.92 1791.20 161 0:15:53:31 254.40 125.96 162 0:15:53:59 254.88 1781.91 163 0:15:54:28 255.36 2466.91 164 0:15:54:57 255.84 1806.28 165 0:15:55:26 256.32 1813.76 166 0:15:55.-55 256.80 1813.20 167 0 : 15:56:23 257.28 1812.78 168 0:15:56:52 257.76 127.57 169 0:15:57:21 258.24 1812.10 170 0:15:57:50 258.72 1811.89 171 0:15:58:19 259.20 1864.50 172 0:15:58:47 259.68 1850.39 173 0:15:59:16 260.16 1842.19 174 0:15:59:45 260.64 1839.80 175 0:16:00:14 261.12 127.54 176 0:16:00:43 261.60 1873.83 177 0:16:01:11 262.08 1872.77 178 0:16:01:40 262.56 18/2.10 179 0:16:02:09 263.04 1871.19 180 0:16:02:38 263.52 1970.69 181 0:16:03:07 264.UO 1900.21 182 0:16:03:35 264.48 127.44 183 0:16:04:04 264.96 1948.34 184 0:16:04:33 265.44 1933.12 185 0:16:05:02 265.92 1932.24 186 0:16:05:31 266.40 1994.94 187 0:16:05:59 266.88 1958.58 188 0:16:06:28 267.36 1962.43 189 0:16:06:57 267.84 129.60 190 0:16:07:26 268.32 1989.77 191 0:16:07:55 268.80 2044.83 192 0:16:08:23 269.28 1980.26 193 0:16:08:52 269.76 2019.83 194 0:16:09:21 270.24 2046.31 195 0:16:09:50 270.72 2047.45 196 0:16:10:19 271.20 131.26 197 0:16:10:47 271.68 2101.48 198 0:16:11:16 272.16 2077.11 199 0:16:11:45 272.64 20/6.37 200 0:16:12:14 273.12 2081.18 LEASE NAME :NAMARAH DATE i 23 / 9 / 87 LEASE OWNER:CRUSADER OIL EMR * : 61771 MELL NUMBER: 2 EPG # : 67036 START TIME :ll:39.-O7 DEPTH :7235.5 FT TICKET *» 329889 POINT * TIME MIN. PSI A. DEG. F COMMENTS 201 0:16:12:43 273.60 2136.17 202 0:16:13:11 274.08 2105.70 203 0:16:13:40 274.56 130.32 204 0:16:14:09 275.04 2152.99 205 0:16:14:38 275.52 2137.13 206 0:16:15:07 276.00 2179.16 207 0:16:15:35 276.48 2183.01 208 0:16:16:04 276.96 2164.12 209 0:16:16:33 277.44 2163.44 210 0:16:17:02 277.92 130.81 211 0:16:17:31 278.40 2162.78 212 0:16:17:59 278.88 2162.56 213 0:16:18:28 279.36 2162.53 214 0:16:18:57 279.84 2204.45 215 0:16:19:26 280.32 2184.76 216 0:16:19:55 280.80 2191.74 217 0:16:20:23 281.28 131.06 218 0:16:20:52 281.76 2223.35 219 0:16:21:21 282.24 2222.00 220 0:16:21:50 282.72 2285.25 221 0:16:22:19 283.20 2246.71 222 0:16:22:47 283.68 2251.31 223 0:16:23:16 284.16 2293.64 224 0:16:23:45 284.64 131.63 225 0:16:24:14 285.12 2280.29 226 0:16:24:43 285.60 2268.44 227 0:16:25:11 286.08 2323.78 220 0:16:25:40 286.56 2309.8/ 229 0:16:26:09 287.04 2386.18 230 0:16:26:38 287.52 2332.18 231 0:16:27:07 288.00 132.35 232 0:16:27:35 288.48 2339.55 233 0:16:28:04 288.96 2398.90 234 0:16:28:33 289.44 2368.73 235 0:16:29:02 289.92 2366.61 236 0:16:29:31 290.40 2398.00 237 0:16:29:59 290.88 2386.35 238 0:16:30:28 291.36 133.11 239 0:16:30:57 291.84 2397.61 240 0:16:31:26 292.32 2397.68 241 0:16:31:55 292.80 2403.13 242 0:16:32:23 293.28 2431.47 243 0:16:32:52 293.76 2427.59 244 0:16:33:21 294.24 2411.45 245 0:16:33:50 294.72 133.98 246 0:16:34:19 295.20 2456.60 247 0:16:34:47 295.68 2456.53 248 0:16:35:16 296.16 2488.87 249 0:16:35:45 296.64 2485.71 250 0:16:36:14 297.12 2485.64 LEASE NAME jNAMARAH DATE : 23 / 9 / 87 LEASE OWNER:CRUSADER OIL EMR * : 61771 NELL NUMBER: 2 EPG * : 67036 START TIME :ll:39:07 DEPTH : 7235.5 FT TICKET /: 329889 COMMENTS POINT # TIME MIN. PSI A.
DEG.F 251 0:16:36:43 297.60 2485.64 252 0:16:37:11 298.08 134.91 253 0:16:37:40 298.56 2506.68 254 0:16:38:09 299.04 2515.14 255 0:16:38:38 299.52 2515.28 256 0:16:39:07 300.00 2558.72 257 0:16:39:35 300.48 2545.02 258 0:16:40:04 300.96 2544.66 259 0:16:40:33 301.44 135.83 260 0:16:41:02 301.92 2575.77 261 0:16:41:31 302.40 2565.50 262 0:16:41:59 302.88 2635.92 263 0:16:42:28 303.36 2603.84 264 0:16:42:57 303.84 2678.34 265 0:16:43:26 304.32 2644.63 266 0:16:43:55 304.80 136.90 267 0:16:44:23 305.28 2707.20 268 0:16:44:52 305.76 2674.03 269 0:16:45:21 306.24 2662.27 270 0:16:45:50 306.72 2662.02 271 0:16:46:19 307.20 2725.64 272 0:16:46:47 307.68 2691.44 273 0:16:47:16 308.16 138.08 274 0:16:47:45 308.64 2725.35 275 0:16:48:14 309.12 2721. n 276 0:16:48:43 309.60 2720.46 277 0:16:49:11 310.08 2834.95 278 0:16:49:40 310.56 2758.86 279 0:16:50:09 311.04 2755.85 280 0:16:50:38 311.52 140.89 281 0:16:51:07 312.00 2776.00 282 0:16:51:35 312.48 2779.63 283 0:16:52:04 312.96 2838.07 284 0:16:52.-33 313.44 2808.40 285 0:16:53:02 313.92 2808.66 286 0:16:53:31 314.40 2855.36 287 0:16:53:59 314.88 141.58 288 0:16:54:28 315.36 2839.31 289 0:16:54:57 315.84 2895.82 290 0:16:55:26 316.32 2869.26 291 0:16:55:55 316.80 2867.15 292 0:16:56:23 317.28 2911.21 293 0:16:56:52 317.76 2896.59 • 294 0:16:57:21 318.24 142.65 295 0:16:57:50 318.72 2927.41 296 0:16:58:19 319.20 2926.17 297 0:16:58:47 319.68 2926.46 298 0:16:59:16 320.16 2961.18 299 0:16:59:45 320.64 2950.66 300 0:17:00:14 321.12 2955.67 LEASE NAME xNAMARAH DATE : 23 / 9 / 87 LEASE OWNER:CRUSADER OIL WELL NUMBER: 2 START TIME :11:39:07 Ertfc * : 61771 : 67036 TICKET /: 329889 POINT * TIME MIH. PSIA. DEG. F 301 0:17:00:43 321.60 143.92 302 0:17:01:11 322.08 2987.15 303 0:17:01:40 322.56 2985.79 304 0:17:02:09 323.04 3022.45 305 0:17:02:38 323.52 3015.49 306 0:17:03:07 324.00 3015.45 307 0:17:03:35 324.48 3049.98 308 0:17:04:04 324.96 145.23 309 0:17:04:33 325.44 3045.32 310 0:17:05:02 325.92 3086.12 311 0:17:05:31 326.40 3086.85 312 0:17:05:59 326.88 3074.35 313 0:17:06:28 327.36 3108.06 314 0:17:06:57 327.84 3115.04 315 0:17:07:26 328.32 146.62 316 0:17:07:55 328.80 3103.67 317 0:17:08:23 329.28 3144.98 318 0:17:08:52 329.76 3128.56 319 0:17:09:21 330.24 3133.04 320 0:17:09:50 330.72 3170.75 321 0:17:10:19 331.20 3162.07 322 0:17:10:47 331.68 148.00 323 0:17:11:16 332.16 3162.47 324 0:17:11:45 332.64 3205.85 325 0:17:12:14 333.12 3193.77 326 0:17:12:43 333.60 3191.82 327 0:17:13:11 334.08 3185.12 328 0:17:13:40 334.56 3224.82 329 0:17:14:09 335.04 149.45 330 0:17:14:38 335.52 3241.19 331 0:17:15:07 336.00 3268.48 332 0:17:15:35 336.48 3250.62 333 0:17:16:04 336.96 3256.97 334 0:17:16:33 337.44 3295.06 335 0:17:17:02 337.92 3279.81 336 0:17:17:31 338.40 150.88 337 0:17:17:59 338.88 3305.01 338 0:17:18:28 339.36 3309.41 339 0:17:18:57 339.84 3345.90 340 0:17:19:26 340.32 3337.72 341 0:17:19:55 340.80 3338.91 342 0:17:20:23 341.28 3339.02 343 0:17:20:52 341.76 15Z.33 344 0:17:21:21 342.24 3383.06 345 0:17:21:50 342.72 3384.54 346 0:17:22:19 343.20 3367.29 347 0:17:22:47 343.68 3367.73 348 0:17:23:16 344.16 3395. Z& 349 0:17:23:45 344.64 3411.41 350 0:17:24:14 345.12 153.79 DEPTH :7235.5 FT COMMENTS LEASE NAME sNAMARAH DATE : 23 / 9 / 87 LEASE OWNER:CRUSADER OIL EMR # : 61771 WELL NUMBER: 2 EPG / : 67036 START TIME :ll:39:07 DEPTH s/235.5 FT TICKET #: 329889 POINT * TIME MIN. PSI A. DEG. F COMMENTS 351 0:17:24:43 345.60 3396.57 352 0:17:25:11 346.08 3376.53 353 0:17:25:40 346.56 3420.88 354 0:17:26:09
347.04 3417.28 355 0:17:26:38 347.52 3406.39 356 0:17:27:07 348.00 3412.35 357 0:17:27:35 348.48 155.24 358 0:17:28:04 348.96 3419.70 359 0:17:28:33 349.44 3425.82 360 0:17:29:02 349.92 3425.93 361 0:17:29:31 350.40 3426.01 362 0:17:29:59 350.88 3426.08 363 0:17:30:28 351.36 3426.23 364 0:17:30:57 351.84 156./u 365 0:17:31:26 352.32 3426.70 366 0:17:31:55 352.80 3426.85 367 0:17:32:23 353.28 3426.93 368 0:17:32:52 353.76 3427.00 369 0:17:33:21 354.24 3427.07 370 0:17:33:50 354.72 3427.19 371 0:17:34:19 355.20 157.97 372 0:17:34:47 355.68 3427.36 373 0:17:35:16 356.16 3436.41 374 0:17:35:45 356.64 3432.29 375 0:17:36:14 357.12 3430.18 376 0:17:36:43 357.60 3433.70 377 0:17:37:11 358.08 3428.92 378 0:17:37:40 358.56 159.22 379 0:17:38:09 359.04 3427.70 380 0:17:38:38 359.52 3427.74 381 0:17:39:07 360.00 3429.41 382 0:17:39:35 360.48 3429.44 383 0:17:40:04 360.96 3428.85 384 0:17:40:33 361.44 3428.15 385 0:17:41:02 361.92 160.38 386 0:17:41:31 362.40 3427.71 387 0:17:41:59 362.88 3427.64 388 0:17:42:28 363.36 3427.67 389 0:17:42:57 363.84 3427.71 390 0:17:43:26 364.32 3427.79 381 0:17:43:55 364.80 3427.82 392 0:17:44:23 365.28 161.49 393 0:17:44:52 365.76 3428.02 394 0:17:45:21 366.24 3427.99 395 0:17:45:50 366.72 3427.95 396 0:17:46:19 367.20 3427.95 397 0:17:46:47 367.68 3427.91 398 0:17:47:16 368.16 3427.87 399 0:17:47:45 368.64 162.45 400 0:17:48:14 369.12 3427.95 LEASE NAME iNAMARAH DATE : 23 / 9 / 87 LEASE OWNER:CRUSADER OIL EMR * : 61771 WELL NUMBER: 2 EPG * : 67036 START TIME :il:39«07 DEPTH t /235.S FT TICKET 329889 POINT * TIME MIN. 401 0:17:48:43 369.60 402 0:17.-49:11 370.08 403 0:17:49:40 370.56 404 0:17:50:09 371.04 405 0:17:50:38 371.52 406 0:17:51:07 372.00 407 0:17:51:35 372.48 408 0:17:52:04 372.96 409 0:17:52:33 373.44 410 0:17:53:02 373.92 411 0:17:53:31 374.40 412 0:17:53:59 374.88 413 0:17:54:28 375.36 414 0:17:54:57 375.84 415 0:17:55:26 376.32 416 0:17:55:55 376.80 417 0:17:56:23 377.28 418 0:17:56:52 377.76 419 0:17:57:21 378.24 420 0:17:57:50 378.72 421 0:17:58:19 379.20 422 0:17:58:47 379.68 423 0:17:59:16 380.16 424 0:17:59:45 380.64 425 0:18:00:14 381.12 426 0:18:00:43 381.60 427 0:18:01:11 382.08 428 0:18:01:40 382.56 429 0:18:02:09 383.04 430 0:18:02:38 383.52 431 0:18:03:07 384.00 432 0:18:03:35 0:18:04:00 384.48 433 0:18:04:04 384.96 434 0:18:04:33 385.44 435 0:18:05:02 385.92 436 0:18:05:31 386.40 437 0:18:05:59 386.88 438 0:18:06:28 387.36 439 0:18:06:57 387.84 440 0:18:07:26 388.32 441 0:18:07:55 388.80 442 0:18:08:23 389.28 443 0:18:08:52 389.76 444 0:18:09:21 390.24 445 0:18:09:50 390.72 446 0:18:10:19 391.20 447 0:18:10:47 391.68 448 0:18:11:16 0:18:11:40 392.IS 449 0:18:11:45 392.64 450 0:18:12:14 393.12 451 0:18:12:43 393.60 FIRST CLOSED PERIOD PSIA. uEG.F COMMENTS 3427.91 3435.92 3427.47 3427.47 3427.47 163.16 3427.50 3427.46 3427.43 3427.35 3427.32 3427.32 163.81 3427.41 3427.38 3427.41 3427.45 3427.49 3427.45 164.53 3427.68 3427.68 3434.21 3433.13 3432.58 3442.88 165.21 3527.25 3530.48 3534.05 3544.36 3533.12 FIRST FLOW PERIOD 297.77 170.49 155.94 148.91 145.09 136.84 132.53 132.90 171.31 132.61 133.63 135.43 132.90 132.28 130.77 171.48 165.49 182.44 199.14 QC LlI Q_ O z o□ UJ co CM V 00 00 tn XT e M - 00 rv 0) :0 in V 03 O rv 04 CM CM •XI CM to 10 IV rv rs rv tv •v. rv V, xH xX t4 ^4 X xS xX ♦ x 1-1 452 0:18:13:11 394.08 215.74 03 •13 in m rv CD CD IV ♦<53 tn 00 IO T ro CM CD 00 00 <53 03 M- ro o <53 .-00 IV CM 00 ^4 in 00 <0 <53 OJ 00 in ▼rv o r4 03 © V 03 CD 03 00 CM o CD M- CM r4 CM rv *4 in o <D ro 153 00 rv D CD <D <53 o
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* k* tn a CD h Ul U! « h hi G hl CD tn o M sJ A H ® A cd tn SJ Vl k* Sv’ 00 Vl O' A kk hi o G hi ►hl sj 01 sj SJ sj (X» CD hl kk A <D CD 01 SJ A Xi o CD G CD GJ i Q O' a w * re Sj co CD CD IX' ►(D CD CD CD ex- o o G Cl © hl A tn Vl 01 ff) CD © kk • • • « • • • • • • - Cl G o G kk G cr> kk CD hi hi CD © G © CD kk © kk sj A G kk 0) 1835 lt08i37»37 1258.50 101.69 LEGAL LOCATION SEC. - TUP. - RNG 2 HELL NO SEE REMARKS 2 "TEST NO FIELD BREA TICKET NO. 32989000 ROMA 7377.2 - 7449.0 TESTED INTERVAL SURRT county QUEENSLAND STATE RUSTRRLIR -RE FORMATION TESTING SERVICE REPORT ID DESCRIPTION PRESSURE TIME TYPE REPORTED : CALCULATED REPORTED CALCULATED * 2 i X _ _ 1 r - _ - - - ~ ■lA< 82 88 .S 8.0 8.0 - C — r _R5 R L C X ILS .3 C INC“I firs' close: <\ 115.3 30.0 30 .0 D C T \ 2 " Rs - c_cse: -if 115 .3 !T 7 N - 7 ~ 2 — ~ ~ ~ ; 116 .3 60.0 SO .0 r F FIX-;. ” 2 — 'J ,x < <J■ ■
" L_ U X 175 . 1 r • INI'I 2: 5 - ~ 0 N D I _ j 5 - I -1 \ 175 . 1 180.0 180.0 15 F I X - _ SECOND ■close: -IX 159 178.1 H r - \ . _. _. -_ - - - - - GOUGE NO ; 5176 DEPTH ; 7Q46 .0 BLANKED ■OFF ; ND HOUR OF CLOCK; 48 ID DESCRIPTION PRESSURE TIME TYPE REPORTED ' CALCULATED REPORTED CALCULATED 0 INITIAL HYDROSTATIC 3464 3463 .5 B INITIAL FIRST FLOW 100 153.0 8.0 8.0 f r C FINAL FIRST FLOW 104 233 .3 C INITIAL FIRST CLOSED-IN 104 232.3 30.0 30.0 p D FINAL FIRST CLOSED -IN 368 353.0 E INITIAL SECOND FLOW 167 1-6.8 60.0 60.0 F F FINAL SECOND FLOW 184 213.4 F INITIAL SECOND CLOSED-IN 184 213.4 180.0 180.0 r i— G FINAL SECOND CLOSED-IN 478 433.3 H FINAL HYDROSTATIC 3530 3503.3 GAUGE NG: 6112 DEPTH ; ^446 .0 BLANKED OFF : VES HOUR OF CLOCK : 24 ID DESCRIPTION PRESSURE TIME TYPE REPORTED ' CALCULATED REPORTED CALCULATED A INIF:2l HYDROSTA t II -- , 3520 B INITIA_ FIRST FLOU 2 E 3 217 4 8.0 8.0 r C FINAL FIRST FLOU 271 285 2 c INITIAL FIRST CLOSED -IN 2 7 1 283 2 30.0 30.0 D FINAL FIRST CLOSED -IN 4 ~ Ly 413 E INITIAL SECOND FLOW 23S 243 4 60.0 60.0 r- F FINAL SECOND FLOU 23 3 263 7 F INITIAL SECOND CLOSED-IN 253 253 7 180.0 ISO .0 C G FINAL SECOND CLOSED -IN 5 4l 544 5 H FINAL HYDROSTATIC 3 ' i 35 43 7 L EQUIPMENT i HOLE DATA TICKET NUMBER : 32989000 .’DRMhTIDN TESILD: HLUJ-LN NFT PRY frt1: DATE: 9-26-87 TEST NO -2— CROSS TESTED FOOTAGE : 71.8 ALL DEPTHS MEASURED FROM: KB TYPE DST: OPEN HOLE EASING PERFS. (Ft ) : HALLIBURTON CAMP: ROMA HOLE OR CASING SIZE (in J ; 8.SOO ELEVATION [ftL 1348.0 KB TOTAL DEPTH IT-t]; 7449.0 K RIXON PACKER DEPTHESl (ft); 7359. 7377 TESTER: p HADWEN r TMOI Al IRFQCF CHOKE (ini' RnTTflM HOI F CHOKF ! in 1 ; 0.750 RATT Mlin UFTCHT ( 1 h /n a 1 1 : A 00 WITNESS: . s . - 3 - - , w. . r MUD VISCOSITY [ sec ) 42 ESTIMATED HOLE TEMP. ■ ■( °F H DRILLING CONTRACTOR: ACTUAL HOLE TEMP. ( T]; 184 © 7444.9 GFRRHRRT RTH Si r t FLUID PROPERTIES FOR RECOVERED MUD A. WATER SOURCE RESISTIVITY CHLORIDES SAMPLER Psig AT SURFACE: DATA © T ppm ppm c u . f t . OF GAS: a T rr DF DTI : a T ppm ce OF WATER: . a B F ppm a *F ppm ppm ec OF MUD ; a T TOTAL LIQUID cc : HYDROCARBON PROPERTIES DTI GRAVITY f ’API ] = © °F CQA/ATI RQTTP1 Inn f + n a <- hhl 1 : CUSHION DATA TYPE AMOUNT UEIGHT UQTFR fFFFT] 200.0 8.30 GAS GRAVITY: RECOVERED: NOT REPORTED MEASURED TESTER REMARKS: LEGAL LOCATION; LAT. 27 DEGREES - 21.33 1 • .856" LONG. 149 DEGREES - 20' - 22.795" STAIR-STEPPING INDICATED ON GAUGE #5176 AND #6112 0 T 3 TYPE i SIZE MEASURING DEVICE TICKET NO: 32989000 TIME CHOKE SIZE SURFACE PRESSURE PSI GAS RATE MCF LICUID RATE BPD REMARKS 9-26-87 0630 MADE-UP DUAL PACKER TEST 0835 FINISHED 0930 MADE-UP TEST HERD ON SINGLE AND LAID OUT SAME . 1500 HOOKED UP SURFACE EQUIPMENT PICKED-UP TWO EXTRA SINGLES TO TAG BOTTOM. 1519 HEIGHT ON TOOL 1522 OPENED TOOL 1524 .375" VERY WEAK BUBBLE CLOSED IN CHOKE MANIFOLD VERY WEAK BLOW 1527 CLOSED TOOL 1557 REOPENED TOOL - VERY WEAK BUBBLES. 1500 VERY WEAK BUBBLES 1605 NELL DEAD [NO BUBBLES) 1609 NELL DEAD 1615 - 1630 « 164-0 - 1555 •• 1657 CLOSED TDDL 1957 PULLED FREE LAID OUT SURFACE EQUIPMENT 2005 DROPPED BAR TO CIRCULATE LONG WAY . 9-27 -87 0830 FINISHED LAYING OUT TOOLS T TICKET NO. 32989000 I.D. LENGTH DEPTH DRILL PIPE FLEX UEIGHT DRILL COLLARS IMPACT REVERSING SUB DRILL COLLARS CROSSOVER AP RUNNING CASE CROSSOVER DUAL CIP VALVE CROSSOVER SAMPLE CHAMBER CROSSOVER DRAIN VALVE
HYDROSPRING TESTER AP RUNNING CASE ELECTRONIC GAUGE RUNNING CASE... JAR VR SAFETY JOINT OPEN HOLE PACKER DISTRIBUTOR VALVE OPEN HOLE PACKER CROSSOVER DRILL COLLARS CROSSOVER FLUSH JOINT ANCHOR BLANKED-OFF RUNNING CASE 4.500 4.500 6 .250 .250 6.250 5 .800 5 .000 5 .000 S .000 5 .700 B .250 5 .700 5 .000 5 .000 5 .000 5 .000 5.000 5 .000 .750 .000 7 .750 5.700 .250 5 .750 5 .000 5.000 3.826 2.764 2.810 3.000 2.810 2.000 2.250 2.000 0.870 2.400 2.870 2.400 2.500 0.750 2.250 1.000 1 .750 1 .000 1 .680 .580 1.680 2.400 2.810 .700 2.370 6616 .0 182.0 434. S 1 .0 60.7 1 .0 4.1 1 .0 4.3 1.0 30.8 1 .0 1 .0 5.3 4.1 7.0 5 .0 2.4 S .8 2.0 5 .8 1 .0 30.3 1 .0 33.0 4.1 7234.0 7297.0 7344.1 7345 .0 7355.0 7369 .0 7377 .2 7446.0 TOTAL DEPTH 7449.0 EQUIPMENT DATA HALLIBURTON SERVICES TICKET NO. 32989100 02-NOV-87 ROMA FORMATION TESTING SERVICE REPORT *n n § a * LO NAMARAH 2 3 7439. 6 - 7 51 1.0 ■_QRU5AD.ER_.QIL A LEASE NAME WELL NO. TEST NO 7ESTE0 INTERVAL LEASE OWNER/COMPANY NATE GAUGE Nn ; 2043 DEPTH; 73E4.3 BLANKED 0FF : NO HOUR OF GLOCK : 24 ID DESCRIPTION PRESSURE TIME TYPE REPORTED I CALCULATED REPORTED CALCULATED A INITIAL HYDROSTATIC B INITIAL FIRST FLOW 106 74.5 5 .0 5 .0 F C FINAL FIRST FLOW 161 .5 C INITIAL FIRST CLOSED-IN 161 .5 30.0 23.3 C D FINAL FIRST CLOSED -IN 172.8 E INITIAL SECOND FLOW 125 .2 SO .0 83 .0 F F FINAL SECOND FLOW 167 .0 F INITIAL SECOND CLOSED-IN 167 .0 180.0 182 .0 C G FINAL SECOND CLOSED-IN 201 .2 H HYDRO. AFTER REVERSING GAUGE ND; I.~E DEPTH= 7404.0 BLANKED OFF ; NO HOUR OF CLOCK: 2£ ID DESCRIPTION PRESSURE TIME TYPE REPORTED 1 CALCULATED REPORTED 1 CALCULATED A INITIAL HYDROSTATIC 3437 3525.1 B INITIAL first flon 100 62.2 5 .0 4 .8 F C FINAL r IRST FLOW 100 62.2 C INITIAL FIRST CLOSED-IN 100 62.2 30.0 23.3 C D FINAL FIRST CLOSED-IN 2411 2426 .5 E INITIAL SECOND FLOW 100 128.3 30.0 83.0 F F FINAL SECOND FLOW 167 178.1 F INITIAL second closed-in 167 178.1 180.0 182.0 C G FINAL SECOND CLOSED-IN 3201 3232.2 H HYDRO. AFTER REVERSING 3550 3535 .8 GAUGE NG; 6112 DEPTH; ^508.0 BLANKED OFF ; V ES HOUR OF CLOCK; ID DESCRIPTION PRESSURE TIME TYPE REPORTED 1 CALCULATED REPORTED 1 CALCULATED A INITIAL HYDROSTATIC 3558 3 5 0- 5 . 8 i B INITIAL FIRST F^OU 145 ISO . 8 5 .0 F C FINAL FIRST FLOW 145 ISO .8 C INITIAL FIRST CLOSED-IN 145 ISO .8 30.0 o o C D FINAL FIRST CLOSED -IN 2418 2454 • 8 E INITIAL SECOND FLOW 142 121 .0 30.0 83 .0 F FINAL SECOND FLOU 174 182 .7 F INITIAL SECOND CLOSED-IN 174 182 .7 180.0 182 .0 c G FINAL SECOND CLOSED -IN 3234 3224 .8 H HYDRO. AFTER REVERSING 3580 3554 .0 EQUIPMENT & HOLE DATA FORMATION TESTED : REWA.N jET PAY (r-t) : ALL DEPTHS MEASURED FROM: KELLY BUSHING CASING PERFS. (Pt) ; _ HOLE DR CASING SIZE ( in): 9.500^ ELEVATION (Pt I: 1348. 0 KELLY BUSHING TOTAL DEPTH (Pt) : 75.11.0. _ PACKER DEPTH(S) (Pt): 7432 . 7440 FINAL SURFACE CHOKE ( in): 0.37 500 BOTTOM HOLE CHOKE (in ) : Q_ .750 MUD WEIGHT [ 1 b /g a I ] : 9 .00 MUD VISCOSITY (sec) ; ESTIMATED HOLE TEMP. ( S F ) A ACTUAL HOLE TEMP. (°F): 184 © 7507.3 Pt FLUID PROPERTIES FOR RECOVERED TICKET NUMBER ; 3298910.0 DATE : 9-28-87 TEST NO : TYPE DST; PEN HOLE HALLIBURTON CAMP: ROMA TESTER: WITNESS: K . □RIXON A , HAPPEN BATT DRILLING CONTRACTOR: GEQRHPRT #1 SAMPLER DATA SOURCE RESISTIVITY CHLORIDES 9 *F p p m P«ig AT SURFACE ; e u . rt . OF GAS : 0 *F Dpm cc OF OIL: nr HF WATER: ce OF MUD: TOTAL LIQUID cc : 0 *F p p m 0 *F d o m 6 *F D o m 9
*F oom HYDROCARBON PROPERTIES OIL GRAVITY { ’API) ; © °F GAS /n Tl RATTO (cult. per bbl): CUSHION DATA TYPE AMOUNT WEIGHT . klflTER, (FT .. 200.0 8.30. MUD & HATER GAS GRAVITY: RECOVERED; 200’ OF WATER CUSHION REMARKS: LEGAL LOCATION: LAT. 27 DEG. 21.33’ .856”, LONG. 149 DEG. 20’ 22.795” READINGS FROM GAUGE #6112 MAY BE QUESTIONABLE DUE TO ELONGATION. TYPE 4. SIZE MEASURING DEVICE TICKET NO: 32989 LOO TIME CHOKE SIZE SURFACE PRESSURE PSI GAS RATE MCF LIQUID RATE • BPD REMARKS 9-28-87 0745 MADE UP TOOLS 0920 FINISHED 1329 WEIGHT ON TOOLS 1332 3/8 OPENED TOOL WITH A MEDIUM TO STRONG 8L0U 1337 CLOSED TOOL 1407 3/8 OPENED TOOL 1410 STRONG BLOW 1412 50 GAS TO SURFACE THROUGHOUT FLOW PERIOD 1419 45 1427 42 1433 40 1445 40 '” ' 55 40 1510 40 ■■■1521 40 1535 40 1537 3/8 CLOSED TOOL 1837 PULLED FREE 1840 REVERSE CIRCULATE 1910 FINISH PULLED OUT OF HOLE 9-29-87 0630 LAID OUT TOOLS 0830 FINISHED LAYING OUT TOOLS TICKET NO : 32989100 CLOCK NO; 30173 HOUR: 24 REF REF MINUTES PRESSURE AP tx At t*At lo 9 At FIRST FLOU S 1 0.0 74.5 C 2 5 .0 161 .5 87 .0 FIRST CLOSED-IN C 1 0.0 161.5 D 2 29 .3 172.8 11.3 4.3 0.068 SECOND FLOU E l 0.0 12S .2 2 15 .0 15S .8 41 .6 3 30.0 172.1 5.3 4 45 .0 169 .2 -2.9 5 60.0 167.4 -1 .6 B 75.0 167.4 0.0 F 7 89 .0 167 .0 -0.4 SECOND CLOSED-IN 1 0.0 167 .0 > 2 182.0 231 .2 64.2 62.0 0.181 REMARKS: GAUGE NO: 2043 DEPTH: 7354.9 MINUTES PRESSURE AP tx At t »At log t »At At TICKET NO: 32989100 CLOCK NO : 30365 HOUR = 24 GAUGE NO 5176 DEPTH: 7404.0 REF ■MINUTES PRESSURE AP t« At t *At lq 9 At FIRST FLOU 0 1 0.0 62.2 C 2 4.8 62.2 0.0 FIRST CLOSED-IN C 1 00 62.2 EL 2 8.5 716 .9 654.7 2.7 0.239 EL 3 11.2 1166.S 1104.3 3.3 0.154 EL * 14.5 1458.5 1396 .3 3.6 0.123 EL s 18.1 1743.1 1680.9 3.8 0.101 EL s 21 .8 2006.1 1943.9 3.9 0.086 ED 7 25 .6 2235 .5 2173.3 4 .0 0.074 D 8 23 .3 2426 .5 2364.3 4.1 0.065 SECOND FLOW E l 0.0 128.9 2 15.0 171 .9 43.0 3 30.0 183.8 11 .9 4 45 .0 180.3 -3.5 5 60.0 178.6 -1 .7 5 75 .0 178.6 0.0 F 7 85 .0 178-1 -0.5 SECOND CLOSED-IN F i 0.0 178.1 CO 2 5 .5 1136.1 958.0 9 .0 1 .019 EL a 13.8 1443.6 1265.S 12.0 0.892 EL 4 15.3 1671 .4 1493.3 14.3 0.81S 5 20.0 1908-1 1730.0 16 .5 0.754 6 30.0 2509.7 2331 .6 22.7 0.615 7 40.0 2912.3 2734.2 28.1 0.524 8 50.0 3117.3 2333 .8 32.6 0.459 S 60.0 3191.8 3013.7 36.6 0.409 10 70.0 3215 .0 3036 .9 40.1 0.369 11 80.0 3223.2 3045 .1 43.2 0.337 12 90 .0 3226.3 3048.2 45 .9 0.310 13 100.0 3227.0 3048.9 48.4 0.287 14 110.0 3229.3 3051.2 50.6 0.268 15 120.0 3229.3 3051 .2 52.6 0.251 16 130.0 3231 .3 3053.2 54.5 0.236 17 140.0 3231.3 3053.2 56.1 0.223 18 150.0 3231 .3 3053.2 57.7 0.211 IS 160.0 3231.3 3053.2 59 .1 0.200 20 170.0 3231.7 3053.6 60.4 0.191 21 180.0 3231 .7 3053.6 61 .6 0.182 G 22 182.0 3232 2 30S4.1 61 .9 0.180 REF MINUTES PRESSURE AP tx At t*at , t*At io 9n& TICKET NO: 32989100 .LOCK NO: 29458 HOUR: 24 REF GAUGE NO = 6112 DEPTH: 7508.0 REF MINUTES PRESSURE 4P t« At f At lo 9 FIRST FLOW B 1 0.0 160.8 C 2 0.0 160 .8 0.0 FIRST CLOSED-IN C 1 0.0 160.8 2 3.0 939 .9 779 .1 3 6 .0 1188.5 1027 .7 4 3 .0 1395.3 1234.5 5 12.0 1596 .0 1435.1 6 15 .0 1771.0 1610.2 7 18.0 1950.2 1789.4 8 21.0 2119 .0 1958.2 3 24.0 2272.4 2111 .6 10 27 .0 2411 .8 2251 .0 D u 23 .3 2454.8 2294.0 SECOND FLOW 2 i 0.0 121 .0 2 15 .0 188.7 67 .7 3 30.0 190.5 1 .9 4 45 .0 187 .4 -3.2 5 60.0 185 .2 -2.3 S 75.0 183.9 -1 .3 F 7 89 .0 182.7 -1 .1 SECOND CLOSED-IN F i 0.0 182.7 d 2 7 .2 927 .6 744.8 6 .7 1.125 rn 3 17 .0 1666 .2 1483.4 14.2 0.796 d 4 30.5 2433.5 2250.8 22.7 0.592 d s 38.8 2795.1 2612.4 27.0 0.518 r~n s 45 .6 3027.4 2844.7 30.6 0.464 d 7 49.7 3132.8 29S0.1 31.9 0.445 d 0 56 .0 3186.4 3003.6 34.4
0.413 rn a 63.6 3208.4 3025.7 37.1 0.380 10 70.0 3221.8 3039 .0 39 .2 0.356 11 80.0 3225.3 3042 .6 42.1 0.325 12 90.0 3225.3 3042.6 44.7 0.299 13 100 .0 3226.3 3043.6 47.1 0.276 14 110.0 3226 .3 3043 .6 49 .2 0.2S7 IS 120.0 3226.3 3043.6 SI .1 0.241 18 130.0 3227.1 3044.4 S2.8 0 .226 17 140.0 3227.1 3044.4 S4.4 0 .214 18 150.0 3226.5 3043.7 55.8 0.202 13 160.0 3226.1 3043.4 57.2 0.192 MINUTES PRESSURE 4P ts At fit log t it SECOND CLOSED-IN - CONTINUED 20 170.0 3224.8 3042.1 58.4 0.183 21 180.0 3224.8 3042.1 59 .5 0.174 22 182.0 3224.8 3042.1 59 .7 0.173 LEGEND : r~ll STAIR-STEP REMARKS •. TICKET NO. 32989100 I.D. LENGTH DEPTH DRILL PIPE FLEX WEIGHT DRILL COLLARS IMPACT REVERSING SUS ORILL COLLARS BAR CATCHER SUB AP RUNNING CASE CROSSOVER DUAL CIP VALVE CROSSOVER SAMPLE CHAMBER CROSSOVER DRAIN VALVE HYDRDSPRING TESTER AP RUNNING CASE ELECTRONIC GAUGE RUNNING CASE... ELECTRONIC GAUGE RUNNING CASE... JAR VR SAFETY JOINT OPEN HOLE PACKER DISTRIBUTOR VALVE OPEN HOLE PACKER CROSSOVER DRILL COLLRRS CROSSOVER FLUSH JOINT ANCHOR BLANKED-OFF RUNNING CASE 4.500 4.500 6 .250 6 .000 6 .250 5.700 5 .000 5 .000 .000 5.700 250 5 .700 5 .000 S .000 5 .000 5.000 5 .000 5 .000 5 .000 .550 5 .000 7.750 5.700 6.2S0 S .750 5.000 5 .000 3.826 2.764 2.810 3-. 000 2.810 2.400 2.250 2.400 0.870 2.400 2.870 2.400 2.500 0.750 2.250 1 .000 1 .000 1 .750 1 .000 1 .680 1 .680 1 .680 2.400 2.810 2.700 2.370 6856 .0 182.0 434.9 1 .0 60.7 1.0 4.1 1 .0 .9 1.0 30.8 1 .0 1.0 .3 4.1 7 .0 7 .0 5 .0 2.4 5.8 2.0 5.8 1 .0 30.3 1.0 33.0 4.1 7231.2 7354.9 7402.0 7404.0 7413.1 7420.1 7431.8 7439.6 7S08.0 TOTAL DEPTH 7511 .0 EQUIPMENT DATA 9 10 rri cr? co Owner: CRUSADER OIL Lease: NAMARAH Well # 2 Ticket # 329891 ate: □28/9/87 E. M, R. 65478 E. P. G. 62530 Test # 3 Gauge Depth 7413,11 FT Start Time : 07: 15: 17 PLOTS C) U'l 4* m 9 O OJ rv U1 CRUSADER OIL N.L. LIBRARY SHELF NO: DATE: 1 7 NOV 7987 Lease Name NAMARAH Lease Ovner CRUSADER OIL Veil no. 2 Test no. 3 Gauge Depth 7413.11 FT Ticket no. 329891 Gauge 62530 EMR 65478 4000. 0 3000. 0 PRESSURE(PSIA) 2000. 0 1000.0 Q Q TEMPERATURE (F) Lease Name NAMARAH Lease Owner 4000. 0 PRESSURE (PSIA) CRUSADER OIL 3000. 0 2000.0 Date Start 28/9/87 Time 07:15:17 Veil no. 2 Test no. Gouge Depth 7413.11 FT Ticket no. 329891 Gauge 62530 EMR 65478 1000.0 a a Q Q a a a a a • • • • 9 • I • co o Q o o o o Q o co tn O tn o in a in co m m tn tn to to Lease Naae NAMARAH Lease Owner CRUSADER OIL Ticket no. 329891 Gauge 62530 EMR 65478 Date 28/9/87 Start Thae 07t 15t 17 PRESSURECPSIA) JfcJ J na 2 Test no. 3 Gauge Depth 7413.11 FT TEMPERATURE (F) G Q O o o Q o • w • • 9 G o o Q Q a o »- i • r—• CD tn o OJ ♦cn •-M o e o V—I >< Lease Name NAMARAH Lease Ovner CRUSADER OIL Veil no. 2 rest no. 3 Gauge Depth 7413.11 FT Date 28/9/87 Start Time O7t 15i 17 DELTA PRESSURE (PSI) .01
D01 [(T*DT)/(T+DT)] .0001 Lease Name h'AMARAH Veil no. 2 Tost no. 3 Lease Omer ■CRUSADER OIL DELTA PRESSURE (PSI) Gauge Depth 7413.11 FT . 1 .01 r(T*DT)/(T+DT)] 1 10 Lease Name NAMAR AH Veil no. 2 Test no. 3 Ticket no. 329891 Date 29/9/87 Lease Owner CRUSADER OIL 5000. r i Gauge Depth 7413.11 FT Gauge no. 62530 Start Time O7tl5tl7 I- 1 i PRESSURE (PSIA) HORNER PLdl BUILDUP FIN. FLOW F ENDING PT? FLOW TIME Ps -4029. P' « CC = Ti 425 -i486 >5 MIN. 9 j i t i i o a a O) o •—* r—< r-H Lease Name NAMARAH Lease PRESSURE CPSIA) Ticket no. 329891 Veil no. 2 Test no. 3 HORNER PLOT BUILDUP #2 FIN. FLOW PTi673 ENDING PT. :1056 FLOW TIME i90 MIN. Ps “3230.98 P' “3196.73 CC “.968031 I i i Q ID O CM rj (\j L0G((T+DT)/DT) Ticket no. 329891 Gauge no.
62530 Lease Marne MAMARAH Lease Owner CRUSADER OIL Veil no. 2 Test no. 3 Gouge Depth 7413.11 FT LOG-LOG PLOT P*2 BUILDUP #2 FIN.FLOW PT: 673 ENDING PT. : 1056 FLOW TIME 190 MIN. DELTA PRESSURE SQUARED C10G0 PSI *2) I(T*DT)/CT+DT)] ID Loose Name NAMARAH Veil no. 2 Test no. 3 Lease Omer CRUSADER OIL Gauge Depth 7413.11 FT Ticket no. 329891 Gauge no. 62530 PRESSURE SQUARED (1000 PSI“2> L 5000. [- b 4000. b + 3000. b F 2000. b 4- f X4- • . ....J K. 4- '• --X J L__ • • • . J • J ._4_ -L- - —J L— Q tn O in O in Q O CJ tn r- a cj in d • • • 1 f-M H8RNER-PL0T-£^2 . BUILDUP #2 FIN. FLOW PT*673 ENDING PT. * 1056 FLOW TIME >90 MIN. Ps - 3230.97 P z “3196.60 CC -.971633 2. 50 L Ha11i burton Serv i ces Drill Stem Testing Owner: CRUSADER OIL Lease: NAMARAH Well # 2 Ticket # 329891 Date: 28/9/87 E. M. R. 65478 E. P. 0. 62530 Test # 3 Gauge Depth 7413.11 FT Start Time : 07: 15: 17 DATA POINTS DATE : 2© / 9 / 87 EMR # > 65478 EPG * : 62530 DEPTH :7413.11 FT TICKET /: 329891 COMMENTS LEASE NAME sNAMARAH LEASE OWNER:CRUSADER OIL NELL NUMBER: 2 START TIME :07:l5:17 POINT * TIME MIN. PSIA. DEG.F 1 0:07:45:17 30.00 67.39 2 0:08:15:17 60.00 b7.55 3 0:08:45:17 90.00 1. 78 4 0:09:15:17 120.00 73.42 5 0:09:45:17 150.00 81.52 6 0:10:15:17 180.00 226.97 7 0:10:15:45 180.48 y3.76 8 0:10:16:14 180.96 238.02 9 0:10:16:43 181.44 237.82 10 0:10:17:12 181.92 237.65 11 0:10:17:41 182.40 237.53 12 0:10:18:09 182.88 276.24 13 0:10:18:38 133.36 269.10 14 0:10:19:07 183.84 84.85 15 0:10:19:36 184.32 267.45 16 0:10:20:05 184.80 266.96 17 0:10:20:33 185.28 266.63 18 0:10:21:02 185.76 266.39 19 0:10:21:31 186.24 266.26 20 0:10:22:00 186.72 266.14 21 0:10:22:29 187.20 95.06 22 0:10:22:57 187.68 296.34 23 0:10:23:26 188.16 295.52 24 0:10:23:55 188.64 294.67 25 0:10:24:24 189.12 294.18 26 0:10:24:53 189.60 293.89 27 0:10:25:21 190.08 293.56 28 0:10:25:50 190.56 95.87 29 0:10:26:19 191.04 283.97 30 0:10:26:48 191.52 326.40 31 0:10:27:17 182.00 326.04 32 0:10:27:45 192.48 323.79 33 0:10:28:14 182.96 323.01 34 0:10:28:43 193.44 322.56 35 0:10:29:12 193.92 96.82 36 0:10:29:41 194.40 354.33 37 0 : 10 :30:09 194.88 353.02 38 0:10:30:38 195.36 352.12 39 0:10:31:07 185.84 351.55 40 0:10:31:36 196.32 351.22 41 0:10:32:05 196.80 377.28 42 <0:10:32:33 197.28 97'. 51 43 0:10:33:02 197.76 381.78 44 ! 0:10:33:31 198.24 380.96 45 0:10:34:00 198.72 407.54 46 0:10:34:29 199.20 411.35 47 0 : 10:34:57 199.68 440.30 48 0:10:35:26 200.16 442.68 49 0:10:35:55 200.64 98.89 50 0:10:36:24 201.12 472.03 LEASE NAME .-NAMARAH DATE : 29/9/87 LEASE OWNER:CRUSADER OIL EMR * t 65478 WELL NUMBER i 2 EPG * : 62530 START TIME :07:15:17 UEPIH :7413.11 FT TICKET /: 329891 POINT / TIME MIN. PSI A. UEG.F COMMENTS 51 0:10:36:53 201.60 471.67 52 0:10:37:21 202.08 486.04 53 0:10:37:50 202.56 501.77 54 0:10:38:19 203.04 499.35 55 0:10:38:48 203.52 524.13 56 0:10:39:17 204.00 99. 09 57 0:10:39:45 204.48 547.52 58 0:10:40:14 204.96 558.76 59 0:10:40:43 205.44 559.50 60 0:10:41:12 205.92 589.7/ 61 0:10:41.-41 206.40 588.37 62 0:10:42:09 206.88 605.39 63 0:10:42:38 207.36 99. 77 64 0 : 10:43:07 207.84 618.27 65 0:10:43:36 208.32 640.80 66 0:10:44:05 208.80 646.82 67 0:10:44:33 209.28 644.02 68 0:10:45:02 209.76 679.57 69 0:10:45:31 210.24 675.11 70 0:10:46:00 210.72 99.69 71 0:10:46:29 211.20 711.03 72 0:10:46:57 211.68 704.62 73 0:10:47:26 212.16 697.43 74 0 : 10 : 47:55 212.64 735.12 75 0:10:48:24 213.12 731.85 76 0:10:48:53 213.60 746.38 77 0:10:49:21 214.08 99.81 78 0:10:49:50 214.56 760.07 79 0:10:50:19 215.04 794.93 80 0:10:50:48 215.52 791.28 81 0:10:51 :17 216.00 795.26 82 0:10:51:45 216.48 822.06 83
0:10:52:14 216.96 817.87 84 0:10:52.'43 217.44 100.50 85 0:10:53:12 217.92 847.56 86 0:10:53:41 218.40 847.39 87 0:10:54:09 218.88 8S3.46 88 0:10:54:38 219.36 895.15 89 0:10:55:07 219.84 876.40 90 0:10:55:36 220.32 876.15 91 0:10:56:05 220.80 101.14 92 0:10:56:33 221.28 905.98 93 0:10:57:02 221.76 907.64 94 0:10:57:31 222.24 935.74 95 0:10:58:00 222.72 935.33 96 0:10:58:29 223.20 965.50 97 0:10:58:57 223.68 965.45 98 0:10:59:26 224.16 101.95 99 0:10:59:55 224.64 1000.10 100 0:11:00:24 225.12 994.71 LEASE NAME sNAMARAH DATE : 20 / 9 / 87 LEASE OWNER:CRUSADER OIL EMR * : 65478 WELL NUMBER: 2 EPG / : 62530 START TINE :07:15:17 DEPTH i7413.11 FT TICKET #: 329891 COMMENTS POINT * TIME MIN. PSIA. ULG. F 101 0:11:00:53 225.60 1020.42 102 0:11:01:21 226.08 1023.89 103 0 : 11 : 01 :50 226.56 1023.97 104 0:11:02:19 227.04 1069.02 105 0:11:02:48 227.52 102.86 106 0:11:03:17 228.00 1064.33 107 0:11:03:45 228.48 1077.87 108 0:11:04:14 228.96 1080.56 109 0:11:04:43 229.44 1109.35 110 0:11:05:12 229.92 1112.16 ill 0:11:05:41 230.40 1136.45 112 0:11:06:09 230.88 104.14 113 0:11:06:38 231.36 1167.89 114 0:11:07:07 231.84 1172.96 115 0:11:07:36 232.32 1172.63 116 0:11:08:05 232.80 1219.77 117 0:11:08:33 233.28 1202.34 118 0:11: 09:02 233.76 1201.71 119 0:11:09:31 234.24 105.59 120 0:11:10:00 234.72 1233.25 121 0:11:10:29 235.20 1270.01 122 0:11:10:57 235.68 1261.34 123 0:11:11:26 236.16 1265.82 124 0:11:11:55 236.64 1297.78 125 0:11:12:24 237.12 1339.46 126 0:11:12:53 237.60 107.21 127 0:11:13:21 238.08 1323.29 128 0:11:13:50 238.56 1388.46 129 0:11:14:19 239.04 1352.80 130 0:11:14:48 239.52 1396.78 131 0:11:15:17 240.00 1381.83 132 0:11:15:45 240.48 1382.30 133 0:11:16:14 240.96 109.78 134 0:11:16:43 241.44 1413.60 135 0:11:17:12 241.92 1412.88 136 0:11:17:41 242.40 1487.38 137 0:11:18:09 242.88 1441.63 138 0:11.-18:38 243.36 1492.33 139 0:11:19:07 243.84 1475.14 140 0:11:19:36 244.32 110.29 141 0:11:20:05 244.80 1505.01 142 0:11:20:33 245.28 1500.73 143 0:11:21:02 245.76 1584.09 144 0:11:21:31 246.24 1538.38 145 0:11:22:00 246.72 1614.85 146 0:11:22:29 247.20 1561.88 147 0:11:22:57 247.68 114.19 148 0:11:23:26 248.16 1592.40 149 0:11:23:55 248.64 1597.24 150 0:11:24:24 249.12 1632.36 LEASE NAME sNAMARAH LEASE OWNER:CRUSADER OIL WELL NUMBER: 2 DATE : 29 / 9 / 87 EMR / : 65478 EPG * : 62530 DEPTH .-7413.11 FT TICKET #: 329891 COMMENTS START TIME :07:15:17 POINT / TIME MIN. PSIA. DEG.F 151 0:11:24:53 249.60 1627./2 152 0:11:25:21 250.08 1675.81 153 0:11:25:50 250.56 1652.39 154 0:11:26:19 251.04 117.72 155 0:11:26:48 251.52 2689.03 156 0:11:27:17 252.00 1686.50 157 0:11:27:45 252.48 1716.34 158 0:11:28:14 252.96 1717.19 159 0:11:28:43 253.44 1739.11 160 0:11:29:12 253.92 1748.50 161 0:11:29:41 254.40 121.58 162 0 : 11:30:09 254.88 1748.42 163 0:11:30:38 255.36 1/48.29 164 0:11:31:07 255.84 1733.62 165 0:11:31:36 256.32 1818.82 166 0:11:32:05 256.80 1778.34 167 0:11:32:33 257.28 1834.26 168 0:11:33:02 257.76 122.41 169 0:11:33:31 258.24 1808.71 170 0:11:34:00 258.72 1868.23 171 0:11:34:29 259.20 1836.90 172 0:11:34:57 259.68 1689.99 173 0:11:35:26 260.16 1873.71 174 0:11:35:55 260.64 1865.87 175 0:11:36:24 261.12 123.35 176 0:11:36:53 261.60 1921.97 177 0:12 ,37:21 282.08 1893.98 178 0:11:37:50 262.56 1892.18 179 0:11:38:19 263.04 1962.23 130 0:11:38:48 263.52 1923.86 181 0:11:39:17 264.00 1923.22 182 0:11:39:45 264.48 124.75 183 0:11:40:14 264.96 1924.46 184 0:11:40:43 265.44 1956.04 1S5 0:11:41:12 265.92 1950.38 186 0:11:41:41 266.40 1953.00 187 0:11:42:09 266.88 2025.20
188 O.-ll :42:38 267.36 1988.00 189 0:11:43:07 267.84 126.20 190 0:11:43:36 268.32 1983.15 191 0:11:44:05 268.80 1983.11 192 0:11:44:33 269.28 1984.95 193 0:11:45:02 269.76 2027.70 194 0:11:45:31 270.24 2012.38 195 0:11:46:00 270.72 2017.71 196 0:11:46:29 271.20 127.49 197 0:11:46:57 271.68 2042.66 198 0:11:47:26 272.16 2178.23 199 0:11:47:55 272.64 2071.47 200 0:11:48:24 273.12 2071.25 POINT # TIME MIN. PSIA. DEG. f 201 0:11:48:53 273.60 2119.50 202 0:11:49:21 274.08 2102.85 203 0:11:49:50 274.56 128.74 204 0:11:50:19 275.04 2151.78 205 0:11:50:48 275.52 2118.07 206 0:11:51:17 276.00 2129.03 207 0:11:51:45 276.48 2156.66 208 0:11:52:14 276.96 2149.19 209 0:11:52:43 277.44 2158.47 210 0 : 11:53:12 277.92 130.30 211 0:11:53:41 278.40 2184.09 212 0:11:54:09 278.88 2198.71 213 0:11:54:38 279.36 2277.29 214 0:11:55:07 279.84 2217.56 215 0:11:55:36 280.32 2217.00 216 0:11:56:05 280.80 2237.35 217 0:11:56:33 281.28 131.80 218 0:11:57:02 281.76 2246.46 219 0:11:57:31 282.24 2246.28 220 0:11:58:00 282.72 2246.15 221 0:11:58:29 283.20 2245.94 222 0:11:58:57 283.68 2296.34 223 0:11:59:26 2b4.16 2269.37 224 0:11:59:55 284.64 132.77 225 0:12:00:24 285.12 2284.55 226 0:12:00:53 285.60 2311.40 227 0:12:01:21 286.08 2304.06 228 0:12:01:50 286.56 2372.42 229 0:12:02:19 287.04 2345.48 230 0:12:02:48 287.52 2332.19 231 0:12:03:17 288.00 133.63 232 0:12:03:45 288.48 2363.23 233 0:12:04:14 288.96 2361.71 234 0:12:04:43 289.44 2415.47 235 0:12:05:12 289.92 2390.10 236 0:12:05:41 290.40 2389.80 237 0:12:06:09 290.88 2475.59 238 0:12:06:38 291.36 134.56 239 0:12:07:07 291.84 2419.44 240 0:12:07:36 292.32 2419.35 241 0:12:08:05 292.80 2457.72 242 0:12:08:33 293.28 2449.96 243 0:12:09:02 293.76 2447.70 244 0:12:09:31 294.24 2447.66 245 0:12:10:00 294.72 135.58 246 0:12:10:29 295.20 2481.65 247 0:12:10:57 295.68 2478.12 248 0:12:11:26 296.16 2477.25 249 0:12:11:55 296.64 2506.34 250 0:12:12:24 297.12 2507.52 LEASE NAME :NAMARAH DATE : 29 / 9 / 87 LEASE OWNER:CRUSADER OIL EMR * : 65478 WELL NUMBER: 2 EPG # : 62530 START TIME :07:15:17 DEPTH i7413.ll FT TICKET *: 329891 COMMENTS LEASE NAME zNAMARAH MATE : 20 / 9 / 87 LEASE OWNER:CRUSADER OIL EMR * » 65478 WELL NUMBER: 2 EPG # : 62530 START TIME :07:15:17 DEPTH :74lJ.ll FI TICKET /: 329891 POINT / TIME MIN. PSI A. UEG.F COMMENTS 251 0:12:12:53 297.60 2505.86 252 0:12:13:21 298.08 136.84 253 0:12:13:50 298.56 2533.13 254 0:12:14:19 299.04 2526.36 255 0:12:14:48 299.52 2586.00 256 0:12:15:17 300.00 2565.69 257 0:12:15:45 300.48 2634.97 258 0:12:16:14 300.96 2589.57 259 0:12:16:43 301.44 138.14 260 0:12:17:12 301-92 2621.82 261 0:12:17:41 302.40 2623.63 262 0:12:18:09 302.88 2624.38 263 0:12:18:38 303.36 2651.28 264 0:12:19:07 303.84 2668.94 265 0:12:19:36 304.32 2653.29 266 0:12:20:05 304.80 139.89 267 0:12:20:33 305.28 2700.08 268 0:12:21:02 305.76 2682.88 269 0:12:21:31 306.24 2718.48 270 0:12:22:00 306.72 2708.90 271 0:12:22:29 307.20 2711.50 272 0:12:22:57 307.68 2781.51 273 0:12:23:26 308.16 141.66 274 0:12:23:55 308.64 2742.08 275 0:12:24:24 309.12 2742.65 276 0:12:24:53 309.60 2777.30 277 0:12:25:21 310.08 2764.37 278 0:12:25:50 310.56 2771.27 279 0:12:26:19 311.04 2771.36 280 0:12:26:48 311.52 143.58 281 0:12:27:17 312.00 2805.29 282 0:12:27:45 312.48 2802.56 283 0:12:28:14 312.96 2844.23 284 0:12:28:43 313.44 2833.21 285 0:12:29:12 313.92 2831.67 286 0:12:29:41 314.40 2824.93 287 0:12:30:09 314.88 145.40 288 0:12:30:38 315.36 2861.99 289 0:12:31:07 315.84 2862.17 290 0:12:31:36 316.32
2948.80 291 0:12:32:05 316.80 2891.24 292 0:12:32:33 317.28 2880.70 293 0:12:33:02 317.76 2964.72 294 0:12:33:31 318.24 147.00 295 0:12:34:00 318.72 2920.73 296 0:12:34:29 319.20 2896.44 297 0:12:34:57 319.68 2903.99 298 0:12:35:26 320.16 2950.83 299 0:12:35:55 320.64 3024.26 300 0:12:36:24 321.12 2980.82 LEASE NAME :NAMARAH DATE : 20 / 9 / 87 LEASE OWNER:CRUSADER OIL EMR * : 65478 NELL NUMBER: 2 EPG # : 62530 START TIME :07:15:17 DEPTH :74l3.11 FT TICKET /: 329891 COMMENTS POINT / TIME MIN. PSIA. DEG.F 301 0:12:36:53 321.60 148.37 302 0:12:37:21 322.08 3031.58 303 0:12:37:50 322.56 3009.52 304 0:12:38:19 323.04 3008.33 305 0:12:38:48 323.52 3150.30 306 0:12:39:17 324.00 3036.99 307 0:12:39:45 324.48 3037.26 300 0:12:40:14 324.96 149.75 309 0:12:40:43 325.44 3067.43 310 0:12:41:12 325.92 3119.91 311 0:12:41:41 326.40 3103.29 312 0:12:42:09 326.88 3096.15 313 0:12:42:38 327.36 3134.08 314 0:12:43:07 327.84 3125.24 315 0:12:43:36 328.32 151.17 316 0:12:44:05 328.80 3125.87 317 0:12:44:33 329.28 3125.78 318 0:12:45:02 329.76 3107.48 319 0:12:45:31 330.24 3194.42 320 0:12:46:00 330.72 3153.12 321 0:12:46:29 331.20 3154.28 322 0:12:46:57 331.68 152.45 323 0:12:47:26 332.16 3175.39 324 0:12:47:55 332.64 3184.96 325 0:12:48:24 333.12 3184.25 326 0:12:48:53 333.60 3221.31 327 0:12:49:21 334.08 3215.60 328 0:12:49:50 334.56 3212.57 329 0:12:50:19 335.04 153.84 330 0:12:50:48 335.52 3246.07 331 0:12:51:17 336.00 3242.64 332 0:12:51:45 336.48 3288.01 333 0:12:52:14 336.96 3280.83 334 0:12:52:43 337.44 3271.41 335 0:12:53:12 337.92 3332.51 336 0:12:53:41 338.40 155.13 337 0:12:54:09 338.88 3300.82 338 0:12:54:38 339.36 3300.78 339 0:12:55:07 339.84 3309.00 340 0:12:55:36 340.32 3330.22 341 0:12:56:05 340.80 3329.28 342 0:12:56:33 341.28 3329.15 • 343 0:12:57:02 341.76 156.47 344 0:12:57:31 342.24 3343.71 345 0:12:58:00 342.72 3359.10 346 0:12:58:29 343.20 3342.42 347 0:12:58:57 343.68 3403.15 348 0:12:59:26 344.16 3387.34 349 0:12:59:55 344.64 3387.43 350 0:13:00:24 345.12 157.77 OATE : 26 / 9 / 87 EMR / i 65478 EPG * : 62530 DEPTH :7413.11 FT TluKET *» 329891 POINT # TIME MIN. PS1A. uEG.F COMMENTS 351 0:13:00:53 345.60 3427.80 352 0:13:01:21 346.08 3417.26 353 0:13:01:50 346.56 3440.66 354 0:13:02:19 347.04 3452.55 355 0:13:02:48 347.52 3443.18 356 0:13:03:17 348.00 3445.19 357 0:13:03:45 348.48 158.99 358 0:13:04:14 348.96 3488.43 359 0:13:04:43 349.44 3474.51 360 0:13:05:12 349.92 3474.60 361 0:13:05:41 350.40 3486.09 362 0:13:06:09 350.88 3517.09 363 0:13:06:38 351.36 3502.75 364 0:13:07:07 351.84 160.35 365 0:13:07:36 352.32 3504.69 366 0:13:08:05 352.80 3504.78 367 0 <13:08:33 353.28 3504.65 368 0:13:09:02 353.76 3504.60 369 0:13:09:31 354.24 3504.51 370 0:13:10:00 354.72 3504.42 371 0:13:10:29 355.20 161.73 372 0:13:10:57 355.68 3554.66 373 0:13:11:26 356.16 3514.42 374 0:13:11:55 356.64 3524.94 375 0:13:12:24 357.12 3519.32 376 0:13:12:53 357.60 3519.18 377 0:13:13:21 358.08 3518.91 378 0:13:13:50 358.56 163.04 379 0:13:14:19 359.04 3519.78 380 0:13:14:48 359.52 3519.69 381 0:13:15:17 360.00 3519.55 382 0:13:15:45 360.48 3519.46 383 0:13:16:14 360.96 3519.24 384 0:13:16:43 361.44 3519.06 385 0:13:17:12 361.92 164.19 386 0:13:17:41 362.40 3519.97 387 0:13:18:09 362.88 3519.93 388 0:13:18:38 363.36 3519.75 389 0:13:19:07 363.84 3519.57 390 0:13:19:36 364.32 3519.52 391 0:13:20:05 364.80 3519.48 392 0:13:20:33 365.28 165'. 24 393 0:13:21:02 365.76 3520.17 394 0:13:21:31 366.24 3523.00 395 0:13:22:00 366.72 3522.73 396 0:13:22:29 367.20 3517.29 397 0:13:22:57 367.68 3519.14
398 0:13:23:26 368.16 3520.66 399 0:13:23:55 368.64 166.15 400 0:13:24:24 369.12 3519.53 DATE : 20 / 9 / 87 EMR * : 65478 EPG * : 62530 DEPTH :7413.11 F f TICKET /: 329891 POINT f TIME MIN. PSIA. UEG. F COMMENTS 401 0:13:24:53 369.60 3519.30 402 0:13:25:21 370.U8 3519.21 403 0:13:25:50 370.56 3518.99 404 0:13:26:19 371.04 3518.76 405 0:13:26:48 371.52 3518.58 406 0:13:27:17 372.00 166.90 407 0:13:27:45 372.48 3518.97 408 0:13:28:14 372.96 3518.84 409 0:13:28:43 373.44 3518.79 410 0:13:29:12 373.92 3518.84 411 0:13:29:41 374.40 3704.74 412 0:13:30:09 374.88 3837.51 413 0:13:30:38 375.36 167.71 414 0:13:31:07 375.84 3816.28 415 0:13:31:36 376.32 2567.53 0:13:32:00 1st FLOW PERIOD 416 0 : 13:32:05 376.80 185.54 417 0:13:32:33 377.28 185.58 418 0:13:33:02 377.76 196.01 419 0:13:33:31 378.24 206.92 420 0:13:34:00 378.72 174.29 421 0:13:34:29 379.20 204.02 422 0:13:34:57 379.68 200.05 423 0:13:35:26 380.16 195.22 424 0:13:35:55 380.64 165.11 425 0:13:36:24 381.12 142.23 426 0:13:36:53 381.60 187.44 0:13:37:00 1st CLOSED IN 427 0:13:37:21 382.08 173.78 428 0:13:37:50 382.56 287.36 429 0:13:38:19 383.04 336.58 430 0:13:38:48 383.52 384.48 431 0:13:39:17 384.00 431.60 432 0:13:39:45 384.48 479.00 433 0:13:40:14 384.96 525.53 434 0:13:40:43 385.44 176.09 435 0:13:41:12 385.92 619.28 436 0:13:41:41 386.40 664.57 437 0:13:42:09 386.88 709.35 438 0:13:42:38 387.36 753.74 439 0:13:43:07 387.84 797.70 440 0:13:43:36 388.32 841.22 441 0:13:44:05 388.80 176.91 442 0:13:44:33 389.28 927.94 443 0:13:45:02 389.76 970.22 444 0:13:45:31 390.24 1012.02 445 0:13:46:00 390.72 1053.67 446 0:13:46:29 391.20 1094.79 447 0:13:46:57 391.68 1135.37 448 0:13:47:26 392.16 177.35 LEASE NAME sNAMARAH DATE : 2© / 9 I 87 LEASE OWNER:CRUSADER OIL EMR * : 65478 WELL NUMBER: 2 EPG * : 62530 START TIME :07:15:17 DEPlH :7413.11 FT TICKET /: 329891 POINT # TIME MIN. PS1A. UEG. F COMMENTS 449 0:13:47:55 392.64 1215.77 450 0:13:48:24 393.12 1255.33 451 0:13:48:53 393.60 1294.44 452 0:13:49:21 394.08 1333.06 453 0:13:49:50 394.56 1371.34 454 0:13:50:19 395.04 1409.24 455 0:13:50:48 395.52 177.70 456 0:13:51:17 396.00 1484.24 457 0:13:51:45 396.48 1520.92 458 0:13:52:14 396.96 1557.27 459 0:13:52:43 397.44 1593.32 460 0:13:53:12 397.92 1628.81 461 0:13:53:41 398.40 1664.17 462 0:13:54:09 398.88 178.03 463 0:13:54:38 399.36 1733.71 464 0:13:55:07 399.84 1767.91 465 0:13:55:36 400.32 1801.72 466 0:13:56:05 400.80 1835.05 467 0:13:56:33 401.28 1868.03 468 0:13:57:02 401.76 1900.75 469 0:13:57:31 402.24 1/8.30 470 0:13:58:00 402.72 1965.10 471 0:13:58:29 403.20 1996.67 472 0:13:58:57 403.68 2027.84 473 0:13:59:26 404.16 2058.53 474 0:13:59:55 404.64 2088.94 475 0:14:00:24 405.12 2118.91 476 0:14:00:53 405.60 178.53 477 0:14:01:21 406.08 2177.88 478 0:14:01:50 406.56 2206.64 479 0:14:02:19 407.04 2235.02 480 0:14:02:48 407.52 2263.05 481 0:14:03:17 408.00 2290.62 482 0:14:03:45 408.48 2317.87 483 0:14:04:14 408.96 178.75 484 0:14:04:43 409.44 2371.11 485 0:14:05:12 409.92 2397.16 486 0:14:05:41 410.40 2422.54 487 0:14:06:09 410.88 1181.50 488 0:14:06:38 411.36 250.61 0:14:07:00 2nd FLOW PERIOD 489 0:14:07:07 411.84 171.59 490 0:14:07:36 412.32 168.89 491 0:14:08:05 412.80 122.52 492 0:14:08:33 413.28 116.50 493 0:14:09:02 413.76 114.39 494 0:14:09:31 414.24 114.68 495 0:14:10:00 414.72 115.85 496 0:14:10:29 415.20 117.59 497 0:14:10:57 415.68 171.90 DATE » 20 / 9 / 87 EMR / t 65478 EPo * : 62530 DEPTH :7413.11 FT TICKET 329891 POINT * TIME MIN. PSIA. UEG.F COMMENTS 498 0:14:11:26 416.16 128.16 499 0:14:11:55 416.64 133.66 500 0:14:12:24 417.12 139.13
501 0:14:12:53 417.60 144.35 502 0:14:13:21 418.08 148.64 503 0:14:13:50 418.56 153.91 504 0:14:14:19 419.04 172.92 505 0:14:14:48 419.52 162.77 506 0:14:15:17 420.00 166.17 507 0:14:15:45 420.48 169.94 508 0:14:16:14 420.86 172.82 509 0:14:16:43 421.44 174.32 510 0:14:17:12 421.92 175.45 511 0:14:17:41 422.40 173.39 512 0:14:18:09 422.88 177.94 513 0:14:18:38 423.36 179.12 514 0:14:19:07 423.84 180.21 515 0:14:19:36 424.32 181.15 516 0:14:20:05 424.80 182.32 517 0:14:20:33 425.28 184.02 518 0:14:21:02 425.76 173.64 519 0:14:21:31 426.24 187.42 520 0:14:22:00 426.72 188.11 521 0:14:22:29 427.20 188.19 522 0:14:22:57 427.68 188.07 523 0:14:23:26 428.16 187.66 524 0:14:23:55 428.64 187.22 525 0:14:24:24 429.12 173.69 526 0:14:24:53 429.60 186.61 527 0:14:25:21 430.08 186.45 528 0:14:25:50 430.56 186.45 529 0:14:26:19 431.04 186.37 530 0:14:26:48 431.52 186.41 531 0:14:27:17 432.00 186.53 532 0:14:27:45 432.48 173.62 533 0:14:28:14 432.96 186.34 534 0:14:28:43 433.44 186.42 535 0:14:29:12 433.92 186.67 536 0:14:29:41 434.40 187.31 537 0:14:30:09 434.88 188.49 538 0:14:30:38 435.36 189.58 539 0:14:31:07 435.84 173.48 540 0:14:31:36 436.32 191.97 541 0:14:32:05 436.80 192.17 542 0:14:32:33 437.28 192.05 543 0.-14.-33.-02 437.76 191.73 544 0:14:33:31 438.24 191.52 545 0:14:34:00 438.72 190.88 546 0:14:34:29 439.20 173.13 547 0:14:34:57 439.68 190.08 LEASE NAME zNAMARAH DATE : 20 / 9 / 87 LEASE OWNER:CRUSADER OIL EMR * : 65478 WELL NUMBER: 2 EPU * r 62530 START TIME : 07:15:17 DEPTH :7413.11 FT TICKET *: 329891 POINT * TIME MIN. PSIA. DEG.F COMMENTS 548 0:14:35:26 440.16 189.79 549 0:14:35:55 440.64 189.75 550 0:14:36:24 441.12 189.79 551 0 : 14:36:53 441.60 189.63 552 0:14:37:21 442.08 189.59 553 0:14:37:50 442.56 172.58 554 0:14:38:19 443.04 188.93 555 0:14:38:48 443.52 189.05 556 0:14:39:17 444.00 188.89 557 0:14:39:45 444.48 188.81 558 0:14:40:14 444.96 188.73 559 0:14:40:43 445.44 188.73 560 0:14:41:12 445.92 171.87 561 0:14:41:41 446.40 188.12 562 0:14:42:09 446.88 188.20 563 0:14:42:38 447.36 188.16 564 0:14:43:07 447.84 188.16 565 0:14:43:36 448.32 188.08 566 0:14:44:05 448.80 188.32 567 0:14:44:33 449.28 171.11 568 0:14:45:02 449.76 187.43 569 0:14:45:31 450.24 187.55 570 0:14:46:00 450.72 187.68 571 0:14:46:29 451.20 187.72 572 0:14:46:57 451.68 187.84 573 0:14:47:26 452.16 187.84 574 0:14:47:55 452.64 170.30 575 0:14:48:24 453.12 187.27 576 0:14:48:53 453.60 187.15 577 0:14:49:21 454.08 187.43 578 0:14:49:50 454.56 187.43 579 0:14:50:19 455.04 187.43 580 0:14:50:48 455.52 187.43 581 0 : 14:51:17 456.00 169.44 582 0:14:51:45 456.48 186.98 583 0:14:52:14 456.96 187.02 584 0:14:52:43 457.44 187.18 585 0:14:53:12 457.92 187.06 586 0:14:53:41 458.40 187.22 587 0:14:54:09 458.88 187.30 588 0:14:54:38 459.36 168.58 589 0:14:55:07 459.84 186.57 590 0:14:55:36 460.32 186.77 591 0:14:56:05 460.80 186.97 592 0:14:56:33 461.28 186.77 593 0:14:57:02 461.76 186.89 594 0:14:57:31 462.24 187.14 595 0:14:58:00 462.72 167.76 596 0:14:58:29 463.20 186.60 597 0:14:58:57 463.68 186.64 LEASE NAME rNAMARAH DATE : 20 f 9 / 87 LEASE OWNER:CRUSADER OIL EMR # : 65478 WELL NUMBERs 2 EPG * : 62530 START TIME :07:15s17 DEPTH s7413.ll FT TICKET 's 329891 POINT / TIME MIN. PSI A. DEG.F COMMENTS 598 0:14:59:26 464.16 186.76 599 0:14:59:55 464.64 186.72 600 0:15:00:24 465.12 186.81 601 0:15:00:53 465.60 187.05 602 0:15:01:21 466.08 167.08 603 0:15:01:50 466.56 186.40 604 0:15:02:19 467.04 186.48 605 0:15:02:48 467.52 186.60 606 0:15:03:17 468.00 186.68 607 0 : 15:03:45 468.48 186.40 608 0:15:04:14 468.96 186.72 609 0:15:04:43 469.44 166.49 610 0:15:05:12 469.92 186.40 611 0:15:05:41 470.40 186.40 612
0:15:06:09 470.88 186.52 613 0:15:06:38 471.36 186.40 614 0:15:07:07 471.84 186.68 615 0:15:07:36 472.32 186.64 616 0:15:08:05 472.80 165.94 617 0:15:08:33 473.28 186.39 618 0:15:09:02 473.76 186.35 619 0:15:09:31 474.24 186.39 620 0:15:10:00 474.72 186.47 621 0:15:10:29 475.20 186.43 622 0:15:10:57 475.68 186.59 623 0:15:11:26 476.16 165.42 624 0:15:11:55 476.64 186.13 625 0:15:12:24 477.12 186.25 626 0:15:12:53 477.60 186.33 627 0:15:13:21 478.08 186.29 628 0:15:13:50 478.56 186.29 629 0:15:14:19 479.04 186.58 630 0:15:14:48 479.52 164.96 631 0:15:15:17 480.00 186.13 632 0:15:15:45 480.48 186.33 633 0:15:16:14 480.96 186.33 634 0:15:16:43 481.44 186.49 635 0:15:17:12 481.92 186.41 636 0:15:17:41 482.40 186.49 637 0:15:18:09 482.88 164.55 638 0:15:18:38 483.36 186.28 639 0:15:19:07 483.84 186.37 • 640 0:15:19:36 484.32 186.41 641 0:15:20:05 484.80 186.45 642 0:15:20:33 485.28 186.33 643 0:15:21:02 485.26 186.29 644 0:15:21:31 486.24 lt>4.11 645 0:15:22:00 486.72 186.14 646 0:15:22:29 487.20 186.43 647 0:15:22:57 487.68 186.22 LEASE NAME iNAMARAH DATE t 26 / 9 / 87 LEASE OWNER:CRUSADER OIL EMR f : 65478 WELL NUMBER: Z EPG # * 62530 START TIME .-07:15:17 DEPTH :7413.11 FT TICKET #: 329891 POINT * TIME MIN. PSI A. DEG.F COMMENTS 643 0:15:23:26 488.16 186.34 649 0:15:23:55 488.64 186.43 650 0:15:24:24 489.12 186.51 651 0:15:24:53 489.60 163.69 652 0:15:25:21 490.08 186.13 653 0:15:25:50 490.56 186.45 654 0:15:26:19 491.04 186.13 655 0:15:26:48 491.52 186.45 656 0:15:27:17 492.00 186.37 657 0:15:27:45 492.48 186.45 658 0:15:28:14 492.96 163.26 659 0:15:28:43 493.44 186.43 660 0:15:29:12 493.92 186.35 661 0:15:29:41 494.40 186.39 662 0:15:30:09 494.88 186.39 663 0:15:30:38 495.36 186.51 664 0:15:31:07 495.84 186.68 665 0:15:31:36 496.32 162.85 666 0:15:32:05 496.80 186.52 667 0:15:32:33 497.28 186.48 668 0:15:33:02 497.76 186.35 669 0:15:33:31 498.24 186.52 670 0:15:34:00 498.72 186.72 671 0:15:34:29 499.20 186.84 672 0:15:34:57 499.68 162.47 673 0:15:35:26 500.16 186.22 674 0:15:35:55 500.64 225.79 0:15:36:00 2nd CLOSED IN 675 0:15:36:24 501.12 280.26 676 0:15:36:53 501.60 330.46 677 0:15:37:21 502.08 378.09 678 0:15:37:50 502.56 424.36 679 0:15:38:19 503.04 168.44 680 0:15:38:48 503.52 521.12 681 0:15:39:17 504.00 566.49 682 0:15:39:45 504.48 611.39 683 0:15:40:14 504.96 655.98 684 0:15:40:43 505.44 700.18 685 0:15:41:12 505.92 743.74 686 0:15:41:41 506.40 171.29 687 0:15:42:09 506.88 832.65 688 0:15:42:38 507.36 875.03 689 0:15:43:07 507.84 916.88 690 0:15:43:36 508.32 958.49 691 0:15:44:05 508.80 999.62 692 0:15:44:33 509.28 1040.26 693 0:15:45:02 509.76 172.86 694 0:15:45:31 510.24 1121.64 695 0:15:46:00 510.72 1161.13 696 0:15:46:29 511.20 1200.14 LEASE NAME sNAMARAH DATE : 2© / 9 / 87 LEASE OWNER:CRUSADER OIL EMR / : 65478 WELL NUMBER? 2 EPG # : 62530 START TIME :07:15:17 DEPTH :7413.11 FT TICKET #: 329891 COMMENTS POINT f TIME MIN. PSIA. DEG.F 697 0:15:46:57 511.68 1238.98 698 0:15:47:26 512.16 1277.53 639 0:15:47:55 512.64 1315.50 700 0:15:48:24 513.12 174.02 701 0:15:48:53 513.60 1391.52 702 0:15:49:21 514.08 1428.31 703 0:15:49:50 514.56 1464.73 704 0:15:50:19 515.04 1500.93 705 0:15:50:48 515.52 1536.71 706 0:15:51:17 516.00 1571.98 707 0:15:51:45 516.48 175.01 708 0:15:52:14 516.96 1642.38 709 0:15:52:43 517.44 1676.36 710 0:15:53:12 517.92 1710.42 711 0:15:53:41 518.40 1743.83 712 0:15:54:09 518.88 1776.98 713 0:15:54:38 519.36 1810.12 714 0:15:55:07 519.84 175.83 715 0:15:55:36 520.32 1875.40 716 0:15:56:05 520.80 1907.01 717 0 : 15:56:33 521.28 1938.19 718 0:15:57:02 521.76 1969.26 719 0:15:57:31 522.24 1999.81 720 0 : 15:58:00 522.72 2030.34 721
0:15:58:29 523.20 176.54 722 0:15:58:57 523.68 2090.53 723 0:15:59:26 524.16 2119.68 724 0:15:59:55 524.64 2148.60 725 0:16:00:24 525.12 2177.03 726 0:16:00:53 525.60 2205.18 727 0:16:01:21 526.08 2233.UO 728 0:16:01:50 526.56 177.02 729 0:16:02:19 527.04 2287.95 730 0:16:02:48 527.52 2314.77 731 0:16:03:17 528.00 2341.08 732 0:16:03:45 528.48 2366.94 733 0:16:04:14 528.96 2392.56 734 0:16:04:43 529.44 2417.80 735 0:16:05:12 529.92 177.42 736 0:16:05:41 530.40 2467.19 737 0:16:06:09 530.88 2491.18 738 0:16:06:38 531.36 2514.72 * 739 0:16:07:07 531.84 2537.92 740 0:16:07:36 532.32 2560.75 741 0:16:08:05 532.80 2583.28 742 0:16:08:33 533.28 177.79 743 0:16:09:02 533.76 2626.94 744 0:16:09:31 534.24 2647.99 745 0:16:10:00 534.72 2668.57 746 0:16:10:29 535.20 2688.81 LEASE NAME iNAMARAH DATE : 29 / 9 / 87 LEASE OWNER:CRUSAOER OIL EPIK f : 65478 WELL NUMBER: 2 EPG * : 62530 START TIME :07:l5:17 DEPTH s 7413.11 FT j'ICkET #: 329891 POINT # TIME MIN. PSIA. DEG.F COMMENTS 747 0:16:10:57 535.68 2708.58 748 0:16:11:26 536.16 2727.88 749 0:16:11:55 536.64 1/8.07 750 0:16:12:24 537.12 2765.59 751 0:16:12:53 537.60 2783.69 752 0:16:13:21 538.08 2801.27 753 0:16:13:50 538.56 2818.30 754 0:16:14:19 539.04 2835.06 755 0:16:14:48 539.52 2851.35 756 0:16:15:17 540.00 178.26 757 0:16:15:45 540.48 2882.85 758 0:16:16:14 540.96 2897.58 759 0:16:16:43 541.44 2912.22 760 0:16:17:12 541.92 2926.21 761 0:16:17:41 542.40 2939.72 762 0:16:18:09 542.88 2952.93 763 0:16:18:38 543.36 178.36 764 0:16:19:07 543.84 2977.90 765 0:16:19:36 544.32 2989.66 766 0:16:20:05 544.80 3001.07 767 0:16:20:33 545.28 3012.13 768 0:16:21:02 545.76 3022.62 769 0:16:21:31 546.24 3032.76 770 0:16:22:00 546.72 178.38 771 0:16:22:29 547.20 3051.82 772 0:16:22:57 547.68 3060.86 773 0:16:23:26 548.16 3069.46 774 0:16:23:55 548.64 3077.79 775 0:16:24:24 549.12 3085.64 776 0:16:24:53 549.60 3093.18 777 0:16:25:21 550.08 178.36 778 0:16:25:50 550.56 3107.05 779 0:16:26:19 551.04 3113.58 780 0:16:26:48 551.52 3119.66 781 0:16:27:17 552.00 3125.47 782 0:16:27:45 552.48 3130.85 783 0:16:28:14 552.86 3136.00 784 0:16:28:43 553.44 178.32 785 0:16:29:12 553.92 3145.69 786 0:16:29:41 554.40 3150.18 787 0:16:30:09 554.88 3154.35 788 0:16:30:38 555.36 3158.31 789 0:16:31:07 555.84 3162.00 790 0:16:31:36 556.32 3165.46 791 0:16:32:05 556.80 178.26 792 0:16:32:33 557.28 3171.68 793 0:16:33:02 557.76 3174.57 794 0:16:33:31 558.24 3177.24 795 0:16:34:00 558.72 3179.82 796 0:16:34:29 559.20 3182.22 LEASE NAME :NAMARAH DATE : 20 / 9 / 87 LEASE OWNER:CRUSADER OIL EMR * : 65478 WELL NUMBER: 2 EPG # : 62530 START TIME :07:15:17 DEPTH :7413.11 Ff TICKET *: 329891 POINT # TIME MIN. PSIA. DEG.F COMMENTS 797 0:16:34:57 559.68 3184.45 798 0:16:35:26 560.16 178.20 799 0:16:35:55 560.64 3188.35 800 0:16:36:24 561.12 3190.12 801 0:16:36:53 561.60 3191.73 802 0:16:37:21 562.08 3193.28 803 0:16:37:50 562.56 3194.80 804 0:16:38:19 563.04 3196.18 805 0:16:38:48 563.52 178.15 806 0:16:39:17 564.00 3198.63 807 0:16:39:45 564.48 3199.74 808 0:16:40:14 564.96 3200.81 809 0:16:40:43 565.44 3201.79 810 0:16:41:12 565.92 3202.72 811 0:16:41:41 566.40 3203.61 812 0:16:42:09 566.88 178.10 813 0:16:42:38 567.36 3205.17 814 0:16:43:07 567.84 3205.88 815 0:16:43:36 568.32 3206.59 816 0:16:44:05 568.80 3207.21 817 0:16:44:33 569.28 3207.84 818 0:16:45:02 569.76 3208.37 819 0:16:45:31 570.24 178.05 820 0:16:46:00 570.72 3209.35 821 0:16:46:29 571.20 3209.84 822 0:16:46:57 571.68 3210.28 823 0:16:47:26 572.16 3210.73 824
0:16:47:55 572.64 3211.13 825 0:16:48:24 573.12 3211.53 826 0:16:48:53 573.60 178.02 827 0:16:49:21 574.08 3212.17 828 0:16:49:50 574.56 3212.49 829 0:16:50:19 575.04 3212.80 830 0:16:50:48 575.52 3213.15 831 0:16:51:17 576.00 3213.47 832 0:16:51:45 576.48 3213.73 833 0:16:52:14 576.96 178.01 834 0:16:52:43 577.44 3214.26 835 0:16:53:12 577.92 3214.52 836 0:16:53:41 578.40 3214.75 837 0:16:54:09 578.88 3214.97 838 0:16:54:38 579.36 3215.19 839 0:16:55:07 579.84 3215.41 840 0:16:55:36 580.32 1/8.00 841 0:16:56:05 580.80 3215.80 842 0:16:56:33 581.28 3215.98 843 0:16:57:02 581.76 3216.20 844 0:16:57:31 582.24 3216.34 845 0:16:58:00 582.72 3216.47 846 0:16:58:29 583.20 3216.65 LEASE NAME sNAMARAH DATE : 20 / 9 / 87 LEASE OWNER:CRUSADER OIL EMR / : 65478 WELL NUMBER: 2 EPG * : 62530 START TIME :07:15:17 DEPTH : 7413.11 FI TICKET *: 329891 POINT / TIME MIN. PSI A. DEG.F COMMENTS 847 0:16:58:57 583.68 178.01 848 0:16:59:26 584.16 3216.97 849 0:16:59:55 584.64 3217.15 850 0:17:00:24 585.12 3217.28 851 0:17:00:53 585.60 3217.32 852 0:17:01:21 586.08 3217.46 853 0:17:01:50 586.56 3217.64 854 0:17:02:19 587.04 178.03 855 0:17:02:48 587.52 3217.88 856 0:17:03:17 588.00 3218.01 857 0:17:03:45 588.48 3218.10 858 0:17:04:14 588.96 3218.23 859 0:17:04:43 589.44 3218.37 860 0:17:05:12 589.92 3218.41 861 0:17:05:41 590.40 178.04 862 0:17:06:09 590.88 3218.64 863 0:17:06:38 591.36 3218.73 864 0:17:07:07 591.84 3218.82 865 0:17:07:36 592.32 3218.95 866 0:17:08:05 592.80 3219.00 867 0:17:08:33 593.28 3219.13 868 0:17:09:02 593.76 178.07 869 0:17:09:31 594.24 3219.29 870 0:17:10:00 594.72 3219.38 871 0:17:10:29 595.20 3219.51 872 0:17:10:57 595.68 3219.56 873 0:17:11:26 596.16 3219.65 874 0:17:11:55 596.64 3219.74 875 0:17:12:24 597.12 178.09 876 0:17:12:53 597.60 3219.85 877 0:17:13:21 598.08 3219.94 878 0:17:13:50 598.56 3219.98 879 0:17:14:19 599.04 3219.98 880 0:17:14:48 599.52 3220.07 881 0:17:15:17 600.00 3220.12 882 0:17:15:45 600.48 178.13 883 0:17:16:14 600.96 3220.32 884 0:17:16:43 601.44 3220.41 885 0:17:17:12 601.92 3220.46 •- 886 0:17:17:41 602.40 3220.50 887 0:17:18:09 602.88 3220.59 888 0:17:18:38 603.36 3220.59 889 0:17:19:07 603.84 178.15 890 0:17:19:36 604.32 3220.71 891 0:17:20:05 604.80 3220.80 892 0:17:20:33 605.28 3220.84 893 0:17:21:02 605.76 3220.93 894 0:17:21:31 606.24 3220.93 895 0:17:22:00 606.72 3221.02 896 0:17:22:29 607.20 1/8.18 LEASE NAME :NAMARAH DATE t 28 / 9 / 87 LEASE OWNER:CRUSADER OIL EMR * : 65478 MELL NUMBER: 2 EPG * : 62530 START TIME :O7:15:17 DEPTH :7413.11 FT TICKET #» 329891 POINT * TIME MIN. PS1A. DEG. F COMMENTS 897 0:17:22:57 607.68 3221.14 898 0:17:23:26 608.16 3221.14 899 0:17:23:35 608.64 3221.23 900 0:17:24:24 609.12 3221.27 901 0:17:24:53 609.60 3221.32 902 0:17:25:21 610.08 3221.32 903 0:17:25:50 610.56 178.22 904 0:17:26:19 611.04 3221.44 905 0:17:26:48 611.52 3221.53 906 0:17:27:17 612.00 3221.57 907 0:17:27:45 612.48 3221.62 908 0:17:28:14 612.96 3221.66 909 0:17:28:43 613.44 3221.66 910 0:17:29:12 613.92 178.26 911 0:17:29:41 614.40 3221.74 912 0:17:30:09 614.88 3221.74 913 0:17:30:38 615.36 3221.78 914 0:17:31:07 615.84 3221.87 915 0:17:31:36 616.32 3221.92 916 0:17:32:05 616.80 3221.96 917 0:17:32:33 617.28 178.30 918 0:17:33:02 617.76 3222.08 919 0:17:33:31 618.24 3222.13 920 0:17:34:00. 618.72 3222.13 921 0:17:34:29 619.20 3222.13 922 0:17:34:57 619.68 3222.17 923 0:17:35:26 620.16 3222.26 924 0:17:35:55 620.64 178.33 925 0:17:36:24 621.12 3222.34 926 0:17:36:53 621.60
3222.29 927 0:17:37:21 622.08 3222.38 928 0:17:37:50 622.56 3222.38 929 0:17:38:19 623.04 3222.43 930 0:17:38:48 623.52 3222.47 931 0:17:39:17 624.00 178.37 932 0:17:39:45 624.48 3222.55 933 0:17:40:14 624.96 3222.60 934 0:17:40:43 625.44 3222.64 935 0:17:41:12 625.92 3222.60 936 0:17:41:41 626.40 3222.68 937 0:17:42:09 626.88 3222.68 938 0:17:42:38 627.36 178.41 939 0:17:43:07 627.84 3222.76 940 0:17:43:36 628.32 3222.81 941 0:17:44:05 628.80 3222.81 942 0:17:44:33 629.28 3222.81 943 0:17:45:02 629.76 3222.90 944 0:17:45:31 630.24 3222.85 945 0:17:46:00 630.72 178.44 946 0:17:46:29 631.20 3222.97 LEASE NAME sNAMARAH DATE : 29 / 9 / 87 LEASE OWNER:CRUSADER OIL EMR # : 65478 WELL NUMBER: 2 EPG * : 62530 START TIME :07;15:17 DEPTH t7413.11 Ff TICKET #: 329891 COMMENTS POINT * TIME MIN. PblA. DEU.F 347 0:17:46:57 631.68 3222.97 948 0:17:47:26 632.16 3222.97 949 0:17:47:55 632.64 3223.02 950 0:17:48:24 633.12 3223.02 951 0:17:48:53 633.60 3223.06 952 0:17:49:21 634.08 178.48 953 0:17:49:50 634.56 3223.14 954 0:17:50:19 635.04 3223.23 955 0:17:50:48 635.52 3223.23 956 0:17:51:17 636.00 3223.23 957 0:17:51:45 636.48 3223.27 958 0:17:52:14 636.96 3223.27 959 0:17:52:43 637.44 1/8.52 960 0:17:53:12 637.92 3223.35 961 0:17:53:41 638.40 3223.35 962 0:17:54:09 638.88 3223.40 963 0:17:54:38 639.36 3223.40 964 0:17:55:07 639.84 3223.40 965 0:17:55:36 640.32 3223.44 966 0:17:56:05 640.80 1/8.55 967 0 : 17:56:33 641.28 3223.52 968 0:17:57:02 641.76 3223.52 969 0:17:57:31 642.24 3223.56 970 0:17:58:00 642.72 3223.52 971 0:17:58:29 643.20 3223.52 972 0:17:58:57 643.68 3223.56 973 0:17:59:26 644.16 1/8.59 974 0:17:59:55 644.64 3223.64 975 0:18:00:24 645.12 3223.73 976 0:18:00:53 645.60 3223.69 977 0:18:01:21 646.08 3223.69 978 0:18:01:50 646.56 3223.73 979 0:18:02:19 647.04 3223.73 980 0:18:02:48 647.52 178.62 981 0:18:03:17 648.00 3223.80 982 0:18:03:45 648.48 3223.80 983 0:18:04:14 648.96 3223.85 984 0:18:04:43 649.44 3223.85 985 0:18:05:12 649.92 3223.89 986 0:18:05:41 650.40 3223.89 987 0:18:06:09 650.88 178.66 988 0:18:06:38 651.36 3223.97 989 0:18:07:07 651.84 3223.97 990 0:18:07:36 652.32 3224.01 991 0:18:08:05 652.80 3224.01 992 0:18:08:33 653.28 3224.01 993 0:18:09:02 653.76 3224.06 994 0:18:09:31 654.24 178.70 995 0:18:10:00 654.72 3224.09 996 0:18:10:29 655.20 3224.08 LEASE NAME sNAMARAH DATE : 2© / 9 / 87 LEASE OWNER:CRUSADER OIL EMR * ; 65478 WELL NUMBER; 2 EPG / i 62530 START TIME :07:15:17 DEPTH :74l3.11 FT TICKET /: 329891 POINT * TIME MIN. PSIA. UEG.F COMMENTS 997 0:18:10:57 655.68 3224.14 998 0:18:11:26 656.16 3224.18 999 0:18:11:55 656.64 3224.18 1000 0:18:12:24 657.12 3224.23 1001 0:18:12:53 657.60 1/8.74 1002 0:18:13:21 658.08 3224.26 1003 0:18:13:50 658.56 3224.26 1004 0:18:14:19 659.04 3224.31 1005 0:18:14:48 659.52 3224.26 1006 0:18:15:17 660.00 3224.31 1007 0:18:15:45 660.48 3224.31 1008 0:18:16:14 660.96 178.78 1009 0:18:16:43 661.44 3224.39 1010 0:18:17:12 661.92 3224.43 1011 0:18:17:41 662.40 3224.43 1012 0:18:18:09 662.88 3224.43 1013 0:18:18:38 663.36 3224.43 1014 0:18:19:07 663.84 3224.39 1015 0:18:19:36 664.32 178.82 1016 0:18:20:05 664.80 3224.47 1017 0:18:20:33 665.28 3224.47 1018 0:18:21:02 665.76 3224.51 1019 0:18:21:31 666.24 3224.51 1020 0:18:22:00 666.72 3224.56 1021 0:18:22:29 667.20 3224.56 1022 0:18:22:57 667.68 178.85 1023 0:18:23:26 668.16 3224.59 1024 0:18:23:55 668.64 3224.59 1025 0:18:24:24 668.12 3224.59 1026 0:18:24:53 669.60 3224.64 1027 0:18:25:21 670.08 3224.64 1028
0:18:25:50 670.56 3224.59 1028 0:18:26:19 671.04 178.89 1030 0:18:26:48 671.52 3224.71 1031 0:18:27:17 672.00 3224.76 1032 0:18:27:45 672.48 3224.80 1033 0:18:28:14 672.96 3224.78 1034 0:18:28:43 673.44 3224.71 1035 0:18:29:12 673.92 3224.76 1036 0:18:29:41 674.40 178.93 1037 0:18:30:09 674.88 3224.79 1038 0:18:30:38 675.36 3224.84 1039 0:18:31:07 675.84 3224.84 1040 0:18:31:36 676.32 3224.84 1041 0:18:32:05 676.80 3224.84 1042 0:18:32:33 677.28 3224.84 1043 0:18:33:02 677.76 178.96 1044 0:18:33:31 678.24 3224.91 1045 0:18:34:00 678.72 3224.91 1046 0:18:34:29 679.20 3224.91 LEASE NAME .-NAMARAH DATE .20/9/87 LEASE OWNER:CRUSADER OIL EMR / . 65478 WELL NUMBER: 2 EPG / : 62530 START TIME :07:15:17 DEPTH :7413.11 TICKET #: 329891 POINT * TIME MIN. PSIA. DEG.F COMMENTS 1047 0:18:34:57 679.68 3224.96 1048 0:18:35:26 680.16 3224.9b 1049 0:18:35:55 680.64 3224.91 1050 0:18:36:24 681.12 179.01 1051 0:18:36:53 681.60 3225.00 1052 0:18:37:21 682.08 3225.00 1053 0:18:37:50 682.56 3225.04 1054 0:18:38:19 683.04 3225.04 1055 0:18:38:48 683.52 3225.04 1056 0:18:39:17 684.00 3225.00 0:18:39:30 SYPAbS OPEN 1057 0:18:39:45 684.48 179.04 1058 0:18:40:14 684.96 3224.45 1059 0:18:40:43 685.44 3531.18 1060 0:18:41:12 685.92 3526.06 1061 0:18:41:41 686.40 3525.74 1062 0:18:42:09 686.88 3523.45 1063 0:18:42:38 687.36 3519.86 1064 0:18:43:07 687.84 180.90 1065 0:18:43:36 688.32 3522.22 1066 0:18:44:05 688.80 3521.73 1067 0:18:44:33 689.28 3521.46 1068 0:18:45:02 689.76 3521.15 1069 0:18:45:31 690.24 3411.05 1070 0:18:46:00 690.72 3407.55 1071 0:18:46:29 691.20 179.27 1072 0:18:46:57 691.68 3431.02 1073 0:18:47:26 692.16 3441.65 1074 0:18:47:55 692.64 3447.83 1075 0:18:48:24 693.12 3453.66 1076 0:18:48:53 693.60 3460.56 1077 0:18:49:21 694.08 3467.06 1078 0:18:49:50 694.56 179.72 1079 0:18:50:19 695.04 3479.35 1080 0:18:50:48 695.52 3486.17 1081 0:18:51:17 696.00 3490.17 1082 0:18:51:45 696.48 3496.54 1083 0:18:52:14 696.96 3499.05 1084 0:18:52:43 697.44 3506.96 1085 0:18:53:12 697.92 180.02 1086 0:18:53:41 698.40 3513.83 1087 0:18:54:09 698.88 3517.56 1088 0:18:54:38 699.36 3518.87 1089 0:18:55:07 699.84 3521.20 1090 0:18:55:36 700.32 3524.21 1091 0:18:56:05 700.80 3526.37 1092 0:18:56:33 701.28 180.09 1093 0:18:57:02 701.76 3525.62 1094 0:18:57:31 702.24 3525.21 1095 0:18:58:00 702.72 3525.21 LEASE NAME ;NAMARAH DATE ,28/9/87 LEASE OWNER:CRUSADER OIL EMR # : 65478 WELL NUMBER: 2 EPG / : 62530 START TIME :07:15:17 DEPTH : /413.11 FT TICKET /: 329891 POINT # TIME MIN. PSI A. DEG.F COMMENTS 1096 0:18:58:29 703.20 3525.27 1097 0:18:58:57 703.68 3522.34 1098 0:18:59:26 704.16 3520.14 1099 0:18:59:55 704.64 179.95 1100 0:19:00:24 705.12 3521.27 1101 0:19:00:53 705.60 3521.31 1102 0:19:01:21 706.08 3519.87 1103 0:19:01:50 706.56 3519.47 1104 0:19:02:19 707.04 3523.51 1105 0:19:02:48 707.52 3525.67 1106 0:19:03:17 708.00 179.89 1107 0:19:03:45 708.48 3531.96 1108 0:19:04:14 708.96 3530.47 1109 0:19:04:43 709.44 3531.10 1110 0:19:05:12 709.92 3532.36 1111 0:19:05:41 710.40 3528.00 1112 0:19:06:09 710.88 3529.80 1113 0:19:06:38 711.36 180.33 1114 0:19:07:07 711.84 3903.32 1115 0:19:07:36 712.32 3899.96 1116 0:19:08:05 712.80 3873.58 1117 0:19:08:33 713.28 3846.81 1118 0:19:09:02 713.76 3820.70 1119 0:19:09:31 714.24 3807.47 1120 0:19:10:00 714.72 181.35 1121 0:19:10:29 715.20 3792.05 1122 0:19:10:57 715.68 3785.63 1123 0:19:11:26 716.16 3779.70 1124 0:19:11:55 716.64 3825.94 1125 0:19:12:24 717.12 3866.39 1126
0:19:12:53 717.60 3842.17 1127 0:19:13:21 718.08 180.94 1128 0:19:13:50 718.56 3853.63 1129 0:19:14:19 719.04 3854.13 1130 0:19:14:48 719.52 3807.03 1131 0:19:15:17 720.00 3794.67 1132 0:19:15:45 720.48 3757.38 1133 0:19:16:14 720.96 3807.94 1134 0:19:16:43 721.44 180.04 1135 0:19:17:12 721.92 3720.21 1136 0:19:17:41 722.40 3661.48 1137 0:19:18:09 722.88 3793.80 • 1138 0:19:18:38 723.36 3826.29 1139 0:19:19:07 723.84 3784.16 1140 0:19:19:36 724.32 3729.84 1141 0:19.-20:05 724.80 179.76 1142 0:19:20:33 725.28 3684.83 1143 0:19:21:02 725.76 3615.12 1144 0:19:21:31 726.24 3546.81 1145 0:19:22:00 726.72 3527.30 LEASE NAME sNAMARAH LEASE OWNER:CRUSADER OIL WELL NUMBER: 2 DATE : 28 / 9 / 87 EMR / ( 65478 EPG / : 62530 DEPTH :7413.11 FT TICKET /: 329891 START TIME :07:l5:17 POINT * TIME MIN. PSI A. DEG.F COMMENTS 1146 0:19:22:29 727.20 3525.86 1147 0:19:22:57 727.68 3526.81 1148 0:19:23:26 728.16 178.02 1149 0:19:23:55 728.64 3524.28 1150 0:19:24:24 729.12 3523.47 1151 0:19:24:53 729.60 3523.03 1152 0:19:25:21 730.08 3522.76 1153 0:19:25:50 730.56 3522.44 1154 0:19:26:19 731.04 3521.99 1155 0:19:26:48 731.52 1/8.92 1156 0:19:27:17 732.00 3522.04 1157 0:19:27:45 732.48 3521.72 1158 0:19:28:14 732.96 3521.27 1159 0:19:28:43 733.44 3517.14 1160 0:19:29:12 733.92 3520.69 1161 0:19:29:41 734.40 3520.33 1162 0:19:30:09 734.88 179.34 1163 0:19:30:38 735.36 3520.09 1164 0:19:31:07 735.84 3519.86 1165 0:19:31:36 736.32 3519.55 1166 0:19:32:05 736.80 3519.28 1167 0:19:32:33 737.28 3520.31 1168 0:19:33:02 737.76 3519.95 1169 0:19:33:31 738.24 1/9.56 1170 0:19:34:00 738.72 3519.88 1171 0:19:34:29 739.20 3519.75 1172 0:19:34:57 739.68 3519.61 1173 0:19:35:26 740.16 3519.52 1174 0:19:35:55 740.64 3519.43 1175 0:19:36:24 741.12 3516.34 1176 0:19:36:53 741.60 1/8.69 1177 0:19:37:21 742.08 3518.43 1178 0:19:37:50 742.56 3529.66 1179 0:19:38:19 743.04 3531.23 1180 0 : 19:38:48 743.52 3531.14 1181 0:19:39:17 744.00 3530.83 1182 0:19:39:45 744.48 3530.65 1183 0:19:40:14 744.96 179.94 1184 0:19:40:43 745.44 3557.98 1185 0:19:41:12 745.92 3559.78 1186 0:19:41:41 746.40 3564.05 1187 0:19:42:09 746.88 3566.52 1188 0:19:42:38 747.36 3560.40 1189 0:19:43:07 747.84 3559.24 1190 0:19:43:36 748.32 180.23 1191 0:19:44:05 748.80 3557.52 1192 0:19:44:33 749.28 3556.62 1193 0:19:45:02 749.76 3555.68 1194 0:19:45:31 750.24 3554.91 1195 0:19:46:00 750.72 3554.87 LEASE NAME sNAMARAH DATE » 2© / 9 / 87 LEASE OWNER:CRUSADER OIL EMR * : 65478 WELL NUMBER: 2 EPG # : 62530 START TIME :07:15:17 DEPTH :7413.11 FI TICKET ft 329891 POINT / TIME MIN. PS1A. DEG.F COMMENTS 1196 0:19:46:29 751.20 3552.62 1197 0:19:46:57 751.68 180.14 1198 0:19:47:26 752.16 3554.25 1199 0:19:47:55 752.64 3554.07 1200 0:19:48:24 753.12 3554.11 1201 0:19:48:53 753.60 3553.17 1202 0:19:49:21 754.08 3554.11 1203 0:19:49:50 754.56 3554.07 1204 0:19:50:19 755.04 180.13 1205 0:19:50:48 755.52 3553.97 1206 0:19:51:17 756.00 3553.92 1207 0:19:51:45 756.48 3554.15 1208 0:19:52:14 756.96 3554.24 1209 0:19:52:43 757.44 3553.92 1210 0:19:53:12 757.92 3553.34 1211 0:19:53:41 758.40 180.14 1212 0:19:54:09 758.88 3553.84 1213 0:19:54:38 759.36 3553.39 1214 0:19:55:07 759.84 3553.21 1215 0:19:55:36 760.32 3553.26 1216 0:19:56:05 760.80 3552.88 1217 0:19:56:33 761.28 3552.41 1218 0:19:57:02 761.76 180.15 1219 0 : 19:57:31 762.24 3551.97 1220 0:19:58:00 762.72 3552.82 1221 0:19:58:29 763.20 3551.70 1222 0:19:58:57 763.68 3551.56 1223 0:19:59:26 764.16 3551.56 1224
0:19:59:55 764.64 3551.56 1225 0:20:00:24 765.12 180.17 1226 0:20:00:53 765.60 3551.26 1227 0:20:01:21 766.08 3551.22 1228 0 : 20:01:50 766.56 3551.08 1229 0:20:02:19 767.04 3551.04 1230 0:20:02:48 767.52 3551.08 1231 0:20:03:17 768.00 3550.86 1232 0:20:03:45 768.48 180.20 1233 0:20:04:14 768.96 3550.39 1234 0:20:04:43 769.44 3550.57 1235 0:20:05:12 769.92 3550.35 1236 0:20:05:41 770.40 3550.35 1237 0:20:06:09 770.88 3549.94 * 1238 0:20:06:38 771.36 3549.81 1239 0:20:07:07 771.84 180.22 1240 0:20:07:36 772.32 3549.43 1241 0:20:08:05 772.80 3549.11 1242 0:20:08:33 773.28 3548.98 1243 0:20:09:02 773.76 3548.89 1244 0:20:09:31 774.24 3549.96 1245 0:20:10:00 774.72 3549.61 LEASE NAME :NAMARAH DATE : 28 / 9 / 87 LEASE OWNER:CRUSADER OIL EMR * : 65478 WELL NUMBER: 2 EPG * : 62530 START TIME :07:15:17 DEPTH :7413.11 FT TICKET /: 329891 COMMENTS POINT # TIME MIN. FblA. DEG.F 1246 0:20:10:29 775.20 180.25 1247 0:20:10:57 775.68 3549.36 1248 0:20:11:26 776.16 3548.69 1249 0:20:11:55 776.64 3548.69 1250 0:20:12:24 777.12 3548.46 1251 0:20:12:53 777.60 3548.19 1252 0:20:13:21 778.08 3550.22 1253 0:20:13:50 778.56 180.27 1254 0:20:14:19 779.04 3548.53 1255 0:20:14:48 779.52 3547.90 1256 0:20:15:17 780.00 3547.58 1257 0:20:15:45 780.48 3547.36 1258 0:20:16:14 780.96 3548.26 1259 0:20:16:43 781.44 3547.13 1260 0:20:17:12 781.92 180.30 1261 0:20:17:41 782.40 3546.57 1262 0:20:18:09 782.88 3546.30 1263 0:20:18:38 783.36 3545.94 1264 0:20:19:07 783.84 3545.58 1265 0:20:19:36 784.32 3546.44 1266 0:20:20:05 784.80 3545.13 1267 0:20:20:33 785.28 180.32 1268 0:20:21:02 785.76 3544.53 1269 0:20:21:31 786.24 3544.08 1270 0:20:22:00 786.72 3543.99 1271 0:20:22:29 787.20 3543.63 1272 0:20:22:57 787.68 3545.96 1273 0:20:23:26 788.16 3543.85 1274 0:20:23:55 788.64 180.34 1275 0:20:24:24 789.12 3543.15 1276 0:20:24:53 789.60 3542.97 1277 0:20:25:21 790.08 3539.91 1278 0:20:25:50 790.56 3541.44 1279 0:20:26:19 791.04 3541.44 1280 0:20:26:48 791.52 3541.53 1281 0:20:27:17 792.00 180.37 1282 0:20:27:45 792.48 3540.88 1283 0:20:28:14 792.96 3540.34 1284 0:20:28:43 793.44 3539.58 1285 0:20:29:12 793.92 3539.17 1286 0:20:29:41 794.40 3538.09 1287 0:20:30:09 794.88 3537.28 1 1288 0:20:30:38 795.36 180.38 1289 0:20:31:07 795.84 3536.44 1290 0:20:31:36 796.32 3535.05 1291 0:20:32:05 796.80 3534.19 1292 0:20:32:33 797.28 3532.67 1293 0:20:33:02 797.76 3531.18 1294 0:20:33:31 798.24 3529.48 1295 0:20:34:00 798.72 180.34 LEASE NAME iNAMARAH DATE : 20 / 9 / 87 LEASE OWNER:CRUSADER OIL EMR / t 65478 WELL NUMBER: 2 EPG * 62530 START TIME :07:15>17 DEPTH >7413.11 FT TICKET 329891 POINT # TIME MIN. PSIA. DEG.F COMMENTS 1296 0:20:34:29 799.20 3525.66 1297 0:20:34:57 799.68 3523.51 1298 0:20:35:26 800.16 3520.95 1299 0:20:35:55 800.64 3519.10 1300 0:20:36:24 801.12 3513.09 1301 0:20:36:53 801.60 3507.52 1302 0:20:37:21 802.08 180.16 1303 0:20:37:50 802.56 3487.97 1304 0:20:38:19 803.04 3469.98 1305 0:20:38:48 803.52 3439.62 1306 0:20:39:17 804.00 3412.39 1307 0:20:39:45 804.48 3397.03 1308 0:20:40:14 804.96 3393.90 1309 0:20:40:43 805.44 179.15 1310 0:20:41:12 805.92 3401.67 1311 0:20:41:41 806.40 3415.14 1312 0:20:42:09 806.88 3386.36 1313 0:20:42:38 807.36 3415.95 1314 0:20:43:07 807.84 3439.43 1315 0:20:43:36 808.32 3398.85 1316 0:20:44:05 808.80 1/9.87 1317 0:20:44:33 809.28 3457.74 1318 0:20:45:02 809.76 3427.08 1319 0:20:45:31 810.24 3453.84 1320 0:20:46:00 810.72 3433.49 1321 0:20:46:29 811.20 3453.70 1322
0:20:46:57 811.68 3459.26 1323 0:20:47:26 812.16 180.25 1324 0:20:47:55 812.64 3452.84 1325 0:20:48:24 813.12 3455.53 1326 0:20:48:53 813.60 3455.08 1327 0:20:49:21 814.08 3457.50 1328 0:20:49:50 814.56 3459.83 1329 0:20:50:19 815.04 3463.29 1330 0:20:50:48 815.52 180.25 1331 0:20:51:17 816.00 3467.46 1332 0:20:51:45 816.48 3470.96 1333 0:20:52:14 816.96 3471.72 1334 0:20:52:43 817.44 3473.92 1335 0:20:53:12 817.92 3476.34 1336 0:20:53:41 818.40 3477.73 1337 0:20:54:09 818.88 180.29 1338 0:20:54:38 819.36 3482.02 1339 0:20:55:07 819.84 3485.75 1340 0:20:55:36 820.32 3487.41 1341 0:20:56:05 820.80 3489.97 1342 0:20:56:33 821.28 3491.31 1343 0:20:57:02 821.76 3492.88 1344 0:20:57:31 822.24 180.29 1345 0:20:58:00 822.72 3506.04 LEASE NAME sNAMARAH DATE : 29 / 9 / 87 LEASE OWNER:CRUSADER OIL EMR * : 65478 WELL NUMBER: 2 EPG * i 62530 START TIME :07:15:17 DEPTH :7413.11 FT TICKET ft 329891 COMMENTS POINT / TIME MIN. PSIA. DEG.F 1346 0:20:58:29 823.20 3509.86 1347 0:20:58:57 823.68 3513.76 1348 0:20:59:26 824.16 3521.22 1349 0:20:59:55 824.64 3523.15 1350 0:21:00:24 825.12 3526.52 1351 0:21:00:53 825.60 180.39 1352 0:21:01:21 826.08 3541.75 1353 0:21:01:50 826-56 3546.16 1354 0:21 :02:19 827.04 3549.84 1355 0:21:02:48 827.52 3559.02 1356 0:21:03:17 828.00 3552.68 1357 0:21:03:45 828.48 3552.14 1358 0:21:04:14 828.96 180.38 1359 0:21:04:43 829.44 3554.02 1360 0:21:05:12 829.92 3554.79 1361 0:21:05:41 830.40 3555.24 1362 0:21:06:09 830.88 3555.78 1363 0:21:06:38 831.36 3556.41 1364 0:21:07:07 831.84 3556.86 1365 0:21:07:36 832.32 180.26 1366 0:21:08:05 832.80 3556.92 1367 0:21:08:33 833.28 3557.06 1368 0:21:09:02 833.76 3557.42 1369 0:21:09:31 834.24 3557.42 1370 0:21:10:00 834.72 3557.28 1371 0:21:10:29 835.20 3557.89 1372 0:21:10:57 835.68 180.17 1373 0:21:11:26 836.16 3557.47 1374 0:21:11:55 836.64 3558.41 1375 0:21:12:24 837.12 3558.10 1376 0:21:12:53 837.60 3558.55 1377 0:21:13:21 838.08 3558.3/ 1378 0:21:13:50 838.56 3558.41 1379 0:21:14:19 839-04 180.04 1380 0:21:14:48 839.52 3558.56 1381 0:21:15:17 840.00 3558.56 1382 0:21:15:45 840.48 3558.56 1383 0:21:16:14 840.96 3558.47 1384 0:21:16:43 841.44 3558.83 1385 0:21:17:12 841.92 3558.56 1386 0:21:17:41 842.40 1/9.83 1387 0:21:18:09 842.88 3559.05 • 1388 0:21:18:38 843.36 3559.19 1389 0:21:19:07 843.84 3559.01 1390 0:21:19:36 844.32 3559.23 1391 0:21:20:05 844.80 3559.41 1392 0:21:20:33 845.28 3559.32 1393 0:21:21:02 845.76 179.65 1394 0:21:21:31 846.24 3559.20 1395 0:21:22:00 846.72 3566.08 LEASE NAME sNAMARAH DATE : 28 / 9 / 87 LEASE OWNER:CRUSADER OIL EMR f : 65478 WELL NUMBER: 2 EPG * : 62530 START TIME : 07 :15:17 DEPTH :7413.11 FT TICKET /» 329891 POINT f TIME MIN. PSIA. DEG.F COMMENTS 1396 0:21:22:29 847.20 3558.62 1397 0:21:22:57 847.68 3558.44 1398 0:21:23:26 848.16 3558.71 1399 0:21:23:55 848.64 3558.62 1400 0:21:24:24 849.12 179.52 1401 0:21:24:53 849.60 3558.90 1402 0:21:25:21 850.08 3558.63 1403 0:21:25:50 850.56 3558.72 1404 0:21:26:19 851.04 3558.72 1405 0:21:26:48 851.52 3558.77 1406 0:21:27:17 852.00 3558.95 1407 0:21:27:45 852.48 179.44 1408 0:21:28:14 852.96 3559.28 1409 0:21:28:43 853.44 3559.28 1410 0:21:29:12 853.92 3559.19 1411 0:21:29:41 854.40 3559.10 1412 0:21:30:09 854.88 3558.96 1413 0:21:30:38 855.36 3559.19 1414 0:21:31:07 855.84 179.38 1415 0:21:31:36 856.32 3559.27 1416 0:21:32:05 856.80 3558.91 1417 0:21:32:33 857.28 3558.86 1418 0:21:33:02 857.76 3559.00 1419 0:21:33:31 858.24 3559.09 1420
0:21:34:00 858.72 3558.86 1421 0:21:34:29 859.20 179.32 1422 0:21:34:57 859.68 3558.63 1423 0:21:35:26 860.16 3558.67 1424 0:21:35:55 860.64 3558.54 1425 0:21:36:24 861.12 3558.63 1426 0:21:36:53 861.60 3558.63 1427 0:21:37:21 862.08 3558.72 1428 0:21:37:50 862.56 1/9.28 1429 0:21:38:19 863.04 3558.51 1430 0:21:38:48 863.52 3558.64 1431 0:21:39:17 864.00 3561.39 1432 0:21:39:45 864.48 3558.10 1433 0:21:40:14 864.96 3557.65 1434 0:21:40:43 865.44 3557.34 1435 0:21:41:12 865.92 179.25 1436 0:21:41:41 866.40 3557.36 1437 0:21:42:09 866.88 3557.54 1438 0:21:42:38 867.36 3557.36 1439 0:21:43:07 867.84 3557.27 1440 0:21:43:36 868.32 3557.18 1441 0:21:44:05 868.80 3557.13 1442 0:21:44:33 869.28 1/9.23 1443 0:21:45:02 869.76 3556.97 2444 0:21:45.-31 870.24 3556.88 1445 0:21:46:00 870.72 3556.97 DATE : 28 / 9 / 87 EMR / i 65478 EPG * : 62530 DEPTH :7413.1i FT TICKET /: 329891 POINT * TIME MIN. PSIA. UEG.F COMMENTS 1446 0:21:46:29 871.20 3556.66 1447 0:21:46:57 871.68 3556.43 1448 0:21:47:26 872.16 3557.47 1449 0:21:47:55 872.64 179.18 1450 0:21:48:24 873.12 3556.75 1451 0:21:48:53 873.60 3556.84 1452 0:21:49:21 874.08 3556.79 1453 0:21:49:50 874.56 3556.61 1454 0:21:50:19 875.04 3556.57 1455 0:21:50:48 875.52 3556.66 1456 0:21:51:17 876.00 179.03 1457 0:21:51:45 876.48 3556.25 1458 0:21:52:14 876.96 3556.16 1459 0:21:52:43 877.44 3556.07 1460 0:21:53:12 877.92 3556.30 1461 0:21:53:41 878.40 3556.43 1462 0:21:54:09 878.88 3555.94 1463 0:21:54:38 879.36 178.76 1464 0:21:55:07 879.84 3555.97 1465 0:21:55:36 880.32 3555.47 1466 0:21:56:05 880.80 3555.61 1467 0:21:56:33 881.28 3555.56 1468 0:21:57:02 881.76 3555.65 1469 0:21:57:31 882.24 3555.70 1470 0:21:58:00 882.72 178.47 1471 0:21:58:29 883.20 3555.26 1472 0:21:58:57 883.68 3560.79 1473 0:21:59:26 884.16 3555.21 1474 0:21:59:55 884.64 3555.08 1475 0:22:00:24 885.12 3554.94 1476 0:22:00:53 885.60 3554.72 1477 0:22:01:21 886.08 178.28 1478 0:22:01:50 886.56 3554.95 1479 0:22:02:19 887.04 3554.72 1480 0:22:02:48 887.52 3554.68 1481 0:22:03:17 888.00 3554.72 1482 0:22:03:45 888.48 3554.45 1483 0:22:04:14 888.96 3554.59 1484 0:22:04:43 889.44 178.04 1485 0:22:05:12 889.92 3555.94 1486 0:22:05:41 890.40 3555.90 1487 0:22:06:09 890.88 3555.81 1488 0:22:06:38 891.36 3555.90 1489 0:22:07:07 891.84 3555.67 1490 0:22:07:36 892.32 3555.63 1491 0:22:08:05 892.80 177.82 1492 0:22:08:33 893.28 3553.99 1493 0:22:09:02 893.76 3553.90 1494 0:22:09:31 894.24 3553.94 1495 0:22:10:00 894.72 3553.94 DATE : 28 / 9 / 87 EMR t : 65478 EPG * s 62530 DEPTH s7413.ll FT TICKET /: 329891 POINT # TIME MIN. PSiA. DEG.F COMMENTS 1496 0:22:10:29 895.20 3553.99 1497 0:22:10:57 895.68 3551.88 1498 0:22:11:26 896.16 177.71 1499 0:22:11:55 896.64 3554.66 1500 0:22:12:24 897.12 3554.57 1501 0:22:12:53 897.60 3554.39 1502 0:22:13:21 898.08 3554.21 1503 0:22:13:50 898.56 3554.16 1504 0:22:14:19 899.04 3554.12 1505 0:22:14:48 899.52 177.54 1506 0:22:15:17 900.00 3554.01 1507 0:22:16:14 900.96 177.46 1508 0:22:17:12 901.92 3554.56 1509 0:22:18:09 902.88 3554.65 1510 0:22:19:07 903.84 3554.56 1511 0:22:20:05 904.80 3554.61 1512 0:22:21:02 905.76 177.11 1513 0:22:22:00 906.72 3554.39 1514 0:22:22:57 907.68 3553.98 1515 0:22:23:55 908.64 3553.31 1516 0:22:24:53 909.60 3553.49 1517 0:22:25:50 910.56 176.94 1518 0:22:26:48 911.52 3553.47 1519 0:22:27:45 912.48 3553.92 1520 0:22:28:43 913.44 3551.67 1521 0:22:29:41 914.40 3525.56 1522 0:22:30:38 915.36 176.61 1523 0:22:31:36 916.32 3525.12 1524 0:22:32:33 917.28
3525.26 1525 0:22:33:31 918.24 3525.44 1526 0:22:34:29 919.20 3551.37 1527 0:22:35:26 920.16 177.05 1528 0:22:36:24 921.12 3527.40 1529 0:22:37:21 922.08 0527.23 1530 0:22:38:19 923.04 3526.69 1531 0:22:39:17 924.00 3528.03 1532 0:22:40:14 924.96 176.67 1533 0:22:41:12 925.92 3526.16 1534 0:22:42:09 926.88 3526.21 1535 0:22:43:07 927.84 3526.30 1536 0:22:44:05 928.80 3526.48 1537 0:22:45:02 929.76 176^66 1538 0:22:46:00 930.72 3510.83 1539 0:22:46:57 931.68 3502.75 1540 0:22:47:55 932.64 3496.20 1541 0:22:48:53 933.60 3494.18 1542 0:22:49:50 934.56 173.76 1543 0:22:50:48 935.52 3492.21 1544 0:22:51:45 936.48 3493.15 1545 0:22:52:43 937.44 3494.36 LEASE NAME iNAMARAH DATE i 20 / 9 / 87 LEASE OWNER;CRUSADER OIL EMR / i 65478 WELL NUMBER: 2 EPG f > 62530 START TIME :07:15:17 DEPTH i7413.ll FT TICKET #: 329891 POINT # TIME MIN. PS1A. DEG.F COMMENTS 1546 0:22:53:41 938.40 3495.66 1547 0:22:54:38 939.36 168.36 1548 0:22:55:36 940.32 3493.08 1549 0:22:56:33 941.28 3477.90 1550 0:22:57:31 942.24 3473.82 1551 0:22:58:29 943.20 3464.49 1552 0:22:59:26 944.lt> 163.56 1553 0:23:00:24 945.12 3461.37 1554 0:23:01:21 946.08 3462.62 1555 0:23:02:19 947.04 3446.12 1556 0:23:03:17 948.00 3433.38 1557 0:23:04:14 948.96 157.82 1558 0:23:05:12 949.92 3431.38 1559 0:23:06:09 950.88 3432.68 1560 0:23:07:07 951.84 3407.40 1561 0:23:08:05 952.80 3399.83 1562 0:23:09:02 953.76 152.92 1563 0:23:10:00 954.72 3402.17 1564 0:23:10:57 955.68 3388.38 1565 0:23:11:55 956.64 3369.22 1566 0:23:12:53 957.60 3376.24 1567 0:23:13:50 958.56 149.78 1568 0:23:14:48 959.52 3373.03 1569 0:23:15:45 960.48 3376.97 1570 0:23:16:43 961.44 3372.13 1571 0:23:17:41 962.40 3344.57 1572 0:23:18:38 963.36 147.86 1573 0:23:19:36 964.32 3347.91 1574 0:23:20:33 965.28 3348.04 1575 0:23:21:31 966.24 3341.56 1576 0:23:22:29 967.20 3316.79 1577 0:23:23:26 968.16 146.50 1578 0:23:24:24 969.12 3318.67 1579 0:23:25:21 970.08 3318.72 1580 0:23:26:19 971.04 3287.62 1581 0:23:27:17 972.00 3291.86 1582 0:23:28:14 972.96 145.53 1583 0:23:29:12 973.92 3264.83 1584 0:23:30:09 974.88 3270.19 1585 0:23:31:07 975.84 3254.12 1586 0:23:32:05 976.80 3259.57 1587 0:23:33:02 977.76 144'.90 1588 0:23:34:00 978.72 3230.76 1589 0:23:34:57 979.68 3229.29 1590 0:23:35:55 980.64 3229.46 1591 0:23:36:53 981.60 3229.33 1592 0:23:37:50 982.56 144.42 1593 0:23:38:48 983.52 3226.82 1594 0:23:39:45 984.48 3198.08 1595 0:23:40:43 985.44 3205.17 DATE .29/9/87 EMR * . 65478 EPG # i 62530 DEPTH iZ413.ll FT TICKET *. 329891 COMMENTS POINT * TIME MIN. HSIA. DEG. F 1596 0 .23.41.41 986.40 3187.97 1597 0 .23.42:38 987.36 143.78 1598 0 .23:43:36 988.32 3175.41 1599 0 .23:44:33 989.28 3146.45 1600 0 .23.45.31 990.24 3140.84 1601 0 .23.46:29 991.20 3145.73 1602 0 .23.47.26 992.16 143.43 1603 0 .23.48.24 993.12 3117.52 1604 0 .23:49:21 994.08 3099.66 1605 0 .23:50:19 995.04 3100.60 1606 0 .23.51.17 996.00 3088.16 1607 0 .23.52.14 996.96 143.06 1608 0 .23:53:12 997.92 3059.23 1609 0 .23.54:09 998.88 3038.12 1610 0 .23.55:07 999.84 3028.32 1611 0 .23:56.05 1000.80 3029.83 1612 0 .23.57.02 1001.76 142.84 1613 0 .23:58.00 1002.72 3001.72 1614 0 .23.58.57 1003.68 2999.15 1615 0 .23:59:55 1004.64 2973.04 1616 1 .00:00.53 1005.60 2971.67 1617 1 .00:01:50 1006.56 142.84 1618 1 .00.02.48 1007.52 2939.65 1619 1 .00.03:45 1008.48 2941.41 1620 1 .00:04:43 1009.44 2911.68 1621 1 .00:05.41 1010.40 2911.10 1622 1 :00:06:38 1011.36 142.86 1623 1 .00:07:36 1012.32
2882.95 1624 1 .00:08:33 1013.28 2883.26 1625 1 .00.09:31 1014.24 2863.14 1626 1 .00.10:29 1015.20 2847.80 1627 1 .00:11:26 1016.16 142.94 1628 1 .00.12.24 1017.12 2834.78 1629 1 .00:13:21 1018.08 2822.62 1630 1 .00.14:19 1019.04 2823.11 1631 1 .00.15.17 1020.00 2793.56 1632 1 .00:16.14 1020.96 143.02 1633 1 .00:17.12 1021.92 2777.61 1634 1 .00:18:09 1022.88 2764.29 1635 1 .00:19.07 1023.84 2765.03 1636 1 .00:20:05 1024.80 2727.37 1637 1 .00:21:02 1025.76 142.94 1638 1 .00:22.00 1026.72 2725.54 1639 1 .00.22.57 1027.68 2705.61 1640 1 .00:23.55 1028.64 2665.34 1641 1 .00:24.53 1029.60 2676.56 1642 1 .00:25.50 1030.56 142.58 1643 1 .00:26:48 1031.52 2646.40 1644 1 .00:27.45 1032.48 2634.97 1645 1 .00:28:43 1033.44 2607.56 LEASE NAME *NAMARAH DATE *20/9/87 LEASE OWNERsCRUSADER OIL EMR / * 65478 WELL NUMBER: 2 EPG * * 62530 START TIME *07:15:17 DEPTH *7413.11 FT TICKET ft 329891 POINT f TIME MIN. PSIA. DEG.F COMMENTS 1646 1*00:29*41 1034.40 2617.49 1647 1:00:30:38 1035.36 142.29 1648 1*00:31:36 1036.32 2589.51 1649 1*00:32:33 1037.28 2558.86 1650 1 * 00 * 33* 31 1038.24 2558.90 1651 1:00:34*29 1039.20 2532.82 1652 1:00:35:26 1040.16 141.57 1653 1*00:36:24 1041.12 2504.01 1654 1*00*37*21 1042.08 2500.74 1655 1:00:38*19 1043.04 2480.68 1656 1*00*39*17 1044.00 2468.30 1657 1*00*40:14 1044.96 141.10 1658 1:00:41:12 1045.92 2422.78 1659 1:00:42:09 1046.88 2441.19 1660 1:00:43*07 1047.84 2440.28 1661 1*00*44:05 1048.80 2412.64 1662 1*00*45*02 1049.76 140.32 1663 1:00:46*00 1050.72 2382.48 1664 1*00:46:57 1051.68 2351.67 1665 1*00*47:55 1052.64 2354.19 1666 1*00*48*53 1053.60 2316.94 1667 1:00:49:50 1054.56 139.72 1668 1*00:50:48 1055.52 2280.83 1669 1*00:51*45 1056.48 2295.83 1670 1*00:52:43 1057.44 2252.41 1671 1:00:53:41 1058.40 2266.71 1672 1:00*54*38 1059.36 138.96 1673 1:00*55:36 1060.32 2236.65 1674 1 : 00 *56:33 1061.28 2218.05 1675 1:00:57:31 1062.24 2177.88 1676 1:00:58*29 1063.20 2175.55 1677 1:00:59:26 1064.16 138.40 1678 1:01.-00:24 1065.12 2150.46 1679 1:01*01:21 1066.08 2149.38 1680 1:01:02*19 1067.04 2130.90 1681 1*01*03*17 1068.00 2118.61 1682 1:01:04*14 1068.96 137.51 1683 1*01:05*12 1069.92 2090.70 1684 1*01:06*09 1070.88 2070.36 1685 1*01*07*07 1071.84 2053.87 1686 1:01*08:05 1072.80 2033.68 1687 1:01:09:02 1073.76 136'. 88 1688 1:01:10*00 1074.72 1988.61 1689 1:01:10:57 1075.68 2002.32 1690 1:01*11*55 1076.64 1999.82 1691 1*01*12*53 1077.60 1973.28 1692 1*01*13*50 1078.56 136.14 1693 1*01*14*48 1079.52 1943.63 1694 1:01:15*45 1080.48 1923.90 1695 1:01:16:43 1081.44 1893.98 LEASE NAME tNAMARAH DATE ,20/9 LEASE OWNER:CRUSADER OIL EMR # x 65478 WELL NUMBERx 2 EPG * x 62530 START TIME :07:15:17 DEPTH :7413.11 FT TICKET 329891 POINT # TIME MIN. PSIA. UEG.F COMMENTS 1696 1:01:17x41 1082.40 1882.42 1697 1t 01:18:38 1083.36 135.26 1698 1:01:19x36 1084.32 1854.28 1699 1:01x20:33 1085.28 1843.76 1700 1:01x21:31 1086.24 1826.01 1701 1x01x22:29 1087.20 1825.6/ 1702 1:01:23:26 1088.16 134.52 1703 1:01x24:24 1089.12 1798.79 1704 1:01:25:21 1090.08 1772.75 1705 1:01:26:19 1091.04 1764.UO 1706 1:01x27x17 1092.00 1766.18 1707 1x01:28:14 1092.96 133.45 1708 1x01:29:12 1093.92 1737.24 1709 1x01x30:09 1094.88 1730.46 1710 1:01:31:07 1095.84 1706.85 1711 1:01:32:05 1096.80 1667.26 1712 1:01:33x02 1097.76 132.71 1713 1:01:34:00 1098.72 1675.91 1714 1:01:34:57 1099.68 1647.49 1715 1x01x35:55 1100.64 1605.00 1716 1:01:36:53 1101.60 1618.84 1717 1:01:37:50 1102.56 131.67 1718
1:01x38:48 1103.52 1589.46 1719 1:01:39:45 1104.48 1584.88 1720 1:01:40:43 1105.44 1560.57 1721 1x01:41x41 1106.40 1526.96 1722 1:01:42:38 1107.36 130.55 1723 1:01:43:36 1108.32 1501.26 1724 .1:01:44x33 1109.28 1499.48 1725 1x01:45:31 1110.24 1494.23 1726 1:01:46:29 1111.20 1469.44 1727 1x01:47:26 1112.16 129.54 1728 1:01:48:24 1113.12 1435.86 1729 1:01x49:21 1114.08 1438.65 1730 1:01x50:19 1115.04 1438.65 1731 1:01:51:17 1116.00 1421.29 1732 1:01:52:14 1116.96 128.64 1733 1:01:53:12 1117.92 1412.20 1734 1:01:54:09 1118.88 1381.98 1735 1:01:55:07 1119.84 1379.37 1736 1:01:56:05 1120.80 1381.05 1737 1:01:57:02 1121.76 128.21 1738 1:01:58:00 1122.72 1380.55 1739 1x01:58:57 1123.68 1380.60 1740 1:01:59x55 1124.64 1380.68 1741 1x02:00x53 1125.60 1380./2 1742 1x02:01:50 1126.56 127.95 1743 1x02:02:48 1127.52 1380.63 1744 1:02:03x45 1128.48, 1381.94 1745 1x02x04x43 1129.44 1381.98 LEASE NAME jNAMARAH DATE .29/9/87 LEASE OWNER:CRUSADER OIL EMR * . 65478 WELL NUMBER* 2 EPG * : 62530 START TIME .07*15.17 DEPTH .7413.11 FT TICKET 4. 329991 POINT * TIME MIN. HSIA. DEG.F COMMENTS 1746 1:02:05:41 1130.40 1381.98 1747 1.02:06.38 1131.36 127.82 1748 1.02:07.36 1132.32 1381.87 1749 1.02.08:33 1133.28 1381.83 1750 1.02:09.31 1134.24 1381.83 1751 1.02.10:29 1135.20 1381.83 1752 1:02:11.26 1136.16 127.72 1753 1.02.12.24 1137.12 1381.74 1754 1.02:13:21 1138.08 1381.74 1755 1.02.14.19 1139.04 1381.70 1756 1.02:15:17 1140.00 1381.74 1757 1:02:16:47 1141.50 127.65 1758 1.02:18:17 1143.00 1381.72 1759 1:02:19.47 1144.50 1381.68 1760 1.02.21.17 1146.00 1381.64 1761 1.02.22.47 1147.50 1381.60 1762 1:02:24.17 1149.00 127.56 1763 1.02.25:47 1150.50 1381.43 1764 1:02:27:17 1152.00 1381.48 1765 1:02:28:47 1153.50 1381.48 1766 1:02:30:17 1155.00 1381.48 1767 1:02:31:47 1156.50 127.51 1768 1:02:33.17 1158.00 1381.47 1769 1:02:34.47 1159.50 1381.43 1770 1.02:36.17 1161.00 1381.39 1771 1:02:37.47 1162.50 1381.43 1772 1:02:39.17 1164.00 127.47 1773 1:02:40:47 1165.50 1381.39 1774 1:02:42.17 1167.00 1381.44 1775 1:02:43:47 1168.50 1346.83 1776 1:02:45:17 1170.00 1319.58 1777 1.02:46.47 1171.50 126.82 1778 1.02:48:17 1173.00 1293.18 1779 1:02.49:47 1174.50 1262.23 1780 1:02:51:17 1176.00 1241.27 1781 1:02:52:47 1177.50 1234.47 1782 1:02:54.17 1179.00 125.16 1783 1:02:55:47 1180.50 1168.51 1784 1.02.57.17 1182.00 1163.19 1785 1.02:58.47 1183.50 1145.81 1786 1.03.00.17 1185.00 1115.67 1787 1.03:01.47 1186.50 123.21 1788 1.03.03.17 1188.00 1054.92 1789 1.03:04.47 1189.50 1038.31 1790 1:03:06.17 1191.00 1006.06 1791 1.03.07:47 1192.50 998.39 1792 1:03.09.17 1194.00 121.47 1793 1:03.10.47 1195.50 940.26 1794 1:03:12:17 1197.00 914.26 1795 1:03:13:47 1198.50 888.16 LEASE NAME rNAMARAH DATE : 20 / 9 / 87 LEASE OWNER:CRUSADER Olt EMR * : 65478 WELL NUMBER: 2 EPG * : 62530 START TIME :07:15:17 DEPTH :7413.11 FT TICKET h 329891 POINT * TI«E MIN, PS1A. DEG.F COMMENTS 1796 1:03:15 .<17 1200.00 881.18 1797 1:03:16.-47 1201.50 119.77 1798 1:03:18:17 1203.80 821.51 1799 1:03:19:47 1204/50 789/52 1800 1:03:21*17 1206.00 769.89 1801 1:03:22:47 1207.50 732.20 1802 1:03:24:17 1209.00 117.75 1803 1:03:25:47 1210/50 696.08 1804 1:03:27:17 1212.00 672.38 1805 1:03:26:47 121.3.50 644.49 1806 1:03:30*17 1215.00 614.45 1807 1:03:31:47 1216.50 115.53 1808 1:03:33:17 1218.00 555.06 1809 1:03:34:47 1219.50 533.80 1810 1:03:36:17 1221.00 520.94 1811 1:03:37:47 1222.50 496.84 1812 1:03:39:17 1224.00 113.24 1813 1:03:40:47 1225.50 433.72 1814
1:03:42:17 1227.00 403.83 1815 1:03:43:47 1228.50 387.66 1816 1:03:45:17 1230.00 362.72 1817 1:03:46:47 1231.50 111.06 1818 1:03:48:17 1233.00 334.96 1819 ■1:03:49:47 1234.50 331.94 1820 1:03:51:17 1236.00 303.93 1821 1:03:52:47 1237.50 304.14 1822 1:03:54:17 1239.00 109.13 1823 1:03:55:47 1240.50 275.06 1824 1:03:57:17 1242.00 275.01 1825 1:03:58:47 1243.50 246.53 1826 1:04:00:17 1245.00 246.97 1827 1:04:01:47 1246.50 107.91 1828 1:04:03:17 1248.00 216.25 1829 1:04:04:47 1249.50 216.42 1830 1:04:06:17 1251.00 186.11 1831 1:04:07:47 1252.50 187.49 1832 1:04:09:17 1254.00 106.32 1833 1:04:10:47 1255.50 156.60 1834 1:04:12:17 1257.00 156.80 1835 1:04:13:47 1258.50 156.80 1836 1:04:15:17 1260.00 156.76 105.13 1837 1:04:16:47 1261.50 1838 1:04:18:17 1263.00 155.79 1839 1:04:19:47 1264.50 155/91 1840 1:04:21:17 1266.00 156.07 1841 1:04:22:47 1267.50 128.29 1842 1:04:24:17 1269.00 104.89 1843 1:04:25:47 1270.50 127.17 1844 1:04:27:17 1272.00 96.98 1845 1:04:28:47 1273.50 98.08 LEASE NAME :NAMARAH DATE : 20 / 9 / 87 LEASE OWNERiCRUSADER OIL EMR * i 65478 WELL NUMBER: 2 EPG # « 62530 START TIME «07:15:17 DEPTH *7413.11 FT TICKET /: 329891 POINT f TIME MIN. PSIA. DEG.F COMMENTS 1846 1:04:30:17 1275.00 98.24 1847 1*04:31*47 1276.50 102.55 1848 1:04:33:17 1278.00 68.22 1849 1:04:34:47 1279.50 68.18 1850 1:04:36:17 1281.00 68.31 1851 1:04:37:47 1282.50 36.15 1852 1:04:39:17 1284.00 101.01 1853 1:04:40:47 1285.50 39.84 1854 1:04:42:17 1287.00 39.96 1855 1:04:43:47 1288.50 40.13 1856 1:04:45:17 1290.00 39.60 1857 1:04:46:47 1291.50 99.84 1858 1:04:48:17 1293.00 38.34 1859 1:04:49:47 1294.50 38.62 1860 1:04:51:17 1296.00 38.18 1861 1:04:52:47 1297.50 38.38 1862 1:04:54:17 1299.00 99.07 1863 1:04:55:47 1300.50 37.29 1864 1:04:57:17 1302.00 37.37 1865 1:04:58:47 1303.50 37.53 1866 1:05:00:17 1305.00 37.17 1867 1:05:01:47 1306.50 98.48 1868 1:05:03:17 1308.00 36.33 1869 1:05:04:47 1309.50 34.26 1870 1:05:06:17 1311.00 34.59 1871 1:05:07:47 1312.50 34.63 1872 1:05:09:17 1314.00 98. 01 1873 1:05:10:47 1315.50 34.26 1874 1:05:12:17 1317.00 34.34 1875 1:05:13:47 1318.50 34.38 1876 1:05:15:17 1320.00 34.38 1877 1:05:17:15 1321.98 97.55 1878 1:05:19:14 1323.96 33.94 1879 1:05:21:13 1325.94 33.99 1880 1:05:23:12 1327.92 33.99 1881 1:05:25:11 1329.90 19.17 1882 1:05:27:09 1331.88 96.46 1883 1:05:29:08 1333.86 19.47 1884 1:05:31:07 1335.84 19.75 1885 11 05:33:06 1337.82 19.99 1886 1:05:35:05 1339.80 20.24 1887 1:05:37:03 1341.78 95.28 1888 1:05:39:02 1343.76 18.94 1889 1:05:41:01 1345.74 19.10 1890 1:05:43:00 1347.72 19.31 1891 1:05:44:59 1349.70 19.39 1892 1:05:46:57 1351.68 94.54 1893 1:05:48:56 1353.66 18.96 1894 1:05:50:55 1355.64 18.80 1895 1:05:52:54 1357.62 18.88 909 TICKET ND. 32383200 02-NOV-87 ROMR •2 a n s a * y) < S - 5 3J D.: J £ r r z o IU It S ■S3- FORMATION WNfc SERXICfE REPORT ID DESCRIPTION . PRESSURE TIME TYPE REPORTED 1. CALCULATED .. .REPORTED 1 CALCULATED A INITIAL HYDROSTRTIC B C INITIAL FIRST FLOW FINRL FIRST FLOW . 49.7 87 .9 5.0 ’4.8 F C D INITIAL FIRST CLOSED-IN FINAL FIRST CLOSED-IN 87 .9 119 126.5 29 CO 28.5 t £ F INITIAL SECOND FLOW FINRL SECOND FLOW 119.2 252 256.4 1 120.0 120.6 F F G INITIAL SECOND CLOSED-IN FINAL ■SECOND CLOSED-IN 252 256 :-4 145 -149 .6 180.0 180.1 C H FINAL HYDROSTATIC ID DESCRIPTION PRESSURE TIME TYPE REPORTED 1 CALCULATED REPORTED 1 CALCULATED A INITIRL HYDROSTATIC 3695 3697 .7 B INITIRL FIRST FLOW IOO 221.1 5 .0 4.8 F C FINAL FIRST FLOW 125 .8 C INITIAL FIRST CLOSED-IN 125.8 23 .0 28.5 C D FINRL
FIRST CLOSED-IN 3151 3160.5 E INITIAL SECOND FLOW 127 147 .0 120.0 120.6 F F FINAL SECOND FLOW 268 270.4 F INITIAL SECOND CLOSED-IN 268 270.4 180.0 180.1 C G FINRL SECOND CLOSED-IN 3234 3254.8. H FINAL HYDROSTATIC 3695 3697.7 GAUGE NO; 5176 DEPTH = 7484.3 BLRNKED OFF ; NO HOUR OF CLOCK: 24 c. £) # 4*- . ____ ID DESCRIPTION PRESSURE TIME TYPE REPORTED 1 CALCULATED REPORTED 1 CALCULATED A INITIAL HYDROSTATIC 3736 3745 .6 B C INITIAL FIRST FLOW FINAL FIRST FLOW 143.5 5 .0 F C D INITIAL FIRST CLOSED-IN FINAL FIRST CLOSED-IN 3169 143.5 3173.7 29.0 28.5 C E F INITIAL SECOND FLOW FINAL SECOND FLOW 145 143.2 120.0 F F G INITIAL SECOND CLOSED-IN FINAL SECOND CLOSED-IN 180.0 C H FINAL HYDROSTATIC 3752 3745 .6 DEPTH ; IKESW] BLANKED OFF ; YES. HOUR OF CLOCK: ££ GAUGE NO: 6112 60 9 EQUIPMENT & HOLE DATA FORMATION TESTED: RENAN NET PAY (Ft): ALL DEPTHS MEASURED FROM: KB CASING PERFS. (Ft) : _ HOLE OR CASING SIZE ( in ) : 8.500- ELEVATION (Ft): 1348. 4 TOTAL DEPTH (Ft]; 7552.0 PACKER DEPTH(S) (Ft): 7498 . 7506 FINAL SURFACE CHOKE ( in): 0.37500 BOTTOM HOLE CHOKE (in .750 MUD WEIGHT (Ib/gal ) = 9.30 MUD VISCOSITY (sec); ESTIMATED HOLE TEMP. ( °F) ACTUAL HOLE TEMP. ( °F ) ; 180. a , 7548.4 Ft DATE: 10-1-87 TEST ND: 4 TYPF DAT; OPEN HOLE HALLIBURTON CAMP: ROMA ,, K . RIXON TESTER: IL1 E.F. BATT WITNESS: DRILLING CONTRACTOR : GERRHART HL TICKET NUMBER: 32989200 FLUID PROPERTIES FOR RECOVERED SOURCE MUD &. WATER RESISTIVITY o SAMPLER DATA •F T F •F •F •F o ■0 0 CHLORIDES Psig AT SURFACE : ppm cu .Ft. OF GAS : ppm cc OF OIL : ppm ec OF WATER: ppm ee OF MUD : PP m ppm TOTAI LIQUID CC ; HYDROCARBON PROPERTIES OIL GRAVITY ( "API) : a GAS/OIL RATIO (cu.ft. per bbl); GAS GRAVITY; •F CUSHION DATA TYPE AMOUNT WEIGHT RECOVERED : GAS TO SURFACE REMARKS: LEGAL LOCATION: LAT. 27 DEGREES - 21.33’ - .856” LONG. 149 DEGREES - 20' - 22.79" CLOCK STOPPING AND RE-STARTING IN GAUGE #6112; INITIAL FLOW AND FINAL .OSED-IN NOT REPORTED NOTHING RECEIVED FROM BUNDLE CARRIER AT 7515.3’ TYPE 4 SIZE MEASURING DEVICE TICKET ND: 37RRAPO0 TIME CHOKE SIZE SURFACE PRESSURE PSI GAS RATE MCF LIQUID RATE BPD REMARKS j.0-1-87 0415 MADE-UP TOOLS 0500 FINISHED MAKING UP TOOLS RUN IN HOLE 0830 MADE-UP TEST HEAD RUN IN HOLE 1030 MADE-UP SURFACE EQUIPMENT 1040 WEIGHT DN TOOL 1043 .375" OPENED TOOL - STRONG BLOW 1048 .375" CLOSED TOOL 1117 w REOPENED TOOL - GAS TO SURFACE 1119 75 1120 *9 80 1125 «• 95 1130 w 105 1135 n 120 ’ 140 M 125 ±145 M 135 1150 «4 140 1155 M 140 1200 145 1205 M 150 1210 W 155 1215 M 157 1220 160 1230 160 1240 160 1250 w 165 1300 •• 165 1310 w 165 1317 M 165 CLOSED TOOL - SURFACE PRESSURE 1617 PULLED FREE 1620 REVERSE CIRCULATE PIPE CAPACITY CIRCULATE TD CONDITION HOLE -JOO PULLED OUT OF HOLE 10-2-87 0240 LAID OUT TOOLS TYPE 1 SIZE MEASURING DEVICE TTrZKFT Nn : TIME CHOKE SIZE SURFACE PRESSURE PSI i GAS RATE MCF LIDUID RATE BPD REMARKS «430 FINISHED - GOUGE NO ; 2043 DEPTH: 7404.9 TICKET NO : 32989200 CLOCK NO; 30173 HOUR: 24 REF MINUTES PRESSURE AP UlA REF MINUTES PRESSURE iP lag At FIRST FLOW 0.0 49.7 4.8 87.9 38.2 FIRST CLOSED-IN 1 0.0 87 .9 2 28.5 126 .S 38.6 SECOND FLOW 1 0.0 119 .2 2 10.0 138.2 19 .0 3 20.0 167 .8 29 .8 4 30.0 192.3 24. S 5 40.0 210.7 18.4 S 50.0 222.1 11.4 7 60.0 230.1 8.0 8 70.0 237 .3 7 .2 3 80.0 241 .6 4.4 10 90.0 246.3 4.6 11 100.0 249.6 3.3 12 110.0 253.4 3.8 13 220.8 256.4 2.9
SECOND CLOSED-IN F 1 0.0 255.4 G 2 180.1 149.5 -106.8 73.9 0.229 REMARKS: GAUGE NO; 5176 DEPTH; 7484.3 TICKET NO; 32989200 .OCK NO; 30365 HOUR; 24 u REF MINUTES PRESSURE AP At t*At , Life, lag FIRST FLOW B 1 0.0 221.1 2 1.0 216 .9 -4.2 3 2.0 140.0 -■76 .9 4 3.0 128.3 -11.7 S 4.0 126.4 -1.8 C 6 4.8 125 .8 -O.T FIRST CLOSED-IN C 1 0.0 125.8 d 2 7.0 2448.0 2322.3 2.8 0.227 3 10.0 2804.4 2678.7 3.2 0.170 4 12.0 2917 .3 2791.5 3.4 0.146 5 14 .0 2397 .0 2871 .3 3.6 0.127 6 IB .1 3053.1 2927.4 3.7 0.113 a 7 22.4 3136.0 3010.3 3.9 0.084 8 24.0 3150.7 3024.9 4.0 0.079 9 25.0 3153.6 3027.9 4.0 0.073 D io 28.5 3160.5 3034.8 4.1 0.067 SECOND FLOW E i 0.0 147.0 2 10.0 ISO.7 3.7 3 20.0 183.4 32.8 4 30.0 209 .4 25 .9 5 40.0 226.4 17.1 8 50.0 238.1 11.7 7 60.0 245 .8 8.7 8 70.0 253.0 6 .2 9 80.0 256 .9 3.8 10 90.0 251.5 4.7 11 100.0 264.7 3.2 12 110.0 267 .7 3.0 F 13 120.5 270.4 2.7 SECOND CLOSED-IN F i 0.0 270.4 a 2 3.8 1839.3 1568.9 3.7 1.532 3 4.0 1953.5 1583.1 3.9 1.509 4 5 .0 2212.3 1941.9 4.8 1 .417 S 6.0 2435.4 2165.0 5.8 1.338 5 7 .0 2579 .9 2309 .5 6 .6 1.279 7 8.0 2712.7 2442.3 7.5 1.223 e 9.0 2835.9 2565.5 8.4 1.173 9 10.0 2917 .3 2646 .9 9.3 1.131 k 10 12.0 3033.4 2763.0 10.9 1.059 REF MINUTES PRESSURE AP Xx-M t*M 1®9 At SECOND CLOSED* IN - CONTINUED 11 14.0 3090.8 2820.4 12.6 0.999 12 16 .0 3127.5 2857.1 14.2 0.947 13 18.0 3147.9 2877.5 15 .8 0.901 14 20.0 3161.7 2891.3 17.2 0.862 15 22.0 3172.5 2902.1 18.7 0.826 IB 24.0 3178.1 2907.7 20.1 0.795 17 26 .0 3183.7 2913.3 21.5 0.765 18 28.0 3188.0 2917.6 22.9 0.739 19 30.0 3191 .1 2920.7 24.2 0.716 20 35 .0 3196.1 2925 .7 27 .4 0.661 21 40.0 3199 .5 2929.1 30.3 0.617 22 45 .0 3202.6 2932.2 33.1 0.578 23 50.0 3206.4 2936 .0 3S .7 0.545 24 55 .0 3210.7 2940.3 38.2 0.516 25 so.o 3214.0 2943.6 40.6 0.490 26 70.0 3220.9 2950.5 44.9 0.446 27 80 .0 3226.3 29SS .9 48.8 0.409 28 90.0 3230.9 2960.5 52.4 0.379 29 100.0 3235.5 2965.1 S5 .6 0.353 30 110.0 3239 5 2969.1 58.6 0.330 31 120.0 3242.6 2972.2 61.3 0.311 32 135 .0 3246 .5 2976.1 65 .0 0.285 33 150.0 3250.7 2980.3 68.3 0.264 34 16S .0 32S3.5 2983.1 71.2 0.246 G 35 180.1 3254.8 2984.4 73.9 0.229 REF MINUTES PRESSURE AP t*At ,o 9 At FIRST FLOW B 1 0.0 0.0 C 2 0.0 143. S 143.5 VT9 TICKET NO ; 32989200 CLOCK NO: 29458 HOUR: 24 GAUGE NO : 8112 DEPTH: 7549.0 FIRST CLOSED-IN C i 0.0 143.5 2 2.0 2405.6 2262.1 3 4.0 2612.1 2468.S 4 6.0 2759 .0 2615 .4 5 8.0 2876.1 2732.6 5 10.0 2963.6 2820.0 7 12.0 3025 .2 2881.S 8 14.0 3066 .7 2923.2 9 IS .0 3093.2 2954.7 10 18.0 3120.1 2976 .6 12 20.0 3135.7 2992.2 12 22.0 3148.7 300S.2 13 24.0 3158.3 3014.7 14 26 .0 3166.2 3022.7 D IS 28.5 3173.7 3030.2 SECOND FLOU E 1 0.0 148.2 2 10.0 148.2 0.0 3 3 10.5 148.2 0.0 CH 4 14.3 □166 .8 18.5 J 5 19 .3 191.0 24.2 6 30.0 225 .8 34.8 7 40.0 239.7 13.3 8 50.0 2S0.0 10.3 a S □52.6 251.5 1.5 10 61 .0 280.0 28.5 F 21 NO DATA FOR THIS POINT SECOND CLOSED-] F 1 ND ORTA FOR THIS POINT G 2 ND DATA FOR THIS POINT REF MINUTES PRESSURE AP t»At , t*At i#S * I.D. LENGTH DEPTH DRILL PIPE FLEX HEIGHT DRILL COLLARS IMPACT REVERSING SUB DRILL COLLARS BAR CATCHER SUB RP RUNNING CASE CROSSOVER DUAL CIP VALVE CROSSOVER DRILL COLLARS CROSSOVER DRAIN VALVE HYDROSPRING TESTER AP RUNNING CASE JAR VR SAFETY JOINT OPEN HOLE PACKER DISTRIBUTOR VALVE OPEN HOLE PACKER BUNDLE CARRIER FLUSH JOINT ANCHOR SLANXED-OFF RUNNING CASE 4.500 4.500 6 .250 6 .000 .250 5.700 5.000 S .000 5.000 5.700 5 .250 S .750 5.000 5 .000 5 .000 5 .000 5 .000 .750 5 .000 7.750 5 .370 5 .000 5 -000 3.826 2.7S4 2.870 3.000 2.870 2.400 2.250 2.400 0.870 2.500 2.870 2.400 2-500 0.7S0 2.250 1 .750 1 .000 1.680 1.680 1.680 2.250 2.370 6681.4 182.0 484 .3 1.0 60.7 1.0 4.1 1 .0 4.9 1 .0 61 .1 1 .0 1.0
5.3 4.1 5 .0 2.4 5 .8 2.0 5 .9 8.0 32.0 4.1 7342.0 7404.9 7482.3 7484.3 7498.2 7506 .0 7515 .3 7549.0 TOTAL DEPTH 7552.0 EQUIPMENT DATA in U; 4-“* Owner: CRUSADER OIL Lease: N A M A R A H Well # 2 Ticket # 323832 Date: 1/10/87 E. M. R. 65478 E. P. G. 62530 Test # 4 Gauge Depth 7515.3 FT Start Time : 03: 17: 43 as- PLOTS i r 1' C: CRUSADER OIL N.L. c. IXJ f ' LIBRARY SHELF NO: DATE: 1 7 NOV 1987 PRESSURE(PSIA) Lease None NAMARAH ■Veil no. 2 Test no. 4 Ticket no. 329892 Date 1/10/87 TIME (MIN) Lease Name NAMARAH Lease Owner 4000.0 CRUSADER OIL Veil no. 2 Test no. 4 Gauge Depth 7515. 3 FT Ticket no. 329892 Gauge 62530 EMR 65478 Date Start 1/10/87 Time 03:17: 43 PRESSURE CPSIA) 3000.0 2000.0 1000.0 a a Q a C3 o Q a • • • V J • t a o o o o a CJ o tn o in o in a in Q co -4- ♦in in CD co r- 800.0 TIME (MIN) Lease Name NAMARAH Lease Omer CRUSADER OIL Veil no. 2 Test no. 4 Gauge Depth 7515. 3 FT Date 1/10/87 Start Time 03:17: 43 DELTA PRESSURE (PSI) BUILDUP #1 FIN.FLOW PT: 444 ENDING PT. : 505 FLOW TIME i5 MIN. / • 9 • • * • • • • • 9 • .001 C(T*DT)/(T+DT)] .01 j. .0001 Lease Name NAMARAH Lease Owner CRUSADER ■OIL a a q c Veil no, 2 Test no. 4 Gauge Depth 7515. 3 FT Date 1/10/87 Start Time 03:17i43 BUILDUP #2 FIN.FLOW PT*756 ENDING PT. 11134 FLOW TIME *120 MIN. »—« co Q_ [CT*DT)/(T+DT)J 10 * 2600. 2350 A 2100 1850 1600 1350 1100 850. 600 350 Ticket ♦no. 323892 Gauge no. 62530 PRESSURE <PSIA> Lease Name NAMARAH Lease Ovner CRUSADER OIL 3350.- P 3100.1- L * 2850.1- Veil no. 2 Test no, 4 Gauge Depth 75] 5.3 FT Date 1/10/87 Start Time 03tl? s 43 HORNER PUT BUILDUP fl’ FIN. FLOW TT» 444 ENDING PTTi505 FLOW TIMERS MIN. -3279.T3 -1615.1 F4 9998® Date 1/10/87 Start Time 03:17: 43 PRESSURE CPSIA) 1350. 1100. 850. FIN. FLOW PTi756 ENDING PT. : 1134 FLOW TIME »120 MIN. Ps “3293.84 P' =3144.78 CC -. 998680 -1 J L in o oj in L0G((T+DT) /DT) Lease Name NAMARAH Hell no, 2 Test no. 4 Lease Owner CRUSADER OIL a O Gauge Depth 7515.3 FT Ticket no, 323892 Gauge no, 62530 LOG-LOG PLOT P‘2 BUILDUP #1 FIN. FLOW PT* 444 ENDING PT. *505 FLOW TIME *5 MIN. DELTA PRESSURE SQUARED (1000 PSI‘2) .0001 .001 [(T*DT)/(T+DT)1 .01 Lease Fame RAMARAH Lease Owner CRUSADER OIL Veil no. 2 Test no. 4 Gauge Depth 7515.3 FT Date 1/10/87 Start Time 03x l?t 43 LOG-LOG PLOT P‘2 BUILDUP #2 FIN. FLOW PTt756 ENDING PT. .1134 FLOW TIME 1120 MIN. DELTA PRESSURE SQUARED (1000 PSI“2) I (T»DT)/ (T+DT) J 10 Lease Name NAMARAH Veil no. 2 Test no. 4 Ticket no. 329892 Date 1/10/87 Lease Owner CRUSADER OIL Gauge no. 62530 Start Time 03x17x43 llOOO.r ~r PRESSURE SQUARED <1000 PSI*2) Gauge Depth 7515.3 FT 4- HORNER PLdF P“2 BUILDUP FIN. FLOW flTi 444 ENDING PT. FLOW TIMET i 5 MIN. Ps “3277. <2 P' - 464.^0 CO =.999829 4000. 3000. 2000. 1000. g.L I i- -J I t 1— -~.j L_—J J 1 ._L_ o o o o o o a o —• OJ CO ’t m CD o r- Q co o o cd o Lease Name NAMARAH Lease Owner CRUSADER OIL 11000-r k Yell no. 2 Test no. 4 Gauge Depth 7515. 3 FT 10000.H PRESSURE SQUARED (1000 PSI*2) 9000.1- F BOOO.F I F 7000.1- i- 6000.1- i j- 5000. F I 4- 4- HORNER PLOT P‘2 BUILDUP #2 FIN. FLOW PTi756 ING~£L_H134 FLOW TIME 7l2(nm. Pe P' CC “3293.66 -3142. 68 “.998653 4000. - L 3000.1- F 2000.1- F i lOOO.k L o L j— o a d 4- o ♦in o o cxj 2. 50 Ha Hi burton Serv i cos Drill Stem Testing Owner: CRUSADER OIL Lease: NAMARAH Well # 2 Ticket # 323892 Date: 1/10/87 E. M. R. 65478 E. P. G. 62530 Test # 4 Gauge Depth 7515.3 FT Start Time : 03: 17: 43 DATA POINTS LEASE NAME sNAMARAH LEASE OWNER:CRUSADER OIL WELL NUMBER: 2 START TIME :03:17:43 DEPTH :7515.3 F T DATE : 1 / 10 / 87 EMR * : 65478 EPG * . 62530 TICKET *: 329892 POINT # TIME MIN. PSI
A. UEU.F COMMENTS 1 0:03:47:43 30.00 61.52 2 0:04:17:43 60.00 53. 75 3 0:04:47:43 90.00 7.65 4 0:05:17:43 120.00 54.83 5 0:05:47:43 150.00 90.95 6 0:06:17:43 180.00 120.49 7 0:06:47:43 210.00 100.12 8 0:07:17:43 240.00 103.65 9 0:07:18:11 240.48 103.70 10 0:07:18:40 240.96 316.80 11 0:07: 19:09 241.44 316.84 12 0:07:19:38 241.92 316.60 13 0:07:20:07 242.40 315.70 14 0:07:20:35 242.88 345.00 15 0:07:21:04 243.36 346.39 16 0:07:21:33 243.84 104.28 17 0:07:22:02 244.32 346.44 18 0:07:22:31 244.80 346.44 19 0:07:22:59 245.28 342.18 20 0:07:23:28 245.76 377.19 21 0:07:23:57 246.24 3/6.74 22 0:07:24:26 246. /2 3/6.45 23 0:07:24:55 247.20 1U4.58 24 0:07:25:23 247.68 376.52 25 0:07:25:52 248.16 390.93 26 0:07:26:21 248.64 408.12 27 0:07:26:50 249.12 407.31 28 0:07:27:19 249.60 407.31 29 0:07:27:47 250.08 421.2/ 30 0:07:28:16 250.56 105.15 31 0:07:28:45 251.04 439.01 32 0:07:29:14 251.52 438.68 33 0:07:29:43 252.00 438.44 34 0:07:30:11 252.48 438.19 35 0:07:30:40 252.96 437.94 36 0:07:31:09 253.44 438.52 37 0:07:31:38 253.92 105.66 38 0:07:32:07 254.40 438.20 39 0:07:32:35 254.88 437.92 40 0:07:33:04 255.36 437.79 41 0:07:33:33 255.84 437.75 42 0:07:34:02 256.32 437.59 43 0:07:34:31 256.80 438.61 44 0:07:34:59 257.28 105.89 45 0:07:35:28 257.76 438.75 46 0:07:35:57 258.24 438.75 47 0:07:36:26 258.72 438.75 48 0:07:36:55 259.20 438.71 49 0:07:37:23 259.68 431.17 50 0:07:37:52 260.16 451.30 LEASE NAME sNAMARAH DATE : 1 / 10 / 87 LEASE OWNER:CRUSADER OIL EMR / : 65478 WELL NUMBER: 2 EPG * : 62530 START TIME :03:17:43 DEPTH :7515.3 FT TICKET ft 329892 POINT f TIME MIN. PSI A. DEG.F COMMENTS 51 0:07:38:21 260.64 106.06 52 0:07:38:50 261.12 458.38 53 0:07:39:19 261.60 458.22 54 0:07:39:47 262.08 458.18 55 0:07:40:16 262.56 458.14 56 0:07:40:45 263.04 458.05 57 0:07:41:14 263.52 457.89 58 0:07:41:43 264.00 106.52 59 0:07:42:11 264.48 456.42 60 0:07:42:40 264.96 456.30 61 0:07:43:09 265.44 456. 14 62 0:07:43:38 265.92 456.US 63 0:07:44:07 266.40 455.97 64 0:07:44:35 266.88 455.89 65 0:07:45:04 267.36 106.66 66 0:07:45:33 267.84 455.95 67 0:07:46:02 268.32 455.77 68 0:07:46:31 268.80 455.77 69 0:07:46:59 269.28 455.65 70 0:07:47:28 269.76 455.61 71 0:07:47:57 270.24 455.53 72 0:07:48:26 270.72 106.74 73 0:07:48:55 271.20 455.43 74 0:07:49:23 271.68 455.47 75 0:07:49:52 272.16 455.47 76 0:07:50:21 272.64 433.05 77 0:07:50:50 273.12 436.74 78 0 : 07:51:19 273.60 436.49 79 0:07:51:47 274.08 106.82 80 0:07:52:16 274.56 436.28 81 0:07:52:45 275.04 436.36 82 0:07:53:14 275.52 436.32 83 0:07:53:43 276.00 436.28 84 0:07:54:11 276.48 436.28 85 0:07:54:40 276.96 436.24 86 0:07:55:09 277.44 106.73 87 0:07:55:38 277.92 436.11 88 0:07:56:07 278.40 436.15 89 0:07:56:35 278.88 436.11 90 0:07:57:04 279.36 436.11 91 0:07:57:33 279.84 436.11 92 0:07:58:02 280.32 436.11 93 0:07:58:31 280.80 106.69 94 0:07:58:59 281.28 435.99 95 0:07:59:28 281.76 447.51 96 0 : 07:59:57 282.24 470.57 97 0:08:00:26 282.72 471.02 98 0:08:00:55 283.20 505.42 99 0:08:01:23 283.68 502.22 100 0:08:01:52 284.16 107.49 LEASE NAME sNAMARAH DATE ,1/10/87 LEASE OWNER:CRUSADER OIL EMR » : 65478 WELL HUMBER: 2 EPG * : 62530 START TIME :03:17:43 DEPTH :7515.3 FT TICKET 329892 POINT * TIME MIN. PS1A. UEG.F COMMENTS 101 0 : 08:02:21 284.64 535.50 102 0:08:02:50 285.12 539.20 103 0:08:03:19 285.60 568.45 104 0:08:03:47 286.08 566.14 105 0:08:04:16 286.56 596.94 106 0:08:04:45 287.04 598.10 107 0:08:05:14 287.52 108.97 108 0:08:05:43 288.00 631.25 109 0:08:06:11 288.48 676.39 110 0:08:06:40 288.96 661-53 111 0:08:07:09 289.44 657.61 112 0:08:07:38 289.92 690.15 113 0:08:08:07 290.40 692.50
114 0:08:08:35 290.88 110.17 115 0:08:09:04 291.36 724.84 116 0:08:09:33 291.84 761-79 117 0:08:10:02 292.32 757.19 118 0:08:10:31 292.80 753.55 119 0:08:10:59 293.28 793.64 120 0:08:11:28 293.76 787.69 121 0:08:11:57 294.24 112.08 122 0:08:12:26 294.72 825.12 123 0:08:12:55 295.20 820.05 124 0:08:13:23 295.68 8b8.16 125 0:08:13:52 296.16 851.30 126 0:08:14:21 296.64 886.19 127 0:08:14:50 297.12 884.24 128 0:08:15:19 297.60 114.69 129 0:08:15:47 298.08 916.87 130 0:08:16:16 298.56 916.12 131 0:08:16:45 299.04 936.80 132 0:08:17:14 299.52 946.79 133 0:08:17:43 300.00 991.41 134 0:08:18:11 300.48 977.16 135 0:08:18:40 300.96 115.78 136 0:08:19:09 301.M 1008.39 137 0:08:19:38 301.92 1007.81 138 0:08:20:07 302.40 1026.29 139 0:08:20:35 302.88 1038.31 140 0:08:21:04 303.36 1074.16 141 0:08:21:33 303.84 1068.93 142 0:08:22:02 304.32 116.58 143 0:08:22:31 304.80 1103.29 144 0:08:22:59 305.28 1139.75 145 0:08:23:28 305.76 1131.67 146 0:08:23:57 306.24 1132.09 147 0:08:24:26 306.72 1171.68 148 0:08:24:55 307.20 1161.41 143 0:08:25:23 307.68 118.49 150 0:08:25:52 308.16 1194.54 DATE » 1 / 10 / 87 EMR * : 65478 EPG f : 62530 DEPTH »7515.3 FT TICKET 329892 POINT / TIME MIN. PSIA. DEG. F COMMENTS 151 0:08:26:21 308.64 1195.13 152 0:08:26:50 309.12 1250.55 153 0:08:27:19 309.60 1226.10 154 0:08:27:47 310.08 1263.12 155 0:08:28:16 310.56 1256.73 156 0:08:28:45 311.04 120.53 157 0:08:29:14 311.52 1293.62 158 0:08:29:43 312.00 1284.53 159 0:08:30:11 312.48 1328.85 160 0:08:30:40 312.96 1320.09 161 0:08:31:09 313.44 1346.13 162 0 : 08:31:38 313.92 1350.43 163 0:08:32:07 314.40 122.65 164 0 : 08:32:35 314.88 1383.85 165 0:08:33:04 315.36 1430.38 166 0:08:33:33 315.84 1415.30 167 0:08:34:02 316.32 1476.59 168 0:08:34:31 316.80 1445.30 169 0:08:34:59 317.28 1444.33 170 0:08:35:28 317.76 124.79 171 0:08:35:57 318.24 1478.78 172 0:08:36:26 318.72 1537.57 173 0:08:36:55 319.20 1512.23 174 0:08:37:23 319.68 1493.64 175 0:08:37:52 320.16 1550.37 176 0:08:38:21 320.64 1539.6U 177 0:08:38:50 321.12 126.29 178 0:08:39:19 321.60 1570.84 179 0:08:39:47 322.08 1693.52 180 0:08:40:16 322.56 1602.76 181 0:08:40:45 323.04 1626.34 182 0:08:41:14 323.52 1635.27 183 0:08:41:43 324.00 1632.84 184 0:08:42:11 324.48 128.21 185 0:08:42:40 324.96 1664.77 186 0:08:43:09 325.44 1698.32 187 0:08:43:38 325.92 1695.47 188 0:08:44:07 326.40 1683.20 189 0:08:44:35 326.88 1729.68 190 0:08:45:04 327.36 1730.03 191 0:08:45:33 327.84 130.06 192 0:08:46:02 328.32 1762.49 193 0:08:46:31 328.80 1761.51 194 0:08:46:59 329.28 1752.76 195 0:08:47:28 329.76 1792.97 196 0:08:47:57 330.24 1851.93 197 0:08:48:26 330.72 1824.86 198 0:08:48:55 331.20 132.01 199 0:08:49:23 331.68 1853.52 200 0:08:49:52 332.16 1840.43 uATE « 1 / 10 / 87 EMR * : 65478 EPG / : 62530 DEPTH :7515.3 FT TICKET #: 329892 POINT / TIME MIN. PSIA. UE6.F COMMENTS 201 0:08:50:21 332.64 1886.01 202 0:08:50:50 333.12 1870.81 203 0:08:51:19 333.60 1957.45 204 0:08:51:47 334.08 1900.45 205 0:08:52:16 334.56 134.18 206 0:08:52:45 335.04 1975.36 207 0:08:53:14 335.52 1934.97 208 0:08:53:43 336.00 1933.30 209 0:08:54:11 336.48' 1978.54 210 0:08:54:40 336.96 1963.72 211 0:08:55:09 337.44 1995.08 212 0:08:55:38 337.92 136.03 213 0:08:56:07 338.40 1995.32 214 0:08:56:35 338.88 1994.55 215 0:08:57:04 339.36 1994.20 216 0:08:57:33 339.84 1993.94 217 0:08:58:02 340.32 1993.99 218 0:08:58:31 340.80 1993.64 219 0:08:58:59 341.28 136.18 220 0:08:59:28 341.76 1993.64 221 0:08:59:57 342.24 1993.30 222 0:09:00:26 342.72 2021.28 223 0:09:00:55 343.20 2024.47 224 0:09:01:23 343.68 2004.56 225 0:09:01:52 344.16
2066.38 226 0:09:02:21 344.64 137.19 227 0:09:02:50 345.12 2087.75 228 0:09:03:19 345.60 2085.04 229 0:09:03:47 346.08 2166.27 230 0:09:04:16 346.56 2105.03 231 0:09:04:45 347.04 2100.42 232 0:09:05:14 347.52 2147.10 233 0:09:05:43 348.00 138.55 234 0:09:06:11 348.48 2255.18 235 0:09:06:40 348.96 2177.88 236 0:09:07:09 349.44 2307.85 237 0:09:07:38 349.92 2208.92 238 0:09:08:07 350.40 2190.24 239 0:09:08:35 350.88 2222.76 240 0:09:09:04 351.36 140.11 241 0:09:09:33 351.84 2220.41 242 0:09:10:02 352.32 2268.68 243 0:09:10:31 352.80 2309.61 244 0:09:10:59 353.28 2298.07 245 0:09:11:28 353.76 2320.76 246 0:09:11:57 354.24 2329.79 247 0:09:12:26 354.72 142.12 248 0:09:12:55 355.20 2365.06 249 0:09:13:23 355.68 2358.76 250 0:09:13:52 356.16 2449.28 DATE : 1 / 10 / 87 EMk f t 65478 EPG / : 62530 DEPTH :75l5.3 FT TICKET *» 329892 POINT * TIME MIN. PSIA. DEG.F COMMENTS 251 0:09:14:21 356.64 2389.18 252 0:09:14:50 357.12 2503.69 253 0:09:15:19 357.60 2418.20 254 0:09:15:47 358.08 143.72 255 0:09:16:16 358.56 2453.30 256 0:09:16:45 359.04 2449.03 257 0:09:17:14 359.52 2487.47 258 0:09:17:43 360.00 2474.04 259 0:09:18:11 360.48 2477.88 260 0:09:18:40 360.96 2526.09 261 0:09:19:09 361.44 145.22 262 0:09:19:38 361.92 2508.51 263 0:09:20:07 362.40 2626.00 264 0:09:20:35 362.88 2547.76 265 0:09:21:04 363.36 2537.84 266 0:09:21 :33 363.84 2581.41 267 0:09:22:02 364.32 2567.81 268 0:09:22:31 364.80 146.24 269 0:09:22:59 365.28 2576.42 270 0:09:23:28 365.76 2598.86 271 0:09:23:57 366.24 2598.99 272 0:09:24:26 366.72 2610.15 273 0:09:24:55 367.20 2619.43 274 0:09:25:23 367.68 2628.27 275 0:09:25:52 368.16 147.57 276 0:09:26:21 368.64 2628.44 277 0:09:26:50 369.12 2659.76 278 0:09:27:19 369.60 2714.86 279 0:09:27:47 370.08 2688.40 280 0:09:28:16 370.56 2764.33 281 0:09:28:45 371.04 2739.36 282 0:09:29:14 371.52 149.09 283 0:09:29:43 372.00 2816.53 284 0:09:30:11 372.48 2750.94 285 0:09:30:40 372.96 2731.35 286 0:09:31:09 373.44 2723.97 287 0:09:31:38 373.92 2779.92 288 0:09:32:07 374.40 2846.57 289 0:09:32:35 374.88 151.54 290 0:09:33:04 375.36 2809.33 291 0:09:33:33 375.84 2868.99 292 0:09:34:02 376.32 2841.22 293 0:09:34:31 376.80 2812.59 294 0:09:34:59 377.28 2853.95 295 0:09:35:28 377.76 28b8.68 296 0:09:35:57 378.24 153.57 297 0:09:36:26 378.72 2857.06 298 0:09:36:55 379.20 2898.92 299 0:09:37:23 379.68 2958.47 300 0:09:37:52 380.16 2929.92 DATE ,1/10/87 EMR * : 65478 EPG * : 62530 DEPTH i7515.3 FT TICKET /: 329892 POINT / TIME MIN. PSIA. DEG.F COMMENTS 301 0:09:38:21 380.64 2828.50 302 0 : 09:38:50 381.12 2986.95 303 0:09:39:19 381.60 155.38 304 0:09:39:47 382.08 2980.14 305 0:09:40:16 382.56 2991.51 306 0:09:40:45 383.04 2989.56 307 0:09:41:14 383.52 2972.22 308 0:09:41:43 384.00 3011.03 309 0:09:42:11 384.48 3018.34 310 0;09:42:40 384.96 156.40 311 0:09:43:09 385.44 3050.15 312 0:09:43:38 385.92 3060.34 313 0:09:44:07 386.40 3110.23 314 0:09:44:35 386.88 3080.13 315 0:09:45:04 387.36 3147.02 316 0:09:45:33 387.84 3116.09 317 0:09:46:02 388.32 157.72 318 0:09:46:31 388.80 3141.22 319 0:09:46:59 389.28 3267.02 320 0:09:47:28 389.76 3162.34 321 0:09:47:57 390.24 3170.53 322 0:09:48:26 390.72 3287.82 323 0:09:48:55 391.20 3209.88 324 0:09:49:23 391.68 159.51 325 0:09:49:52 392.16 3227.01 326 0:09:50:21 392.64 3232.67 327 0:09:50:50 393.12 3244.84 328 0:09:51:19 393.60 3243.72 329 0:09:51:47 394.08 3260.58 330 0:09:52:16 394.56 3328.36 331 0:09:52:45 395.04 160.31 332 0:09:53:14 395.52 3291.26 333 0:09:53:43 396.00 3422.09 334 0:09:54:11 396.48 3320.82 335 0:09:54:40 396.96 3321.18 336
0:09:55:09 397.44 3351.31 337 0:09:55:38 397.92 3351.62 338 0:09:56:07 398.40 162.01 339 0:09:56:35 398.88 3351.71 340 0:09:57:04 399.36 3351.35 341 0:09:57:33 399.84 3351.09 342 0:09:58:02 400.32 3350.86 343 0:09:58:31 400.80 3411.42 344 0:09:58:59 401.28 3381.33 345 0:09:59:28 401.76 162.27 346 0:09:59:57 402.24 3409.99 347 0:10:00:26 402.72 3410.89 348 0:10:00:55 403.20 3490.95 349 0:10:01:23 403.68 3439.30 350 0:10:01:52 404.16 3440.38 DATE : 1 / 10 / 87 EMR / : 65478 EPG / : 62530 DEPTH : 7515.3 FT TICKET /: 329892 COMMENTS POINT / TIME MIN. PS1A. DEG.F 351 0:10:02:21 404.64 3498.90 352 0:10:02:50 405.12 163.03 353 0:10:03:19 405.60 3470.33 354 0:10:03:47 406.08 3654.86 355 0:10:04:16 406.56 3492.73 356 0:10:04:45 407.04 3500.95 357 0:10:05:14 407.52 3631.41 358 0:10:05:43 408.00 3502.74 359 0:10:06:11 408.48 164.27 360 0:10:06:40 408.96 3526.56 361 0:10:07:09 409.44 3578.83 362 0:10:07:38 409.92 3560.92 363 0:10:08:07 410.40 3537.94 364 0:10:08:35 410.88 3618.16 365 0:10:09:04 411.36 3591.04 366 0:10:09:33 411.84 165.36 367 0:10:10:02 412.32 3617.39 368 0:10:10:31 412.80 3622.62 369 0:10:10:59 413.28 3606.31 370 0:10:11:28 413.76 36/9.24 371 0:10:11:57 414.24 3653.06 372 0:10:12:26 414.72 3786.45 373 0:10:12:55 415.20 169.18 374 0:10:13:23 415.68 3685.12 375 0:10:13:52 416.16 3683.45 376 0:10:14:21 416.64 3682.41 377 0:10: 14:50 417.12 3681.82 378 0:10:15:19 417.60 3681.32 379 0:10:15:47 418.08 3681.01 380 0:10:16:16 418.56 170.38 381 0:10:16:45 419.04 3688.20 382 0:10:17:14 419.52 3683.46 383 0:10:17:43 420.00 3683.37 384 0:10:18:11 420.48 3727.46 385 0:10:18:40 420.96 3736.73 386 0:10:19:09 421.44 3715.17 387 0:10:19:38 421.92 171.44 388 0:10:20:07 422.40 3714.71 389 0:10:20:35 422.88 3714.39 390 0:10:21:04 423.36 3714.12 391 0:10:21:33 423.84 3713.94 392 0:10:22:02 424.32 3713.81 393 0:10:22:31 424.80 3713.72 394 0:10:22:59 425.28 171.80 395 0:10:23:28 425.76 3713.90 396 0:10:23:57 426.24 3713.81 397 0:10:24:26 426.72 3713.72 398 0:10:24:55 427.20 3713.58 399 0:10:25:23 427.68 3713.85 400 0:10:25:52 428.16 3714.22 LEASE NAME :NAMARAH DATE » 1 / 10 / 87 LEASE OWNER:CRUSADER OIL EMR * : 65478 WELL NUMBER: 2 EPG / : 62530 START TIME :03:17:43 DEPTH :7515.3 FT TICKET #: 329892 POINT * TIME MIN. PSI A. UEG.F COMMENTS 401 0:10:26:21 428.64 172.15 402 0:10:26:50 429.12 3714.44 403 0:10:27:19 429.60 3714.35 404 0:10:27:47 430.08 3714.30 405 0:10:28:16 430.56 3714.30 406 0:10:28:45 431.04 3714.35 407 0:10:29:14 431.52 3738.98 408 0:10:29:43 432.00 1/2.20 409 0 : 10 :30:11 432.48 3720.04 410 0:10:30:40 432.96 3720.22 411 0:10:31:09 433.44 3720.22 412 0:10:31:38 433.92 3720.22 413 0:10:32:07 434.40 3720.26 414 0:10:32:35 434.88 3720.31 415 0:10:33:04 435.36 172.47 416 0:10:33:33 435.84 3720.55 417 0:10:34:02 436.32 3720.46 418 0:10:34:31 436.80 3720.46 419 0:10:34:59 437.28 3720.41 420 0:10:35:28 437.76 3720.32 421 0 : 10:35:57 438.24 3720.41 422 0:10:36:26 438.72 172.70 423 0:10:36:55 439.20 3720.53 424 0:10:37:23 439.68 3720.53 425 0:10:37:52 440.16 3720.44 426 0:10:38:21 440.64 3720.35 427 0:10:38:50 441.12 3721.16 428 0:10:39:19 441.60 3721.34 429 0:10:39:47 442.08 1/2.81 430 0:10:40:16 442.56 3862.37 431 0:10:40:45 443.04 3952.80 432 0:10:41:14 443.52 3929.05 433 0:10:41:43 444.00 3905.87 434 0:10:42:11 444.48 4002.93 435 0:10:42:40 444.96 3985.39 0:10:43:00 FIRST FLOW PERIOD 436 0:10:43:09 445.44 172.64 437 0:10:43:38 445.92 268.76 438 0:10:44:07 446.40 221.56 439 0:10:44:35 446.88 176.25 440 0:10:45:04 447.36 139.51 441 0:10:45:33 447.84 126.23 442 0:10:46:02 448.32 125.14
443 0:10:46:31 448.80 172.16 444 0:10:46:59 449.28 124.91 0:10:47:00 FIRST CLUSED IN PERI 445 0:10:47:28 449.76 312.14 446 0:10:47:57 450.24 519.38 447 0:10:48:26 450.72 707.31 448 0:10:48:55 451.20 884.01 LEASE NAME :NAMARAH LEASE OWNERsCRUSADER OIL WELL NUMBER: 2 START TIME :03:17:43 DATE : 1 / 10 / 87 EMR / EPG / TICKET POINT # TIME MIN. PS1A. u£u. F 449 0:10:49:23 451.68 1045.37 450 0:10:49:52 452.16 185.74 451 0:10:50:21 452.64 1360.26 452 0:10:50:50 453.12 1498.32 453 0 : 10 :51:19 453.60 1628.71 454 0:10:51:47 454.08 1752.30 455 0:10:52:16 454.56 1868.93 456 0:10:52:45 455.04 19/8.04 457 0:10:53:14 455.52 193.32 458 0:10:53:43 456.00 2182.01 459 0:10:54:11 456.48 2270.52 460 0:10:54:40 456.96 2352.37 461 0:10:55:09 457.44 2427.69 462 0 : 10:55:38 457.92 2496.95 463 0:10:56:07 458.40 2560.82 464 0:10:56:35 458.88 195.65 465 0:10:57 : 04 459.36 2674.03 466 0:10:57:33 459.84 2722.01 467 0:10:58:02 460.32 2765.44 468 0:10:58:31 460.80 2804.63 469 0:10:58:59 461.28 2839.77 470 0:10:59:28 461.76 2871.51 471 0:10:59:57 462.24 195.52 472 0:11:00:26 462.72 2925.65 473 0:11:00:55 463.20 2948.51 474 0:11:01:23 463.68 2969.53 475 0:11:01:52 464.16 2988.66 476 0:11:02:21 464.64 3005.81 477 0:11:02:50 465.12 3021.11 478 0:11:03:19 465.60 194.64 479 0:11:03:47 466.08 3046.89 480 0:11:04:16 466.56 3057.94 481 0:11:04:45 467.U4 3068.13 482 0:11:05:14 467.52 3U/7.30 483 0:11:05:43 468.00 3085.72 484 0:11:06:11 468.48 3093.44 485 0:11:06:40 468.96 193.59 486 0:11:07:09 469.44 3105.78 487 0:11:07:38 469.92 3111.63 488 0:11:08:07 470.40 3117.09 489 0:11:08:35 470.88 3122.02 490 0:11:09:04 471.36 3126.59 491 0:11:09:33 471.84 3130.85 492 0:11:10:02 472.32 192.40 493 0:11:10:31 472.80 3137.34 494 0:11:10:59 473.28 3140.76 495 0:11:11:28 473.76 3143.91 496 0:11:11:57 474.24 3146.93 497 0:11:12:26 474.72 3149.94 498 0:11:12:55 475.20 3152.31 DEH1H :7515.3 FT : 65478 62530 329892 COMMENTS LEASE NAME :NAMARAH DATE i 1 / 10 / 87 LEASE OWNER:CRUSADER OIL EMR » : 65478 WELL NUMBER: 2 EPG / : 62530 START TIME :03:17:43 DEPTH t 7515.3 FT TICKET /: 329892 POINT # TIME MIN. PSI A. DEG.F COMMENTS 499 0:11:13:23 475.68 191.33 500 0:11:13:52 476.16 3155.91 501 0:11:14:21 476.64 3158.13 502 0:11:14:50 477.12 3160.18 503 0:11:15:19 477.60 3162.04 504 0:11:15:47 478.08 3163.82 505 0:11:16:16 478.56 3165.51 506 0:11:16:45 479.04 190.45 0:11:17:00 2ND FLOW rERIOD 507 0:11:17:14 479.52 677.67 508 0:11:17:43 480.00 205.45 509 0:11:18:11 480.48 149.64 510 0:11:18:40 480.96 146.03 511 0:11:19:09 481.44 152.43 512 0:11:19:38 481.92 155.02 513 0:11:20:07 482.40 164.74 514 0:11:20:35 482.88 132.44 515 0:11:21:04 483.36 132.65 516 0:11:21:33 483.84 132.93 517 0:11:22:02 484.32 133.33 518 0:11:22:31 484.80 134.31 519 0:11:22:59 485.28 135.24 520 0:11:23:28 485.76 167.29 521 0:11:23:57 486.24 139.91 522 0:11:24:26 486.72 141.12 523 0:11:24:55 487.20 142.98 524 0:11:25:23 487.68 144.52 525 0:11:25:52 488.16 145.58 526 0:11:26:21 488.64 146.91 527 0:11:26:50 489.12 167.81 528 0:11:27:19 489.60 150.70 529 0:11:27:47 490.08 152.72 530 0:11:28:16 490.56 154.34 531 0:11:28:45 491.04 156.12 532 0:11:29:14 491.52 157.99 533 0:11:29:43 492.00 159.81 534 0:11:30:11 492.48 166.90 535 0:11:30:40 492.96 163.17 536 0:11:31:09 493.44 167.18 537 0:11:31:38 493.92 169.33 538 0:11:32:07 494.40 170.50 539 0:11:32:35 494.88 172.98 540 0:11:33:04 495.36 174.60 541 0:11:33:33 495.84 165.13 542 0:11:34:02 496.32 176.95 543 0:11:34:31 496.80 178.29 544 0:11:34:59 497.28 180.32 545 0:11:35:28 497.76 181.33 546 0:11:35:57 498.24 183.77 547 0:11:36:26 498.72 186.69 LEASE NAME :NAMARAH
DATE : 1/10/87 LEASE OWNER:CRUSADER OIL EMR * * 65478 MELL NUMBER: 2 EPG * : 62530 START TIME :03:17:43 DEPTH : 7515.3 FT TICKET 329892 POINT * TIME MIN. PSI A. uEG. F COMMENTS 548 0:11:36:55 499.20 162.89 549 0:11:37:23 499.68 187.48 550 0:11:37:52 500.16 189.10 551 0:11:38:21 500.64 181.29 552 0:11:38:50 501.12 192.03 553 0:11:39:19 501.60 193.77 554 0:11:39:47 502.08 195.27 555 0:11:40:16 502.56 160.39 556 0:11:40:45 503.04 196.18 557 0:11:41:14 503.52 198.33 558 0:11:41:43 504.00 200.40 559 0:11:42:11 504.48 201.90 560 0:11:42:40 504.96 202.79 561 0:11:43:09 505.44 204.42 562 0:11:43:38 505.92 158.22 563 0:11:44:07 506.40 204.85 564 0:11:44:35 506.«8 206.39 565 0:11:45:04 507.36 207.86 566 0:11:45:33 507.84 208.63 567 0:11:46:02 508.32 210.82 568 0:11:46:31 508.80 211.63 569 0:11:46:59 509.28 156.22 570 0:11:47:28 509.76 213.49 571 0:11:47:57 510.24 214.26 572 0:11:48:26 510.72 214.74 573 0:11:48:55 511.20 215.7b 574 0:11:49:23 511.68 217.22 575 0:11:49:52 512.16 218.97 576 0:11:50:21 512.64 154.50 577 0:11:50:50 513.12 219.36 578 0:11:51:19 513.60 219.60 579 0:11:51:47 514.08 220.99 580 0:11:52:16 514.56 222.08 581 0:11:52:45 515.04 223.38 582 0:11:53:14 515.52 223.75 583 0:11:53:43 516.00 153.04 584 0:11:54:11 516.48 224.91 585 0:11:54:40 516.96 226.41 586 0:11:55:09 517.44 227.10 587 0:11:55:38 517.92 227.31 588 0:11:56:07 518.40 228.36 589 0:11:56:35 518.88 229.46 590 0:11:57:04 519.36 151.74 591 0:11:57:33 519.84 230.31 592 0:11:58:02 520.32 231.73 593 0:11:58:31 520.80 232.06 594 0:11:58:59 521.28 232.83 595 0:11:59:28 521.76 233.60 596 0:11:59:57 522.24 234.49 597 0:12:00:26 522.72 150.46 DATE : 1 / 10 / 87 EMR # : 65478 EPG tt : 62530 DEPTH :7515.3 FT TICKET 329892 COMMENTS POINT * TIME MIN. PSIA. DEG.F 598 0:12:00:55 523.20 234.63 599 0:12:01:23 523.68 236.02 600 0:12:01:52 524.16 236.18 601 0:12:02:21 524.64 236.87 602 0:12:02:50 525.12 238.33 603 0:12:03:19 525.60 237.72 604 0:12:03:47 526.08 149.62 605 0:12:04:16 526.56 238.65 606 0:12:04:45 527.04 239.18 607 0:12:05:14 527.52 239.34 608 0:12:05:43 528.00 240.85 609 0:12:06:11 528.48 241.17 610 0:12:06:40 528.96 241.05 611 0:12:07:09 529.44 148.58 612 0:12:07:38 529.92 240.99 613 0:12:08:07 530.40 241.68 614 0:12:08:35 530.88 242.42 615 0:12:09:04 531.36 243.27 616 0:12:09:33 531.84 243.39 617 0:12:10:02 532.32 243.59 618 0:12:10:31 532.80 147.80 619 0:12:10:59 533.28 244.70 620 0:12:11:28 533.76 244.74 621 0:12:11:57 534.24 245.27 622 0:12:12:26 534.72 245.60 623 0:12:12:55 535.20 246.00 624 0:12:13:23 535.68 246.57 625 0:12:13:52 536.16 147.40 626 0:12:14:21 536.64 246.18 627 0:12:14:50 537.12 246.82 628 0:12:15:19 537.60 248.38 629 0:12:15:47 538.08 247.85 630 0:12:16:16 538.56 247.77 631 0:12:16:45 539.04 248.01 632 0:12:17:14 539.52 146.54 633 0:12:17:43 540.00 249.46 634 0:12:18:11 540.48 249.05 635 0:12:18:40 540.96 249.50 636 0:12:19:09 541.44 250.48 637 0:12:19:38 541.92 250.35 638 0:12:20:07 542.40 250.48 639 0:12:20:35 542.88 145.91 640 0:12:21:04 543.36 251.11 641 0:12:21:33 543.84 251.23 642 0:12:22:02 544.32 251.92 643 0:12:22:31 544.80 252.90 644 0:12:22:59 545.28 252.81 645 0:12:23:28 545.76 252.53 646 0:12:23:57 546.24 145.34 647 0:12:24:26 546.72 253.38 POINT / TIME MIN. PSIA. DEG.F COMMENTS 648 0:12:24:55 547.20 253.uy 649 0:12:25:23 547.68 254.15 650 0:12:25:52 548.16 254.31 651 0:12:26:21 548.64 254.27 652 0:12:26:50 549.12 254.68 653 0:12:27:19 549.60 144.97 654 0:12:27:47 550.08 255.25 655 0:12:28:16 550.56 255.45 656 0:12:28:45 551.04 255.53 657 0:12:29:14 551.52 256.06 658 0:12:29:43 552.00 256.88 659 0:12:30:11 552.48 256.88 660 0:12:30:40 552.96 144.29 661 0:12:31:09 553.«4 297.50 662 0;12:31:38 553.92 258.U3 663 0:12:32:07 554.40
257.74 664 0:12:32:35 554.88 257.87 665 0:12:33:04 555.36 258.07 666 0:12:33:33 555.84 258.56 667 0:12:34:02 556.32 143.94 668 0:12:34:31 556.80 258.38 669 0:12:34:59 557.28 258.95 670 0:12:35:28 557.76 259.15 671 0:12:35:57 558.24 259.19 672 0:12:36:26 558.72 260.29 673 0:12:36:55 559.20 260.25 674 0:12:37:23 559.68 143.43 675 0:12:37:52 560.16 260.86 676 0:12:38:21 560.64 261.03 677 0:12:38:50 561.12 260.99 678 0:12:39:19 561.60 260.90 679 0:12:39:47 562.08 261.23 680 0:12:40:16 562.56 261.64 681 0:12:40:45 563.04 143.20 682 0:12:41:14 563.52 262.25 683 0:12:41:43 564.00 261.43 684 0:12:42:11 564.48 262.09 685 0:12:42:40 564.96 261.88 686 0:12:43:09 565.44 262.25 687 0:12:43:38 565.92 263.02 688 0:12:44:07 566.40 142.83 689 0:12:44:35 566.88 262.37 690 0:12:45:04 567.36 262.58 691 0:12:45:33 567.84 263.35 692 0:12:46:02 568.32 263.36 693 0:12:46:31 568.80 263.64 694 0:12:46:59 569.28 263.92 695 0:12:47:28 569.76 142.53 696 0:12:47:57 570.24 263.41 697 0:12:48:26 570.72 263.45 DEPTH :7515.3 FT DATE 1/10/87 LEASE NAME :NAMARAH LEASE OWNER:CRUSADER OIL WELL NUMBER: 2 START TIME :03:17:43 EMR / » £PG * TICKET *: 65478 G2530 329892 DATE : 1 / 10 / 87 EMR * : 65478 EPG / : 62530 DEPTH : 7515.3 FT TICKET *: 329892 POINT # TIME MIN. PSI A. DEG. F COMMENTS 698 0:12:48:55 571.20 263. t>3 699 0:12:49:23 571.68 265.16 700 0:12:49:52 572.16 264.88 701 0:12:50:21 572.64 264.63 702 0:12:50:50 573.12 142.33 703 0 : 12 :51:19 573.60 264.78 704 0:12:51:47 574.08 264.62 705 0:12:52:16 574.56 265.31 706 0:12:52:45 575.04 265.76 707 0:12:53:14 575.52 265.92 708 0:12:53:43 576.00 266.29 709 0:12:54:11 576.48 142.06 710 0:12:54:40 576.96 266.71 711 0 : 12 :55:09 577.44 266.34 712 0:12:55:38 577.92 265.85 713 0:12:56:07 578.40 266.42 714 0:12:56:35 578.88 266.34 715 0:12:57:04 579.36 266.71 716 0:12:57:33 579.84 141.68 717 0:12:58:02 580.32 266.86 718 0:12:58:31 580.80 266.78 719 0:12:58:59 581.28 266.58 720 0:12:59:28 581.76 267.23 721 0:12:59:57 582.24 267.84 722 0:13:00:26 582.72 267.35 723 0:13:00:55 583.20 141.61 724 0:13:01:23 583.68 2t>6.89 725 0:13:01:52 584.16 267.62 726 0:13:02:21 584.64 268.19 727 0:13:02:50 585.12 268.43 728 0:13:03:19 585.60 268.84 729 0:13:03:47 586.08 268.84 730 0:13:04:16 586.56 141.13 731 0:13:04:45 587.04 268.26 732 0:13:05:14 587.52 268.34 733 0:13:05:43 588.00 268.67 734 0:13:06:11 588.48 269.77 735 0:13:06:40 588.96 269.73 736 0:13:07:09 589.44 270.21 737 0:13:07:38 589.92 140.96 738 0:13:08:07 590.40 269.82 739 0:13:08:35 590.88 269.62 740 0:13:09:04 591.36 269.74 741 0:13:09:33 591.84 270.35 742 0:13:10:02 592.32 270.84 743 0:13:10:31 592.80 270.80 744 0:13:10:59 593.28 140.96 745 0:13:11:28 593.76 270.11 746 0:13:11:57 594.24 270.47 747 0:13:12:26 594.72 270.56 POINT / TIME MIN. PSI A. uEG. F COMMENTS 748 0:13:12:55 595.20 270.72 749 0:13:13:23 595.68 270.92 750 0:13:13:52 596.16 271.49 751 0:13:14:21 596.64 HO.71 752 0:13:14:50 597.12 272.29 753 0:13:15:19 597.60 271.80 754 0:13:15:47 598.08 271.27 755 0:13:16:16 598.56 271.23 756 0:13:16:45 599.04 270.46 0:13:17:00 2ND CLOSED IN PERIOD 757 0:13:17:14 599.52 375.21 758 0:13:17:43 600.00 143.65 759 0:13:18:11 600.48 826.83 760 0:13:18:40 600.96 1020.18 761 0:13:19:09 601.44 1201.88 762 0:13:19:38 601.92 13/0.72 763 0:13:20:07 602.40 1529.34 764 0:13:20:35 602.88 1678.03 765 0:13:21:04 603.36 160.97 766 0:13:21:33 603.84 1962.13 767 0:13:22:02 604.32 2083.87 768 0:13:22:31 604.80 2197.16 769 0:13:22:59 605.28 2302.61 770 0:13:23:28 605.76 2399.62 771 0:13:23:57 606.24 24*8.94 772 0:13:24:26 606.72 169.33 773 0:13:24:55 607.20 2650.57 774 0:13:25:23 607.68 2716.45 775 0:13:25:52 608.16 2775.64
776 0:13:26:21 608.64 2828.47 777 0:13:26:50 609.12 2874.46 778 0:13:27:19 609.60 2915.62 779 0:13:27:47 610.08 1/2.25 780 0:13:28:16 610.56 2984.30 781 0:13:28:45 611.04 3011.11 782 0:13:29:14 611.52 3034.22 783 0:13:29:43 612.00 3054.33 784 0:13:30:11 612.48 3071.71 785 0:13:30:40 612.96 3086.88 786 0 s13:31:09 613.44 1/2.82 787 0:13:31:38 613.92 3112.10 788 0:13:32:07 614.40 3122.13 789 0:13:32:35 614.88 3130.62 790 0:13:33:04 615.36 3138.03 791 0:13:33:33 615.84 3144.52 792 0:13:34:02 616.32 3150.25 793 0:13:34:31 616.80 173.35 794 0:13:34:59 617.28 3160.42 795 0:13:35:28 617.76 3164.38 796 0:13:35:57 618.24 3168.07 DEPTH :75l5.3 FT DAVE : 1 / 10 / 87 EMR * : 65478 EPG * : 62530 TICKET 329892 DATE .1/10/87 EMR * : 65478 EPO # : 62530 DEPTH :7515.3 FT TICKET ft 329892 COMMENTS POINT f TIME MIN. PS I A. UEG.F 797 0:13:36:26 618.72 3171.31 798 0:13:36:55 619.20 3174.29 799 0:13:37:23 619.68 3176.96 800 0:13:37:52 620.16 173.41 801 0:13:38:21 620.64 3181.28 802 0:13:38:50 621.12 3183.24 803 0:13:39:19 621.60 3184.98 804 0:13:39:47 622.08 3186.62 805 0:13:40:16 622.56 3188.09 806 0:13.-40:45 623.04 3189.51 807 0:13:41:14 623.52 173.51 808 0:13:41:43 624.00 3191.96 809 0:13:42:11 624.48 3193.03 810 0:13:42:40 624.96 3194.05 811 0:13:43:09 625.44 3194.90 812 0:13:43:38 625.92 3195.29 813 0:13:44:07 626.40 3196.50 814 0:13:44:35 626.88 173.64 815 0:13:45:04 627.36 3197.99 816 0:13:45:33 627.84 3198.62 817 0:13:46:02 628.32 3199.15 818 0:13:46:31 628.80 3199.73 819 0:13:46:59 629.28 3200.17 820 0:13:47:28 629.76 3200.62 821 0:13:47:57 630.24 173.80 822 0:13:48:26 630.72 3201.61 823 0:13:48:55 631.20 3202.01 824 0:13:49:23 631.68 3202.37 825 0:13:49:52 632.16 3202.77 826 0:13:50:21 632.64 3203.12 827 0:13:50:50 633.12 3203.57 828 0:13:51:19 633.60 1/3.94 829 0:13:51:47 634.08 3204.32 830 0:13:52:16 634.56 3204.58 831 0:13:52:45 635.04 3204.85 832 0:13:53:14 635.52 3205.12 833 0:13:53:43 636.00 3205.34 834 0:13:54:11 636.48 3205.61 835 0:13:54:40 636.96 1/4.10 836 0:13:55:09 637.44 3206.3b 837 0:13:55:38 637.92 3206.69 838 0:13:56:07 638.40 3206.95 839 0:13:56:35 638.88 3207.22 840 0:13:57:04 639.36 3207.49 841 0:13:57:33 639.84 3207.80 842 0:13:58:02 640.32 1/4.19 843 0:13:58:31 640.80 3208.46 844 0:13:58:59 641.28 3208.73 845 0:13:59:28 641.76 3209.04 846 0:13:59:57 642.24 3209.31 OATE : 1 / 10 / 87 EMR / : 65478 EP6 / : 62530 DEPTH :751b.3 FT TICKET 329892 POINT * TIME MIN. PSI A. DEG.F COMMENTS 847 0:14:00:26 642.72 3209.66 848 0:14:00:55 643.20 3209.93 849 0:14:01:23 643.68 1/4.30 850 0:14:01:52 644.16 3210.69 851 0:14:02:21 644.64 3211.05 852 0:14:02:50 645.12 3211.36 853 0:14:03:19 645.60 3211.63 854 0:14:03:47 646.08 3211.90 855 0:14:04:16 646.56 3212.25 856 0:14:04:45 647.04 1/4.44 857 0:14:05:14 647.52 3213.00 858 0;14.-05:43 648.00 3213.31 859 0:14:06:11 648.48 3213.62 860 0:14:06:40 648.96 3213.94 861 0:14:07:09 649.44 3214.25 862 0:14:07:38 649.92 3214.51 863 0:14:08:07 650.40 174.58 864 0:14:08:35 650.88 3215.26 865 0:14:09:04 651.36 3215.53 866 0:14:09:33 651.84 3215.84 867 0:14:10:02 652.32 3216.15 868 0:14:10:31 652.80 3216.46 869 0:14:10:59 653.28 3216.73 870 0:14:11:28 653.76 174.71 871 0:14:11:57 654.24 3217.47 872 0:14:12:26 654.72 3217.74 873 0:14:12:55 655.20 3218.01 874 0:14:13:23 655.68 3218.32 875 0:14:13:52 656.16 3218.58 876 0:14:14:21 656.64 3218.85 877 0:14:14:50 657.12 174.84 878 0:14:15:19 657.60 3219.64 879 0:14:15:47 658.08 3219.95 880 0:14:16:16 658.56 3220.26 881 0:14:16:45 659.04 3220.53 882 0:14:17:14 659.52 3220.79 883 0:14:17:43 660.00 3221.06
884 0:14:18:11 660.48 174.98 885 0:14:18:40 660.96 3221.77 886 0:14:19:09 661.44 3221.99 887 0:14:19:38 661.92 3222.30 * 888 0:14:20:07 662.40 3222.57 889 0:14:20:35 662.88 3222.88 890 0:14:21:04 663.36 3223.15 891 0:14:21:33 663.84 175.11 892 0:14:22:02 664.32 3223.80 893 0:14:22:31 664.80 3224.0/ 894 0:14:22:59 665.28 3224.29 895 0:14:23:28 665.76 3224.60 896 0:14:23:57 666.24 3224.82 LEASE NAME tNAMARAH DATE » 1 / 10 / 87 LEASE OWNER:CRUSADER OIL EMR * : 65478 WELL NUMBER: 2 EPG f : 62530 START TIME :03:17:43 DEPTH :7515.3 FT TICKET #: 329892 POINT * TIME MIN. PSIA. DEG. F COMMENTS 897 0:14:24:26 666.72 3225.09 898 0:14:24:55 667.20 175.24 899 0:14:25:23 667.68 3225.70 900 0:14:25:52 668.16 3225.96 901 0:14:26:21 668.64 3226.18 902 0:14:26:50 669.12 3226.41 903 0.-14:27.-19 669.60 3226.67 904 0:14:27:47 670.08 3226.94 905 0:14:28:16 670.56 175.37 906 0:14:28:45 671.04 3227.55 907 0:14:29:14 671.52 3227.77 908 0:14:29:43 672.00 3227.99 909 0:14:30:11 672.48 3228.26 910 0:14:30:40 672.96 3228.48 911 0:14:31:09 673.44 3228.80 912 0:14:31:38 673.92 175.50 913 0:14:32:07 674.40 3229.36 914 0:14:32:35 674.88 3229.62 915 0 : 14:33:04 675.36 3229.89 916 0 : 14:33:33 675.84 3230.16 917 0:14:34:02 676.32 3230.43 918 0:14:34:31 676.80 3230.65 919 0:14:34:59 677.28 175.63 920 0:14:35:28 677.76 3231.30 921 0:14:35:57 678.24 3231.52 922 0:14:36:26 678.72 3231.74 923 0:14:36:55 679.20 3232.01 924 0:14:37:23 679.68 3232.23 925 0:14:37:52 680.16 3232.46 926 0:14:38:21 680.64 175.76 927 0:14:38:50 681.12 3233.02 928 0:14:39:19 681.60 3233.24 929 0:14:39:47 682.08 3233.47 930 0:14:40:16 682.56 3233.69 931 0:14:40:45 683.04 3233.96 932 0:14:41:14 683.52 3234.14 933 0:14:41:43 684.00 175.89 934 0:14:42:11 684.48 3234.65 935 0:14:42:40 684.96 3234.87 936 0:14:43:09 685.44 3235.05 937 0:14:43:38 685.92 3235.27 938 0:14:44:07 686.40 3235.45 939 0:14:44:35 686.88 3235.67 940 0:14:45:04 687.36 176.00 941 0:14:45:33 687.84 3236.18 942 0:14:46:02 688.32 3236.40 943 0:14:46:31 688.80 3236.58 944 0:14:46:59 689.28 3236.80 945 0:14:47:28 689.76 3236.98 946 0:14:47:57 690.24 3237.16 DATE >1/10/87 EMR * : 65478 EPG # : 62530 DEPTH :7515.3 FT TICKET *: 329892 POINT # TIME MIN. PSI A. DEu.F COMMENTS 947 0:14:48:26 690.72 1/6.12 948 0:14:48:55 691.20 3237.71 949 0:14:49:23 691.68 3237.89 950 0:14:49:52 692.16 3238.11 951 0:14:50:21 692.64 3238.33 952 0:14:50:50 693.12 3238.47 953 0:14:51:19 693.60 3238.69 954 0:14:51:47 694.08 176.23 955 0:14:52:16 694.56 3239.15 956 0:14:52:45 695.04 3239.37 957 0:14:53:14 695.52 3239.85 958 0:14:53:43 696.00 3239.73 959 0:14:54:11 696.48 3239.95 960 0:14:54:40 696.96 3240.08 961 0:14:55:09 697.44 176.34 962 0:14:55:38 697.92 3240.54 963 0:14:56:07 698.40 3240.76 964 0:14:56:35 698.88 3240.94 965 0:14:57:04 699.36 3241.12 966 0:14:57:33 699.84 3241.30 967 0:14:58:02 700.32 3241.48 968 0:14:58:31 700.80 176.45 969 0:14:58:59 701.28 3241.93 970 0:14:59:28 701.76 3242.11 971 0:14:59:57 702.24 3242.29 972 0:15:00:26 702.72 3242.47 973 0 : 15 : 00 :55 703.20 3242.60 974 0:15:01:23 703.68 3242.78 975 0:15: 01:52 704.16 176.56 976 0:15:02:21 704.64 3243.23 977 0:15:02:50 705.12 3243.36 978 0:15:03:19 705.60 3243.54 979 0:15:03:47 706.U8 3243.68 980 0:15:04:16 706.56 3243.86 981 0:15:04:45 707.04 3244.03 982 0:15:05:14 707.52 176.66 983 0:15:05:43 708.00 3244.39 984 0:15:06:11 708.48 3244.57 985 0:15:06:40 708.96 3244.70 986 0:15:07:09 709.44 3244.84 987 0:15:07:38 709.92 3245.01 988 0:15:08:07 710.40 3245.15 989 0:15:08:35 710.88 176.76 990 0:15:09:04 711.36 3245.51 991
0:15:09:33 711.84 3245.64 992 0:15:10:02 712.32 3245.78 993 0:15:10:31 712.80 3245.96 994 0:15:10:59 713.28 3246.13 995 0:15:11:28 713.76 3246.27 996 0:15:11:57 714.24 176.86 DATE .1/10/87 EMR * , 65478 EPG / : 62530 DEPTH : 7515.3 FT TICKET 329892 COMMENTS POINT # TIME MIN. Pbl A. DEG. h 997 0:15:12:26 714.72 3246.71 998 0:15:12:55 715.20 3246.80 999 0:15:13:23 715.68 3246.98 1000 0:15:13:52 716.16 3247.11 1001 0:15:14:21 716.64 3247.29 1002 0:15:14:50 717.12 3247.38 1003 0:15:15:19 717.60 176.96 1004 0:15:15:47 718.08 3247.78 1005 0:15:16:16 718.56 3247.91 1006 0:15:16:45 719.04 3248.04 1007 0:15:17:14 719.52 3248.18 1008 0:15:17:43 720.00 3248.27 1009 0:15:18:11 720.48 3248.40 1010 0:15: 18:40 720.96 177.05 1011 0:15:19:09 721.44 3248.76 1012 0:15:19:38 721.92 3248.89 1013 0:15:20:07 722.40 3249.07 1014 0:15:20:35 722.88 3249.20 1015 0:15:21:04 723.36 3249.29 1016 0:15:21:33 723.84 3249.43 1017 0:15:22:02 724.32 177.14 1018 0:15:22:31 724.80 3249.77 1019 0:15:22:59 725.28 3249.91 1020 0:15:23:28 725.76 3250.00 1021 0:15:23:57 726.24 3250.13 1022 0:15:24:26 726.72 3250.22 1023 0:15:24:55 727.20 3250.35 1024 0:15:25:23 727.68 177.24 1025 0:15:25:52 728.16 3250.71 1026 0:15:26:21 728.64 3250.84 1027 0:15:26:50 729.12 3250.97 1028 0:15:27:19 729.60 3251.06 1029 0:15:27:47 730.08 3251.20 1030 0:15:28:16 730.56 3251.33 1031 0:15:28:45 731.04 1/7.3Z 1032 0:15:29:14 731.52 3251.63 1033 0:15:29:43 732.00 3251.76 1034 0:15:30:11 732.48 3251.85 1035 0:15:30:40 732.96 3251.99 1036 0:15:31:09 733.44 3252.07 1037 0:15:31:38 733.92 3252.16 1038 0:15:32:07 734.40 177.41 1039 0:15:32:35 734.88 3252.47 1040 0:15:33:04 735.36 3252.60 1041 0:15:33:33 735.84 3252./4 1042 0:15:34:02 736.32 3252.78 1043 0:15:34:31 736.80 3252.91 1044 0:15:34:59 737.28 3253.05 1045 0:15:35:28 737.76 1/7.5U 1046 0:15:35:57 738.24 3253.30 LEASE NAME :NAMARAH DATE : 1/10/87 LEASE OWNER:CRUSADER OIL EMR * : 65478 WELL NUMBER: 2 EPG f : 62530 START TIME :O3:17:43 DEPTH :7515.3 FT TICKET f: 329892 POINT * TIME MIN. PS1A. DEG.F COMMENTS 1047 0:15:36:26 738.72 3253.39 1048 0:15:36:55 739.20 3253.48 1049 0:15:37:23 739.68 3253.57 1050 0:15:37:52 740.16 3253.70 1051 0:15:38:21 740.64 3253.79 1052 0:15:38:50 741.12 177.59 1053 0:15:39:19 741.60 3254.10 1054 0:15:39:47 742.08 3254.19 1055 0:15:40:16 742.56 3254.23 1056 0:15:40:45 743.04 3254.36 1057 0:15:41:14 743.52 3254.45 1058 0:15:41:43 744.00 3254.50 1059 0:15:42:11 744.48 177.67 1060 0:15:42:40 744.96 3254.75 1061 0:15:43:09 745.44 3254.88 1062 0:15:43:38 745.92 3254.97 1063 0:15:44:07 746.40 3255.06 1064 0:15:44:35 746.88 3255.15 1065 0:15:45:04 747.36 3255.24 1066 0:15:45:33 747.84 177.75 1067 0:15:46:02 748.32 3255.49 1068 0:15:46:31 748.80 3255.58 1069 0:15:46:59 749.28 3255.67 1070 0:15:47:28 749.76 3255.76 1071 0:15:47:57 750.24 3255.85 1072 0:15:48:26 750.72 3255.94 1073 0:15:48:55 751.20 1/7.83 1074 0:15:49:23 751.68 3256.19 1075 0:15:49:52 752.16 3256.23 1076 0:15:50:21 752.64 3256.37 1077 0:15:50:50 753.12 3256.45 1078 0:15:51:19 753.60 3256.54 1079 0:15:51:47 754.08 3256.63 1080 0:15:52:16 754.56 177.92 1081 0:15:52:45 755.04 3256.89 1082 0:15:53:14 755.52 3256.98 1083 0:15:53:43 756.00 3257.02 1084 0:15:54:11 756.48 3257.16 1085 0:15:54:40 756.96 3257.20 1086 0:15:55:09 757.44 3257.29 1087 0:15:55:38 757.92 177.99 1088 0:15:56:07 758.40 3257.49 1089 0:15:56:35 758.88 3257.58 1090 0:15:57:04 759.36 3257.67 1091 0:15:57:33 759.84 3257.76 1092 0:15:58:02 760.32 3257.85 1093
0:15:58:31 760.80 3257.90 1094 0:15:58:59 761.28 178.07 1095 0:15:59:28 761.76 3258.10 1096 0:15:59:57 762.24 3258.19 LEASE NAME :NAMARAH DATE .1/10/87 LEASE OWNERsCRUSADER OIL EMR / i 65478 WELL NUMBER: 2 EPG * . 62530 START TIME :03:17:43 DEPTH » 7518.3 FT TICKET * « 329892 POINT * TIME MIN. 1097 0:16:00:26 762.72 1098 0:16:00:55 763.20 1099 0:16:01:23 763.68 1100 0:16:01:52 764.16 1101 0:16:02:21 764.64 1102 0:16:02:50 765.12 1103 0:16:03:19 765.60 1104 0:16:03:47 766.08 1105 0:16:04:16 766.56 1106 0:16:04:45 767.04 1107 0:16:05:14 767.52 1108 0:16:05:43 768.00 1109 0:16:06:11 768.48 1110 0:16:06:40 768.96 1111 0:16:07:09 769.44 1112 0:16:07:38 769.92 1113 0:16:08:07 770.40 1114 0:16:08:35 770.88 1115 0:16:09:04 771.36 1116 0:16:09:33 771.84 1117 0:16:10:02 772.32 1118 0:16:10:31 772.80 1119 0:16:10:59 773.28 1120 0:16:11:28 773.76 1121 0:16:11:57 774.24 1122 0:16:12:26 774.72 1123 0:16:12:55 775.20 1124 0:16:13:23 775.68 1125 0:16:13:52 776.16 1126 0:16:14:21 776.64 1127 0:16:14:50 777.12 1128 0:16:15:19 777.60 1129 0:16:15:47 778.08 1130 0:16:16:16 778.56 1131 0:16:16:45 779.04 1132 0:16:17:14 779.52 1133 0:16:17:43 780.00 1134 0:16:18:11 0:16:18:30 780.48 1135 0:16:18:40 780.96 1136 0:16:19:09 781.44 1137 0:16:19:38 781.92 1138 0:16:20:07 782.40 1139 0:16:20:35 782.88 1140 0:16:21:04 783.36 1141 0:16:21:33 783.84 1142 0:16:22:02 784.32 1143 0:16:22:31 784.80 1144 0:16:22:59 785.28 1145 0:16:23:28 785.76 PSIA. DEG.F COMMENTS 3258.23 3258.32 3258.41 3258.45 1/8.14 3258.66 3258.74 3258.79 3258.88 3258.92 3259.01 178.22 3259.21 3259.26 3259.35 3259.39 3259.48 3259.53 178.29 3259.72 3259.77 3259.86 3259.90 3259.99 3260.03 178.36 3260.19 3260.28 3260.32 3260.41 3260.46 3260.50 178.43 3260.70 3260.75 3260.83 3260.88 3261.15 BYPASS OPEN 3725.80 182'. 15 3708.95 3701.18 3703.07 3704.16 3705.60 3706.46 174.79 3586.09 LEASE NAME sNAMARAH LEASE OWNER:CRUSADER OIL WELL i NUMBER: 2 START TIME :03:17:43 DEPTH POINT / TIME MIN. HSIA 1146 0:16:23:57 786.24 3602. 1147 0:16:24:26 786.72 3610. 1148 0:16:24:55 787.20 3620. 1149 0:16:25:23 787.68 3632. 1150 0:16:25:52 788.16 1151 0:16:26:21 788.64 3645. 1152 0:16:26:50 789.12 3651. 1153 0:16:27:19 789.60 3658. 1154 0:16:27:47 790.08 3665. 1155 0:16:28:16 790.56 3672. 1156 0:16:28:45 791.04 3677. 1157 0:16:29:14 791.52 1158 0:16:29:43 792.00 3684. 1159 0:16:30:11 792.48 3688. 1160 0:16:30:40 792.96 3692. 1161 0:16:31:09 793.44 3697. 1162 0:16:31:38 793.92 3698. 1163 0:16:32:07 794.40 3703. 1164 0:16:32:35 794.88 1165 0:16:33:04 • 795.36 3708. 1166 0:16:33:33 795.84 3712. 1167 0:16:34:02 796.32 3714. 1168 0:16:34:31 796.80 3715. 1169 0:16:34:59 797.28 3728. 1170 0:16:35:28 797.76 3727. 1171 0:16:35:57 798.24 1172 0:16:36:26 798.72 3726. 1173 0:16:36:55 799.20 3726. 1174 0:16:37:23 799.68 3725. 1175 0:16:37:52 800.16 3725. 1176 0:16:38:21 800.64 3725. 1177 0:16:38:50 801.12 3725. 1178 0:16:39:19 801.60 1179 0:16:39:47 802.08 3720. 1180 0:16:40:16 802.56 3720. 1181 0:16:40:45 803.04 4137. 1182 0:16:41:14 803.52 3958. 1183 0:16:41:43 804.00 4052. 1184 0:16:42:11 804.48 4015. 1185 0:16:42:40 804.96 1186 0:16:43:09 805.44 4030. 1187 0:16:43:38 805.92 4037. 1188 0:16:44:07 806.40 4039. 1189 0:16:44:35 806.88 4036. 1190 0:16:45:04 807.36 4036. 1191 0:16:45:33 807.84 4039. 1192 0:16:46:02 808.32 1193 0:16:46:31 808.80 4040. 1194 0:16:46:59 809.28 3992. 1195 0:16:47:28 809.76 3961. DATE : 1 / 10 / 87 EMR • : 65478 EPG * : 62530 15.3 FT TICKET 329892 DEG.F COMMENTS 173.70 173.45 1/3.99 173.69 173.52 1/3.59
173.59 DATE : 1 / 10 / 87 EMR * . 65478 EPG * : 62530 DEPTH :75l5.i i FT TICKET #: 329892 POINT * TIME MIN. PSIA. UEG.F COMMENTS 1196 0:16:47:57 810.24 3928.49 1197 0:16:48:26 810.72 3890.31 1198 0:16:48:55 811.20 3838.48 1199 0:16:49:23 811.68 173.49 1200 0:16:49:52 812.16 3730.99 1201 0:16:50:21 812.64 3720.01 1202 0:16:50:50 813.12 3719.42 1203 0:16:51:19 813.60 3719.20 1204 0:16:51:47 814.08 3725.89 1205 0:16:52:16 814.56 3728.24 1206 0:16:52:45 815.04 173.47 1207 0:16:53:14 815.52 3733.28 1208 0:16:53:43 816.00 3733.06 1209 0:16:54:11 816.48 3732.88 1210 0:16:54:40 816.96 3732.70 1211 0:16:55:09 817.44 3732.51 1212 0:16:55:38 817.92 3732.38 1213 0:16:56:07 818.40 173.50 1214 0:16:56:35 818.88 3732.09 1215 0:16:57:04 819.36 3732.00 1216 0:16:57:33 819.84 3731.77 1217 0:16:58:02 820.32 3731.59 1218 0:16:58:31 820.80 3731.50 1219 0:16:58:59 821.28 3727.16 1220 0:16:59:28 821.76 173.56 1221 0:16:59:57 822.24 3783.44 1222 0:17:00:26 822.72 3753.21 1223 0:17:00:55 823.20 3779.41 1224 0:17:01:23 823.68 3762.26 1225 0:17:01:52 824.16 3760.68 1226 0:17:02:21 824.64 3760.04 1227 0:17:02:50 825.12 173.61 1228 0:17:03:19 825.60 3746.56 1229 0:17:03:47 826.08 3750.72 1230 0:17:04:16 826.56 3749.55 1231 0:17:04:45 827.04 3748.87 1232 0:17:05:14 827.52 3747.74 1233 0:17:05:43 828.00 3747.02 1234 0:17:06:11 828.48 173.84 1235 0:17:06:40 828.96 3746.09 1236 0:17:07:09 829.44 3745.41 1237 0:17:07:38 829.92 3744.82 1238 0:17:08:07 830.40 3744.24 1239 0:17:08:35 830.88 3743.78 1240 0:17:09:04 831.36 3743.06 1241 0:17:09:33 831.84 174.12 1242 0:17:10:02 832.32 3742.36 1243 0:17:10:31 832.80 3741.73 1244 0:17:10:59 833.28 3741.23 1245 0:17:11:28 833.76 3740.78 POINT / TIME MIN. PSIA. DEG.F COMMENTS 1246 0:17:11:57 834.24 3739.88 1247 0:17:12:26 834.72 3739.61 1248 0:17:12:55 835.20 174.20 1249 0:17:13:23 835.68 3738.59 1250 0:17:13:52 836.16 3738.00 1251 0:17:14:21 836.64 3738.00 1252 0:17:14:50 837.12 3737.36 1253 0:17:15:19 837.60 3736.73 1254 0:17:15:47 838.08 3736.41 1255 0:17:16:16 838.56 174.30 1256 0:17:16:45 839.04 3735.87 1257 0:17:17:14 839.52 3735.87 1258 0:17:17:43 840.00 3735.51 1259 0:17:18:11 840.48 3736.10 1260 0:17:18:40 840.86 3741.12 1261 0:17:19:09 841.44 3737.59 1262 0:17:19:38 841.92 174.40 1263 0:17:20:07 842.40 3738.09 1264 0:17:20:35 842.88 3738.27 1265 0:17:21:04 843.36 3736.96 1266 0:17:21:33 843.84 3735.56 1267 0:17:22:02 844.32 3735.15 1268 0:17:22:31 844.80 3734.38 1269 0:17:22:59 845.28 174.51 1270 0:17:23:28 845.76 3730.72 1271 0:17:23:57 846.24 3735.88 1272 0:17:24:26 846.72 3735.65 1273 0:17:24:55 847.20 3735.38 1274 0:17:25:23 847.68 3735.11 1275 0:17:25:52 848.16 3735.06 1276 0:17:26:21 848.64 174.55 1277 0:17:26:50 849.12 3734.61 1278 0:17:27:19 849.60 3734.29 1279 0:17:27:47 850.08 3734.16 1280 0:17:28:16 850.56 3735.87 1281 0:17:28:45 851.04 3734.88 1282 0:17:29:14 851.52 3731.67 1283 0:17:29:43 852.00 174.68 1284 0:17:30:11 852.48 3731.19 1285 0:17:30:40 852.96 3731.19 1286 0:17:31:09 853.44 3730.88 1287 0:17:31:38 853.92 3730.82 1288 0:17:32:07 854.40 3730.33 1289 0:17:32:35 854.88 3730.24 1290 0:17:33:04 855.36 174.77 1291 0:17:33:33 855.84 3729.96 1292 0:17:34:02 856.32 3729.47 1293 0:17:34:31 856.80 3729.51 1294 0:17:34:59 857.28 3728.83 1295 0:17:35:28 857.76 3729.24 DEPTH :7515.3 FT TICKET *» DATE : 1 / 10 / 87 EMR r : 65478 EPG * : 62530 329892 DATE : 1 / 10 / 87 EMR * : 65478 EPG * : 62530 DEPTH :7515.3 FT TICKET #: 329892 POINT / TIME MIN. PS1A. DEu.F COMMENTS 1296 0:17:35:57 858.24
3729.87 1297 0:17:36:26 858.72 1/4.80 1298 0:17:36:55 859.20 3729.04 1299 0:17:37:23 859.68 3728.72 1300 0:17:37:52 860.16 3728.23 1301 O.-l 7.-38 .-21 860.64 3727.77 1302 0:17:38:50 861.12 3727.73 1303 0:17:39:19 861.60 3727.55 1304 0:17:39:47 862.08 174.85 1305 0:17:40:16 862.56 3727.28 1306 0:17:40:45 863.04 3726.96 1307 0:17:41:14 863.52 3727.05 1308 0:17:41:43 864.00 3726.74 1309 0:17:42:11 864.48 3726.92 1310 0:17:42:40 864.96 3726.60 1311 0:17:43:09 865.44 174.97 1312 0:17:43:38 865.92 3726.57 1313 0:17:44:07 866.40 3726.12 1314 0:17:44:35 866.88 3726.43 1315 0:17:45:04 867.36 3725.89 1316 0:17:45:33 867.84 3725.62 1317 0:17:46:02 868.32 3725.85 1318 0:17:46:31 868.80 175.09 1319 0:17:46:59 869.28 3728.98 1320 0:17:47:28 869.76 3727.67 1321 0:17:47:57 870.24 3727.72 1322 0:17:48:26 870.72 3727.36 1323 0:17:48:55 871.20 3727.00 1324 0:17:49:23 871.68 3726.77 1325 0:17:49:52 872.16 175.14 1326 0:17:50:21 872.64 3726.09 1327 0:17:50:50 873.12 3725.60 1328 0:17:51:19 873.60 3724.96 1329 0:17:51:47 874.08 3724.20 1330 0:17:52:16 874.56 3723.83 1331 0:17:52:45 875.04 3736.45 1332 0:17:53:14 875.52 175.11 1333 0:17:53:43 876.00 3717.89 1334 0:17:54:11 876.48 3716.67 1335 0:17:54:40 876.96 3714.81 1336 0:17:55:09 877.44 3712.51 1337 0:17:55:38 877.92 3709.48 1338 0:17:56:07 878.40 3705.55 1339 0:17:56:35 878.88 175.23 1340 0:17:57:04 879.36 3696.53 1341 0:17:57:33 879.84 3691.88 1342 0:17:58:02 880.32 3686.15 1343 0:17:58:31 880.80 3679.65 1344 0:17:58:59 881.28 3673.19 1345 0:17:59:28 881.76 3664.94 MATE : 1 / 10 / 87 EMR / : 65478 EPG * : 62530 DEPTH :7515.3 FT TICKET h 329892 POINT * TIME MIN. PSIA. DEb.F COMMENTS 1346 0:17:59:57 882.24 1/5.31 1347 0:18:00:26 882.72 3639.44 1348 0:18:00:55 883.20 3635.70 1349 0:18:01:23 883.68 3632.73 1350 0:18:01:52 884.16 3626.10 1351 0:18:02:21 884.64 3626.19 1352 0:18:02:50 885.12 3618.48 1353 0:18:03:19 885.60 175.34 1354 0:18:03:47 886.08 3620.22 1355 0:18:04:16 886.56 3615.62 1356 0:18:04:45 887.04 3596.93 1357 0:18:05:14 887.52 3615.22 1358 0:18:05:43 888.00 3592.25 1359 0:18:06:11 888.48 3620.36 1360 0:18:06:40 888.96 175.40 1361 0:18:07:09 889.44 3613.25 1362 0:18:07:38 889.92 3622.26 1363 0:18:08:07 890.40 3592.49 1364 0:18:08:35 890.88 3621.40 1365 0:18:09:04 891.36 3624.74 1366 0:18:09:33 891.84 3599.15 1367 0:18:10:02 892.32 175.56 1368 0:18:10:31 892.80 3638.63 1369 0:18:10:59 893.28 3597.13 1370 0:18:11:28 893.76 3628.08 1371 0:18:11:57 894.24 3645.03 1372 0:18:12:26 894.72 3606.86 1373 0:18:12:55 895.20 3627.76 1374 0:18:13:23 895.68 175.76 1375 0:18:13:52 896.16 3623.66 1376 0:18:14:21 896.64 3657.61 1377 0:18:14:50 897.12 3646.88 1378 0:18:15:19 897.60 3647.01 1379 0:18:15:47 898.08 3655.53 1380 0:18:16:16 898.56 3648.77 1381 0:18:16:45 899.04 175.83 1382 0:18:17:14 899.52 3649.97 1383 0:18:17:43 900.00 3624.09 1384 0:18:18:11 900.48 3657.00 1385 0:18:18:40 900.96 3658.18 1386 0:18:19:09 901.44 3668.15 1387 0:18:19:38 901.92 3673.33 1388 0:18:20:07 902.40 175.94 1389 0:18:20:35 902.88 3670.32 1390 0:18:21:04 903.36 3675.01 1391 0:18:21:33 903.84 3674.83 1392 0:18:22:02 904.32 3674.65 1393 0:18:22:31 904.80 3676.09 1394 0:18:22:59 905.28 3676.32 1395 0:18:23:28 905.76 176.01 LEASE NAME :NAMARAH DA IE ,1/10/87 LEASE OWNER:CRUSADER OIL EMR # , 65478 NELL NUMBER: 2 EPG * : 62530 START TIME :03:17:43 DEPTH .-7515.3 FT TICKET *: 329892 POINT f TIME MIN. PS1A. DEG.F COMMENTS 1396 0:18:23:57 906.24 3677.91 1397 0:18:24,26 906.72 3678.50 1398
0:18:24,55 907.20 3679.36 1399 0:18:25:23 907.68 3685.59 1400 0:18:25:52 908.16 3687.98 1401 0:18:26:21 908.64 3694.03 1402 0:18:26:50 909.12 175.92 1403 0:18:27:19 909.60 3709.08 1404 0:18:27:47 910.08 3705.28 1405 0:18:28:16 910.56 3708.17 1406 0:18:28:45 911.04 3710.70 1407 0:18:29:14 911.52 3712.33 1408 0:18:29:43 912.00 3714.54 1409 0:18:30:11 912.48 175.97 1410 0:18:30:40 912.96 3719.16 1411 0:18:31:09 913.44 3721.55 1412 0:18:31:38 913.92 3722.86 1413 0:18:32:07 914.40 3724.04 1414 0:18:32:35 914.88 3725.71 1415 0:18:33:04 915.36 3726.66 1416 0:18:33:33 915.84 1/6.05 1417 0:18:34:02 916.32 3727.59 1418 0:18:34:31 916.80 3729.04 1419 0:18:34:59 917.28 3729.08 1420 0:18:35:28 917.76 3729.67 1421 0:18:35:57 918.24 3730.21 1422 0:18:36:26 918.72 3730.93 1423 0:18:36:55 919.20 176.11 1424 0:18:37:23 919.68 3734.74 1425 0:18:37:52 920.16 3733.97 1426 0:18:38:21 920.64 3734.33 1427 0:18:38:50 921.12 3734.70 1428 0:18:39:19 921.60 3735.15 1429 0:18:39:47 922.08 3735.42 1430 0:18:40:16 922.56 1/6.09 1431 0:18:40:45 923.04 3735.99 1432 0:18:41:14 923.52 3736.21 1433 0:18:41:43 924.00 3736.84 1434 0:18:42:11 924.48 3737.34 1435 0:18:42:40 924.96 3737.30 1436 0:18:43.-09 925.44 3737.48 1437 0:18:43:38 925.92 176.16 1438 0:18:44:07 926.40 3731.44 1439 0:18:44:35 926.88 3735.51 1440 0:18:45:04 927.36 3734.83 1441 0:18:45:33 927.84 3734.83 1442 0:18:46:02 928.32 3734.51 1443 0:18:46:31 928.80 3734.47 1444 0:18:46:59 929.28 176.29 1445 0:18:47:28 929.76 3734.50 DATE i 1 / 10 / 87 EMR * X 65478 EPG * : 62530 DEPTH :7515.3 FT TICKET /: 329892 COMMENTS POINT * TIME MIN. PSI A. DEG.F 1446 0:18:47:57 930.24 3734.36 1447 0:18:48:26 930.72 3734.18 1448 0:18:48:55 931.20 3734.04 1449 0:18:49:23 931.68 3734.23 1450 0:18:49:52 932.16 3733.95 1451 0:18:50:21 932.64 176.33 1452 0:18:50:50 933.12 3733.90 1453 0:18:51:19 933.60 3733.81 1454 0:18:51:47 934.08 3733.99 1455 0:18:52:16 934.56 3736.0/ 1456 0:18:52:45 935.04 3737.60 1457 0:18:53:14 935.52 3736.20 1458 0:18:53:43 936.00 176.37 1459 0:18:54:11 936.48 3735.65 1460 0:18:54:40 936.96 3735.47 1461 0:18:55:09 937.44 3735.29 1462 0:18:55:38 937.92 3/35.24 1463 0:18:56:07 938.40 3735.02 1464 0:18:56:35 938.88 3734.88 1465 0:18:57:04 939.36 176.46 1466 0:18:57:33 939.84 3734.42 1467 0:18:58:02 940.32 3734.19 1468 0:18:58:31 940.80 3734.01 1469 0:18:58:59 941.28 3733.70 1470 0:18:59:28 941.76 3733.65 1471 0:18:59:57 942.24 3733.74 1472 0:19:00:26 942.72 176.61 1473 0:19:00:55 943.20 3733.29 1474 0:19:01:23 943.68 3733.15 14 75 0:19:01:52 944.16 3733.20 1476 0:19:02:21 944.64 3732.88 1477 0:19:02:50 945.12 3732.70 1478 0:19:03:19 945.60 3733.51 1479 0:19:03:47 946.08 1 76.66 1480 0:19:04:16 946.56 3732.84 1481 0:19:04:45 947.04 3732.70 1482 0:19:05:14 947.52 3732.12 1483 0:19:05:43 948.00 3731.93 1484 0:19:06:11 948.48 3731.71 1485 0:19:06x40 948.96 3731.89 1486 0:19:07:09 949.44 176.65 1487 0:19:07x38 949.92 3731.47 1488 0:19:08:07 950.40 3731.20 1489 0:19:08:35 950.88 3731.29 1490 0:19:09:04 951.36 3731.20 1491 0:19:09:33 951.84 3730.93 1492 0:19:10:02 952.32 3730.97 1493 0:19:10:31 952.80 1/b.67 1494 0:19:10:59 953.28 3744.01 1495 0:19:11:28 953.76 3732.08 LEASE NAME sNAMARAH DATE : 1 / 10 / 87 LEASE OWNERsCRUSADER OIL EMR / . 65478 WELL NUMBER: 2 EPG * : 62530 START TIME :O3:17:43 DEPTH :7515.3 FT TICKET /: 329892 COMMENTS POINT # TIME MIN. PSIA. UEG.F 1496 0:19:11:57 954.24 3729.05 1497 0:19:12:26 954.72 3728.42 1498 0:19:12:55 955.20 3728.42 1499 0:19:13:23 955.68 3727.92 1500 0:19:13:52 956.16
176.78 1501 0:19:14:21 956.64 3727.34 1502 0:19:14:50 957.12 3726.98 1503 0:19:15:19 957.60 3726.35 1504 0:19:15:47 958.08 3726.21 1505 0:19:16:16 958.56 3726.03 1506 0:19:16:45 959.04 3726.03 1507 0:19:17:14 959.52 176.89 1508 0:19:17:43 960.00 3726.17 1509 0:19:18:40 960.96 176.93 1510 0:19:19:38 961.92 3725.48 1511 0:19:20:35 962.88 3725.30 1512 0:19:21:33 963.84 3724.62 1513 0:19:22:31 964.80 3727.65 1514 0:19:23:28 965.76 177.01 1515 0:19:24:26 966.72 3726.37 1516 0:19:25:23 967.68 3725.97 1517 0:19:26:21 968.64 3725.33 1518 0:19:27:19 969.60 3724.79 1519 0:19:28:16 970.56 177.09 1520 0:19:29:14 971.52 3724.22 1521 0:19:30:11 972.48 3723.82 1522 0:19:31:09 973.44 3723.73 1523 0:19:32:07 974.40 3723.86 1524 0:19:33:04 975.36 177.14 1525 0:19:34:02 976.32 3724.95 1526 0:19:34:59 977.28 3724.32 1527 0:19:35:57 978.24 3724.05 1528 0:19:36:55 979.20 3724.00 1529 0:19:37:52 980.16 177.21 1530 0:19:38:50 981.12 3723.61 1531 0:19:39:47 982.08 3723.34 1532 0:19:40:45 983.04 3723.57 1533 0:19:41:43 984.00 3735.14 1534 0:19:42:40 984.96 1/7.38 1535 0:19:43:38 985.92 3724.27 1536 0:19:44:35 986.88 3724.13 1537 0:19:45:33 987.84 3724.18 1538 0:19:46:31 988.80 3/23.86 1539 ■0:19:47:28 989.76 177.45 1540 0:19:48:26 990.72 3724.91 1541 0:19:49:23 991.68 3724.60 1542 0:19:50:21 992.64 3724.42 1543 0:19:51:19 993.60 3724.10 1544 0:19:52:16 994.56 177.53 1545 0:19:53:14 995.52 3724.54 LEASE NAME sNAMARAH DATE j 1 / 10 / 87 LEASE OWNER:CRUSADER OIL EMR # : 65478 WELL NUMBER: 2 EPG * : 62530 START TIME :03:17:43 DEPTH :75l5.3 FT TICKET #i 329892 POINT # TIME MIN. PSIA. DEG.F COMMENTS 1546 0:19:54:11 996.48 3724.49 154 7 0:19:55:09 997.44 3724.31 1548 0:19:56:07 998.40 3722.78 1549 0:19:57:04 999.36 177.63 1550 0:19:58:02 1000.32 3722.09 1551 0:19:58:59 1001.28 3721.87 1552 0:19:59:57 1002.24 3721.69 1553 0:20:00:55 1003.20 3722.00 1554 0:20:01:52 1004.16 177.71 1555 0:20:02:50 1005.12 3721.94 1556 0:20:03:47 1006.08 3722.16 1557 0:20:04:45 1007.04 3722.21 1558 0:20:05:43 1008.00 3722.48 1559 0:20:06:40 1008.96 177.81 1560 0:20:07:38 1009.92 3722.66 1561 0:20:08:35 1010.88 3722.80 1562 0:20:09:33 1011.84 3723.11 1563 0:20:10:31 1012.80 3679.71 1564 0:20:11:28 1013.76 177.87 1565 0:20:12:26 1014.72 3698.32 1566 0:20:13:23 1015.68 3699.05 1567 0:20:14:21 1016.64 3699.72 1568 0:20:15:19 1017.60 3700.31 1569 0:20:16:16 1018.56 177.93 1570 0:20:17:14 1019.52 3718.30 1571 0:20:18:11 1020.48 3725.62 1572 0:20:19:09 1021.44 3728.87 1573 0:20:20:07 1022.40 3728.64 1574 0:20:21:04 1023.36 177.98 1575 0:20:22:02 1024.32 3727.47 1576 0:20:22:59 1025.28 3727.20 1577 0:20:23:57 1026.24 3726.75 1578 0:20:24:55 1027.20 3726.43 1579 0:20:25:52 1028.16 178.00 1580 0:20:26:50 1029.12 3725.95 1581 0:20:27:47 1030.08 3725.77 1582 0:20:28:45 1031.04 3725.59 1583 0:20:29:43 1032.00 3728.39 1584 0:20:30:40 1032.96 178.00 1585 0:20:31:38 1033.92 3727.98 1586 0:20:32:35 1034.88 3727.94 1587 0:20:33:33 1035.84 3703.63 1588 ■0:20:34:31 1036.80 3699.84 1589 0:20:35:28 1037.76 178.13 1590 0:20:36:26 1038.72 3701.09 1591 0:20:37:23 1039.68 3701.72 1592 0:20:38:21 1040.64 3702.26 1593 0:20:39:19 1041.60 3702.72 1594 0:20:40:16 1042.56 178.15 1595 0:20:41:14 1043.52 3703.59 DATE , 1 / 10 / 87 EMR * : 65478 EPG * : 62530 DEPTH :75l5.3 FT TICKET #i 329892 POINT / TIME MJN. PSIA. DEG.F COMMENTS 1596 0:20:42:11 1044.48 3706.44 1597 0:20:43:09 1045.44 3732.55 1598 0:20:44:07 1046.40 3729.89 1599 0:20:45:04
1047.36 1/8.39 1600 0:20:46:02 1048.32 3704.08 1601 0:20:46:59 1049.28 3699.7 4 1602 0:20:47:57 1050.z4 3701.95 1603 0:20:48:55 1051.20 3701.14 1604 0:20:49:52 1052.16 178.31 1605 0 : 20 -.50:50 1053.12 3698.68 1606 0:20:51:47 1054.08 3698.77 1607 0:20:52:45 1055.04 3699.04 1608 0:20:53:43 1056.00 3699.27 1609 0:20:54:40 1056.96 178.22 1610 0:20:55:38 1057.92 3699.81 1611 0:20:56:35 1058.88 3699.95 1612 0:20:57:33 1059.84 3700.22 1613 0:20:58:31 1060.80 3700.44 1614 0:20:59:28 1061.76 178.27 1615 0:21:00:26 1062.72 3700.80 1616 0:21:01:23 1063.68 3700.89 1617 0:21:02:21 1064.64 3681.21 1618 0:21:03:19 1065.60 3681.93 1619 0:21:04:16 1066.56 178.75 1620 0:21 .-05:14 1067.52 3684.62 1621 0:21:06:11 1068.48 3681.01 1622 0:21:07:09 1069.44 3679.88 1623 0:21:08:07 1070.40 3685.21 1624 0:21:09:04 1071.36 1/4.71 1625 0:21:10:02 1072.32 3684.83 1626 0:21:10:59 1073.28 3669.94 1627 0:21:11:57 1074.24 3667.05 1628 0:21:12:55 1075.20 3669.08 1629 0:21:13:52 1076.16 169.88 1630 0:21:14:50 1077.12 3664.88 1631 0:21:15:47 1078.08 3666.46 1632 0:21:16:45 1079.04 3651.16 1633 0:21:17:43 1080.00 3630.92 1634 0:21:18:40 1080.96 159.97 1635 0:21:19:38 1081.92 3632.19 1636 0:21:20:35 1082.88 3609.06 1637 0:21:21:33 1083.84 3596.09 1638 0:21:22:31 1084.80 3602.71 1639 0:21:23:28 1085.76 151.86 1640 0:21:24:26 1086.72 3567.48 1641 0:21:25:23 1087.68 3571.94 1642 0:21:26:21 1088.64 3531.62 1643 0:21:27:19 1089.60 3539.81 1644 0:21:28:16 1090.56 147.38 1645 0:21:29:14 1091.52 3531.27 DATE : 1 / 10 / 87 EMR # : 65478 EPG # : 62530 DEPTH :7515.3 FT TICKET #« 329892 POINT * TIME MIN. PSIA. UEG.F COMMENTS 1646 0:21:30:11 1092.48 3517.02 1647 0:21:31:09 1093.44 3502.50 1648 0:21:32:07 1094.40 3511.71 1649 0:21:33:04 1095.36 146.08 1650 0:21:34:02 1096.32 3487.83 1651 0:21:34:59 1097.28 3485.68 1652 0:21:35:57 1098.24 3458.20 1653 0:21:36:55 1099.20 3455.19 1654 0:21:37:52 1100.16 145.13 1655 0:21:38:50 1101.12 3414. 78 1656 0:21:39:47 1102.08 3423.79 1657 0:21:40:45 1103.04 3423.39 1658 0:21:41:43 1104.00 3422.98 1659 0:21:42:40 1104.96 1^4.55 1660 0:21:43:38 1105.92 3379.97 1661 0:21:44:35 1106.88 3393.05 1662 0:21:45:33 1107.84 3370.71 1663 0:21:46:31 1108.80 3367.75 1664 0:21:47:28 1109.76 144.34 1665 0:21:48:26 1110.72 3365.47 1666 0:21:49:23 1111.68 3330.35 1667 0:21:50:21 1112.64 3334.95 1668 0:21:51:19 1113.60 3334.33 1669 0:21:52:16 1114.56 144.08 1670 0:21:53:14 1115.52 3303.03 1671 0:21:54:11 1116.48 3275.52 1672 0:21:55:09 1117.44 3247.63 1673 0:21:56:07 1118.40 3271.68 1674 0:21:57:04 1119.36 144.02 1675 0:21:58:02 1120.32 3247.94 1676 0:21:58:59 1121.28 3245.53 1677 0:21:59:57 1122.24 3239.95 1678 0:22:00:55 1123.20 3210.31 1679 0:22:01:52 1124.16 143.95 1680 0:22:02:50 1125.12 3206.91 1681 0:22:03:47 1126.08 3163.23 1682 0:22:04:45 1127.04 3174.80 1683 0:22:05:43 1128.00 3172.97 1684 0:22:06:40 1128.96 143.99 1685 0:22:07:38 1129.92 3131.59 1686 0:22:08:35 1130.88 3138.88 1687 0:22:09:33 1131.84 3123.10 1688 0:22:10:31 1132.80 3126.84 1689 0:22:11:28 1133.76 144.00 1690 0:22:12:26 1134.72 3087.26 1691 0:22:13:23 1135.68 3092.19 1692 0:22:14:21 1136.64 3065.34 1693 0:22:15:19 1137.60 3043.78 1694 0:22:16:16 1138.56 144.16 1695 0:22:17:14 1139.52 3028.27 DATE t 1 / 10 / 87 EMR / s 65478 EPG / « 62530 DEPTH :7515.3 FT TICKET *: 329892 POINT * TIME MIN. PSIA. DEG.F COMMENTS 1696 0:22:18:11 1140.48 3028.67 1697 0:22:19:09 1141.44 3027.92 1698 0:22:20:07 1142.40 3004.70 1699 0:22:21:04 1143.36 144.31 1700
0:22:22:02 1144.32 2967.70 1701 0:22:22:59 1145.28 2965.26 1702 0:22:23:57 1146.24 2964.56 1703 0:22:24:55 1147.20 2919.16 1704 0:22:25:52 1148.16 144.35 1705 0:22.-26.-50 2149.12 2910.71 1706 0:22:27:47 1150.08 2879.72 1707 0:22:28:45 1151.04 2903.73 1708 0:22:29:43 1152.00 2878.09 1709 0:22:30:40 1152.96 144.12 1710 0:22:31:38 1153.92 2876.39 1711 0:22:32:35 1154.88 2830.14 1712 0:22:33:33 1155.84 2844.86 1713 0:22:34:31 1156.80 2818.07 1714 0:22:35:28 1157.76 143.63 1715 0:22:36:26 1158.72 2811.93 1716 0:22:37:23 1159.68 2776.59 1717 0:22:38:21 1160.64 2781.12 1718 0:22:39:19 1161.60 2/80.60 1719 0:22:40:16 1162.56 143.22 1720 0:22:41:14 1163.52 2738.70 1721 0:22:42:11 1164.48 2750.17 1722 0:22:43:09 1165.44 2735.80 1723 0:22:44:07 1166.40 2712.08 1724 0:22:45:04 1167.36 142.55 1725 0:22:46:02 1168.32 2717.31 1726 0:22:46:59 1169.28 2700.40 1727 0:22:47:57 1170.24 2684.39 1728 0:22:48:55 1171.20 2684.34 1729 0:22:49:52 1172.16 142.09 1730 0:22:50:50 1173.12 2638.80 1731 0:22:51:47 1174.08 2650.37 1732 0:22:52:45 1175.04 2628.55 1733 0:22:53:43 1176.00 2615.99 1734 0:22:54:40 1176.96 141.77 1735 0:22:55:38 1177.92 2576.07 1736 0:22:56:35 1178.88 2582.72 1737 0:22:57:33 1179.84 2573.06 1738 0:22:58:31 1180.80 2546.61 1739 0:22:59:28 1181.76 141.24 1740 0:23:00:26 1182.72 2514.51 1741 0:23:01:23 1183.68 2536.60 1742 0:23:02:21 1184.64 2537.95 1743 0:23:03:19 1185.60 2514.59 1744 0:23:04:16 1186.56 140.72 1745 0:23:05:14 1187.52 2507.78 LEASE NAME sNAMARAH DATE i 1 / 10 / 87 LEASE OWNER:CRUSADER OIL EMR / : 65478 WELL NUMBER: 2 EPG * : 62530 START TIME :03:17:43 DEPTH :7515.3 FT TICKET 329892 POINT f TIME MIN. PSIA. DEG.F COMMENTS 1746 0:23:06:11 1188.48 2466.00 1747 0:23:07:09 1189.44 2476.86 1748 0:23:08:07 1190.40 2450.62 1749 0:23:09:04 1191.36 140.19 1750 0:23:10:02 1192.32 2445.51 1751 0:23:10:59 1193.28 2421.52 1752 0:23:11:57 1194.24 2437.63 1753 0:23:12:55 1195.20 2413.60 1754 0:23:13:52 1196.16 139.80 1755 0:23:14:50 1197.12 2382.30 1756 0:23:15:47 1198.08 2367.17 1757 0:23:16:45 1199.04 2354.88 1758 0:23:17:43 1200.00 2348.67 1759 0:23:19:13 1201.50 139.10 1760 0:23:20:43 1203.00 2279.65 1761 0:23:22:13 1204.50 2290.36 1762 0:23:23:43 1206.00 2264.14 1763 0:23:25:13 1207.50 2266.52 1764 0:23:26:43 1209.00 138.12 1765 0:23:28:13 1210.50 2194.55 1766 0:23:29:43 1212.00 2202.81 1767 0:23:31:13 1213.50 2171.90 1768 0:23:32:43 1215.00 2127.18 1769 0:23:34:13 1216.50 137.12 1770 0:23:35:43 1218.00 2114.11 1771 0:23:37:13 1219.50 2109.33 1772 0:23:38:43 1221.00 2051.21 1773 0:23:40:13 1222.50 2050.52 1774 0:23:41:43 1224.00 135.76 1775 0:23:43:13 1225.50 2021.01 1776 0:23:44:43 1227.00 1990.92 1777 0:23:46:13 1228.50 1958.03 1778 0:23:47:43 1230.00 1961.46 1779 0:23:49:13 1231.50 134.61 1780 0:23:50:43 1233.00 1906.61 1781 0:23:52:13 1234.50 1900.18 1782 0:23:53:43 1236.00 1868.19 1783 0:23:55:13 1237.50 1838.19 1784 0:23:56:43 1239.00 133.21 1785 0:23:58:13 1240.50 1821.22 1786 0:23:59:43 1242.00 1803.36 1787 1:00:01:13 1243.50 1776.07 1788 1:00:02:43 1245.00 1734.73 1789 1:00:04:13 1246.50 131.89 1790 1:00:05:43 1248.00 1714.38 1791 1:00:07:13 1249.50 1713.Z4 1792 1:00:08:43 1251.00 1682.52 1793 1:00:10:13 1252.50 1652.40 1794 1:00:11:43 1254.00 130.28 1795 1:00:13:13 1255.50 1590.31 DATE » 1 / 10 / 87 EMR / : 65478 EPG * : 62530 DEPTH :7510.3 FT TICKET #: 329892 COMMENTS POINT * TIME MIN. PSIA. uEG. r 1796 1:00:14:43 1257.00 1590.14
1797 1:00:16:13 1258.50 1558.40 1798 1:00:17:43 1260.00 1529.28 1799 1:00:19:13 1261.50 128.31 1800 1:00:20:43 1263.00 1468.67 1801 1:00: 22: 13 1264.50 1432.82 1802 1:00:23:43 1266.00 1438.23 1803 1:00:25:13 1267.50 1405.71 1804 1:00:26:43 1269.00 126.27 1805 1:00:28:13 1270.50 1345.88 1806 1:00:29:43 1272.00 1340.66 1807 1:00:31:13 1273.50 1309.79 1808 1:00:32:43 1275.00 1282.28 1809 1:00:34:13 1276.50 124.27 1810 1:00:35:43 1278.00 1225.97 1811 1:00:37:13 1279.50 1217.23 1812 1:00:38:43 1281.00 1186.07 1813 1:00:40:13 1282.50 1157.31 1814 1:00:41:43 1284.00 122.78 1815 1:00:43:13 1285.50 1156.94 1816 1:00:44:43 1287.00 1157.02 1817 1:00:46:13 1288.50 1127.33 1818 1:00:47:43 1290.00 1102.23 1819 1:00:49:13 1291.50 121.88 1820 1:00:50:43 1293.00 1065.50 1821 1:00:52:13 1294.50 1033.76 1822 1:00:53:43 1296.00 1000.02 1823 1:00:55:13 1297.50 977.43 1824 1:00:56:43 1299.00 l£U.21 1825 1 : 00 :58:13 1300.50 943.53 1826 1:00:59:43 1302.00 912.08 1827 1:01:01:13 1303.50 896.62 1828 1:01:02:43 1305.00 863.26 1829 1:01:04:13 1306.50 118.44 1830 1:01:05:43 1308.00 819.68 1831 1:01:07:13 1309.50 790.25 1832 1:01:08:43 1311.00 769.46 1833 1:01:10:13 1312.50 737.11 1834 1:01:11:43 1314.00 116.46 1835 1:01:13:13 1315.50 697.38 1836 1:01:14:43 1317.00 666.16 1837 1:01:16:13 1318.50 637.29 1838 1:01:17:43 1320.00 606.05 1839 1:01:19:13 1321.50 114.21 1840 1:01:20:43 1323.00 573.04 1841 1:01:22:13 1324.50 545.40 1842 1:01:23:43 1326.00 514.29 1843 1:01:25:13 1327.50 486.17 1844 1:01:26:43 1329.00 111.85 1845 1:01:28:13 1330.50 420.34 LEASE NAME tNAMARAH DATE t 1 / 10 / 87 LEASE OWNER:CRUSADER OIL EMk / i 65478 WELL NUMBER: 2 EPG * t 62530 START TIME :03:17:43 DEPTH :7515.3 FT TICKET fi 329892 POINT f TIME MIN. PSIA. DEG.F COMMENTS 1846 1:01s29s43 1332.00 422.23 1847 1:01:31:13 1333.50 392.42 1848 1:01:32:43 1335.00 353.33 1849 1:01:34:13 1336.50 109.74 1850 1:01:35:43 1338.00 331.76 1851 1:01:37:13 1339.50 332.91 1852 1:01:38:43 1341.00 332.99 1853 1:01:40:13 1342.50 332.82 1854 1:01:41:43 1344.00 108.54 1855 1:01:43:13 1345.50 303.28 1856 1:01:44:43 1347.00 303.48 1857 1:01:46:13 1348.50 286.79 1858 1:01:47:43 1350.00 274.31 1859 1:01:49:13 1351.50 107.33 1860 1:01:50:43 1353.00 243.82 1861 1:01:52:13 1354.50 243.29 1862 1:01:53:43 1356.00 243.46 1863 1:01:55:13 1357.50 243.54 1864 1:01:56:43 1359.00 105.79 1865 1:01:58:13 1360.50 213.33 1866 1:01:59:43 1362.00 213.37 1867 1:02:01:13 1363.50 181.03 1868 1:02:02:43 1365.00 183.55 1869 1:02:04:13 1366.50 104.59 1870 1:02:05:43 2368.00 153.13 1871 1:02:07:13 1369.50 154.03 1872 1:02:08:43 1371.00 132.46 1873 1:02:10:13 1372.50 124.14 1874 1:02:11:43 1374.00 102.35 1875 1:02:13:13 1375.50 87.61 1876 1:02:14:43 1377.00 93.29 1877 1:02:16:13 1378.50 93.62 1878 1:02:17:43 1380.00 93.86 1879 1:02:19:41 1381.98 99.08 1880 1:02:21:40 1383.96 62.61 1881 1:02:23:39 1385.94 63.26 1882 1:02:25:38 1387.92 63.63 1883 1:02:27:37 1389.90 63. 79 1884 1:02:29:35 1391.88 99.02 1885 1:02:31:34 1393.86 61.55 • 1886 1:02:33:33 1395.84 58.96 1887 1:02:35:32 1397.82 57.33 1888 1:02:37:31 1399.80 57.05 1889 1:02:39:29 1401.78 98. 79 1890 1:02:41:28 1403.76 57.07 1891 1:02:43:27 1405.74 16.45 1892 1:02:45:26 1407.72 18. 76 1893 1:02:47:25 1409.70 21.39 1894 1:02:49:23 1411.68 95.26 1895 1:02:51:22 1413.66 19.65 NRMRRR H_ LERSE NOME 2 5 _ .. ___ WELL NO TEST NO 1£6 _r„ _ 9P4O,.Q. TESTED INTERVAL LBUSflPER__QJL„H«JTED LEASE OWNER/COMPANY NOME LEGRL LOCATION SEC . - TUP . - RNG. SEE REMARKS FIELD AREA SURAT COUNTY QUEENSLAND state
AUSTRRLIA IC TICKET ND. 32989400 ROMR STING SERVICE REPORT LlJ H rr o — Ht . . 7Z/4SS 24. t>iL- • .—ij ft ki^y J A ft j^jyr S" _ ...... GAUGE NO ; 2043 DEPTH ; 77S0.8 BLANKED OFF ; NO HOUR OF CLOCK; 24 ID DESCRIPTION PRESSURE TIME TYPE REPORTED ; CALCULATED REPORTED CALCULATED A INITIAL HYDROSTATIC 8 INITIAL FIRST FLOW 992.3 5 .0 5 . 1 F C FINAL FIRST FLOW 1045 .9 C INITIAL FIRST CLOSED-IN 1045 .9 50.0 41 .a C D FINAL FIRST CLOSED -IN 1443.1 E INITIAL SECOND FLOW 2025 .9 44.0 52.2 F F FINAL SECOND FLOW 3374.4 G FINAL HYDROSTATIC 4175 .7 GAUGE ND: 5175 DEPTH ; 7840.2 BLANKED OFF; ND HOUR OF CLOCK; ID DESCRIPTION j PRESSURE TIME TYPE REPQRTEO CALCULATED REPORTED CALCULATED A INITIAL ■HYDROSTATIC 1 , 41ES 41SC .2 l B IN IT i priRST FLOW ‘ 14S0 i 2254.5 5 .0 5 .1 F C FINAL FIRST FLOW i 2257 .9 C INI’I^_ "IRST CLOSED -IN i 1 1 2257 .9 50.0 4 ; Q *T c D FINAL FIRST CLOSED -IN ; 077" 1 3734.1 E INITIP_ SECOND FLOW ‘ 26 2 _ 3130.5 44.0 52.2 F F FINP^ SECOND FLOW 3395 .4 G FlNPi_ HYDROSTATIC 4221 4133 .0 GAUGE ND; 5112 DEPTH : 8037 .0 8LANKED OFF : YES HOUR OF CLOCK; 2£ ID DESCRIPTION i PRESSURE TIME TYPE REPORTED ! CALCULATED REPORTED i CALCULATED A initial hydrostatic 4001 4093.5 B initial First flow 2516 059 4 .6 5 .0 5 . 1 F C FINAL FIRST FLOW >5 Lc 25 32.5 c INITIAL FIRST CLOSED-IN 25 16 2532.5 50.0 41.8 C D FINAL FIRST CLOSED -IN 3815 3820 . 6 r INITIO SECOND FLOW 271 = 3723.1 44.0 52.2 F F FINAL SECOND FLOW 3400 3607.3 G FINAL HYDROSTATIC 433- 4305 .7 FIT GROSS TESTED FOOTAGE : 177 ,5 ALL DEPTHS MEASURED FROM: KELLY BUSHING CASING PERFS. (ft) = HOLE OR CASING SIZE ( in): 8.500 - ELEVATION (Ft): 1348 . 4 KELLY BUSHING .. TOTAL DEPTH Ift); 8040.0 PACKER DEPTH(S) (ft) = 7854. 78S3 FINAL SURFACE CHOKE [ in): 0.37500 BOTTOM HOLE CHOKE (in ) : 0_ 750 MUD WEIGHT ( lb /gal ) ; 10 .10 MUD VISCOSITY (sec); ESTIMATED HOLE TEMP . ( 0 F) : ACTUAL HOLE TEMP , ( TJ; 188 Q 8036 .0 ft EQUIPMENT A, HOLE DATA FORMATION TESTED : <ET PAY (ft); DATE : LO-7 -87 TEST NO; 5 TYPE DST : OPEN HOLE HALLIBURTON CAMP; ROMA H , K . RIXON ILi,ILK 1 D . HHOKAM F . F . BATT WITNESS: DRILLING CONTRACTOR: GEARHART #1 TICKET NUMBER: 32989400 FLUID PROPERTIES FOR RECOVERED SAMPLER DATA SOURCE RESISTIVITY CHLORIDES 6 *F o o m Psig AT SURFACE : eu .ft . OF GAS ; S *F oom cc OF OIL: co OF WATER: cc OF MUD ; TOTAL LIQUID cc : 0 *F ppm 9 *F oom 9 *F oom . 0 . . *F oom HYDROCARBON PROPERTIES OIL GRAVITY ( ’API ] ; © e F GAS/OIL RATIO (cu.Pt. per bbl): CUSHION DATA TYPE RMOUNT WEIGHT MUD & HATER GAS GRAVITY: RECOVERED : GAS TO SURFACE REMARKS: LEGAL LOCATION: LAT. 27 DEG., 21.33’, .856”; LONG. 149 DEG.. CHARTS INDICATE LEAK IN TUBULAR GOODS ABOVE THE TOOLS. DATA RECEIVED FROM BUNDLE CARRIER AT 7871.7'. I TYPF 4. SIZE MEASURING DFVTCF : TICKET ND: 32389400 TIME CHOKE SIZE SURFACE PRESSURE PSI GRS RATE MCF LIQUID RATE BPD REMARKS 10-7-87 1051 .375 OPENED TOOL WITH MODERATE BLOW 1052 STRONG BLOW 1054 10 STRONG BLOW 1055 30 STRONG BLOW 1056 450 GPS TO SURFACE 1056 CLOSED TOOL 1145 OPENED TOOL WITH VERY WEAK BUBBLE 1148 POOR BUBBLE UNTIL 1219 1215 CLOSED TOOL - PROPOSED PLUGGING IN TEST STRING 1220 TOOL CLOSED 1224 PULLED FREE 1245 DROPPED BAR 1248 REVERSE PIN SHEARED - ANNULUS DROPPING VERY SLOWLY INDICATING PRESSURE IN DRILL PIPE - FOUND CROSSOVER TO CHOKE MANIFOLD WAS PLUGGED 1250 UNPLUGGED MANIFOLD OF DEBRIS AND CONTINUED TO REVERSE OUT
1300 REVERSING 1500 CIRCULATED CONVENTIONALLY TO CONDITION WELL FOR RE-TEST - FINISHED LAYING DOWN TOOLS TO RE-RUN AT 0430 TICKET NO : 32989400 GAUGE NO: 2043 "LOCK NO: 29458 HOUR: 24 'Hr DEPTH : 7760.8 REF MINUTES PRESSURE AP t« At t lo 9** REF MINUTES PRESSURE AP tx At t*At log t*At At FIRST FLOW 0.0 392.3■ 5.1 1045.9 53.5 FIRST CLOSED-IN C i 0.0 1045.9 D 2 41.8 1443.1 397 .2 4.5 0.050 SECOND FLOW 1 0.0 202S .9 2 5 .0 2533.2 507 .2 3 10.0 2951 .2 428.1 4 15 .0 3188.5 227.4 S 20.0 3277 .3 88.6 6 25.0 3317 .5 40.2 7 30.0 3335.9 18.4 8 35 .0 3348.8 12.9 3 40.0 33S9 .7 10.8 10 45 .0 3369 .7 10.1 11 50.0 3374.0 4.3 12 52.2 3374.4 0.4 REMARKS; GAUGE NO: 5176 DEPTH: 7840.2 REF MINUTES PRESSURE AP t» At, t *At 1 klJk log FIRST FLOW B 1 0.0 ■2284.5 C 2 5.1 2257 .9 -26 .6 FIRST CLOSED-IN C 1 0.0 2257 .9 2 1.0 3659 .3 1411.4 0.8 0.789 3 2.0 3673.4 1415.5 1 .4 0.549 4 3.0 3675 .9 1418.0 1 .9 0.429 5 4.0 3678.7 1420.8 2.2 0.354 6 5 .0 3694.5 1436 .7 2.5 0.305 7 6 .0 3708.6 1450.7 2.7 0.265 8 7 .0 3712.5 1454.6 2.3 0.235 9 80 3715 .0 1457.1 3.1 0.212 10 9 .0 3718.2 1460.3 3.2 0.194 11 10.0 3721 .8 1463.9 3.4 0.178 12 12.0 3730.0 1472.1 3.6 0.153 13 14 0 3737 .6 1479.7 3.7 0.134 14 IB 0 3744.2 1486 .3 3.8 0.119 IS 18.0 3750.8 1492.9 4.0 0.107 16 20.0 3757.1 1499 .2 4.0 0.098 17 22.0 3752.2 1S04.3 4.1 0 .090 18 24.0 3765.7 1S08.8 4.2 0.083 19 26 .0 3770.3 1512.4 4.2 0.077 20 28.0 3773.6 1515 .7 4.3 0.072 21 30.0 3779.0 1521.1 4.3 0.068 22 35 .0 3785 .3 1527.4 4.4 0.059 23 40.0 3793.2 1535 .3 4.5 0.052 D 24 41 .8 3794.1 1536 .2 4.5 0.050 SECOND FLOW E i 0.0 3190.6 2 5 .0 2585 .7 -504.9 3 10.0 29S5 .9 270.2 4 IS .0 315S .9 200.0 S 20.0 3263.8 107 .9 6 25 .0 3312.8 49 .0 7 30.0 3339.1 26 .3 8 35 .0 33S7.6 18.4 8 40 .0 3370.6 13.0 10 45 .0 3381.9 11 .3 11 50.0 3391 .8 9 9 F 12 52.2 3395.4 3.6 REF MINUTES PRESSURE AP tx At t Jo snfc TICKET ND 32989400 "LOCK NO: 30173 HOUR: 24 ■REMARKS: LIT TICKET ND ; 32989400 CLOCK NO : 30365 HOUR ; 24 GAUGE NO : 6112 DEPTH; 8037.0 REF MINUTES PRESSURE AP tx At t At lo g ^ FIRST FLOW 5 1 0.0 2894.6 ♦2 1.0 3181 .7 287 .0 3 2.0 2862.9 -318.7 4 3.0 2640.2 -222.7 5 4.0 2575 .5 -54.7 C s 5 .1 2532.S -43.0 FIRST CLOSED-IN C i 0.0 2532.S 2 1.0 3752.1 1219 .6 0.9 0.771 3 2.0 3754.7 1222.2 1 .4 0.543 4 3.0 3757.7 1225 .2 1.9 0.432 S 4.0 3751 .3 1228.8 2.2 0.355 6 5 .0 3764.2 1231.7 2.5 0.304 7 S .0 3766 .8 1234.3 2.7 0.266 8 7.0 3769.4 1236 .8 2.9 0.236 9 S .0 3772.1 1239 .5 3.1 0.213 10 9 0 3775 .2 1242 .6 3.2 0.193 11 10.0 3777.7 1245 .2 3.4 0.178 12 12.0 3781.1 1248.6 3.6 0.152 13 14.0 3784.5 1252.0 3.7 0.134 14 IS .0 3787 .4 1254.9 3.8 0.119 IS 18.0 3791.1 1258.6 3.9 0.108 16 20.0 3794.4 1261.8 4.0 0.098 17 22.0 3797.3 1264.7 4.1 0.090 18 24.0 3800 S 1258.0 4.2 0.083 19 25 .9 3803.9 1271.4 4.2 0.077 20 28.0 3806 .5 1273.9 4.3 0.072 21 30.0 3809 .8 1277 .3 4.3 0.068 22 3S .0 3814.4 1281 .8 4.4 0.059 23 40.0 3820.2 1287 .6 4.5 0.052 D 24 41 .8 3820 .6 1288.1 4.5 0.050 SECOND FLOW E i 0.0 3723.1 2 5 -0 3029 .5 -693.5 CO 3 7 .8 2729 .4 -300.1 4 10.0 3101 .8 372.4 5 15 .0 3276 5 174.7 6 20.0 3350.2 73.7 7 25 .0 3377 .3 27 .1 8 30.0 3393.3 16.1 9 35 .0 3407 .6 14.3 10 40.0 3421 .3 13.6 !~2i 11 42.1 3426 .0 4.7 12 45 .0 3573.7 147.7 13 50 .0 3588.1 14.4 REF MINUTES PRESSURE AP t.x At t *At , uJt Jog SECOND FLOW - CONTINUED F 14 52.2 3B07.3 19.2 LEGEND ; m END OF BLEED-OFF C21 UNEXPLAINED PRESSURE CHANGE REMRRKS: 8 1 L TICKET NO. 32989400 I-D- LENGTH depth I DRILL PIPE FLEX UEIGHT DRILL COLLARS IMPACT REVERSING SUB DRILL COLLARS BAR CATCHER SUB AP RUNNING CASE CROSSOVER DUAL CIP VALVE CROSSOVER SAMPLE CHAM8ER CROSSOVER DRAIN VALVE HYDROSPRING TESTER AP RUNNING CASE JAR VR SAFETY JOINT OPEN HOLE
PACKER DISTRIBUTOR VALVE OPEN HOLE PACKER BUNDLE CARRIER CROSSOVER DRILL COLLARS CROSSOVER FLUSH JOINT ANCHOR BLANKED-OFF RUNNING CASE 4.500 4.500 6-.250 6 .000 6.250 5 .800 5 .000 5 .800 5 .000 .700 .250 5.750 S .000 S .000 5.000 S .000 5 .000 .750 5.000 7 .750 5 .370 5 .750 6.250 5 .700 5.000 5 .000 3.826 2.764 2.870 3.000 2.870 2 .000 2.250 0.870 2.500 2.870 2.400 2.500 0.750 2.250 1 .750 1 .000 1 .680 1 .680 1 .680 2.250 2.450 2.870 2.500 2.370 7172.2 182.0 364.4 1 .0 60.0 1.0 4.1 1 .0 5 .3 1 .0 60.6 1 .0 1 .0 5 .3 4.1 5 .0 2.4 S .8 2.0 5 .8 8.0 1 .0 121.8 1.0 39 .0 4.0 7698.8 7760.8 7838.1 7840.2 78S3.9 7862.5 7871.7 8037.0 TOTAL OEPTH 8040.0 EQUIPMENT DATA C JSADER OIL N.L, LIBRARY . SHELF NO: DATE: 1 7 NOV 1987 LEASE: NAMARAH # 2 TEST # 5 E. M. R. 65478 E. P. G. 62530 Owner: CRUSADER OIL Lease: NAMARAH Well # 2 Ticket # 329894 Date: 7/10/87 E. M. R. 65478 E. P. G. 62530 Test # 5 Gauge Depth 7871.8 FT Start Time : 03: 07: 04 PLOTS Loose Nano NAMARAH Loose Ornor CRUSADER OIL PRESSURE (PSIA) TIME ‘‘‘IN) LINEAR 4000. 0 3000.0 2000.0 Date Start 7/10/87 Tima 03t07r04 PRESSURE (PSIA) PLOT Lease Name NAMARAH Lease Owner CRUSADER OIL 5000.0 1000.0 L _ 1 1 ..... 1 I t t t I t t i o O O O a o O O Q O Q O 9 • • • 9 • o o o O a Q o a Q O a O ID CD r- GO CD O c\i CD xf ID CD xfr xf xfr xfr xr tn ID ID ID ID ID ID 0.0 570. 0 l- TIME UN) Lease Naso NAMARAH Lease Omer CRUSADER OIL DELTA PRESSURE (PSI) BUILDUP #1 FIN. FLOW PTi486 ENDING PT. <589 FLOW TIME »5 MIN. • ~~~ 9 • 9 9 .001 01 .0001 [(T*DT (T+DT)J Lease Name NAMARAH Lease Omer CRUSADER OIL DELTA PRESSURE (PSI) BUILDUP #2 FIN. FLOV PT: 659 ENDING PT. : 668 FLOW TIME >34 HIN. • • • • • • • .001 C(T*DTj T+DT)] 01 .0001 .1 Lease None NAMARAH Lease Owner CRUSADER OIL 3900. r ITi 486 L>589 F> 5 MIN. PRESSURE (PSI A) . 10 L HORNER PLq BUILDUP #J FIN. FLOW F ENDING PL FLOW TIME Pe -3851JB P z -2794. i5 CC -.9994E5 Lease Name NAMARAH Veil no. 2 Test no. 5 Ticket no. 329894 Date 7/10/87 Lease Owner CRUSADER OIL Gauge Depth 7871. 8 FT Gauge no. 62530 Start Time 03t07i04 PRESSURE (PSIA) 3430.J- 3380.1—- 1 — J —I—I—i—i—i—L o o a o o o oj rn J L. O C Q O in cd r- cd _U. L J . I J L I- L t I li t I oooooooo 0)0— CMCDxtinCD Ha11i burton Ser v i ces Drill Stem Testing Owner: ■CRUSADER OIL Lease: NAMARAH Well # 2 Ticket # 329894 Date: 7/10/87 E. M. R. 65478 E. P. G. 62530 Test # 5 Gauge Depth 7871.8 FT Start Time : 03: 07: 04 DATA POINTS LEASE NAME :NAMARAH WELL NUMbER: 2 TEST NUMBER: 5 LEASE OWNER;CRUSADER OIL DATE s 7 / 10 / 87 START TIME :03:07:04 UEPTh j/871.8 FT EMR * : EPb * : TICKET # : 65478 62530 329894 POINT * TIME MIN. PSiH. UEG.F COMMENTS 1 0:03.37:04 30.00 66.52 2 0:04:07:04 60.00 b6. 10 3 0 : 04:37:04 90.00 12.61 4 0:05:07:04 120.00. 8o. 08 5 0:05:37:04 150.00 91.43 6 0:06:07:04 180.DO 122.5/ 7 0:06:37:04 210.00 108.16 8 0:07:07:04 240.00 1U8.08 9 0:07:07:32 240.48 10b.08 10 0:07:08:01 240.86 444.41 11 0:07:08:30 241.44 439.81 12 0:07:08:59 241.92 439.65 13 0:07:09:28 242.40 431.58 14 0:07:09:56 242.88 426.05 15 0:07:10:25 243.36 422.07 16 0:07:10:54 243.84 10b.24 17 0:07:11:23 244.32 422.U5 18 0:07:11:52 244.80 421.»8 19 0:07:12:20 245.28 420.61 20 0:07:12:49 245.76 420.53 21 0:07:13:18 246.24 420.45 22 0:07:13:47 246.72 420.41 23 0:07:14:16 247.20 108.14 24 0:07:14:44 247.68 420.23 25 0:07:15:13 248.16 420.19 26 0:07:15:42 248.64 420.15 27 0:07:16:11 249.12 420.10 28 0:07:16:40 249.60 420.06 29 0:07:17:08 250.08 420.02 30 0:07:17:37 250.56 108.09 31 0:07:18:06 251.04 454.58 32 0:07:18:35 251.52 456.83 33 0:07:19:04 252.00 499.10 34 0:07:19:32 z52.48 491.83 35
0:07:20:01 252.96 4bl.05 36 0:07:20:30 253.44 524.74 37 0:07:20:59 253.92 110.98 38 0:07:21:28 254.40 542.14 39 0:07:21:56 254.88 561.26 40 0:07:22:25 255.36 559.70 41 0:07:22:54 255.84 582.26 42 0:07:23:23 256.32 593.16 43 0:07:23:52 256.80 624.36 44 0:07:24:20 257.28 113.04 45 0:07:24:49 257.76 628.18 46 0:07:25:18 258.24 627.44 47 0:07:25:47 258.72 658.08 48 0:07:26:16 259.20 661.43 49 0:07:26:44 259.68 681.08 50 0:07:27:13 260.16 696.73 HALLIBURTON SERVICES DK1LL bTEM TtSIlNG LEASE NAME :NAMARAH LEASE OWNER:CRUSADER OIL DATE : 7 / 10 / 87 WELL NUMBER: 2 DEPTH :7871.« FT TEST NUMBER: 5 EMR * EPG # . 65478 : 62530 : 329894 POINT / TIME MIN. PSiA. uEG. F COMMENTS 51 0:07:27:42 260.64 114.45 52 0:07:28:11 261.12 720.43 53 0:07:28:40 261.60 730.64 54 0:07:29:08 262.08- 740.44 55 0:07:29:37 262.56 769.37 56 0:07:30:06 263.04 763.99 57 0:07:30:35 263.52 763.12 58 0:07:31:04 264.00 115.55 53 0:07:31:32 264.48 798.76 60 0:07:32:01 264.96 796.94 61 0:07:32:30 265.44 826.79 62 0:07:32:59 265.92 831.39 63 0:07:33:28 266.40 880.17 64 0:07:33:56 266.88 865.47 65 0:07:34:25 26 1. 36 117.01 66 0:07:34:54 267.84 902.12 67 0:07:35:23 268.32 899.96 68 0:07:35:52 268.80 932.31 69 0:07:36:20 269.28 934.23 70 0:07:36:49 269.76 976.49 71 0:07:37:18 270.24 968.95 72 0:07:37:47 270.72 119.01 73 0:07:38:16 271.20 1002.05 74 0:07:38:44 271.68 1002.05 75 0:07:39:13 272.16 1032.76 76 0:07:39:42 272.64 1037.06 77 0:07:40:11 273.12 1067.04 78 0:07:40:40 273.60 1070.93 79 0:07:41:08 274.08 119.99 80 0:07:41:37 274.56 1070.33 81 0:07:42:06 275.04 1098.34 82 0:07:42:35 275.52 1104.23 83 0:07:43:04 276.00 1103.90 84 0:07:43:32 276.48 1146.55 85 0:07:44:01 276.96 1138.76 86 0:07:44:30 277.44 120.12 87 0:07:44:59 277.92 1172.73 88 0:07:45:28 278.40 1172.52 89 0:07:45:56 278.88 1209.14 90 0:07:46:25 279.36 1207.67 91 0:07:46:54 279.84 1206.62 92 0:07:47:23 280.32 1257.60 93 0:07:47:52 280.80 121.92 94 0:07:48:20 281.28 1270.76 95 0:07:48:49 281.76 1286.20 96 0:07:49:18 282.24 1276.40 97 0:07:49:47 282.72 1310.60 98 0:07:50:16 283.20 1310.86 99 0:07:50:44 283.68 1323.45 100 0:07:51 :13 284.16 123.87 START TIME :03:07:04 TICKET * LEASE NAME zNAMARAH LEASE OWNER:CRUSADER OIL DATE i 7 / 10 / 87 START TIME :03:07:04 WELL NUMBER: £ DEPTH :7871.8 FT TEbT NUMBER: EMR * : EPu / : TICKET * « 5 65478 62530 329894 POINT f TIME MIN. PSIA. DEU.F COMMENTS 101 0:07:51:42 284.64 1346.46 102 0:07:52:11 285.12 1345.15 103 0:07:52:40 285.60 1409.18 104 0:07:53:08 286.08. 13/8.71 105 0:07:53:37 286.56 1371.92 106 0:07:54:06 287.04 1426.84 107 0:07:54:35 287.52 125.24 108 0:07:55:04 288.00 1413.44 109 0:07:55:32 288.48 1412.60 110 0:07:56:01 288.96 1424.42 111 0:07:56:30 289.44 1448.42 112 0:07:56:59 289.92 1457.13 113 0:07:57:28 290.40 1542.02 114 0:07:57:56 290.88 126.15 115 0:07:58:25 291.36 1491.04 116 0:07:58:54 291.84 1558.83 117 0:07:59:23 292.32 1527.34 118 0:07:59:52 292.80 1527.08 119 0:08:00:20 293.28 1806.20 120 0:08:00:49 293.76 1549.50 121 0:08:01:18 294.24 127.83 122 0:08:01:47 294.72 1574.79 123 0:08:02:16 295.20 1583.66 124 0:08:02:44 295.68 1604.08 125 0:08:03:13 296.16 1608.46 126 0:08:03:42 296.64 1616.23 127 0:08:04:11 297.12 1648.83 128 0:08:04:40 297.60 129.32 129 0:08:05:08 298.08 1650.79 130 0:08:05:37 298.56 1649.64 131 0:08:06:06 299.04 1694.46 132 0:08:06:35 299.52 1689.26 133 0:08:07:04 300.00 1684.36 134 0:08:07:32 300.48 1683.47 135 0:08:08:01 300.96 129.95 136 0:08:08:30 301.44 1724. /4 137 0:08:08:59 301.92 1717.32 138 0:08:09:28 302.40 1775.16 139 0:08:09:56 302.88 1736.84 140 0:08:10:25 303.36 1750.54 141 0:08:10:54 303.84
1748.87 142 0:08:11:23 304.32 131.29 143 0:08:11:52 304.80 1785.27 144 0:08:12:20 305.28 1784.89 145 0:08:12:49 305.76 1854.78 146 0:08:13:18 306.24 1818.04 147 0:08:13:47 306.72 1851.48 148 0:08:14:16 307.20 1856.06 149 0:08:14:44 307.68 132.98 150 0:08:15:13 308.16 1876.09 LEASE NAME tNAMARAH LEASE OWNER CRUSADER OIL 5 65478 62530 329894 TEST NUMBER: EMfc * : ErG * : TICKET / : WELL NUMBER: 2 DEPTH : 7871.8 FT DATE : 7 / 10 / 87 POINT * TIME MIN. PSIA. UtG. F COMMENTS 151 0:08:15:42 308.64 1877.50 152 0:08:16:11 309.12 1886.37 153 0:08:16:40 309.60 1921.34 154 0:08:17:08 310.08 . 1923.27 155 0:08:17:37 310.56 1919.45 156 0:08:18:06 311.04 134.22 157 0:08:18:35 311.52 1955.25 153 0 : 08:19:04 312.00 1950.92 159 0:08:19:32 312.48 1999.71 160 0:08:20:01 312.96 1988.49 161 0:08:20:30 313.44 1983.63 162 0:08:20:59 313.92 2037.72 163 0:08:21:28 314.40 135.48 164 0:08:21:56 314.88 2057.48 165 0:08:22:25 315.36 2044.31 166 0:08:22:54 315.84 2060.40 167 0:08:23:23 316.32 2086.77 168 0:08:23:52 316.80 2088.88 169 0:08:24:20 317.28 2092.28 170 0:08:24:49 317.76 136.56 171 0:08:25:18 318.24 2123.43 172 0:08:25:47 318.72 2125.76 173 0:08:26:16 319.20 2158.83 174 0:08:26:44 319.68 2154.47 175 0:08:27:13 320.16 2159.30 176 0:08:27:42 320.64 2175.89 177 0:08:28:11 321.12 138.07 178 0:08:28:40 321.60 2192.51 179 0:08:29:08 322.08 2190.8/ 180 0:08:29:37 322.56 2273.Ob 181 0:08:30:06 323.04 2225.68 182 0:08:30:35 323.52 2224.69 183 0:08:31:04 324.00 2252.18 184 0:08:31:32 324.48 138.78 185 0:08:32:01 324.96 2258.67 186 0:08:32:30 325.44 2342.29 187 0:08:32:59 325.92 2287.49 188 0:08:33:28 326.40 2291.43 189 0 : 08:33:56 326.88 2289.83 190 0:08:34:25 327.36 2288.53 191 0:08:34:54 327.84 139.54 192 0:08:35:23 328.32 2287.35 193 0:08:35:52 328.80 2286.75 194 0:08:36:20 329.28 2286.18 195 0:08:36:49 329.76 2284.93 196 0:08:37:18 330.24 2328.00 197 0:08:37:47 330.72 2325.35 198 0:08:38:16 331.20 139.87 199 0:08:38:44 331.68 2389.49 200 0:08:39:13 332.16 2357.98 START TIME :03:07:04 LEASE NAME :NAMARAH LEASE OWNER:CRUSADER OIL DATE : 7 / 10 / 87 START TIME :03:07:04 WELL NUMBER: 2 DEPTH :7871.8 FT TEST NUMBER: EMR * : trG * : TICKET # : 5 65478 62530 329894 POINT * TIME MIN. PSIA. uEG.F 201 0:08:39:42 332.64 2352.37 202 0:08:40:11 333.12 2451.90 203 0:08:40:40 333.60 2390.92 204 0:08:41:08 334.08. 2390.01 205 0:08:41:37 334.56 141.26 206 0:08:42:06 335.04 2420.91 207 0:08:42:35 335.52 2424.56 208 0:08:43:04 336.00 2422.91 209 0:08:43:32 336.48 2405.33 210 0:08:44:01 336.96 2473.39 211 0:08:44:30 337.44 2456.44 212 0:08:44:59 337.92 142.17 213 0:08:45:28 338.40 2454.60 214 0:08:45:56 338.88 2453.42 215 0:08:46:25 339.36 2452.42 216 0:08:46:54 339.84 2451.55 217 0:08:47:23 340.32 2450.85 218 0:08:47:52 340.80 245U.29 219 0:08:48:20 341.28 142.35 220 0:08:48:49 341.76 2449.48 221 0:08:49:18 342.24 2448.96 222 0:08:49:47 342.72 2448.61 223 0:08:50:16 343.20 2445.12 224 0:08:50:44 343.68 2541.60 225 0:08:51:13 344.16 2488.88 226 0:08:51:42 344.64 142.78 227 0:08:52:11 345.12 2523.93 228 0:08:52:40 345.60 2522.58 229 0:08:53:08 346.08 2541.92 230 0:08:53:37 346.56 2556.47 231 0:08:54:06 347.04 2555.29 232 0:08:54:35 347.52 2553.55 233 0:08:55:04 348.00 144.08 234 0:08:55:32 348.48 2589.67 235 0:08:56:01 348.96 2587.75 236 0:08:56:30 349.44 2617.72 237 0:08:56:59 349.92 2626.79 238 0:08:57:28 350.40 2621.44 239 0:08:57:56 350.88 2598.38 240 0:08:58:25 351.36 145.23 241 0:08:58:54 351.84 2653.52 242 0:08:59:23 352.32 2651.99 243 0:08:59:52 352.80 2754.47 244 0:09:00:20 353.28 2687.20
245 0:09:00:49 353.76 2685.35 246 0:09:01:18 354.24 2734.17 247 0:09:01:47 354.72 146.80 248 0:09:02:16 355.20 2720.17 249 0:09:02:44 355.68 2755.23 250 0:09:03:13 356.16 2753.52 COMMENTS HALLIBURTON SERVICES DkIlL SIEM lESTlNG LEASE NAME :NAMARAH LEASE OWNER:CRUSADER OIL DATE : 7 / 10 / 87 START TIME :03:07:04 WELL NUMBER: 2 DEPTH :7871.8 FT TEST NUMBER: EMR * : tKU * : TICKET * : 5 65478 62530 329894 POINT * TIME MIN. PSiA. DEG. F COMMENTS 251 0:09:03:42 356.64 2738.58 252 0:09:04:11 357.12 2813.70 253 0:09:04:40 357.60 2786.15 254 0:09:05:08 358. 08. 148.04 255 0:09:05:37 358.56 2860.10 256 0:09:06:06 359.04 2818.94 257 0:09:06:35 359.52 2860.58 258 0:09:07:04 360.00 2862.61 259 0:09:07:32 360.48 2851.37 260 0:09:08:01 360.96 2917.64 261 0:09:08:30 361.44 149.85 262 0:09:08:59 361.92 2884.53 263 0:09:09:28 362.40 2925.06 264 0:09:09:56 362.88 2915.47 265 0:09:10:25 363.36 2917.28 266 0:09:10:54 363.84 2935.57 267 0:09:11:23 364.32 2951.00 268 0:09:11:52 364.80 191.46 269 0:09:12:20 365.28 2948.84 270 0:09:12:49 365.76 2947.69 271 0:09:13:18 366.24 2946.85 272 0:09:13:47 366.72 2946.14 273 0:09:14:16 367.20 3026.82 274 0:09:14:44 367.68 2981.70 275 0:09:15:13 368.16 151.12 276 0:09:15:42 368.64 2998.76 277 0:09:16:11 369.12 3013.90 278 0:09:16:40 369.60 3067.71 279 0:09:17:08 370.08 3034.72 280 0:09:17:37 370.56 3049.75 281 0:09:18:06 371.04 3088.04 282 0:09:18:35 371.52 153.03 283 0:09:19:04 372.00 3082.95 284 0:09:19:32 372.48 3153.76 285 0:09:20:01 372.96 3114.12 286 0:09:20:30 373.44 3113.72 287 0:09:20:59 373.92 3217.95 288 0:09:21:28 374.40 3150.25 289 0:09:21:56 374.88 155.35 290 0:09:22:25 375.36 3227.44 291 0:09:22:54 375.84 3183.09 292 0:09:23:23 376.32 3177.39 293 0:09:23:52 376.80 3299.94 294 0:09:24:20 377.28 3214.03 295 0:09:24:49 377.76 3212.38 296 0:09:25:18 378.24 156.17 297 0:09:25:47 378.72 3281.94 298 0:09:26:16 379.20 3247.27 299 0:09:26:44 379.68 3221.77 300 0:09:27:13 380.16 3318.33 POINT / TIME MIN. PSI A. UtG. F COMMENTS 301 0:09:27:42 380.64 32/9.bb 302 0:09:28:11 381.12 3330.76 303 0:09:28:40 381.60 15b.87 304 0:09:29:08 382.08 . 3312.72 305 0:09:29:37 382.56 3311.69 306 0:09:30:06 383.04 3370.98 307 0:09:30:35 383.52 3327.02 308 0:09:31:04 384.00 3344.90 309 0:09:31:32 384.48 3343.92 310 0:09:32:01 384.96 156.97 311 0:09:32:30 385.44 3377.70 312 0:09:32:59 385.92 3377.61 313 0:09:33:28 386.40 3452.27 314 0:09:33:56 386.88 3411.74 315 0:09:34:25 387.36 3410.66 316 0:09:34:54 387.84 3493.65 317 0:09:35:23 388.32 157.24 318 0:09:35:52 388.80 3443.84 319 0:09:36:20 389.28 3589.68 320 0:09:36:49 389.76 3478.79 321 0:09:37:18 390.24 3563.16 322 0:09:37:47 390.72 3519.13 323 0:09:38:16 391.20 3510.59 324 0:09:38:44 391.68 158.09 325 0:09:39:13 392.16 3549.05 326 0:09:39:42 392.64 3544.06 327 0:09:40:11 393.12 3654.43 328 0:09:40:40 593.60 3579.29 329 0:09:41:08 394.08 3561.56 330 0:09:41:37 394.56 3656.87 331 0:09:42:06 395.04 IbU.11 332 0:09:42:35 395.52 3624.24 333 0:09:43:04 396.00 3688.22 334 0:09:43:32 396.48 3643.31 335 0:09:44:01 396.96 3641.73 336 0:09:44:30 397.44 3743.46 337 0:09:44:59 397.92 3676.26 338 0:09:45:28 398.40 IbO.90 339 0:09:45:56 398.88 3682.23 340 0:09:46:25 399.36 3709.11 341 0:09:46:54 399.84 3682.00 342 0:09:47:23 400.32 3771.67 343 0:09:47:52 400.80 3739.67 344 0:09:48:20 401.28 3738.31 345 0:09:48:49 401.76 161.91 346 0:09:49:18 402.24 37/6.97 347 0:09:49:47 402.72 3772.58 348 0:09:50:16 403.20 3817.84 349 0:09:50:44 403.68 3785.35 350 0:09:51:13 404.16 3804.56 LEASE NAME :NAMARAH
LEASE OWNER:CRUSADER OIL DATE : 7 / 10 / 87 START TIME :03:07:04 WELL NUMBER: 2 DEPTH :7871.8 Ff TEST NUMBER: EMR * : EPG * : TICKET / : 5 65478 62530 329894 POINT * TIME MIN. PSIA. DEG.F COMMENTS 351 0:09:51:42 404.64 3802.97 352 0:09:52:11 405.12 162.9b 353 0:09:52:40 405.60 3801.89 354 0:09:53:08 406. 08. 3857.48 355 0:09:53:37 406.56 3824.83 356 0:09:54:06 407.04 3837.03 357 0:09:54:35 407.52 3938.15 358 0:09:55:04 408.00 3871.28 353 0:09:55:32 408.48 183.95 360 0:09:56:01 408.96 3887.58 361 0:09:56:30 409.44 3904.40 362 0:09:56:59 409.92 3946.56 363 0:09:57:28 410.40 3959.76 364 0:09:57:56 410.88 3935.32 365 0:09:58:25 411.36 3933.55 366 0:09:58:54 411.84 165.13 367 0:09:59:23 412.32 4000.37 36S 0:09:59:52 412.80 3976.99 369 0:10:00:20 413.28 3966.16 370 0:10:00:49 413.76 4030.32 371 0:10:01:18 414.24 4009.30 372 0:10:01:47 414.72 3998.13 373 0:10:02:16 415.20 164.88 374 0:10:02:44 415.68 4049.41 375 0:10:03:13 416.16 4009.32 376 0:10:03:42 416.64 4030.57 377 0:10:04:11 417.12 4029.79 378 0:10:04:40 417.60 4084.07 379 0:10:05:08 418.08 4066.89 380 0:10:05:37 418.56 165.92 381 0:10:06:06 419.04 4085.74 382 0:10:06:35 419.52 4125.14 383 0:10:07:04 420.00 4097.21 384 0:10:07:32 420.48 4142.07 385 0:10:08:01 420.96 4153.60 386 0:10:08:30 421.44 4129.21 387 0:10:08:59 421.92 ibb.88 388 0:10:09:28 422.40 4190.30 389 0:10:09:56 422.88 4162.50 390 0:10:10:25 423.36 4161.81 391 0:10:10:54 423.84 4190.30 392 0:10:11:23 424.32 4224.59 393 0:10:11:52 424.80 4195.30 394 0:10:12:20 425.28 168.37 395 0:10:12:49 425.>6 4245.89 396 0:10:13:18 426.24 4273.26 397 0:10:13:47 426.72 4227.36 398 0:10:14:16 427.20 4243.69 399 0:10:14:44 427.68 4242.08 400 0:10:15:13 428.16 4227.95 LEASE NAME :NAMARAH LEASE OWNER:CRUSADER OIL DATE : 7 / 10 / 87 START TIME :03:07:04 WELL NUMBER: 2 DEPTH .7871.8 FT TEST NUMBER: EMR * : EPG * : TICKET / : 5 654 78 62530 329894 NAME :NAMARAH WELL NUMBER: 2 TEST NUMBER: 5 OWNERjCRUSADER OIL EMR * : 65478 : 7 / 10 / 87 EPU * : 62530 TIME :03:07:04 DEPTH :7871.8 FT TICKET * : 329894 # TIME MIN. PSIA. DEG.F COMMENTS 0:10:15:42 428.64 170.26 0:10:16:11 429.12 4227.83 0:10:16:40 429.60 4227.00 0:10:17:08 430.08’ 4226.32 0:10:17:37 430.56 4225.77 0:10:18:06 431.04 4225.31 0:10:18:35 431.52 4224.85 0:10:19:04 432.00 170.98 0:10:19:32 432.48 4224.80 0:10:20:01 432.96 4224.52 0:10:20:30 433.44 4224.20 0:10:20:59 433.92 4223.93 0:10:21:28 434.40 4223.70 0:10:21:56 434.88 4223.47 0:10:22:25 435.36 171.37 0:10:22:54 435.84 4223.40 0:10:23.-23 436.32 4223.17 0:10:23:52 436.80 4223.03 0:10:24:20 437.28 4222.80 0:10:24:49 437.76 4222.67 0:10:25:18 438.24 4222.39 0:10:25:47 438.72 171.68 0:10:26:16 439.20 4222.43 0:10:26:44 439.68 4222.25 0:10:27:13 440.16 4222.11 0:10:27:42 440.64 4221.93 0:10:28:11 441.12 4225.69 0:10:28:40 441.60 4232.75 0:10:29:08 442.08 171.94 0:10:29:37 442.56 4255.97 0 : 10 :30:06 443.04 4254.14 0:10:30:35 443.52 4258.13 0:10:31:04 444.00 4237.34 0:10:31:32 444.48 4233.76 0:10:32:01 444.96 4232.94 0:10:32:30 445.44 172.41 0:10:32:59 445.92 4232.03 0:10:33:28 446.40 4231.48 0:10:33:56 446.88 4230.97 0:10:34:25 447.36 4230.51 0:10:34:54 447.84 4230.15 0:10:35.-23 448.32 4229.78 0:10:35:52 448.80 172.81 0:10:36:20 449.28 4229.58 0:10:36:49 449.76 4229.30 0:10:37:18 450.24 4229.03 0:10:37:47 450.72 4228.80 0:10:38:16 451.20 4228.62 0:10:38:44 451.68 4228.43 0:10:39:13 452.16 173.10 LEASE NAME :NAMARAH LEASE OWNER:CRUSADER OIL DATE : 7 / 10 / 87 WELL NUMBER: 2
DEPTH :7871.8 FT TEST NUM8ER: 5 EMR * : 65478 EPG * t 62530 HCKET * : 329894 START TIME :03:07:04 POINT * TIME MIN. PSi A. DEO. F COMMENTS 451 O.-1O:39:42 452.64 4228.32 452 0:10:40:11 453.12 4228.14 453 0:10:40:40 453.60 4227.91 454 0:10:41:08 454.08- 4227.73 455 0:10:41:37 454.56 4227.64 456 0:10:42:06 455.04 4227.45 457 0:10:42:35 455.52 1/3.34 458 0:10:43:04 456.00 4227.40 459 0:10:43:32 456.48 4227.26 460 0:10:44:01 456.96 4227.07 461 0:10:44:30 457.44 4226.98 462 0:10:44:59 457.92 4226.84 463 0:10:45:28 458.40 4226.71 464 0:10:45:56 458.88 173.57 465 0:10:46:25 459.36 4226.68 466 0:10:46:54 459.84 4226.54 467 0:10:47:23 460.32 4226.40 468 0:10:47:52 460.80 4226.31 469 0:10:48:20 461.28 4248.15 470 0:10:48:49 461.76 4250.95 471 0:10:49:18 462.24 173.60 472 0:10:49:47 462.72 4236.43 473 0:10:50:16 463.20 4234.87 474 0:10:50:44 463.68 4234.00 475 0:10:51:13 464.16 4235.33 0:10:51:30 FIRST FLOW PERIOD 476 0:10:51:42 464.64 2532.69 477 0:10:52:11 465.12 2919.24 478 0:10:52:40 465.60 184.60 479 0:10:53:08 466.08 3172.55 480 0:10:53:37 466.56 2896.51 481 0:10:54:06 467.04 2680.67 482 0:10:54:35 467.52 2624.47 483 0:10:55:04 468.00 2591.91 484 0:10:55:32 468.48 2550.56 485 0:10:56:01 468.96 187.14 486 0:10:56:30 469.44 2756.66 0:10:56:45 FIRST CLOSED IN PERIOD 487 0:10:56:59 469.62 3375.77 488 0:10:57:28 470.40 3466.62 489 0:10:57:56 470.88 3519.53 490 0:10:58:25 471.36 3557.90 491 0:10:58:54 471.84 3587.73 492 0:10:59:23 472.32 193.75 493 0:10:59:52 472.80 3639.85 494 0:11:00:20 473.28 3657.84 495 0:11:00:49 473.76 3672.81 496 0:11:01:18 474.24 3685.44 497 0:11:01:47 474.72 3695.91 498 0:11:02:16 475.20 3704.44 HALLIBURTON SERVIClS DRILL STEM TES'llNG NAME jNAMARAH WELL NUMBER: 2 TEST NUMBER: 5 OWNER:CRUSADER OIL EMR # : 65478 : 7 / 10 / 87 EPG * 62530 TIME .-03:07:04 DEPTH :7871.8 FT TICKET * : 329894 / TIME MIN. PSIA. DEG.F COMMENTS 0:11:02:44 475.68 194.53 0:11:03:13 476.16 3717.37 0:11:03:42 476.64 3721.71 0:11:04:11 477.12' 3725.23 0:11:04:40 477.60 3/28.03 0:11:05:08 478.08 3730.61 0:11:05:37 478.56 3732.96 0:11:06:06 479.04 194.21 0:11:06:35 479.52 3736.99 0:11:07:04 480.00 3738.84 0:11:07:32 480.48 3740.74 0:11:08:01 480.96 3742.55 0:11:08:30 481.44 3744.26 0:11:08:59 481.92 3745.85 0:11:09:28 482.40 193.41 0:11:09:56 482.88 3748.24 0:11:10:25 483.36 3749.83 0:11:10:54 483.«4 3751.14 0:11:11:23 484.32 3752.27 0:11:11 :52 484.80 3753.53 0:11:12:20 485.28 3754.94 0:11:12:49 485.76 192.29 0:11:13:18 486.24 3756.54 0:11:13:47 486.72 3757.89 0:11:14:16 487.20 3759.29 0:11:14:44 487.68 3760.52 0:11:15:13 488.16 3761.74 0:11:15:42 488.64 3762.96 0:11:16:11 489.12 191.44 0:11:16:40 489.60 3764.60 0:11:17:08 490.08 3765.73 0:11:17:37 490.56 3767.00 0:11:18:06 491.04 3768.13 0:11:18:35 491.52 3769.26 0:11:19:04 492.00 3770.34 0:11:19:32 492.48 190.82 0:11:20:01 492.96 3771.84 0:11:20:30 493.44 3772.8S 0:11:20:59 493.92 3773.78 0:11:21:28 494.40 3774.91 0:11:21:56 494.88 3775.86 0:11:22:25 495.36 3776.90 0:11:22:54 495.84 190.31 0:11:23:23 496.32 3778.23 0:11:23:52 496.80 3779.18 0:11:24:20 497.28 3780.09 0:11:24:49 497.76 3780.99 0:11:25:18 498.24 3781.81 0:11:25:47 498.72 3782.58 0:11:26:16 499.20 189.91 LEASE NAME sNAMARAH WELL NUMBER: 2 TEST NUMBER: LEASE OWNER:CRUSADER OIL EMR * : DATE : 7 / 10 / 37 EPG * : START TIME :03:07:04 DEPTH :7b71.8 FT TICkET / 65478 62530 329894 POINT # TIME MIN. PS1A. DEG. F COMMENTS 549 0:11:26:44 499.68 3/83.96 550 0:11:27:13 500.16
3/84./3 551 0:11 :27:42 500.64 3785.55 552 0:11:28:11 501.12 3786.27 553 0:11:28:40 501.60 3787.13 554 0:11:29:08 502.08 3787.81 555 0:11:29:37 502.56 189.62 556 0:11:30:06 503.04 3788.98 557 0:11:30:35 503.52 3789.75 558 0:11:31:04 504.00 3/90.52 559 0:11:31:32 504.48 3791.20 560 0:11:32:01 504.96 3791.92 561 0:11:32:30 505.44 3792.60 562 0:11:32:59 505.92 189.33 563 0:11:33:28 506.40 3/83.69 564 0:11:33:56 506.88 3794.27 565 0:11:34:25 507.36 3795.04 566 0:11:34:54 507.84 3/95.68 567 0:11:35:23 508.32 3796.31 563 0:11:35:52 508.80 3796.94 569 0:11:36:20 509.28 169.08 570 0:11:36:49 509.76 3797.89 571 0:11:37:18 510.24 3798.57 572 0:11:37:47 510.72 3799.16 573 0:11:38:16 511.20 3799.70 574 0:11:38:44 511.68 3800.34 575 0:11:39:13 512.16 3800.93 576 0:11:39:42 512.64 188.8b 577 0:11:40:11 513.12 3801.81 578 0:11:40:40 513.60 3802.40 579 0:11:41:08 514.08 3803.07 580 0:11:41:37 514.56 3803.57 581 0:11:42:06 515.04 3804.07 582 0:11:42:35 515.52 3804.52 533 0:11:43:04 516.00 198.63 584 0:11:43:32 516.48 3805.40 585 0:11:44:01 516.96 3805.85 586 0:11:44:30 517.44 3806.J9 587 0:11:44:59 517.92 3806.98 588 0:11:45:28 518.40 3807.44 589 0:11:45:56 0:11:46:00 518.88 3807.25 2ND FLOW PERIOD 590 0:11:46.-25 519.36 186.95 591 0:11:46:54 519.84 2753.37 592 0:11:47:23 520.32 2708.97 593 0:11:47:52 520.80 2715.46 594 0:11:48:20 521.28 2724.67 595 0:11:48:49 521.76 2735.99 596 0:11:49:18 522.24 2753.06 597 0:11:49:47 522.72 181.57 LEASE NAME :NAMARAH LEASE OWNER : CRUSADER OIL DATE : 7 / 10 7 87 WELL NUMBER: i DEPTH s7871.8 FT TEST NUMBER: 5 tMK * : 65478 EpG * : 62530 TICKET / : 329894 POINT * TIME MIN. PSI A. UEG. F 598 0 : 11 :5O:16 523.20 2806.09 599 0:11:50:44 523.68 2833.10 600 0.-11:51:13 524.16 2861.88 601 0 : 11 :51t 42 524.64- 2891.97 602 0 : 11:52:11 525.12 2922.b7 603 0:11:52:40 525.60 2952.46 604 0:11:53:08 526.08 195.80 605 0:11:53:37 526.56 3015.15 606 0:11:54:06 527.04 3042.98 607 0:11:54:35 527.52 3069.77 608 0:11:55:04 528.00 3095.17 609 0:11:55:32 528.48 3119.17 610 0:11:56:01 528.96 3141.71 611 0:11:56:30 529.44 197.36 612 0 : 11:56:59 529.92 3183.11 613 0:11:57;28 530.40 3200.32 614 0:11:57:56 530.88 3216.11 615 0:11:58:25 531.36 3230.89 616 0:11:58:54 531.84 32*14.33 617 0:11.-59:23 532.32 3257.03 618 0:11:59:52 532.80 197.16 619 0:12:00:20 533.28 3278.45 620 0:12:00:49 533.76 3288.04 621 0:12:01:18 534.24 3296.82 622 0:12:01:47 534.72 3304.67 623 0:12:02:16 535.20 3311.95 624 0:12:02:44 535.68 3318.10 625 0:12:03:13 536.16 196.36 626 0:12:03:42 5o6.b4 3328.36 627 0:12:04:11 537.12 3332.51 628 0:12:04:40 537.60 3336.66 629 0:12:05:08 538.08 3340.77 630 0:12:05:37 538.56 3344. /0 631 0:12:06:06 539.04 3348.32 632 0:12:06:35 539.52 195.58 633 0:12:07:04 540.00 3352.21 634 0 : 12:07:32 540.48 3354.35 635 0:12:08:01 540.96 3357.57 636 0:12:08:30 541.44 3359.53 637 0:12:08:59 541.92 3361.14 638 0:12:09:28 542.40 3362.39 639 0:12:09:56 542.88 195.13 640 0:12:10:25 543.36 3365.81 641 0:12:10:54 543.8*1 3367.55 642 0:12:11:23 544.32 3369.52 643 0:12:11:52 544.80 3370.99 644 0:12:12:20 545.28 3372.56 645 0:12:12:49 545.76 3374.12 646 0:12:13:18 546.24 195.15 647 0:12:13:47 546.72 3376.42 START TIME :03:07:04 COMMENTS LEASE NAME iNAMARAH LEASE OWNER:CRUSADER OIL DATE : 7 / 10 / 87 START TIME :03:07:04 WELL NUMBER.- 2 DEPTH : 7871.8 FT TEST NUMBER: 5 EMR * : 65478 EPG * TICKET # : 62530 : 329894 POINT * TIME MIN. PblA. DE6.F COMMENTS 648 0:12:14:16 547.2U 3377.85 649 0:12:14:44 547.b8 33/9.50 650 0:12:15:13 548.16 3380.94 651 0:12:15:42 548.64-
3382.37 652 0:12:16:11 549.12 3383.80 653 0:12:16:40 549.60 194.62 654 0:12:17:08 550.08 3386.28 655 0:12:17:37 550.56 3387.54 656 0:12:18:06 551.04 3388.92 657 0:12:18:35 551.52 3389.95 658 0:12:19:04 552.00 3390.98 659 0:12:19:32 552.48 3391.92 0:12:20:00 2ND CLOSED IN PERIOD 660 0:12:20:01 552.96 194.44 661 0:12:20:30 553.44 3395.46 662 0:12:20:59 553.92 3396.94 663 0:12:21:28 554.40 3398.59 664 0:12:21:56 554.88 3400.02 665 0:12:22:25 555.36 3401.32 666 0:12:22:54 555.84 3402.80 667 0:12:23:23 556.32 193.93 668 0:12:23:52 556.80 3406.20 669 0:12:24:20 557.28 4253.39 670 0:12:24:49 557.76 4190.70 671 0:12:25:18 558.24 4190.61 672 0:12:25:47 558.72 4195.10 673 0:12:26:16 559.20 4207.69 674 0:12:26:44 559.68 181.91 675 0 : 12:27:13 560.16 4208.93 676 0:12:27:42 560.64 4214.20 677 0:12:28:11 561.12 4217.78 678 0:12:28:40 561.60 4220.90 679 0:12:29:08 562.08 4221.49 680 0:12:29:37 562.56 4221.68 681 0:12:30:06 563.04 179.08 682 0:12:30:35 563.52 4221.45 683 0:12:31:04 564.00 4223.74 684 0:12:31:32 564.48 4225.58 685 0:12:32:01 564.96 4225.12 686 0:12:32:30 565.44 4227.27 687 0:12:32:59 565.92 4225.03 688 0:12:33:28 566.40 179.11 689 0:12:33:56 566.88 4226.65 690 0:12:34:25 567.36 4223.62 691 0:12:34:54 567.84 4227.43 692 0:12:35:23 568.32 4227.43 693 0:12:35:52 568.80 4227.52 694 0:12:36:20 569.28 4227.56 695 0:12:36:49 569.76 179.25 NAME :NAMARAH WELL NUMBER: 2 TEST NUMBER: 5 OWNER:CRUSADER OIL EMR * : 65478 : 7 / 10 / 87 EPG * : 62530 TIME :03:07:04 DEPTH i 7871.8 FT TICKET / : 329894 # TIME MIN. PSIA. DEG.F COMMENTS 0:12:37:18 570.24 4228.01 0:12:37:47 570.72 4227.74 0:12:38:16 571.20 4229.16 0:12:38:44 571.68 4228.20 0:12:39:13 572.16 4228.20 0:12:39:42 572.64 4228.61 0:12:40:11 573.12 179.32 0:12:40:40 573.60 4230.88 0:12:41:08 574.08 4228.54 0 : 12 : 41:37 574.56 4229.23 0:12:42:06 575.04 4228.68 0:12:42:35 575.52 4228.40 0:12:43:04 576.00 4227.85 0:12:43:32 576.48 179.02 0:12:44:01 576.96 4228.55 0:12:44:30 577.44 4228.82 0:12:44:59 577.92 4230.66 0:12:45:28 578.40 423Q.Q6 0:12:45:56 578.88 4229.78 0:12:46:25 579.36 4229.42 0:12: 46:54 579.84 1/8.82 0:12:47:23 580.32 4229.41 0:12:47:52 580.80 4229.05 0:12:48:20 581.28 4229.78 0:12:48:49 581.76 4231.25 0:12:49:18 582.24 4148.16 0:12:49:47 582.72 4199.76 0:12:50:16 583.20 1/8.58 0:12:50:44 583.68 4216.54 0:12:51:13 584.16 4222.55 0:12:51:42 584.64 4225.99 0:12:52:11 585.12 4226.45 0:12:52:40 585.60 4226.45 0:12:53:08 586.08 4229.34 0:12:53:37 586.56 178.56 0:12:54:06 587.04 4229.04 0 : 12:54:35 587.52 4225.28 0:12:55:04 588.00 4405.20 0:12:55:32 588.48 4460.88 0:12:56:01 588.96 4494.73 0:12:56:30 589.44 4220.47 0:12:56:59 589.92 1/8.54 0:12:57:28 590.40 4250.40 0:12:57:56 590.88 4241.14 0:12:58:25 591.36 4232.74 0:12:58:54 591.84 4228.80 0:12:59:23 592.32 4227.84 0:12:59:52 592.80 4227.61 0:13:00:20 593.28 178.50 0:13:00:49 593.76 4226.84 POINT * TIME MIN. PSIA. DEG. F COMMENTS 746 0:13:01:18 594.24 4226.84 747 0:13:01:47 594.72 4226.97 748 0:13:02:16 595.20 4226.61 749 0:13:02:44 595.68• 4226.88 750 0:13:03:13 596.16 4227.06 751 0:13:03:42 596.64 178.45 752 0:13:04:11 597.12 4226.65 753 0:13:04:40 597.60 4226.24 754 0:13:05:08 598.08 4226.05 755 0:13:05:37 598.56 4227.34 756 0:13:06:06 599.04 4226.51 757 0:13:06:35 599.52 4226.51 758 0:13:07:04 600.00 1/8.40 759 0:13:07:32 600.48 4230.78 760 0:13:08:01 600.96 4230.50 761 0:13:08:30 601.44 4229.49 762 0:13:08:59 601.92 4229.72 763 0:13:09:28 602.40 4230.13 764 0:13:09:56 602.88 4230.46 765 0:13:10:25 603.36
1/8.36 766 0:13:10:54 603.84 4231.38 767 0:13:11:23 604.32 4233.54 768 0:13:11:52 604.80 4233.26 769 0:13:12:20 605.28 4231.89 770 0:13:12:49 605.76 4232.85 771 0 : 13:13:18 606.24 4229.37 772 0:13:13:47 606.72 178.34 773 0:13:14:16 607.20 4234.76 774 0:13:14:44 607.68 4235.27 775 0:13:15:13 608.16 4228.25 776 0:13:15:42 608.64 4226.64 777 0:13:16:11 609.12 4228.48 778 0:13:16:40 609.60 4228.57 779 0:13:17:08 610.08 178.31 780 0:13:17:37 610.56 4228.45 781 0:13:18:06 611.04 4229.14 782 0:13:18:35 611.52 4230.01 783 0:13:19:04 612.00 4229.82 784 0 : 13:19:32 612.48 4229.04 785 0:13:20:01 612.96 4228.77 786 0:13:20:30 613.44 178.29 787 0:13:20:59 613.92 4228.38 788 0:13:21:28 614.40 4230.36 789 0:13:21:56 614.88 4233.43 790 0:13:22:25 615.36 4233.98 791 0:13:22:54 615.84 4224.49 792 0:13:23:23 616.32 4236.27 793 0:13:23:52 616.80 178.27 794 0:13:24:20 617.28 4228.60 795 0:13:24:49 617.76 4238.83 LEASE NAME sNAMARAH LEASE OWNER:CRUSADER OIL DATE : 7 / 10 / 87 START TIME :03:07:04 WELL NUMBER: 2 DEPTH :7871.8 FT TEST NUMBER: 5 EMR * EPu * : 65478 : 62530 TICKET * : 329894 LEASE NAME sNAMARAH WELL NUMBER: 2 TEST NUMBER: 5 LEASE OWNER:CRUSADER OIL EMR * : 65478 DATE : 7 / 10 / 87 EPG / : 62530 START TIME :03:07:04 DEPTH :7871.8 FT TICKET / t 329894 POINT / TIME MIN. PSIA. DEG.F COMMENTS 796 0:13:25:18 618.24 4240.98 797 0:13:25:47 618.72 4245.39 798 0 : 13:26:16 619.20 4238.60 799 0:13:26:44 619.68’ 4241.21 800 0:13:27:13 620.16 178.27 801 0:13:27:42 620.64 4239.48 802 0:13:28:11 621.12 4238.41 803 0:13:28:40 621.60 4238.55 804 0:13:29:08 622.08 4238.59 805 0 : 13:29:37 622.56 4237.63 806 0:13:30:06 623.04 4235.38 807 0:13:30:35 623.52 178.50 808 0:13:31:04 624.00 4225.37 809 0:13:31:32 624.48 4220.97 810 0:13:32:01 624.96 4222.11 811 0:13:32:30 625.44 4222.52 812 0:13:32:59 625.92 4225.83 813 0:13:33:28 626.40 4226.19 314 0:13:33:56 626.88 178.48 815 0:13:34:25 627.36 4225.22 816 0:13:34:54 627.84 4226.68 817 0:13:35:23 628.32 4229.34 818 0:13:35:52 628.80 4229.07 819 0:13:36:20 629.28 4229.11 820 0:13:36:49 629.76 4230.12 821 0:13:37:18 630.24 178.47 822 0:13:37:47 630.72 4230.57 823 0:13:38:16 631.20 4230.16 824 0:13:38:44 b31.68 4230.71 825 0:13:39:13 632.16 4232.68 826 0:13:39:42 632.64 4232.08 827 0:13:40:11 633.12 4231.85 828 0:13:40:40 633.60 178.48 829 0:13:41:08 634.08 4230.39 830 0:13:41:37 634.56 4233.23 831 0:13:42:06 635.04 4233.97 832 0:13:42:35 635.52 4233.37 833 0:13:43:04 636.00 4233.00 834 0:13:43:32 636.48 4234.01 835 0:13:44:01 636.96 178.51 836 0 : 13:44:30 637.44 4234.08 337 0:13:44:59 637.92 4233.17 838 0:13:45:28 638.40 4232.81 839 0:13:45:56 638.88 4234.87 840 0 : 13:46:25 639.36 4234.96 841 0:13:46:54 639.84 4232.48 842 0:13:47:23 640.32 178.5to 343 0:13:47:52 640.80 4235.05 844 0:13:48:20 641.28 4234.50 845 0:13:48:49 641.76 4234.08 LEASE NAME :NAMARAH LEASE OWNER:CRUSADER OIL DATE : 7 / 10 / 87 WELL NUMBER: 2 DEPTH :7871.8 FT fEsF NUMBER: 5 EMR / : 65478 EPG * : 62530 TICKET / } 329894 START TIME :03:07:04 POINT # TIME MIN. PSIA. DEG.F COMMENTS 846 0:13:49:18 642.24 4233.99 847 0:13:49:47 642.72 4235.69 848 0:13:50:16 643.20 4249.41 849 0:13:50:44 643.68 178.46 850 0:13:51:13 644.16 4234.82 851 0:13:51:42 644.64 3899.85 852 0:13:52:11 645.12 3764.89 853 0:13:52:40 645.60 3695.11 854 0:13:53:08 646.08 3697.28 855 0:13:53:37 646.56 3698.18 856 0:13:54:06 647.04 177.98 857 0:13:54:35 647.52 3697.34 858 0:13:55:04 648.00 3697.92 859 0:13:55:32 648.48 3698.38 860 0:13:56:01 648.96 3698.42 861 0:13:56:30 649.44 3698.60
862 0:13:56:59 649.92 3698.74 863 0:13:57:28 650.40 178.12 864 0:13:57:56 650.88 3699.32 865 0:13:58:25 651.36 3699.46 866 0:13:58:54 651.84 3699.55 867 0:13:59:23 652.32 3699.64 368 0:13:59:52 652.80 3699.73 869 0:14:00:20 653.28 3699.50 870 0:14:00:49 653.76 178.24 871 0:14:01:18 654.24 3700.42 872 0:14:01:47 654.72 3700.60 873 0:14:02:16 655.20 3700.69 874 0:14:02:44 655.68 3700.82 875 0:14:03:13 656.16 3700.96 876 0:14:03:42 656.64 3701.09 877 0:14:04:11 657.12 178.41 878 0:14:04:40 657.60 4235.74 879 0:14:05:08 658.08 4220.79 880 0:14:05:37 658.56 4218.04 881 0:14:06:06 659.04 4219.42 882 0:14:06:35 659.52 4219.55 883 0:14:07:04 660.00 4220.88 884 0:14:07:32 660.48 178.90 885 0:14:08:01 660.96 4221.88 886 0:14:08:30 661.44 4224.45 887 0:14:08:59 661.92 4223.16 888 0:14:09:28 662.40 4219.86 889 0:14:09:56 662.88 4222.38 890 0:14:10:25 663.36 4220.18 891 0:14:10:54 663.84 179.15 892 0:14:11:23 664.32 4222.01 893 0:14:11:52 664.80 4219.31 894 0:14:12:20 665.28 4215.82 895 0:14:12:49 665.76 4204.73 LEASE NAME sNAMARAH LEASE OWNER:CRUSADER OIL DATE : 7 / 10 / 87 START TIME :03:07:04 WELL NUMBER: 2 DEPTH : 7871.8 FT TEST NUMBER: 5 EMR * EPu * TICKET * t 65478 : 62530 : 329894 POINT / TIME MIN. PSIA. DEG.F 896 0:14:13:18 666.24 4225.68 897 0:14:13:47 666.72 4235.26 898 0:14:14:16 667.20 179.19 899 0:14:14:44 667.68 • 4240.75 900 0:14:15:13 668.16 4240.84 901 0:14:15:42 668.64 4241.95 902 0:14:16:11 669.12 4241.95 903 0.-14:16:40 669.60 4241.44 904 0:14:17:08 670.08 4240.80 905 0:14:17:37 670.56 178.84 906 0:14:18:06 671.04 4240.67 907 0:14:18:35 671.52 4243.10 908 0:14:19:04 672.00 4222.65 909 0:14:19:32 672.48 4223.52 910 0:14:20:01 672.96 4221.92 911 0:14:20:30 673.44 4220.40 912 0:14:20:59 673.92 178.53 913 0:14:21:28 674.40 4219.39 914 0:14:21:56 674.88 4222.55 915 0:14:22:25 675.36 4220.86 916 0:14:22:54 675.84 4223.15 917 0:14:23:23 676.32 4221.91 918 0:14:23:52 676.80 4224.34 919 0:14:24:20 677.28 178.43 920 0:14:24:49 677.76 4223.70 921 0:14:25:18 678.24 4224.76 922 0:14:25:47 678.72 4222.42 923 0:14:26:16 679.20 4226.59 924 0:14:26:44 679.68 4224.43 925 0:14:27:13 680.16 4228.61 926 0:14:27:42 680.64 178.33 927 0:14:28:11 681.12 4227.60 928 0:14:28:40 681.60 4229.85 929 0:14:29:08 682.08 4228.52 930 0:14:29:37 682.56 4229.75 931 0:14:30:06 683.04 4230.12 932 0:14:30:35 683.52 4232.41 933 0:14:31:04 684.00 178.24 934 0:14:31:32 684.48 4235.96 935 0:14:32:01 684.96 4234.67 936 0:14:32:30 685.44 4236.92 937 0:14:32:59 685.92 4235.54 938 0:14:33:28 686.40 4234.90 939 0:14:33:56 686.88 4236.60 94 0 0:14:34:25 687.36 178.14 941 0:14:34:54 687.84 4239.12 942 0:14:35:23 688.32 4458.33 943 0:14:35:52 688.80 4393.40 944 0:14:36:20 689.28 4434.15 945 0:14:36:49 689.76 4403.63 COMMENTS WELL NUMBER: 2 TEST NUMBER: 5 EMR * : 65478 EPG * : 62530 DEPTH : 7871.8 r T TICKET # i 329894 COMMENTS LEASE NAME :NAMARAH LEASE OWNER:CRUSADER OIL DATE : 7 / 10 / 87 START TIME :03:07:04 POINT * TIME MIN. PSIA. uEG.F 946 0:14:37:18 690.24 4539.48 947 0:14:37:47 690.72 178.14 948 0:14:38:16 691.20 4452.47 949 0:14:38:44 691.68 44b7.93 950 0:14:39:13 692.16 4463.78 951 0:14:39:42 692.64 4463.54 952 0:14:40:11 693.12 4449.93 953 0:14:40:40 693.60 4413.40 954 0:14:41:08 694.08 177.94 955 0:14:41:37 694.56 4251.33 956 0:14:42:06 695.04 4235.82 957 0:14:42:35 695.52 4232.66 958 0:14:43:04 696.00 4227.15 959 0:14:43:32 696.48 4228.12 960 0:14:44:01 696.96 4231.92 961 0:14:44:30 697.44 177.64 962 0:14:44:59 697.92 4233.94 963 0:14:45:28 698.40
4234.22 964 0:14:45:56 698.88 4234.22 965 0:14:46:25 699.36 4233.90 966 0:14:46:54 699.84 4233.57 967 0:14:47:23 700.32 4233.25 968 0:14:47:52 700.80 1/7.36 969 0:14:48:20 701.28 4268.20 970 0:14:48:49 701.76 4280.46 971 0:14:49:18 702.24 4283.90 972 0:14:49:47 702.72 4283.90 973 0:14:50:16 703.20 4269.53 974 0:14:50:44 703.68 4269.07 975 0:14:51:13 704.16 177.16 976 0:14:51:42 704.64 4277.99 977 0:14:52:11 705.12 4277.39 978 0:14:52:40 705.60 4277.30 979 0:14:53:08 706.08 4276.70 980 0:14:53:37 706.56 4275.19 981 0:14:54:06 707.04 4275.88 982 0:14:54:35 707.52 176.99 983 0:14:55:04 708.00 4270.95 984 0:14:55:32 708.48 4269.34 985 0:14:56:01 708.96 4286.52 986 0:14:56:30 709.44 4262.96 987 0:14:56:59 709.92 4272.92 988 0:14:57:28 710.40 4272.10 989 0:14:57:56 710.88 177.17 990 0:14:58:25 711.36 4271.66 991 0:14:58:54 711.84 4266.10 992 0:14:59:23 712.32 4255.91 993 0:14:59:52 712.80 4260.82 994 0:15:00:20 713.28 4265.69 995 0:15:00:49 713.76 4264.68 LEASE NAME :NAMARAH LEASE OWNER:CRUSADER OIL DATE : 7 / 10 / 87 START TIME :03:07:04 WELL NUMBER: t DEPTH :7871.8 F T TEST NUMBER: EMR * : EPG / : TICKET / : 5 65478 62530 329894 POINT * TIME MIN. PSIA. DEu.F COMMENTS 996 0:15.-01:18 714.24 1 / 7.36 997 0:15:01:47 714.72 4265.63 998 0:15:02:16 715.20 4267.92 999 0:15:02:44 715.68’ 4265.12 1000 0:15:03:13 716.16 4268.93 1001 0:15:03:42 716.64 4262.92 1002 0:15:04:11 717.12 4262.87 1003 0:15:04:40 717.60 1/7.41 1004 0:15:05:08 718.08 4259.93 1005 0:15:05:37 718.56 4257.59 1006 0:15:06:06 719.04 4260.90 1007 0:15:06:35 719.52 4260.81 1008 0:15:07:04 720.00 4262.69 1009 0:15:07:32 720.48 4257.87 1010 0:15:08:01 720.96 177.86 1011 0:15:08:30 721.44 4261.03 1012 0:15:08:59 721.92 4259.70 1013 0:15:09:28 722.40 4260.30 1014 0:15:09:56 722.88 4261.95 1015 0:15:10:25 723.36 4259.70 1016 0:15:10:54 723.84 4255.25 1017 0:15:11:23 724.32 177.56 1018 0:15:11:52 724.80 4261.17 1019 0:15:12:20 725.28 4252.59 1020 0:15:12:49 725.76 4259.29 1021 0:15:13:18 726.24 4254.06 1022 0:15:13:47 726.72 4256.86 1023 0:15:14:16 727.20 4261.45 1024 0:15:14:44 727.68 1/7.56 1025 0:15:15:13 728.16 4254.84 1026 0:15:15:42 728.64 4254.15 1027 0:15:16:11 729.12 4257.05 1028 0:15:16:40 729.60 4259.71 1029 0:15:17:08 730.08 4260.30 1030 0:15:17:37 730.56 4254.89 1031 0:15:18:06 731.04 1/7.46 1032 0:15:18:35 731.52 4256.50 1033 0:15:19:04 732.00 4252.69 1034 0:15:19:32 732.48 4252.46 1035 0:15:20:01 732.96 4250.07 1036 0:15:20:30 733.44 4256.31 1037 0:15:20:59 733.92 4256.31 1038 0:15:21:28 734.40 177.23 1039 0:15:21:56 734.88 4248.85 1040 0:15:22:25 735.36 4250.55 1041 0:15:22:54 735.84 4257.71 1042 0:15:23:23 736.32 4246.46 1043 0:15:23:52 736.80 4251.60 1044 0:15:24:20 737.28 4254.03 1045 0:15:24:49 737.76 177.28 NAME :NAMARAH OWNER:CRUSADER OIL : 7 I 10 / 87 TIME :03:07:04 WELL NUMBER: 2 DEPTH :7871.8 FT TEST NUMBER: EMR # : EPG / : TICKET * : 5 65478 62530 329894 / TIME MIN. PSIA. DEG.F COMMENTS 0:15:25:18 738.24 4255.51 0:15:25:47 738.72 4254.82 0:15:26:16 739.20 4254.36 0:15:26:44 739.68- 4251.70 0:15:27:13 740.16 4255.60 0:15:27:42 740.64 4247.98 0:15:28:11 741.12 1/7.46 0:15:28:40 741.60 4257.60 0:15:29:08 742.08 4251.54 0:15:29:37 742.56 4249.06 0:15:30:06 743.04 4254.75 0:15:30:35 743.52 4257.32 0:15:31:04 744.00 4254.66 0 : 15:31:32 744.48 177.40 0:15:32:01 744.96 4251.53 0:15:32:30 745.44 4253.64 0:15:32:59 745.92 4250.29 0:15:33:28 746.40 4249.88 0:15:33:56 746.88 4256.17 0:15:34:25 747.36 4246.30 0:15:34:54 747.84 177.29 0:15:35:23 748.32 4254.50 0 : 15:35:52 748.80 4255.10
0:15:36:20 749.28 4253.86 0:15:36:49 749.76 4244.73 0:15:37:18 750.24 4258.45 0:15:37:47 750.72 4244.82 0:15:38:16 751.20 177.41 0:15:38:44 751.68 4249.57 0:15:39:13 752.16 4257.00 0:15:39:42 752.64 4255.35 0:15:40:11 753.12 4256.04 0:15:40:40 753.60 4251.49 0:15:41:08 754.08 4252.36 0:15:41:37 754.56 177.16 0:15:42:06 755.04 4254.02 0:15:42:35 755.52 4249.39 0:15:43:04 756.00 4253.89 0:15:43:32 756.48 4249.98 0:15:44:01 756.96 4249.71 0:15:44:30 757.44 4246.50 0:15:44:59 757.92 177.15 0:15:45:28 758.40 4246.95 0:15:45:56 758.88 4245.20 0:15:46:25 759.36 4255.25 0:15:46:54 759.84 4251.26 0:15:47:23 760.32 4255.25 0:15:47:52 760.80 4248.19 0:15:48:20 761.28 176.96 0:15:48:49 761.76 4253.29 NAME :NAMARAH WELL NUMBER: 2 TEST NUMBER: 5 OWNERsCRUSADER OIL EMR * : 65478 : 7/10/87 EPG / : 62530 TIME :03:07:04 DEPTH :7871.8 FT 11CKET / : 329894 / TIME MIN. PSIA. DEG.F COMMENTS 0:15:49:18 762.24 4251.64 0:15:49:47 762.72 4245.63 0:15:50:16 763.20 4251.59 0:15:50:44 763.68- 4244.76 0:15:51:13 764.16 4246.96 0:15:51:42 764.64 177.13 0:15:52:11 765.12 4250.18 0:15:52:40 765.60 4252.75 0:15:53:08 766.08 4235.82 0:15:53:37 766.56 4241.83 0:15:54:06 767.04 4250.08 0:15:54:35 767.52 4248.99 0:15:55:04 768.00 17/.21 0:15:55:32 768.48 4249.61 0:15:56:01 768.96 4243.97 0:15:56:30 769.44 4247.32 0:15:56:59 769.92 4246.26 0:15:57:28 770.40 4246.95 0:15:57:56 770.88 4248.93 0:15:58:25 771.36 177.31 0:15:58:54 771.84 4245.57 0:15:59:23 772.32 4246.21 0:15:59:52 772.80 4250.85 0:16:00:20 773.28 4252.64 0:16:00:49 773.76 4252.00 0:16:01:18 774.24 4242.96 0:16:01:47 774.72 177.07 0:16:02:16 775.20 4242.88 0:16:02:44 775.68 4236.05 0:16:03:13 7/6.16 4234.30 0:16:03:42 776.64 4232.01 0:16:04:11 777.12 4227.10 0:16:04:40 777.60 4221.33 0:16:05:08 778.08 17 / .57 0:16:05:37 778.56 4217.51 0:16:06:06 779.04 4219.11 0:16:06:35 779.52 4212.06 0:16:07:04 780.00 4209.40 0:16:07:32 780.48 4211.32 0:16:08:01 780.96 4214.76 0:16:08:30 781.44 177.54 0:16:08:59 781.92 4207.63 0:16:09:28 782.40 4211.02 0:16:09:56 782.88 4212.72 0:16:10:25 783.36 4211.30 0:16:10:54 783.84 4211.67 0:16:11:23 784.32 4211.48 0:16:11:52 784.80 1/7.38 0:16:12:20 785.28 4211.06 0:16:12:49 785.76 4212.12 LEASE NAME :NAMARAH LEASE OWNER:CRUSADER OIL DATE : 7 / 10 / 87 WELL NUMBER: 2 DEPTH :7871.8 FT TEbl NUMBER: EMR * : EPG * t TICKET » : 5 65478 62530 329894 POINT # TIME MIN. PSIA. DEG. F 1146 0:16:13:18 786.24 4212.48 1147 0:16:13:47 786.72 4213.63 1148 0:16:14:16 787.20 4214.27 1149 0:16:14:44 787.68‘ 4212.90 1150 0:16:15:13 788.16 1/7.31 1151 0:16:15.-42 788.64 4216.04 1152 0:16:16:11 789.12 4216.59 1153 0:16:16:40 789.60 4218.19 1154 0:16:17:08 790.08 4218.93 1155 0:16:17:37 790.56 4214.76 1156 0:16:18:06 791.04 4229.89 1157 0:16:18:35 791.52 177.45 1158 0:16:19:04 792.00 4224.56 1158 0:16:19:32 792.48 4226.71 1160 0:16:20:01 792.96 4228.18 1161 0:16:20:30 793.44 4219.01 1162 0:16:20:59 793.92 4230.42 1163 0:16:21:28 794.40 4229.60 1164 0:16:21:56 794.88 177.50 1165 0:16:22:25 795.36 4231.90 1166 0:16:22:54 795.84 4232.45 1167 0:16:23:23 796.32 4232.58 1168 0:16:23:52 796.80 4233.55 1169 0:16:24:20 797.28 4244.60 1170 0:16:24:49 797.76 4246.99 1171 0:16:25:18 798.24 177.61 1172 0:16:25:47 798.72 4239.83 1173 0:16:26:16 799.20 4240.25 1174 0:16:26:44 799.68 4240.43 1175 0:16:27:13 800.16 4240.84 1176 0:16:27:42 800.64 4241.30 1177 0:16:28:11 801.12 4230.39 1178 0:16:28:40 801.60
177.67 1179 0:16:29:08 802.08 4243.88 1180 0:16:29:37 802.56 4243.01 1181 0:16:30:06 803.04 4243.15 1182 0:16:30:35 803.52 4247.10 1183 0:16:31:04 804.00 4247.51 1184 0:16:31:32 804.48 4244.11 1185 0:16:32:01 804.96 177.72 1186 0:16:32:30 805.44 4244.80 1187 0:16:32:59 805.92 4244.84 1188 0:16:33:28 806.40 4224.71 1189 0:16:33:56 806.88 4222.00 1190 0:16:34:25 807.36 4222.10 1191 0:16:34:54 807.84 4223.15 1192 0:16:35:23 808.32 177.74 1193 0:16:35:52 808.80 4223.08 1194 0:16:36:20 809.28 4223.26 1195 0:16:36:49 809.76 4215.97 START TIME :03:07:04 COMMENTS NAME sNAMARAH WELL NUMBER: 2 TEST NUMBER: 5 OWNER:CRUSADER OIL EMR * : 65478 : 7 / 10 / 87 EPU * : 62530 TIME :03:07:04 DEPTH :/871.8 Fl TICKET / : 329894 # TIME MIN. PSIA. DEG.F COMMENTS 0:16:37:18 810.24 4224.36 0:16:37:47 810.72 4224.18 0:16:38:16 811.20 4220.47 0:16:38:44 811.68 • 177.72 0:16:39:13 812.16 4211.97 0:16:39:42 812.64 4209.54 0:16:40:11 813.12 4207.94 0:16:40:40 813.60 4220.95 0:16:41:08 814.08 4227.10 0:16:41:37 814.56 4226.96 0:16:42:06 815.04 177.68 0:16:42:35 815.52 4217.11 0:16:43:04 816.00 4214.72 0:16:43:32 816.48 4241.73 0:16:44:01 816.96 4253.11 0:16:44:30 817.44 4252.74 0:16:44:59 817.92 4254.40 0:16:45:28 818.40 177.21 0:16:45:56 818.88 4252.28 0:16:46:25 819.36 4250.30 0:16:46:54 819.84 4266.46 0:16:47:23 820.32 4250.94 0:16:47:52 820.80 4250.67 0:16:48:20 821.28 4250.30 0:16:48:49 821.76 177.12 0:16:49:18 822.24 4245.54 0:16:49:47 822.72 4259.63 0:16:50:16 823.20 4253.52 0:16:50:44 823.68 4154.31 0:16:51:13 824.16 4250.68 0:16:51:42 824.64 4259.58 0:16:52:11 825.12 175.69 0:16:52:40 825.60 4250.91 0:16:53:08 826.08 4251.05 0:16:53:37 826.56 4251.42 0:16:54:06 827.04 4257.39 0:16:54:35 827.52 4254.03 0:16:55:04 828.00 4253.25 0:16:55:32 828.48 176.26 0:16:56:01 828.96 4252.89 0:16:56:30 829.44 4258.49 0:16:56:59 829.92 4255.19 0:16:57:28 830.40 4253.44 0:16:57:56 830.88 4252.94 0:16:58:25 831.36 4246.15 0:16:58:54 831.84 176.56 0:16:59:23 832.32 4250.54 0:16:59:52 832.80 4249.86 0:17:00:20 833.28 4249.35 0:17:00:49 833.76 4251.05 POINT # TIME MIN. PS1H. UE6.F COMMENTS 1246 0:17:01:18 834.24 4255.18 1247 0:17:01:47 834.72 4255.55 1248 0:17:02:16 835.20 1/6.41 1249 0:17:02:44 835.68‘ 4253.95 1250 0:17:03:13 836.16 4256.79 1251 0:17:03:42 836.64 4252.11 1252 0:17:04:11 837.12 4250.96 1253 0:17:04:40 837.60 4255.55 1254 0:17:05:08 838.08 4252.57 1255 0:17:05:37 838.56 176.55 1256 0:17:06:06 839.04 4251.37 1257 0:17:06:35 839.52 4252.61 1258 0:17:07:04 840.00 4250.31 1259 0:17:07:32 840.48 4251.46 1260 0:17:08:01 840.96 4250.82 1261 0:17:08:30 841.44 4250.54 1262 0:17:08:59 841.92 176.67 1263 0:17:09:28 842.40 4254.87 1264 0:17:09:56 842.88 4254.73 1265 0:17:10:25 843.36 4258.36 1266 0:17:10:54 843.84 4251.24 1267 0:17:11:23 8*14.32 4245.46 1268 0:17:11:52 844.80 4255.56 1269 0:17:12:20 845.28 1/6.00 1270 0:17:12:49 845.76 4247.16 1271 0:17:13:18 846.24 4252.98 1272 0:17:13:47 846.72 4250.32 1273 0:17:14:16 847.20 4250.09 1274 0:17:14:44 847.68 4249.50 1275 0:17:15:13 848.16 4249.13 1276 0:17:15:42 848.64 176.11 1277 0:17:16:11 849.12 4261.28 1278 0:17:16:40 849.60 4256.75 1279 0:17:17:08 850.08 4255.83 1280 0:17:17:37 850.56 4255.24 1281 0:17:18:06 851.04 4252.48 1282 0:17:18:35 851.52 4258.77 1283 0:17:19:04 852.00 175.63 1284 0:17:19:32 852.48 4249.53 1285 0:17:20:01 852.96 4248.93 1286 0:17:20:30 853.44 4248.89 1287 0:17:20:59 853.92 4258.48 1288 0:17:21:28 854.40 4252.51 1289
0:17:21:56 854.88 4249.90 1290 0:17:22:25 855.36 175.35 1291 0:17:22:54 855.84 4263.41 1292 0:17:23:23 856.32 4252.12 1293 0:17:23:52 856.80 4248.82 1294 0:17:24:20 857.28 4255.61 1295 0:17:24:49 857.76 4249.82 LEASE NAME sNAMARAH LEASE OHNER:CRUSADER OIL DATE : 7 / 10 / 87 START TIME :03:07:04 MELL NUMBER: 2 DEPTH :/871.8 FT TEST NUMBER: EMR * : EPG * i TICKET / t 5 65478 62530 329894 LEASE NAME :NAMARAH LEASE OWNER:CRUSADER OIL DATE s 7 / 10 / 87 START TIME :03:07:04 WELL NUMBER: 2 DEPTH :2871.8 FT TEST NUMBER: EMR * = EPG * : TICKET * : 5 65478 62530 329894 POINT / TIME MIN. 1296 0:17:25:18 858.24 1297 0:17:25:47 858.72 1298 0:17:26:16 859.20 1299 0:17:26:44 859.68 1300 0:17:27:13 860.16 1301 0:17:27:42 860.64 1302 0:17:28:11 861.12 1303 0:17:28:40 861.60 1304 0:17:29:08 862.08 1305 0:17:29:37 862.56 1306 0:17:30:06 863.04 1307 0:17:30:35 863.52 1308 0:17:31:04 864.00 1309 0:17:31:32 864.48 1310 0:17:32:01 864.96 1311 0:17:32:30 865.44 1312 0:17:32:59 865.92 1313 0:17:33:28 866.40 1314 0:17:33:56 866.88 1315 0:17:34:25 867.36 1316 0:17:34:54 867.84 1317 0:17:35:23 868.32 1318 0:17:35:52 868.80 1319 0:17:36:20 869.28 1320 0:17:36:49 869.76 1321 0:17:37:18 870.24 1322 0:17:37:47 870.72 1323 0:17:38:16 871.20 1324 0:17:38:44 871.68 1325 0:17:39:13 872.16 1326 0:17:39:42 872.64 1327 0:17:40:11 873.12 1328 0:17:40:40 873.60 1329 0:17:41:08 874.08 1330 0:17:41:37 874.56 1331 0:17:42:06 875.04 1332 0:17:42:35 875.52 1333 0:17:43:04 876.00 1334 0:17:43:32 876.48 1335 0:17:44:01 876.96 1336 0:17:44:30 877.44 1337 0:17:44:59 877.92 1338 0:17:45:28 878.40 1339 0:17:45:56 878.88 1340 0:17:46:25 879.36 1341 0:17:46:54 879.84 1342 0:17:47:23 880.32 1343 0:17:47:52 880.80 1344 0:17:48:20 881.28 1345 0:17:48:49 881.76 PSIA. DEG.F COMMENTS 4254.28 175.52 4256.87 4*57.14 4248.06 4248.10 4252.74 175.45 4249.37 4246.43 ^254.50 4250.24 4253.36 175.45 4243.54 4253.82 4254.97 4245.15 4245.74 17b.4« 4256.07 4254.60 4257.17 4250.20 4244.83 4256.26 177.11 4251.68 4246.50 4244.66 4245.35 4249.44 4247.23 177.76 4249.37 4245.57 4248.04 4251.90 4251.16 4251.90 178.03 4249.07 4248.06 4243.28 4247.05 4239.84 4249.48 NAME sNAMARAH WELL NUMBER: 2 TEST NUMBER: 5 OWNERsCRUSADER OIL EMR z : 65478 : 7 / 10 / 87 EPG z : 62530 TIME :03:07:04 DEPTH -.7871.8 FT TICKET * : 329894 z TIME MIN. rSIA. DEG.F COMMENTS 0:17:49:18 882.24 17B.16 0:17:49:47 882.72 4243.36 0:17:50:16 883.20 4246.38 0:17:50:44 883.68 • 4247.44 0:17 :51 : 13 884.16 4249.55 0:17:51:42 884.64 4246.29 0:17:52:11 885.12 4243.26 0:17:52:40 885.60 178.14 0:17:53:08 886.08 4246.88 0:17:53:37 886.56 4246.69 0:17:54:06 887.04 4244.40 0:17:54:35 887.52 4245.91 0:17:55:04 888.00 4252.29 0:17:55:32 888.48 4240.68 0:17:56:01 888.96 178.23 0:17:56:30 889.44 4242.37 0:17:56:59 889.92 4253.19 0:17:57:28 890.40 4238.70 0:17:57:56 890.88 4249.80 0:17:58:25 891.36 4242.96 0:17:58:54 891.84 4255.26 0:17:59:23 892.32 178.43 0:17:59:52 892.80 4243.19 0:18:00:20 893.28 4248.74 0:18:00:49 893.76 4254.39 0:18:01:18 894.24 4251.18 0:18:01:47 894.72 4245.21 0:18:02:16 895.20 4244.52 0:18:02:44 895.68 178.53 0:18:03:13 896.16 4240.43 0 : 18:03:42 896.64 4246.35 0:18:04:11 897.12 4244.06 0 : 18:04:40 897.60 4245.66 0:18:05:08 898.08 4253.28 0:18:05:37 898.56 4245.89 0:18:06:06 899.04 178.26 0:18:06:35 899.52 4250.74 0:18:07:04 900.00 4256.48 0:18:07:32 900.48 4241.11 0:18:08:01 900.96 4240.65 0:18:08:30 901.44 4249.32
0:18:08:59 901.92 4244.18 0:18:09:28 902.40 177.83 0:18:09:56 902.88 4243.20 0:18:10:25 903.36 4255.91 0:18:10:54 903.84 4248.84 0:18:11:23 904.32 4246.64 0:18:11:52 904.80 4246.04 0:18:12:20 905.28 4242.05 0:18:12:49 905.76 177.35 POINT * TIME MIN. PSIA. UtG.F COMMENTS 1396 0:18:13:18 906.24 4241.39 1397 0:18:13:47 906.72 4242.86 1398 0:18:14:16 907.20 4245.71 1399 0:18:14:44 907.68 ' 4245.75 1400 0:18:15:13 908.16 4245.20 1401 0:18:15:42 908.64 4240.43 1402 0:18:16:11 909.12 1/6.95 1403 0:18:16:40 909.60 4239.52 1404 0:18:17:08 910.08 4239.15 1405 0:18:17:37 910.56 4238.87 1406 0:18:18:06 911.04 4247.18 1407 0:18:18:35 911.52 4242.04 1408 0:18:19:04 912.00 4241.72 1409 0:18:19:32 912.48 176.17 1410 0:18:20:01 912.96 4239.96 1411 0:18:20:30 913.44 4233.04 1412 0:18:20:59 913.92 4247.35 1413 0:18:21:28 914.40 4242.67 1414 0:18:21:56 914.88 4239.46 1415 0:18:22:25 915.36 4245.42 1416 0:18:22:54 915.84 174.52 1417 0:18:23:23 916.32 4242.34 1418 0:18:23:52 916.80 4236.24 1419 0:18:24:20 917.28 4239.36 1420 0:18:24:49 917.76 4249.68 1421 0:18:25:18 918.24 4239.08 1422 0:18:25:47 918.72 4240.19 1423 0:18:26:16 919.20 1/3.29 1424 0:18:26:44 919.68 4246.80 1425 0:18:27:13 920.16 4243.77 1426 0:18:27:42 920.64 4240.46 1427 0:18:28:11 921.12 4236.4/ 1428 0:18:28:40 921.60 4243.17 1429 0:18:29:08 922.08 4235.14 1430 0:18:29:37 922.56 172.51 1431 0:18:30:06 923.04 4235.92 1432 0:18:30:35 923.52 4238.49 1433 0:18:31:04 924.00 4248.58 1434 0:18:31:32 924.48 4242.34 1435 0:18:32:01 924.96 4235.27 1436 0:18:32:30 925.44 4240.00 1437 0:18:32:59 925.92 172.62 1438 0:18:33:28 926.40 4243.86 1439 0:18:33:56 926.88 4240.70 1440 0:18:34:25 927.36 4238.54 1441 0:18:34:54 927.84 4238.31 1442 0:18:35:23 928.32 4238.41 1443 0:18:35:52 928.80 4242.76 1444 0:18:36:20 929.28 172.92 1445 0:18:36:49 929.76 4241.24 LEASE NAME rNAMARAH LEASE OWNER:CRUSADER OIL DATE :7/10/87 START TIME :03:07:04 WELL NUMBER: 2 DEPTH :7871.8 FT TEST NUMBER: EMR * : EPG f : TICKET / : 5 65478 62530 329894 / TIME MIN. PS1A. OEO.F COMMENTS 0:18:37:18 930.24 4238.30 0:18:37:47 930.72 4234.68 0:18:38:16 931.20 4244.77 0:18:38:44 931.68 ' 4258.22 0:18:39:13 932.16 4241.01 0:18:39:42 932.64 172.97 0:18:40:11 933.12 4237.98 0:18:40:40 933.60 4233.30 0:18:41:08 934.08 4245. 73 0:18:41:37 934.56 4240.77 0:18:42:06 935.04 4237.29 0:18:42:35 935.52 4210.92 0:18:43:04 936.00 172.55 0:18:43:32 936.48 4217.29 0:18:44:01 936.96 4210.59 0:18:44:30 937.44 4198.49 0:18:44:59 937.92 4209.04 0:18:45:28 938.40 4209.72 0:18:45:56 938.88 4209.81 0:18:46:25 939.36 173.03 0:18:46:54 939.84 4256.57 0:18:47:23 940.32 4249.55 0:18:47:52 940.80 4251.62 0:18:48:20 941.28 4249.55 0:18:48:49 941.76 4241.43 0:18:49:18 942.24 4244.00 0:18:49:47 942.72 172.59 0:18:50:16 943.20 4250.35 0:18:50:44 943.68 4242.78 0:18:51:13 944.16 4238.52 0:18:51:42 944.64 4252.60 0:18:52:11 945.12 4244.80 0:18:52:40 945.60 4243.29 0:18:53.-08 946.08 172.61 0:18:53:37 946.56 4239.77 0:18:54:06 947.04 4256.47 0:18:54:35 947.52 4251.33 0:18:55:04 948.00 4246.79 0:18:55:32 948.48 4242.75 0:18:56.-01 948.96 4243.26 0:18:56:30 949.44 172.42 0 : 18:56:59 949.92 4244.14 0:18:57:28 950.40 4240.75 0:18:57:56 950.88 4239.69 0:18:58:25 951.36 4251.39 0:18:58:54 951.84 4243.27 0:18:59:23 952.32 4217.63 0:18:59:52 952.80 172.69 0:19:00:20 953.28 4219.29 0:19:00:49 953.76 4203.75 TICKET / 5 65478 62530 329894 TEST NUMBER: EMR * WELL NUMBER; 2 DEPTH :7B71.8 FT NAME
sNAMARAH OWNER:CRUSADER OIL : 7 / 10 / 87 TIME :03:07:04 LEASE NAME jNAMARAH WELL NUMBER: 2 TEST NUMBER: LEASE OWNER:CRUSADER OIL EMR / : DATE : 7 / 10 / 87 EFu / : START TIME :03:07:04 DEPTH :7871.8 FT TICKET / : 5 65478 62530 329894 POINT * TIME MIN. PSIA. DEG.F COMMENTS 1496 0:19:01:18 954.24 4193.35 1497 0:19:01:47 954.72 4216.82 1498 0:19:02:16 955.20 4207.24 1499 0:19:02:44 955.68- 4206.09 1500 0:19:03:13 956.16 171.55 1501 0:19:03:42 956.64 4203.52 1502 0:19:04:11 957.12 4203.61 1503 0:19:04:40 957.60 4203.75 1504 0:19:05:08 958.08 4204.02 1505 0:19:05:37 958.56 4204.39 1506 0:19:06:06 959.04 4204.53 1507 0:19:06:35 959.52 171.05 1508 0:19:07:04 960.00 4204.96 1509 0:19:08:01 960.96 170.95 1510 0:19:08:59 961.92 4205.70 1511 0:19:09:56 962.88 4206.11 1512 0:19:10:54 963.84 4206.57 1513 0:19:11:52 964.80 4190.12 1514 0:19:12:49 965.76 169.52 1515 0:19:13:47 966.72 4174.84 1516 0:19:14:44 967.68 4165.36 1517 0:19:15:42 968.64 4182.53 1518 0:19:16:40 969.60 4178.73 1519 0:19:17:37 970.56 162.25 1520 0:19:18:35 971.52 4158.01 1521 0:19:19:32 972.48 4150.41 1522 0:19:20:30 973.44 4142.59 1523 0:19:21:28 974.40 4134.30 1524 0:19:22:25 975.36 157.18 1525 0:19:23:23 976.32 4143.86 1526 0:19:24:20 977.28 4124.77 1527 0:19:25:18 978.24 4112.88 1528 0:19:26:16 979.20 4126.42 1529 0:19:27:13 980.16 150.32 1530 0:19:28:11 981.12 4090.02 1531 0:19:29:08 982.08 4088.24 1532 0:19:30:06 983.04 4085.45 1533 0:19:31:04 984.00 4089.20 1534 0:19:32:01 984.96 150.34 1535 0:19:32:59 985.92 4046.57 1536 0:19:33:56 986.88 4032.60 1537 0:19:34:54 987.84 4054.51 1538 0:19:35:52 988.80 4053.87 1539 0:19:36:49 989.76 148.11 1540 0:19:37:47 990.72 4048.24 1541 0:19:38:44 991.68 4015.20 1542 0:19:39:42 992.64 4021.63 1543 0:19:40:40 993.60 4021.13 1544 0:19:41:37 994.56 147.17 1545 0:19:42:35 995.52 3990.65 TESTING TEST NUMBER: 5 65478 62530 329894 WELL NUMBER: 2 DEPTH :7871.b FT NAME :NAMARAH OWNER:CRUSADER OIL : 7 / 10 / 87 TIME :03:07:04 HALLlBUR'lUN bERViCLS DRILL STEM * TIME MIN. PSIA. DEG. F COMMENTS 0:19:43:32 996.48 3986.87 0:19:44:30 997.44 3965.87 0:19:45:28 998.40 3946.28 0:19:46:25 999.36 - 146.93 0:19:47:23 1000.32 3949.95 0:19:48:20 1001.28 3917.23 0:19:49:18 1002.24 3907.22 0:19:50:16 1003.20 3922.59 0:19:51:13 1004.16 147.44 0:19:52:11 1005.12 3869.92 0:19:53:08 1006.08 3891.69 0:19:54:06 1007.04 3867.29 0:19:55:04 1008.00 3846.08 0:19:56:01 1008.96 147.42 0:19:56:59 1009.92 3855.47 0:19:57:56 1010.88 3810.77 0:19:58:54 1011.84 38^3.79 0:19:59:52 1012.80 3820.88 0:20:00:49 1013.76 147.28 0:20:01:47 1014.72 3788.13 0:20:02:44 1015.68 3785.95 0:20:03:42 1016.64 3/41.80 0:20:04:40 1017.60 3753.25 0:20:05:37 1018.56 147.16 0:20:06:35 1019.52 3713.10 0:20:07:32 1020.48 3723.41 0:20:08:30 1021.44 3721.56 0:20:09:28 1022.40 3684.99 0:20:10:25 1023.36 146.84 0:20:11:23 1024.32 3687.38 0:20:12:20 1025.28 3686.43 0:20:13:18 1026.24 3650.44 0:20:14:16 1027.20 3655.63 0:20:15:13 1028.16 146.76 0:20:16:11 1029.12 3627.59 0:20:17:08 1030.08 3608.87 0:20:18:06 1031.04 3620.10 0:20:19:04 1032.00 3599.45 0:20:20:01 1032.96 146.56 0:20:20:59 1033.92 3586.08 0:20:21:56 1034.88 3584.01 0:20:22:54 1035.84 3582.98 0:20:23:52 1036.80 3582.44 0:20:24:49 1037.76 146.66 0:20:25.-47 1038.72 3556.72 0:20:26:44 1039.68 3554.38 0:20:27:42 1040.64 3553.30 0:20:28:40 1041.60 3512.14 0:20:29:37 1042.56 146.46 0:20:30:35 1043.52 3520.02 TICKET f : NAME sNAMARAH WELL NUMBER; 2 TEST
NUMBER: OWNER:CRUSADER OIL EMR / : : 7 / 10 / 87 EPG * : TIME :03:07:04 DEPTH ;7871.8 FT TICKET * ; 5 65478 62530 329894 # TIME MIN. PS1A. DtG. F COMMENTS 0:20:31:32 1044.48 3481.51 0:20:32:30 1045.44 3467.14 0:20:33:28 1046.40 3487.48 0:20:34:25 1047.36 146.41 0:20:35:23 1048.32 3447.35 0:20:36:20 1049.28 3453.81 0:20:37:18 1050.24 3451.48 0:20:38:16 1051.20 3419.76 0:20:39:13 1052.16 146.32 0:20:40:11 1053.12 3417.72 0:20:41:08 1054.08 3388.68 0:20:42:06 1055.04 3366.83 0:20:43:04 1056.00 3387.92 0:20:44:01 1056.96 146.35 0:20:44:59 1057.92 3361.66 0:20:45:56 1058.88 3353.88 0:20:46:54 1059.84 3318.06 0:20:47:52 1060.80 3321.77 0:20:48:49 1061.76 146.46 0:20:49:47 1062.72 3278.88 0:20:50:44 1063.68 3286.74 0:20:51:42 1064.64 3284.15 0:20:52:40 1065.60 3235.38 0:20:53:37 1066.56 146.45 0:20:54:35 1067.52 3248.75 0:20:55:32 1068.48 3230.02 0:20:56:30 1069.44 3235.64 0:20:57:28 1070.40 3219.28 0:20:58:25 1071.36 146.47 0:20:59:23 1072.32 3168.21 0:21:00:20 1073.28 3185.30 0:21:01:18 1074.24 3183.57 0:21:02:16 1075.20 3160.60 0:21:03:13 1076.16 146.43 0:21:04:11 1077.12 3149.58 0:21:05:08 1078.08 3146.78 0:21:06:06 1079.04 3111.67 0:21:07:04 1080.00 3116.82 0:21:08:01 1080.96 146.25 0:21:08:59 1081.92 3072.89 0:21:09:56 1082.88 3081.19 0:21:10:54 1083.84 3079.32 0:21:11:52 1084.80 3053.86 0 : 21:12:49 1085.76 145.85 0:21:13:47 1086.72 3048.95 0:21:14:44 1087.68 3020.80 0:21:15:42 1088.64 3013.71 0:21:16:40 1089.60 3013.85 0:21:17:37 1090.56 145.42 0:21:18:35 1091.52 2990.67 HALLIBURTON SERVICES OklLL S l'EM itSTING NAME :NAMARAH WELL NUMBER: 2 TEST NUMBER: 5 OWNER:CRUSADER OIL EMR * 65478 ,7/10/87 EPb * : 62530 TIME ,03:07:04 DEPTH :7871.8 FT TICKET # x 329894 # TIME MIN. PSIA. uEG.F COMMENTS 0:21:19:32 1092.48 2978.37 0:21:20:30 1093.44 2976.73 0:21:21:28 1094.40 2932.95 0:21:22:25 1095.36 144.91 0:21:23:23 1096.32 2942.15 0:21:24:20 1097.28 2894.45 0:21:25:18 1098.24 2910.34 0:21:26:16 1099.20 2877.37 0:21:27:13 1100.16 144.45 0:21:28:11 1101.12 2879.32 0:21:29:08 1102.08 2822.01 0:21:30:06 1103.04 2846.20 0:21:31:04 1104.00 2809.90 0:21:32:01 1104.96 143.87 0:21:32:59 1105.92 2809.93 0:21:33:56 1106.88 2776.13 0:21:34:54 1107.84 2776.75 0:21:35:52 1108.80 2775.91 0 : 21:36:49 1109.76 140.40 0:21:37:47 1110.72 2742.10 0:21:38:44 1111.68 2714.65 0:21:39:42 1112.64 2702.80 0:21:40:40 1113.60 2711.27 0:21:41:37 1114.56 143.07 0:21:42:35 1115.52 2674.88 0:21:43:32 1116.48 2676.11 0:21:44:30 1117.44 2639.33 0:21:45:28 1118.40 2643.32 0:21:46:25 1119.36 142.70 0:21:47:23 1120.32 2597.07 0:21:48:20 1121.28 2608.40 0:21:49:18 1122.24 2578.31 0:21:50:16 1123.20 2573.10 0:21:51:13 1124.16 142.36 0:21:52:11 1125.12 2521.35 0:21:53:08 1126.08 2543.71 0:21:54:06 1127.04 2499.96 0:21:55:04 1128.00 2510.04 0:21:56:01 1128.96 141.43 0:21:56:59 1129.92 2474.84 0:21:57:56 1130.88 2473.75 0:21:58:54 1131.84 2427.88 0:21:59:52 1132.80 2439.73 0:22:00:49 1133.76 140.49 0:22:01:47 1134.72 2408.98 0:22:02:44 1135.68 2362.63 0:22:03:42 1136.64 2375.71 0:22:04:40 1137.60 2375.32 0:22:05:37 1138.56 139.92 0:22:06:35 1139.52 2341.43 LEASE NAME :NAMARAH LEASE OWNER:CRUSADER OIL DATE s 7 / 10 / 87 START TIME :03:07:04 WELL NUMBER: 2 DEPTH :/871.8 FT TEST NUMBER: EMR * : LPg * : i ICkET * t 5 65478 62530 329894 POINT # TIME MIN. PSIA. DEG.F COMMENTS 1696 0:22:07:32 1140.48 2341.39 ( 1697 0:22:08:30 1141.44 2278.62 1698 0:22:09:28 1142.40 2306.67 1699 0:22:10:25 1143.36 •
139.18 / 1700 0:22:11:23 1144.32 2271.74 1701 0:22:12:20 1145.28 2230.65 1702 0:22:13:18 1146.24 2237.14 1703 0:22:14:16 1147.20 2200.93 1704 0:22:15:13 1148.16 138.34 1705 0:22:16:11 1149.12 2207.10 1706 0:22:17:08 1150.08 2184.32 1707 0:22:18:06 1151.04 2171.96 1708 0:22:19:04 1152.00 2133.36 1709 0:22:20:01 1152.96 137.53 1710 0:22:20:59 1153.92 2136.64 1711 0:22:21:56 1154.88 2111.40 1712 0:22:22:54 1155.84 2102.82 1713 0:22:23:52 1156.80 2055.52 1714 0:22:24:49 1157.76 136.68 1715 0:22:25:47 1158.72 2031.86 1716 0:22:26:44 1159.68 2040.77 1717 0:22:27:42 1160.64 2040.30 1718 0:22:28:40 1161.60 1985.87 1719 0:22:29:37 1162.56 135.84 1720 0:22:30:35 1163.52 1962.99 1721 0:22:31:32 1164.48 1971.79 1722 0:22:32:30 1165.44 1941.62 1723 0:22:33:28 1166.40 1937.16 1724 0:22:34:25 1167.36 ld>5. 02 1725 0:22:35:23 1168.32 1917.50 1726 0:22:36:20 1169.28 1901.60 1727 0:22:37:18 1170.24 1865.75 1728 0:22:38:16 1171.20 1877.27 1729 0:22:39:13 1172.16 134.14 1730 0:22:40:11 1173.12 1868.77 1731 0:22:41:08 1174.08 1833.09 1732 0:22:42:06 1175.04 1835.87 1733 0:22:43:04 1176.00 1803.64 1734 0:22:44:01 1176.96 133.41 1735 0:22:44:59 1177.92 1800.58 1736 0:22:45:56 1178.88 1763.31 1737 0:22:46:54 1179.84 1766.94 1738 0:22:47:52 1180.80 1766.34 1739 0:22:48:49 1181.76 132.66 1740 0:22:49:47 1182.72 1731.66 1741 0:22:50:44 1183.68 1701.96 1742 0:22:51:42 1184.64 1702.86 1743 0:22:52:40 1185.60 1702.56 1744 0:22:53:37 1186.56 131.77 1745 0:22:54:35 1187.52 1667.83 WELL NUMBER: 2 DEPTH j/871.8 Fl ILST NUMBER: 5 EMR » : 65478 EPG * : 62530 TICKET * : 329894 HALLIBURTON SERVICES Ukill bitM TESTiNU LEASE NAME sNAMARAH LEASE OWNER:CRUSADER OIL DATE : 7 / 10 / 87 START TIME :03:07:04 POINT * TIME MIN. PS1A. DEu.F COMMENTS 1746 0:22:55:32 1188.48 1636.78 1747 0:22:56:30 1189.44 1635.93 1748 0:22:57:28 1190.40 1634.36 1749 0:22:58:25 1191.36 lou.86 1750 0:22:59:23 1192.32 1599.30 1751 0:23:00:20 1193.28 1598.70 1752 0:23:01:18 1194.24 1567.08 1753 0:23:02:16 1195.20 1565.68 1754 0:23:03:13 1196.16 130.15 1755 0 :23s 04: 11 1197.12 1529.04 1756 0:23:05:08 1198.08 1530.06 1757 0:23:06:06 1199.04 1498.89 1758 0:23:07:04 1200.00 1504.10 1759 0:23:08:34 1201.50 129.03 1760 0:23:10:04 1203.00 1469.03 1761 0:23:11:34 1204.50 1436.06 1762 0:23:13:04 1206.00 1433.86 1763 0:23:14:34 1207.50 1400.63 1764 0:23:16:04 1209.00 127.53 1765 0:23:17:34 1210.50 1368.54 1766 0:23:19:04 1212.00 1335.88 1767 0:23:20:34 1213.50 1316.35 1768 0:23:22:04 1215.00 1301.15 1769 0:23:23:34 1216.50 125.90 1770 0:23:25:04 1218.00 1250.85 1771 0:23:26:34 1219.50 1232.67 1772 0:23:28:04 1221.00 1213.40 1773 0:23:29:34 1222.50 1203.08 1774 0:23:31:04 1224.00 124.54 1775 0:23:32:34 1225.50 1167.85 1776 0:23:34:04 1227.00 1134.30 1777 0:23:35:34 1228.50 1114.17 1778 0:23:37:04 1230.00 1104.01 1779 0:23:38:34 1231.50 123.48 1780 0:23:40:04 1233.00 1046.64 1781 0:23:41:34 1234.50 1034.62 1782 0:23:43:04 1236.00 1006.92 1783 0:23:44:34 1237.50 1000.87 1784 0:23:46:04 1239.00 122.43 1785 0:23:47:34 1240.50 949.59 1786 0:23:49:04 1242.00 937.73 1787 0:23:50:34 1243.50 903.05 1788 0:23:52:04 1245.00 890.33 1789 0:23:53:34 1246.50 121.13 1790 0:23:55:04 1248.00 868.09 1791 0:23:56:34 1249.50 865.35 1792 0:23:58:04 1251.00 834.27 1793 0:23:59:34 1252.50 834.40 1794 1:00:01:04 1254.00 120.25 1795 1:00:02:34 1255.50 789.07 NAME sNAMARAH WELL NUMBER: 2 TEST NUMBER: 5 OWNER:CRUSADER OIL EMR * : 65478 : 7 / 10 / 87 EPG * : 62530
TIME :03:07:04 DEPTH :7871.8 F r TICKET / : 329894 COMMENTS HALLIBURTON SERVICES DRILL STEM TtSTiNG TIME MIN. PSI A. DEG.F 1:00:04:04 1257.00 762.28 1:00:05:34 1258.50 719.15 1:00:07:04 1260.UO 727.79 1:00:08:34 1261.50 • 118.65 1:00:10:04 1263.00 671.89 1:00:11:34 1264.50 672.35 1:00:13:04 1266.00 638.90 1:00:14:34 1267.50 607.58 1:00:16:04 1269.00 116.65 1:00:17:34 1270.50 572.96 1:00:19:04 1272.00 539.15 1:00:20:34 1273.50 511.26 1:00:22:04 1275.00 505.71 1:00:23:34 1276.50 114.55 1:00:25:04 1278.00 436.41 1:00:26:34 1279.50 405.37 1:00:28:04 1281.00 403.57 1:00:29:34 1282.50 392.03 1:00:31:04 1284.00 112.58 1:00:32:34 1285.50 355.91 1:00:34:04 1287.00 356.77 1:00:35:34 1288.50 342.51 1:00:37:04 1290.00 322.58 1:00:38:34 1291.50 111.17 1:00:40:04 1293.00 283.76 1:00:41:34 1294.50 284.53 1:00:43:04 1296.00 284.49 1:00:44:34 1297.50 232.62 1:00:46:04 1299.00 109.74 1:00:47:34 1300.50 232.26 1:00:49:04 1302.00 201.25 1:00:50:34 1303.50 180.34 1:00:52:04 1305.00 180.83 1:00:53:34 1306.50 108.80 1:00:55:04 1308.00 125.23 1:00:56:34 1309.50 126.24 1:00:58:04 1311.00 126.61 1:00:59:34 1312.50 68.30 1:01:01:04 1314.00 106.95 1:01:02:34 1315.50 68.21 1:01:04:04 1317.00 68.25 1:01:05:34 1318.50 68.17 1:01:07:04 1320.00 12.67 1:01:08:34 1321.50 105.96 1:01:10:04 1323.00 13.30 1:01:11:34 1324.50 11.92 1:01:13:04 1326.00 11.80 1:01:14:34 1327.50 11.76 1:01:16:04 1329.00 105.77 1:01:17:34 1330.50 11. 74 NAMARAH LEASE NATE 2. UELL NO . 6 TEST NO 7858.4 - 8 04 0.0 TESTED INTERVAL cn o U) LEGAL LOCATION SEC - TUP . - RNG SEE REMARKS FIELD AREA SURRT. COUNTY QUEENSLAND state AUSTRALIA IL FORMATION TESTING SERVICE REPORT ID DESCRIPTION PRESSURE TIME TYPE REPORTED : CALCULATED REPORTED i CALCULATED A INITIAL HYDROSTATIC i B INITIAL FIRST FLOW 1048,4 188.0 184.5 F C FINAL FIRST FLOW 858 854.2 C INITIAL FIRST CLOSED-IN 858 854.2 361.0 364.5 C D FINAL FIRST CLOSED -IN IOS 5 1103.6 E FINAL HYDROSTATIC 4205 .7 I I > AA/rfA40H ** £ 9& ** & &T 5774 3&i'7s(2^) IZitGGiir -faPtioJ GAUGE NQ ; 517S DEPTH ; 7836 .0 BLANKED OFF ; NO HOUR OF CLOCK; 24 ID DESCRIPTION PRESSURE TIME TYPE REPORTED 1 CALCULATED REPORTED CALCULATED A INITIAL HYDROSTATIC 4221 4231 .8 B INITIAL FIRST FLOW 1835 1650.0 188.0 184.5 F C FINAL FIRST FLOW 888 802.3 C INITIAL FIRST CLOSED-IN 8SS 802.3 361.0 364.5 C D FINAL FIRST CLOSED -IN 1868 2168.4 E FINAL HYDROSTATIC 4237 4258.5 ID DESCRIPTION PRESSURE TIME TYPE REPORTED 1 CALCULATED REPORTED 1 CALCULATED Q INITIAL HYDROSTATIC 4263 4231 .2 B 2065,5 -Ni . IHl HIRSI HLUW 20b4 188 0 184.5 r C FINAL FIRST FLOW 1077 loei .5 C INITIAL FIRST CLOSED-IN 1077 1081.6 351 . 0 354.5 C D FINAL FIRST CLOSED -IN 2151 2173 .0 E FINAL HYDROSTATIC 4301 4'^j.p d. log EQUIPMENT A. HOLE DATA FflRMATTriN TFSTFD: TIMBURY HILLS NFT PAY (ftl; GROSS TESTED FOOTAGE; 181.6 ALL DEPTHS MEASURED FROM: KELLY RHSHTNG CASING PERFS. Ift1; HOLE OR COSING SIZE (ini: 8.500. Fl FVATTON (ftl; 1348.0 KELLY RHSHTNG TOTAL DEPTH (ftl ; 8040.0 PACKER DEPTHES1 (ftl; 7851. 7858 FINAL SURFRCE CHOKE (in): 0.50000 BOTTOM HOLE CHOKE (in); 0.750 MUD WEIGHT (Ib/aal 1 : 10.10 MLJD VISCOSITY (seel; FSTTMRTED HOLE TEMP. ( °F 1 ; ACTUAL HOLE TEMP. ( ’F ) ; 1SS. 3 8036.0 ft DATE; 10-8-87 TFST NO: 6 TYPF DST; l"IPFN HOI F HALLIBURTON CRMP; ROMA M-n X. RIXON itblLK1 D . HOOKHAM E. F . BATT WITNESS; DRILLING CONTRACTOR; REARHRRT #.t TICKET NUMBER ; 32989500 FLUID PROPERTIES FOR RECOVERED
SOURCE MUD & WATER RESISTIVITY e ‘ o * SAMPLER DATA CHLORIDES Psig AT SURFACE : *F p p m n ii .ft. OF GRS : *F p p m cc OF OIL: *F p p m ee OF WATER: •F p p m *F p p m cc OF MUD : *F oom TOTAL LIQUID ec : HYDROCARBON PROPERTIES OIL GRAVITY ( ’API) @ °F GAS/OIL RATIO [cu.ft. per bbl): GAS ■GRAVITY; CUSHION DATA TYPE AMOUNT WEIGHT HATER FFEET! . 1000.0 RECOVERED : GAS TO SURFACE REMARKS: LEGRL LOCATION; LAT. 27 DEG., 21.33', .856”; LONG. 149 DEG., 20', 22.795” NO DATA RECEIVED FROM BUNDLE CARRIER AT 78S7.7’. 1 TYPF JL ST7F MFASIIRTNR nFVTTF: TICKET NO: 37989500 TIME CHOKE SIZE SURFACE PRESSURE PSI GAS RATE MCF LIOUID RATE BPD REMARKS 10-8-87 0350 MADE UP TOOLS 0530 FINISHED MAKING UP TOOLS 1040 MADE UP SURFACE EQUIPMENT 1144 PUT 40.000# ON TOOLS 1147 .525" OPENED TOOL ON 3/8" A, 1/2" CHOKE 1150 MODERATE BLOW 1155 5 1155 10 FLUID TD SURFACE 1157 FLUID TO FLARE PIT 1158 35 1159 450 GAS CUT WATER 1202 530 SURGING AT 630 PSI 1205 .625 740 .1209 .50 1180 CLOSED 3/8" CHOKE x211 1225 1212 1250 1213 1270 1214 1285 1215 1295 1220 1305 1227 SHUT IN AT SURFACE TO REPAIR LEAK ON FLARE LINE 1235 1820 OPENED MASTER VALVE 1236 OPENED CHOKE MANIFOLD [1/2") 1237 1600 1238 1500 1239 1450 1240 1400 1244 1260 1248 1160 1255 1050 1300 975 1305 910 1310 87 0 1315 830 1320 795 . 6 0-S TYPE L SIZE MEASURING DEVICE TICKET ND: 32383500 TIME CHOKE SIZE SURFACE PRESSURE PSI GAS RATE MCF LIQUID RATE BPD REMARKS .325 770 FLOWING GAS TO SURFACE 1330 750 1335 725 1340 705 1345 660 1350 7 TO 1427 7 1432 510 1438 430 1448 450 1455 450 CLOSED TOOL 1455 CLOSED CHOKE MANIFOLD TO TRAP 1455 .50 530 PRE5SURE 2056 PULLED FREE 2058 FILLED ANNULUS - REVERSED PIPE OUT 0-3-87 0530 LAID DOWN TOOLS TICKET NO; 32999500 CLOCK NO; 29458 HOUR; 24 GRUGE NO; 2043 DEPTH; 7758.0 REF MINUTES PRESSURE iP txJt t’tt log t±< “ At FIRST FLOW B i 0.0 1048.4 2 10.0 1814.4 766.0 3 20.0 2148.8 334.4 4 30.0 2115 .9 •32.9 a S 34.7 1981.7 -134.3 6 40.0 2159 .2 177 .5 7 43.2 2443.4 284.2 8 50.0 2156 .2 -287 .2 9 60.0 1791 .2 -365 .0 10 70.0 1599 .1 -192.1 11 80.0 1467.1 -132.0 12 so.o 1365 .9 -101.2 13 100.0 1290.6 -75.3 14 110.0 1229 .1 -61 .5 15 120.0 1158.1 -71 .0 IB 130.0 1098.3 -59 .8 17 140.0 1044.8 -53.4 18 150.0 995 .1 -49 .7 19 160.0 960.9 -34.3 20 170.0 923.2 -37.7 21 180.0 876 .6 -46 .6 c 22 184.5 854.2 -22.4 FIRST CLOSED-IN c 1 0.0 854.2 D 2 3S4.5 1103.6 249.4 122.5 0.178 REF MINUTES PRESSURE hP txJt t*te i t * At lo 9 At LEGEND ; m CLOSED AT SURFACE r~2l OPENED AT SURFACE REMARKS: Tig GAUGE NO: 5176 DEPTH: 7836.0 TICKET ND; 32989500 CLOCK NO; 30173 HOUR: 24 REF MINUTES PRESSURE AP tat te t*M . t Io 9 At REF MINUTES PRESSURE AP at t*At . fit I o Q FIRST CLOSED-IN - CONTINUED FIRST FLOW 26 60.0 1694.2 791.9 45 .3 0.610 27 70.0 1728.6 826 .3 50.7 0.561 B 1 0.0 1650 .0 28 80.0 1755.1 852.8 55 .8 0.519 2 10.0 1976 .2 326 .2 29 90.0 1780.1 877.8 60.5 0.484 3 20.0 2264.3 288.2 30 100.0 1803.5 901.1 64.9 0.454 4 30.0 . 2245.7 -18.6 31 110.0 1833.4 931.1 68.9 0.428 a s 34.7 2093.3 -1S2.5 32 120.0 1847.0 944.7 72.7 0.405 S 40.0 2141.4 48 .2 33 13S .0 1875 .5 973.2 77 .9 0.374 E2I ? 43.2 2459.9 318.4 34 150.0 1902.1 999 .8 82.7 0.348 8 so.o 2242.1 •217.8 35 165.0 1929 .9 1027.5 87.1 0.326 9 50.0 1915 .8 -326.3 36 180.0 1953.8 10S1.5 91.1 0.306 10 70.0 1719 .4 -196 .4 37 210.0 1997 .3 1095 .5 98.2 0.274 11 80.0 1566.3 -153.1 38 240 .0 2037 .5 1135 .2 104.3 0.248 12 30.0 1463.3 -103.0 39 270.0 2070.9 1168.6 109 .6 0.225 13 100.0 1374.4 -88.9 40 300.0 2106.6 1204.3 114.2 0.208 14
110.0 1307 .9 -66 .6 41 330.0 2137 .7 1235.3 118.3 0.193 IS 120.0 1228.4 -79 .5 D 42 364.5 2168.4 1266.1 122 .5 0.178 16 130.0 1163.1 -65.2 17 140.0 1108.4 -54.8 18 150.0 1054.3 -54.1 19 160.0 1017 .0 -37 .2 20 170.0 976 .8 -40.2 21 180.0 924.8 -52.0 C 22 184.5 902.3 -22 .5 FIRST CLOSED-IN C 1 0.0 902.3 2 1 .0 1360.5 458.2 1.0 2.251 3 2.0 1370.0 467 .7 2.0 1 .966 d * 4.0 1366.1 463.7 4.0 1 .669 5 5 .0 1394.9 492.6 4.9 1 .575 6 6.0 1409.8 507 .5 5 .8 1 .504 7 7 .0 1422.1 519 .8 6 .7 1 .439 8 8.0 1438.0 535 .7 7.7 1 .382 9 3.0 1455.1 552.8 8.6 1.331 10 10.0 1470.5 568.2 9 .5 1.289 11 12.0 1491 .8 589.5 11.3 1 .214 12 14.0 1507.1 604.8 13.0 1.152 13 16 .0 1S23.0 620.7 14.7 1.099 14 18.0 1537.5 635 .2 16 .4 1 .051 IS 20 .0 1550.3 648.0 18.0 1 .010 16 22.0 1558.6 655 .2 19 .6 0.973 17 24.0 1567 .6 665 .3 21.2 0.939 18 26 .0 1575 .0 672.7 22.8 0.908 19 28.0 1587 .3 685 .0 24.3 0.880 20 30.0 1596.4 694.1 25 .8 0.855 21 35 .0 1612.8 710.5 29 .4 0.798 22 40.0 1634.2 731.9 32.9 0.749 23 4S .0 1650.8 748.5 36 .2 0.708 24 50.0 1665 .6 763.3 39 .3 0.671 25 55.0 1680.1 777 .8 42 .4 0.639 LEGEND: 3 closed ar surface CD OPENED ar SURFACE C3 STBIR-STEP REMARKS: □TICKET NO : 32989500 GOUGE NO: 6112 DEPTH: 8037.0 CLOCK NO = 303B5 HOUR : 24 1 REF MINUTES PRESSURE iP t»At , t * it 109 it REF MINUTES PRESSURE iP t.» At t *6t log FIRST CLOSED-IN - CONTINUED FIRST FLQU 26 55 .0 1698.1 616 .5 42.4 0.639 27 60.0 1715.0 633.5 45 .3 0.610 8 1 0.0 2066 .5 28 70.0 1742.7 561.2 50.8 0.561 2 10.0 2337,S 271.0 29 80.0 1758.9 687 .4 55.8 0.S19 3 20.0 2391.9 54.4 30 90.0 1792.9 711.3 60.5 0.484 4 30.0 2271.6 -120.3 31 100.0 1817.2 735 .6 64.8 0.454 a s 34.7 2192.7 •78.9 32 110.0 1839.0 757.4 68.3 0.428 S 40.0 2398.9 206.1 33 120.0 1859.7 778.2 72.7 0.404 CH 7 43.2 2495 .0 96.1 34 135 .0 1889 .0 807 .4 78.0 0.374 8 50 .0 2201.S -293.5 3S 150.0 1917 .3 835 .8 82.7 0.348 3 60.0 1964.9 •238.5 36 165.0 1344.3 862.8 87.1 0.326 10 70.0 1791 .6 -173.3 37 180.0 1967 .6 886.1 91 .1 0.306 11 80.0 1668.9 -122.7 38 210.0 2013.2 931 .7 98.2 0.274 12 90.0 1592.6 -76 .4 39 240.0 2050.0 968.4 104.3 0.248 13 200.0 1500.3 -92.2 40 270.0 2085.5 1005.1 109 .6 0.225 14 110.0 1433 .5 -88 .8 41 300.0 2117 .6 1036 .0 114.2 0.208 IS 120.0 1378.6 -54.9 42 330.0 2150.3 1068.8 118.3 0.193 IS 130.0 1329.6 -49 .0 D 43 364.5 2179 .0 1097 .5 122.S 0.178 X? 140.0 1274.4 -55.2 18 150.0 1226 .5 -47.9 19 160.0 1185 .0 -41 .6 20 170.0 1138.S -46.4 21 180.0 1098.7 -39.8 C 22 184. S 1081 .6 -17 .2 FIRST CLOSED-IN C 1 0.0 1081 .6 2 1 .0 1261 .5 179 .9 1.0 2.271 3 2.0 1325.6 244.0 2.0 1 .959 4 3.0 1362.3 280.7 2.9 1 .798 5 4.0 1382.2 300.6 3.9 1 .676 6 S .0 1405 .7 324.1 4.9 1 -578 7 6.0 1425.1 343.5 5 .8 1 .500 8 7 .0 1442.2 360.7 6 .7 1 .439 9 8.0 1458.4 376 .9 7 .7 1 .382 10 9 .0 1470.2 388.7 8.5 1 .335 11 10.0 1480.S 399.0 9 .5 1 .287 12 12.0 1503.7 422.2 11.3 1 .214 13 14.0 1524.4 442.9 13.0 1.152 14 16 .0 1S40.9 459.4 14.7 1 .098 15 18.0 1554.0 472.5 16.4 1 .051 16 20.0 1565 .0 483.5 18.0 1 .011 17 22.0 1575 .4 433.9 19 .7 0.972 IB 24.0 1586.4 504.9 21.3 0.938 19 26 .0 1594.8 513.3 22.8 0.909 20 28.0 1602.9 521.4 24.3 0.881 21 30.0 1613.8 532.2 25 .8 0.854 22 35 .0 1630.1 548.5 29.4 0.7S7 23 40.0 1548.S 567.0 32.9 0.749 24 4S .0 1666 .8 585 .3 36 .2 0.707 2S 50.0 1682.8 601.3 39 .3 0.671 EGEND L2■ CLOSED ST SURFACE EH OPENED AT SURFACE REMARKS: £ T 9 TICKET NO. 32989500 LENGTH DEPTH 0 DRILL PIPE FLEX WEIGHT DRILL COLLARS IMPACT REVERSING SUB DRILL COLLARS BAR CATCHER SUB AP RUNNING CASE CROSSOVER DUAL CIP VALVE CROSSOVER DRILL COLLARS CROSSOVER DRAIN VALVE HYDROSPRING TESTER AP RUNNING CASE JAR VR SAFETY JOINT OPEN HOLE PACKER DISTRIBUTOR VALVE OPEN HOLE PACKER BUNDLE CARRIER CROSSOVER DRILL COLLARS CROSSOVER FLUSH JOINT
ANCHOR BLANKED-OFF RUNNING CASE 4.500 4.500 6 .250 .000 .250 5 .800 5 .000 5 .000 5 .000 .700 .2S0 5 .700 5 .000 5 .000 5 .000 5 .000 5 .000 7.750 5 .000 7.750 5 .370 .750 .250 5 .700 5 .000 5 .000 3.826 2.754 2.870 3.000 2.870 1.120 2.250 0.870 2. SOO 2.870 2.400 2.500 0.750 2.250 1.750 1 .000 1.680 1.680 1 .680 2.250 2.450 2.870 2.500 2.370 7172.9 182.0 364.4 1 .0 60.0 1.0 4.1 1 .0 4.9 1.0 60.6 1 .0 1 .0 5 .3 4.1 5 .0 2.4 S .8 2.0 5 .8 8.0 1 .0 121.8 1.0 43.0 4.1 7696 .0 7758.0 7834.0 7836.0 7850.6 7858.4 7867 .7 8037 .0 TOTAL OEPTH 8040.0 EQUIPMENT DATA CRUSADER LIBRARY SHELF NO: DATE: 1 Halliburton Drill Stem OIL N.L. 7 NOV 1981 1 8 9 Owner: CRUSADER OIL Lease: NAMARAH Well # 2 Ticket # 329895 Date: 8/10/87 E. M. R. 65478 E. P. G. 62530 Test # 6 Gauge Depth 7867. 8 FT Start Time : 04: 00: 56 PLOTS LEASEsNAMARAH # 2 TEST # 6 E. M. R. 65478 E. P. G. 62530 Loose Name NAMARAH Veil no. 2 Tost no. 6 Ticket no. 323835 Data 8/30/87 Lease Oener CRUSADER OIL 5000.0 PRESSURE CPSIA) Gauge Depth 7867.8 FT Gauge 62530 &R 65478 Start Time Oh 00x56 4000.0 3000.0 2000. 0 1000.0 0.0 Tir (MIN) Lease Noto NAMARAH Lease Oerter CRUSADER OIL 5000.0 p i i Yell no. 2 Test no. 6 Gauge Depth 7867. 8 FT Ticket no. 329895 Gauge 62530 EMR 65478 Date 8/10/87 Start Tino 04/ 00/56 LINEAR PLOT 4000.0 PRESSURE (PSIA) 3000. 0 2000. 0 1000.0 I L- .... .. J_... J . i_ ..... J . ! i CT CT CT CT CT CT Q CT • CT CT • CT • CT o CT 9 CT 9 o CT O CT CT o CT CT o CO xf in (D b-♦ 00 cn CT 1100.0 71?” (MIN) Ticket no. 329895 Gauge no. 62530 Date 8/10/87 Start Time 04i00t56 Lease Name NAMARAH Lease Omer CRUSADER OIL Veil no. 2 Test no. 6 Gauge Depth 7867. 8 FT c c BUILDUP #1 FIN. FLOW PT*993 ENDING PT. 11626 FLOW TIME 1188 MIN. c c y • • • • • • 9 c c • • DELTA PRESSURE CPSD . 1 .01 [ (T< ''VCT+DTn 1 10 Lease Note NAMARAH Veil no. 2 Test no. 6 Ticket no. 329895 Date 8/10/87 Lease Owner CRUSADER OIL Gauge no. 62530 Start Time 04t00t56 PRESSURE (PSIA) Gauge Depth 7867.8 FT HORNER PLOT BUILDUP #1 FIN. FLOW PTi993 ENDING PT. >1626 FLOW TIME i188 MIN. Pe -2556.32 P' - 373.86 CC -.999966 2. 50 L LOG( >DT)/DT) Ha 11 i burton Servi cos Drill ■Stem Testing Owner: CRUSADER OIL Lease: NAMARAH Well # 2 Ticket # 329895 Date: 8/10/87 E. M. R. 65478 E. P. G. 62530 Test # 6 Gauge Depth 7867.8 FT Start Time :04: 00: 56 DATA POINTS DEPTH s7867.8 Ft LEASE NAI'IE :NAMARAH LEASE OWNER:CRUSADER OIL WELL NUMBER: 2 START TIME :04:00:56 DA i t s 8 / 10 / 87 EMR / » 65478 EPG i : 62530 TICKET 'i 329895 POINT / TIME MIN. 1 0:04:30:56 30.00 2 0:05:00:56 60 . OU 3 0:05:30:56 90.00 4 0:06:0 0:56 120.00 5 0:06:30:56 150.00 6 0 : 07 : 00 :56 180.OU 7 0:07:01:24 180.48 8 0:07:01:53 180.96 9 0:07:02:22 181.44 10 0:07:02:51 181.92 11 0:07:03:20 182.40 12 0:07:03:48 182.88 13 0:07:04:17 183.36 14 0:07:04:46 183.84 15 0:07:05:15 184.32 16 0:07:05:44 184.80 17 0:07:06:12 185.28 18 0:07:06:41 185.76 19 0:07:07:10 186.24 20 0:07:07:39 186.72 21 0:07:08:08 187.20 22 0:07:08:36 187.68 23 0:07:09:05 188.16 24 0:07:09:34 188.64 25 0:07:10:03 189.12 26 0:07:10:32 189.60 27 0:07:11:00 190.08 28 0:07:11:29 190.56 29 0:07:11:58 191.04 30 0:07:12:27 191.52 31 0:07:12:56 192.OU 32 0:07:13:24 192.48 33 0:07:13:53 192.96 34 0:07:14:22 193.44 35 0:07:14:51 193.92 36 0:07:15:20 194.40 37 0:07:15:48 194.88 38 0:07:16:17 195.36 39 0:07:16:46 195.84 40 0:07:17:15 196.32 41 0:07:17:44 196.80 42 0:07:18:12 197.28 4 3 0:07:18:41 197.76 44 0:07:19:10 198.24 45 0:07:19:39 198.72 46 0:07:20:08 199.20 47 0:07:20:36 199.68 48 0:07:21:05 200.16 49 0:07:21:34 200.64 50 0:07:22:03 201.12 PS I A. UEG.F COMMENTS 72.40 70.66 8.16 88.98 99.75 257.51 104.06 261.23 261.15 261.15
261.15 261.07 261.07 104.09 261.06 261.01 261.01 260.97 260.97 260.93 104.08 260.90 260.90 260.94 261.39 297.36 294.10 104.43 293.27 293.10 292.94 292.90 292.82 292.78 104.83 327.36 326.02 325.32 324.95 324.75 362.68 106.26 358.75 358.10 389.64 393.78 390.71 389.68 107.65 425.84 EASE NAME sNAMARAH DATE : 8 / 10 / 87 LEASE OWNER:CRUSADER OIL EMR * t 65478 WELL NUMBER: 2 EPG * . 62530 START TIME tQ4-.QO-.56 DEPTH : /•S67.8 r I TICKET 329885 POINT / TIME MIN. PS1A. DEG.F COMMENTS 51 0:07:22:32 201.60 424.45 52 0:07:23:00 202.08 423.67 53 0:07:23:29 202.56 417.11 54 0:07:23:58 203.04 441.49 55 0:07:24:27 203.52 440.10 56 0:07:24:56 204.00 108.44 57 0:07:25:24 204.48 476.22 58 0:07:25:53 204.96 474.09 59 0:07:26:22 205.44 519.13 60 0:07:26:51 205.82 507.55 61 0:07:27:20 206.40 513.38 62 0:07:27:48 206.88 546.64 63 0:07:28:17 207.36 109.69 64 0:07:28:46 207.84 540.28 65 0:07:29:15 208.32 580.68 66 0:07:29:44 208.80 573.85 67 0:07:30:12 209.28 565.91 68 0:07:30:41 209.76 609.39 69 0 : 07:31:10 210.24 605.64 70 0:07:31:39 210.72 110.87 71 0:07:32:08 211.20 605.26 72 0:07:32:36 211.68 604.93 73 0:07:33:05 212.16 604.69 74 0:07:33:34 212.64 604.52 75 0:07:34:03 213.12 604.31 76 0:07:34:32 213.60 604.23 77 0:07:35:00 214.08 110.97 78 0:07:35:29 214.56 616.97 79 0:07:35:58 215.04 626.82 80 0-.07:36:27 215.52 619.57 81 0:07:36:56 216.00 623.94 82 0:07:37:24 216.48 623.77 83 0:07:37:53 216.96 623•65 84 0:07:38:22 217.44 111.OU 85 0:07:38:51 217.92 623.30 86 0:07:39:20 218.40 623.22 87 0:07:39:48 218.88 623.10 88 0:07:40:17 219.36 623.02 89 0:07:40:46 219.84 622.93 90 0:07:41:15 220.32 622.85 91 0:07:41:44 220.80 111.07 92 0:07:42:12 221.28 622.79 93 0:07:42:41 221.76 622.79 94 0:07:43:10 222.24 622.75 95 0:07:43:39 222,72 622.71 96 0:07:44:08 223.20 622.67 97 0:07:44:36 223.68 622.67 98 0:07:45:05 224.16 111.12 99 0:07:45:34 224.64 622.67 100 0:07:46:03 225.12 622.67 EASE NAME :NAMARAH DATE : 8 / 10 / 87 LEASE OWNER:CRUSADER OIL EMR # * 65478 WELL NUMBER* 2 EPG / x 62530 START TIME :O4eOO:56 DEPTH t 7867.8 FT TICKET *: 329895 COMMENTS POINT # TIME MIN. PSIA, DEG.F 101 0:07:46132 225.60 622.71 102 0:07:47:00 226.08 622.67 103 0x07:47:29 226.56 622.67 104 0:07:47:58 227.04 622.67 105 0:07:48:27 227.52 111.15 106 0:07:48:56 228.00 622.69 107 0:07:49:24 228.48 622.69 108 0:07:49:53 228.96 622.74 103 0:07:50:22 229.44 612.56 110 0 : 07:50:51 229.92 599.24 111 0:07:51:20 230.40 604.03 112 0:07:51:48 230.88 111. 18 113 0:07:52:17 231.36 604.26 114 0:07:52:46 231.84 604.26 115 0:07:53:15 232.32 604.26 116 0:07:53:44 232.80 604.22 117 0:07:54:12 233.28 604.14 118 0:07:54:41 233.76 604.18 119 0:07:55:10 234.24 111.15 120 0:07:55:39 234.72 604.03 121 0:07:56:08 235.20 604.03 122 0:07:56:36 235.68 604.03 123 0:07:57:05 236.16 603.99 124 0:07:57:34 236.64 603.99 125 0:07:58:03 237.12 603.95 126 0:07:58:32 237.60 111.14 127 0:07:59:00 238.08 603.90 128 0:07:59:29 238.56 604.10 129 0.-07:59:58 239.04 668.81 130 0:08:00:27 239.52 639.18 131 0:08:00:56 240.00 638.23 132 0:08:01:24 240.48 688.75 133 0:08:01:53 240.96 112.10 134 0:08:02:22 241.44 693.70 135 0:08:02:51 241.92 708.24 136 0:08:03:20 242.40 704.94 137 0:08:03:48 242.88 743.43 138 0:08:04:17 243.36 738.72 139 0:08:04:46 243.84 737.39 140 0:08:05:15 244.32 llo.bB 141 0:08:05:44 244.80 771.67 142 0:08:06:12 245.28 823.68 143 0:08:06:41 245.76 806.23 144 0:08:07:10 246.24 804.07 145 0:08:07:39 246.72 814.Ob 146 0:08:08:08 247.20 842.56 147 0:08:08:36 247.68 114.93 148 0:08:09:05 248.18 870.74 143 0:08:09:34 248.64 872.44 150 0:08:10:03 249.12 891.30 LEASE NAME sNAMARAH
LEASE OWNER:CRUSADER OIL WELL NUMBER: 2 DATE : 8 / IQ / 87 EMR / EPb / TICKET 65478 62530 329895 POINT * TIME MIN. PSIA. DEG.F 151 0:08:10:32 249.bO 910.89 152 0:08:11:00 250.08 ' 904.44 153 0:08:11:29 250.56 903.36 154 0:08:11:58 251.04 116.00 155 0:08:12:27 251.52 938.58 156 0:08:12:56 252.00 938.54 157 0:08:13:24 252.48 937.37 158 0:08:13:53 252.96 957.36 159 0:08:14:22 253.44 969.77 160 0:08:14:51 253.92 970.31 161 0:08:15:20 254.40 117.30 162 0:08:15:48 254.88 1007.68 163 0:08:16:17 255.36 1003.34 164 0:08:16:46 255.84 1048.25 165 0:08:17:15 256.32 1037.85 166 0:08:17:44 256.80 1033.97 167 0:08:18:12 257.28 1068.76 168 0:08:18:41 257.76 117.97 169 0:08:19:10 258.24 1089.66 170 0:08:19:39 258.72 1104.01 171 0:08:20:08 259.20 1102.75 172 0:08:20:36 259.68 1155.42 173 0:08:21:05 260.16 1136.57 174 0:08:21:34 260.64 1155.84 175 0:08:22:03 261.12 119.52 176 0:08:22:32 261.60 1170.3b 177 0:08:23:00 262.08 1222.67 178 0:08:23:29 262.56 1205.12 179 0:08:23:58 263.04 1202.14 180 0:08:24:27 263.52 1245.77 181 0:08:24:56 264.00 1236.86 182 0:08:25:24 264.48 121.31 183 0:08:25:53 264.96 1270.61 184 0:08:26:22 265.44 1270.91 185 0:08:26:51 265.92 1269.06 186 0:08:27:20 266.40 1268.22 187 0:08:27:48 266.88 1309.66 188 0:08:28:17 267.36 1303.38 189 0:08:28:46 267.84 122.79 190 0:08:29:15 268.32 1351.59 191 0:08:29:44 268.80 1336.89 192 0:08:30:12 269.28 1325.22 193 0:08:30:41 269.76 1389.80 194 0:08:31:10 270.24 1369.26 195 0:08:31:39 270.72 1378.75 196 0:08:32:08 271.20 124.31 197 0:08:32:36 271.68 1403.48 198 0:08:33:05 272.16 1399.47 199 0:08:33:34 272.64 1418.76 200 0:08:34:03 273.12 1437.01 START TIME =04:00:56 DEPTH >7867.8 FT COMMENTS DATE : 8 / 10 / 87 EMR / : 65478 EPG * : 62530 DEPTH :7867.8 FT TICKET #i 329895 LEASE NAME :NAMARAH LEASE OWNER .-CRUSADER OIL WELL NUMBER: 2 START TIME :04:00:56 POINT * TIME MIN. PSIA. DEG.F COMMENTS 201 0:08:34:32 273.60. 1435.03 202 0:08:35:00 274.08 1559.88 203 0:08:35:29 274.56 125.80 204 0:08:35:58 275.U4 1469.88 205 0:08:36:27 275.52 1488.92 206 0:08:36:56 276.00 1498.95 207 0:08:37:24 276.48 1503.99 208 0:08:37:53 276.96 1502.93 209 0:08:38:22 277.44 1531.14 21Q 0:08:38:51 277.92 127.05 211 0:08:39:20 278.40 1537.86 212 0:08:39:48 278.88 1536.51 213 0:08:40:17 279.36 1575.27 214 0:08:40:46 279.84 1571.28 215 0:08:41:15 280.32 1569.3/ 216 0:08:41:44 280.80 1600.40 217 0:08:42:12 281.28 128.33 218 0:08:42:41 281.76 1602.86 219 0:08:43:10 282.24 1601.96 220 0:08:43:39 282.72 1601.50 221 0:08:44:08 283.20 1601.24 222 0:08:44:36 283.68 1601.07 223 0:08:45:05 284.16 16QQ.90 224 0:08:45:34 284.64 128.63 225 0:08:46:03 285.12 1600.91 226 0:08:46:32 285.60 1600.65 227 0:08:47:00 286.08 1600.74 228 0:08:47:29 286.56 1600.70 229 0:08:47:58 287.04 1600.61 230 0:08:48:27 287.52 1600.61 231 0:08:48:56 288.00 128.71 232 Q:Q8:49:24 288.48 1600.59 233 0:08:49:53 288.96 1600.55 234 0:08:50:22 289.44 1600.55 235 0:08:50:51 289.92 1600.59 236 0:08:51:20 290.40 1600.59 237 0:08:51:48 290.88 1600.72 238 0:08:52:17 291.36 128.77 239 0:08:52:46 291.84 1600.85 240 0:08:53:15 292.32 1600.94 241 0:08:53:44 292.80 1698.54 242 0:08:54:12 293.28 1638.63 243 0:08:54:41 293.76 1637.61 244 0:08:55:10 294.24 1827.30 245 0:08:55:39 294.72 129.57 246 0:08:56:08 295.20 1671.43 247 0:08:56:36 295.68 1670.28 248 0:08:57:05 296.16 1722.75 249 0:08:57:34 296.64 1703.61 250 0:08:58:03 297.12 1701.95 POINT * TIME MIN. PSIA. DEG.F COMMENTS 251 0:08:58:32 297.60 1780.17 252 0:08:59:00 298.08’ 130.71 253 0:08:59:29 298.56 1737.54 254 0:08:59:58 299.04 1782.47 255 0:09:00:27
299.52 1771.54 256 0:09:00:56 300.00 1769.88 257 0:09:01:24 300.48 1799.60 250 0:09:01:53 300.96 1794.30 259 0:09:02:22 301.44 131.84 260 0:09:02:51 301.92 1962.84 261 0:09:03:20 302.40 1839.08 262 0:09:03:48 302.88 1821.04 263 0:09:04:17 303.36 1889.89 264 0:09:04:46 303.84 1871.48 265 0:09:05:15 304.32 1870.24 266 0:09:05:44 304.80 102.88 267 0:09:06:12 305.28 1906.33 268 0:09:06:41 305.76 1904.11 269 0:09:07:10 3Q6.24 2036.24 270 0:09:07:39 306.72 1941.84 271 0:09:08:08 307.20 1939.18 272 0:09:08:36 307.68 1975.20 273 0:09:09:05 308.16 134.25 274 0:09:09:34 308.64 1973.74 275 0:09:10:03 309.12 2056.56 276 0:09:10:32 309.60 2008.68 277 0:09:11:00 310.08 1987.62 278 0:09:11:29 310.56 2529.93 279 0:09:11:58 311.04 2031.08 280 0:09:12:27 311.52 135.93 281 0:09:12:56 312.00 2036.89 282 0:09:13:24 312.48 2036.69 283 0:09:13:53 312.96 2005.66 284 0:09:14:22 313.44 2035.61 285 0:09:14:51 313.92 2037.03 286 0:09:15:20 314.40 2037.64 287 0:09:15:48 314.88 135.93 288 0:09:16:17 315.36 2035.74 289 0:09:16:46 315.84 2035.74 290 0:09:17:15 316.32 2035.82 291 0:09:17:44 316.80 2035.87 292 0:09:18:12 317.28 2036.43 293 0:09:18:41 317.76 2037.29 294 0:09:19:10 318.24 135.99 295 0:09:19:39 318.72 2006.82 296 0:09:20:08 319.20 2036.26 297 0:09:20:36 319.68 2036.43 298 0:09:21:05 320.16 2040.69 299 0:09:21:34 320.64 2044.52 300 0:09:22:03 321.12 2048.05 PICKET DATE i 8 / 10 / 87 EMR * : 65478 : 62530 LEASE NAME :NAMARAH LEASE OWNERsCRUSADER OIL WELL NUMBER: 2 START TIME :O4:OO:56 DEPTH :7867.8 FT 329895 POINT * TIME MIN. PSIA. UEG.F 301 0:09:22:32 321.60 135.85 302 0:09:23:00 322.08 • 2047.72 303 0:09:23:29 322.56 2047.12 304 0:09:23:58 323.04 2046.77 305 0:09:24:27 323.52 2046.90 306 0:09:24:56 324.00 2046.86 307 0:09:25:24 324.48 2046.86 308 0:09:25:53 324.96 135.75 309 0:09:26:22 325.44 2046.69 310 0:09:26:51 325.92 2046.94 311 0:09:27:20 326.40 2046.99 312 0:09:27:48 326.88 2046.99 313 0:09:28:17 327.36 2046.94 314 0:09:28:46 327.84 2046.90 315 0:09:29:15 328.32 135.76 316 0:09:29:44 328.80 2046.87 317 0:09:30:12 329.28 2046.91 318 0:09:30:41 329.76 2046.91 319 0:09:31:10 330.24 2047.34 320 0:09:31:39 330.72 2046.87 321 0:09:32:08 331.20 2046.61 322 0:09:32:36 331.68 135.85 323 0 s 09:33:05 332.16 2083.64 324 0:09:33:34 332.64 2082.77 325 0:09:34:03 333.12 2125.54 326 0:09:34:32 333.60 2122.18 327 0:09:35:00 334.08 2116.66 328 0:09:35:29 334.56 2215.27 329 0:09:35:58 335.04 137.46 330 0:09:36:27 335.52 2150.56 331 0:09:36:56 336.00 2218.41 332 0:09:37:24 336.48 2184.86 333 0:09:37:53 336.96 2183.48 334 0:09:38:22 337.44 2238.10 335 0:09:38:51 337.92 2217.72 336 0:09:39:20 338.40 138.52 337 0:09:39:48 338.88 2259.01 338 0:09:40:17 339.36 2253.03 339 0:09:40:46 339.84 2249.78 340 0:09:41:15 340.32 2304.48 341 0:09:41:44 340.80 2283.53 342 0:09:42:12 341.28 2281.80 343 0:09:42:41 341.76 139.45 344 0:09:43:10 342.24 2317.46 345 0:09:43:39 342.72 2341.16 346 0:09:44:08 343.20 2389.52 347 0:09:44:36 343.68 2351.50 348 0:09:45:05 344.16 2349.85 349 0:09:45:34 344.64 2403.88 350 0:09:46:03 345.12 140.77 LEASE NAME zNAMARAH DATE .8/10/87 LEASE OWNER:CRUSADER OIL EMR / : 65478 WELL NUMBER: 2 EPG * > 62530 START TIME :04.00:56 DEPTH : 7867.8 FT TICKET /: 329895 COMMENTS LEASE NAME :NAMARAH DATE ,8/10/87 LEASE OWNER:CRUSADER OIL EMR * : 65478 WELL NUMBER: 2 EPG * : 62530 START TIME :04:00:56 DEPTH :7867.8 Fi TICKET /» 329895 POINT / TIME MIN. PSIA. DEU.F CUMMENTS 351 0:09:46:32 345.60 2384.25 352 0:09:47:00 346.08' 2455.98 353 0:09:47:29 346.56 2429.50 354 0:09:47:58
347.04 2419.18 355 0:09:48:27 347.52 2485.01 356 0:09:48:56 348.00 2453.80 357 0:09:49:24 348.48 142.17 358 0:09:49:53 348.96 2512.55 359 0:09:50:22 349.44 2487.98 360 0:09:50:51 349.92 2533.55 361 0:09:51:20 350.40 2526.91 362 0:09:51:48 350.88 2520.10 363 0:09:52:17 351.36 2612.03 364 0:09:52:46 351.84 144.02 365 0:09:53:15 352.32 2554.87 366 0:09:53:44 352.80 2554.43 367 0:09:54:12 353.28 2549.71 368 0:09:54:41 353.76 2591.02 369 0:09:55:10 354.24 2643.38 370 0:09:55:39 354.72 2623.45 371 0:09:56:08 355.20 145.59 372 0:09:56:36 355.68 2670.75 373 0:09:57:05 356.16 2656.15 374 0:09:57:34 356.64 2654.44 375 0:09:58:03 357.12 2706.81 376 0:09:58:32 357.60 2689.74 377 0:09:59:00 358.08 2688.51 378 0:09:59:29 358.56 146.71 379 0:09:59:58 359.04 2688.01 380 0:10:00:27 359.52 2763.60 381 0:10:00:56 360.00 2724.49 382 0:10:01:24 360.48 2721.11 383 0:10:01:53 360.96 2751.95 384 0:10:02:22 361.44 2758.18 385 0:10:02:51 361.92 147.80 386 0:10:03:20 362.40 2787.17 387 0:10:03:48 362.88 2792.72 388 0:10:04:17 363.36 2892.80 389 0:10:04:46 363.84 2828.38 390 0:10:05:15 364.32 2907.67 391 0:10:05:44 364.80 2865.27 392 0:10:06:12 365.28 148.33 393 0:10:06:41 365.76 2842.55 394 0:10:07:10 366.24 2867.81 395 0:10:07:39 366.72 2896.35 396 0:10-. 08-.08 367.20 2891.63 397 0:10:08:36 367.68 2890.39 398 0:10:09:05 368.16 2889.77 399 0:10:09:34 368.64 150.42 400 0:10:10:03 369.12 2890.62 POINT # TIME MIN. PSIA. DEG.F COMMENTS 401 0:10:10,32 369.60 2954.54 402 0:10:11:00 370.08 ’ 2940.70 403 0:10:11:29 370.56 2929./4 404 0:10:11:58 371.04 2925.99 405 0:10:12:27 371.52 2925.19 406 0:10:12:56 372.00 151.00 407 0:10:13:24 372.48 2978.34 408 0:10:13:53 372.96 2960.21 409 0:10:14:22 373.44 2934.70 410 0:10:14:51 373.92 2972.86 411 0:10:15:20 374.40 2993.48 412 0:10:15:48 374.88 2992.15 413 0:10:16:17 375.36 151.94 414 0:10:16:46 375.84 3031.83 415 0:10:17:15 376.32 3069.83 416 0:10:17:44 376.80 3083.40 417 0:10:18:12 377.28 3063.66 418 0:10:18:41 377.76 3175.04 419 0:10:19:10 378.24 3069.87 420 0:10:19:39 378.72 154.90 421 0:10:20:08 379.20 3148.71 422 0:10:20:36 379.68 3125.73 423 0:10:21:05 380.16 3129.86 424 0:10:21:34 380.64 3138.75 425 0:10:22:03 381.12 3173.75 426 0:10:22:32 381.60 3164.27 427 0:10:23:00 382.08 156.57 428 0:10:23:29 382.56 3200.82 429 0:10:23:58 383.04 3197.66 430 0:10:24:27 383.52 4329.12 431 0:10:24:56 384.00 3252.61 432 0:10:25:24 384.48 3230.OU 433 0:10:25:53 384.96 32^1.24 434 0:10:26:22 385.44 157.73 435 0:10:26:51 385.92 3268.11 436 0:10:27:20 386.40 3353.70 437 0:10:27:48 386.88 3288.59 438 0:10:28:17 387.36 3303.06 439 0:10:28:46 387.84 3358.53 440 0:10:29:15 388.32 3336.04 441 0:10:29:44 388.80 158.42 442 0:10:30:12 389.28 3396.36 443 0:10:30:41 389.76 3367.85 444 0:10:31:10 390.24 3472.04 445 0:10:31:39 390.72 3370.98 446 0:10:32:08 391.20 3401.20 447 0:10:32:36 391.68 3503.93 443 0:10:33:05 392.16 138.64 449 0:10:33:34 392.64 3432.75 450 0:10:34:03 393.12 3402.77 START TIME : 04 : 00 :56 DATE ,8/10/87 EMR # : 65478 EPG * , 62530 DEPTH ,7862.8 FT TICKET 328895 LEASE NAME :NAMARAH LEASE OWNER:CRUSADER OIL WELL NUMBER: 2 LEASE NAME :NAMARAH DATE : 8 / 10 / 87 LEASE OWNER:CRUSADER OIL EMR / : 65478 NELL NUMBER: 2 EPG * : 62530 START TIME :O4:OO:56 DEPTH t7887.8 FT TICKET *: 329895 POINT f TIME MIN. PSIA. DEG.F COMMENTS 451 0:10:34:32 393.60 3487.54 452 0:10:35:00 394.08 3468.55 453 0:10:35:29 394.56 3544.79 454 0:10:35:58 395.04 3539.26 455 0:10:36:27 395.52 159.51 456 0:10:36:56 396.00 3501.36 457 0:10:37:24 396.48 3558.10 453 0:10:37:53 396.96
3522.35 459 0:10:38:22 397.44 3534.89 460 0:10:38:51 397.92 3534.44 461 0:10:39:20 398.40 3534.13 462 0:10:39:48 398.88 160.28 463 0:10:40:17 399.36 3534.16 464 0:10:40:46 399.84 3533.98 465 0:10:41:15 400.32 3533.85 466 0:10:41:44 400.80 3533.71 467 0:10:42:12 4Q1.28 3533.58 468 0:10:42:41 401.76 3533.49 469 0:10:43:10 402.24 160.46 470 0:10:43:39 402.72 3533.59 471 0:10:44:08 403.20 3533.59 472 0:10:44:36 403.68 3533.64 473 0:10:45:05 404.16 3533.64 474 0:10:45:34 404.64 3533.64 475 0:10:46:03 405.12 3533.77 476 0:10:46:32 405.60 160.55 477 0:10:47:00 406.08 3534.03 478 0:10:47:29 406.56 3534.03 479 0:10:47:58 407.04 3534.12 480 0:10:48:27 407.52 3534.21 481 0:10:48:56 408.00 3534.25 482 0:10:49:24 408.48 35O4.3U 483 0:10:49:53 408.96 160.61 484 0:10:50 :22 409.44 3534.53 485 0:10:50:51 409.92 3534.67 486 0:10:51:20 410.40 3534.76 487 0:10:51:48 410.88 3534.80 488 0:10:52:17 411.36 3534.89 489 0:10:52:46 411.84 3534.98 490 0:10:53:15 412.32 160.65 491 0:10:53:44 412.80 3540.46 492 0:10:54:12 413.28 3586.32 493 0:10:54 t 41 413.76 3570.25 494 0:10:55:10 414.24 3593.71 495 0:10:55:39 414. 72 3607.49 496 0:10:56:08 415.20 3602.27 497 0:10:56:36 415.68 161.60 498 0:10:57:05 416.16 3615.34 499 0:10:57:34 416.b4 3635.90 500 0:10:58:03 417.12 3725.94 LEASE NAME :NAMARAH DATE : 8 / 10 / 87 LEASE OWNER:CRUSADER OIL EMR * t 65478 WELL NUMBER: 2 EPG » : 62530 START TIME :04:00:56 DEPTH : 7867.8 FT TICKET *: 329895 POINT / TIME MIN. PS I A. DEG.F COMMENTS 501 0:10:58:32 417.60 3651.73 502 0:10:59:00 418.08' 3670.32 503 0:10:59:29 418.56 3719.92 504 0:10:59:58 419.04 163.85 505 0:11:00:27 419.52 3704.93 506 0:11:00:56 420.00 3701.00 507 0:11:01:24 420.48 3724.41 508 0:11:01:53 420.96 3732.46 509 0:11:02:22 421.44 3/34.90 510 0:11:02:51 421.92 3732.95 511 0:11:03:20 422.40 164.29 512 0:11:03:48 422.88 3720.63 513 0:11:04:17 423.36 3798.57 514 0:11:04:46 423.84 3767.45 515 0:11:05:15 424.32 3765.87 516 0:11:05:44 424.80 3842.86 517 0:11:06:12 425.28 3820.95 518 0:11:06:41 425.76 it>5.44 519 0:11:07:10 426.24 3889.85 520 0:11:07:39 426.72 3839.19 521 0:11:08:08 427.20 3827.08 522 0:11:08:36 427.68 3859.79 523 0:11:09:05 428.16 3868.14 524 0:11:09:34 428.64 3866.28 525 0:11:10:03 429.12 167.04 526 0:11:10:32 429.60 3897.83 527 0:11:11:00 430.08 3901.69 528 0:11:11:29 430.56 3674.15 529 0:11:11:58 431.04 3935.61 530 0:11:12:27 431.52 3933.38 531 0:11:12:56 432.00 4018.53 532 0:11:13:24 432.48 168.71 533 0:11:13:53 432.96 3967.24 534 0:11:14:22 433.44 3980.63 535 0:11:14:51 433.92 4040.02 536 0:11:15:20 434.40 3998.90 537 0:11:15:48 434.88 3974.85 538 0:11:16:17 435.36 4010.47 539 0:11:16:46 435.84 168.86 540 0:11:17:15 436.32 4031.85 541 0:11:17:44 436.80 4113.63 542 0:11:18:12 437.28 4067.84 543 0:11:18:41 437.76 4066.21 544 0:11:19:10 438.24 4155.67 545 0:11:19:39 438.72 4104.40 546 0:11:20:08 439.20 170.56 547 0:11:20:36 439.68 4164.08 548 0:11:21:05 440.16 4136.12 549 0:11:21:34 440.64 4135.5/ 550 0:11:22:03 441.12 417/.04 POINT / TIME MlN. Fbl A. uEG. F COMMENTS 551 0:11:22:32 441.60 4162.16 552 0:11:23:00 442.08’ 4168.20 553 0:11:23:29 442.56 1/2.03 554 0:11:23:58 443.04 4246.50 555 0:11:24:27 443.52 4187.86 556 0:11:24:56 444.00 4199.41 557 0:11:25:24 444.48 4189.27 558 0:11:25:53 444.96 4199.50 559 0:11:26:22 445.44 4275.88 560 0:11:26:51 445.92 173.77 561 0:11:27:20 446.40 4233.23 562 0:11:27:48 446.88 4233.23 563 0:11:28:17 447.36 4233.08 564 0:11:28:46 447.84 4232.7 7 565 0:11:29:15 448.32 4232.31 566 0:11:29:44 448.8U 4232.04 567 0:11:30:12 449.28
175.78 568 0:11:30:41 449.76 4233.56 569 0:11:31:10 450.24 4233.38 570 0 : 11:31:39 450.72 4233.15 571 0:11:32:08 451.20 4232.92 572 0:11:32:36 451.68 4232.78 573 0:11:33:05 452.16 4232.78 574 0:11:33:34 452.64 176.89 575 0:11:34:03 453.12 4233.50 576 0:11:34:32 453.60 4233.36 577 0:11:35:00 454.08 4233.22 578 0:11:35:29 454.5b 4233.13 579 0:11:35:58 455.04 4233.08 580 0:11:36:27 455.52 4240.15 581 0:11:36:56 456.00 17/.65 582 0:11:37:24 456.48 4238.40 583 0:11:37:53 456.96 4255.19 584 0:11:38:22 457.44 4251.43 585 0:11:38:51 457.92 4235.65 586 0:11:39:20 458.40 4242.48 587 0 : 11:39:48 458.88 4241.98 588 0:11:40:17 459.36 178.24 589 0:11:40:46 459.84 4241.59 590 0:11:41:15 460.32 4241.23 591 0:11:41:44 460.80 4240.95 592 0:11:42:12 461.28 4240.77 593 0:11:42:41 461.76 4240.63 594 0:11:43:10 462.24 4240.54 595 0:11:43:39 462.72 178.43 596 0:11:44:08 463.20 4240.53 597 0:11:44:36 463.68 4271.83 598 0:11:45:05 464.16 4281.75 599 0:11:45:34 464.64 4271.74 600 0:11:46:03 465.12 42b3.02 DEPTH i 7867.8 FT LEASE NAME zNAMARAH LEASE OWNER:CRUSADER OIL WELL NUMBER; 2 START TIME :04:00:56 OATE : 8 / 10 / 87 EMR / ; 65478 EPG * : 62530 TICKET #: 329895 LEASE NAME :NAMARAH DATE i 8 / 10 / 87 LEASE OWNER:CRUSADER OIL EMR / : 65478 WELL NUMBER: 2 EPG / : 62530 START TIME :04:00:56 DEPTH :7867.8 b f TICKET 329895 POINT * TIME MIN. PSI A. UEv. F COMMENTS 601 0:11:46:32 465.60 4255.08 602 0:11:47:00 466.08- 178.73 0:11:47:05 FIRST FLOW PERIOD 603 0:11:47:29 466.56 1973.60 604 0:11:47:58 467.04 1990.20 605 0:11:48:27 467.52 2099.23 606 0:11:48:56 468.00 2231.14 607 0:11:49:24 468.48 2244.41 608 0:11:49:53 468.96 225s.18 609 0:11:50:22 469.44 190.89 610 0 : 11 :50:51 469.92 2238.02 611 0:11:51:20 470.40 2202.65 612 0 : 11 :51:48 470.88 2201.61 613 0:11:52:17 471.36 2193.54 614 0:11:52:46 471.84 2204.42 615 0:11:53:15 472.32 2211.89 616 0:11:53:44 472.80 191.98 617 0:11:54:12 473.28 2206.71 618 0 : 11 :54:41 473.76 2201.91 619 0:11:55:10 474.24 2191.25 620 0:11:55:39 474.72 2179.74 621 0 : 11:56:08 475.20 2151.06 622 0:11:56:36 475.68 2148.39 623 0:11:57:05 476.16 191.25 624 0 : 11:57:34 476.64 2200.66 625 0 : 11:58:03 477.12 2215.78 626 0:11:58:32 477.60 2221.86 627 0:11:59:00 478.08 2233.83 628 0:11:59:29 478.56 2247.23 629 0:11:59:58 479.04 2260.20 630 0:12:00:27 479.52 192.15 631 0:12:00:56 480.00 2270.57 632 0:12:01:24 480.48 2275.84 633 0:12:01:53 480.96 2282.20 634 0:12:02:22 481.44 2286.14 635 0:12:02:51 481.92 2295.58 636 0:12:03:20 482.40 2305.36 637 0:12:03:48 482.88 182.15 638 0:12:04:17 483.36 2322.03 639 0:12:04:46 483.84 2328.36 640 0:12:05:15 484.32 2335.34 641 0:12:05:44 484.80 2343.05 642 0:12:06:12 485.28 2348.99 643 0:12:06:41 485.76 2354.46 644 0:12:07:10 486.24 152.80 645 0:12:07:39 486.72 2362.46 646 0:12:08:08 487.20 2363.41 647 0:12:08:36 487.68 2362.54 648 0:12:09:05 488.16 2361.11 649 0:12:09:34 488.64 2358.08 LEASE NAME sNAMARAH DATE : 8 / 10 / 87 LEASE OWNER:CRUSADER OIL EMR * : 65478 WELL NUMBER: 2 EPG * : 62530 START TIME :04:00:56 DEPTH :7867.8 FT TICKET 329895 POINT * TIME MIN. PSIA. DEG.F COMMENTS 650 0:12:10:03 489.12 2354.78 651 0:12:10:32 489.60- 193.00 652 0:12:11:00 490.08 2358.09 653 0:12:11:29 490.56 2360.52 654 0:12:11:58 491.04 2361.82 655 0:12:12:27 491.52 2362.73 656 0:12:12:56 492.00 2361.60 657 0:12:13:24 492.48 2360.12 658 0:12:13:53 492.96 183.27 659 0:12:14:22 493.44 2354.57 660 0:12:14:51 493.92 2349.32 661 0:12:15:20 494.40 2344.08 662 0:12:15:48 494.88 2338.18 663 0:12:16:17 495.36 2332.46 664 0:12:16:46 495.84 2326.48
665 0:12:17:15 496.32 193.22 666 0:12:17:44 496.80 2313.62 667 0:12:18:12 497.28 2306.78 668 0:12:18:41 497.76 2300.06 669 0:12:19:10 498.24 2293.18 670 0:12:19:39 498.72 2287.12 671 0:12:20:08 499.20 2279.59 672 0:12:20:36 499.68 193.19 673 0:12:21:05 500.16 2265.98 674 0:12:21:34 500.64 2259.75 675 0:12:22:03 501.12 2252.53 676 0:12:22:32 501.60 2245.61 677 0:12:23:00 502.08 2238.14 678 0:12:23:29 502.56 2232.05 679 0:12:23:58 503.04 192.83 680 0:12:24:27 503.52 2217.36 681 0:12:24:56 504.00 2209.59 682 0:12:25:24 504.48 2202.42 683 0:12:25:53 504.96 2193.10 684 0:12:26:22 505.44 2181.06 685 0:12:26:51 505.92 2169.33 686 0:12:27:20 506.40 192.31 0:12:27:40 CLOSE SURFACE MANIFOLD 687 0:12:27:48 506.88 2152.37 688 0:12:28:17 507.36 2181.03 689 0:12:28:46 507.84 2179.79 690 0:12:29:15 508.32 2201.28 691 0:12:29:44 508.80 2222.78 692 0:12:30:12 509.28 2243.39 693 0:12:30:41 509.76 193.10 694 0:12:31:10 510.24 2284.49 695 0:12:31:39 510.72 2305.40 696 0:12:32:08 511.20 2324.20 697 0:12:32:36 511.68 2342.36 698 0:12:33:05 512.16 2359.92 LEASE NAME :NAMARAH DATE .8/10/87 LEASE OWNER:CRUSADER OIL EMR * : 65478 WELL NUMBER: 2 EPG * : 62530 START TIME :04:00:56 DEPTH :7867.8 FT TICKET /: 329895 POINT # TIME MIN. PS1A. UEG.F COMMENTS 699 0:12:33:34 512.64 2377.10 700 0:12:34:03 513.12’ 195.18 701 0:12:34:32 513.60 2412.16 702 0:12:35:00 514.08 2427.91 703 0:12:35:29 514.56 2443.08 704 0:12:35:58 515.04 2457.43 705 0:12:36:27 515.52 2471.74 0:12:36:30 uPEN SURFACE MANIFOLD 706 0:12:36:56 516.00 2465.09 707 0:12:37:24 516.48 195.72 708 0:12:37:53 516.96 2403.54 709 0:12:38:22 517.44 2375.41 710 0:12:38:51 517.92 2350.86 711 0:12:39:20 518.40 2326.90 712 0:12:39:48 518.88 2305.80 713 0:12:40:17 519.36 2285.11 714 0*12:40:46 519.84 194.20 715 0:12:41:15 520.32 2244.17 716 0:12:41:44 520.80 2224.33 717 0:12:42:12 521.28 2206.03 718 0:12:42:41 521.76 2187.56 719 0:12:43:10 522.24 2169.48 720 0:12:43:39 522.72 2152.59 721 0:12:44:08 523.20 192.80 722 0:12:44:36 523.68 2120.53 723 0:12:45:05 524.16 2106.03 724 0:12:45:34 524.64 2090.45 725 0:12:46:03 525.12 2074.84 726 0:12:46:32 525.60 2060.35 727 0:12:47:00 526.08 2046.04 728 0:12:47:29 526.56 192.15 729 0:12:47:58 527.04 2018.71 730 0:12:48:27 527.52 2004.98 731 0:12:48:56 528.00 1993.31 732 0:12:49:24 528.48 1981.69 733 0:12:49:53 528.96 1971.10 734 0:12:50:22 529.44 1958.29 735 0:12:50:51 529.92 191.93 736 0:12:51:20 530.40 1943.34 737 0:12:51:48 530.88 1937.18 738 0:12:52:17 531.36 1930.54 739 0:12:52:46 531.84 1926.99 740 0:12:53:15 532.32 1919.41 741 0:12:53:44 532.80 1907.82 742 0:12:54:12 533.28 192.01 743 0:12:54:41 533.76 1881.98 744 0:12:55:10 534.24 1872.84 745 0:12:55:39 534.72 1866.04 746 0:12:56:08 535.20 1859.63 747 0:12:56:36 535.68 1851.09 LEASE NAME sNAMARAH LEASE OWNER:CRUSADER OIL WELL NUMBER: 2 DATE : 8 / 10 / 87 EMR * : 65478 EPG 9 : 62530 DEPTH :78b7.8 FT TICKET /» 329895 START TIME :04:00:56 POINT * TIME MIN. PSIA. DEG.F COMMENTS 748 0:12:57:05 536.16 1842.08 749 0:12:57:34 536.64 191.87 750 0:12:58:03 537.12 1827.95 751 0:12:58:32 537.60 1820.53 752 0:12:59:00 538.08 1813.40 753 0:12:59:29 538.56 1805.43 754 0:12:59:58 539.04 1798.82 755 0:13:00:27 539.52 1790.93 756 0:13:00:56 540.00 181.68 757 0:13:01:24 540.48 1778.56 758 0:13:01:53 540.96 1771.70 759 0:13:02:22 541.44 1764.97 760 0:13:02:51 541.92 1757.52 761 0:13:03:20 542.40 1748.87 762 0:13:03:48 542.88 1740.79 763 0:13:04:17 543.36 191.59 764 0:13:04:46 543.84 1728.23 765 0:13:05:15 544.32 1721.38 766
0:13:05:44 544.80 1705.86 767 0:13:06:12 545.28 lb86.43 768 0:13:06:41 545.76 1687.97 769 0:13:07:10 546.24 1682.70 770 0:13:07:39 546.72 191.42 771 0:13:08:08 547.20 1672.86 772 0:13:08:36 547.68 1666.96 773 0:13:09:05 548.16 1661.87 774 0:13:09:34 548.64 1656.48 775 0:13:10:03 549.12 1648.16 776 0:13:10:32 549.60 1643.32 777 0:13:11:00 550.08 181.44 778 0:13:11:29 550.56 1642.99 779 0:13:11:58 551.04 1638.67 780 0:13:12:27 551.52 1633.58 781 0:13:12:56 552.00 1627.98 782 0:13:13:24 552.48 1629.12 783 0:13:13:53 552.96 1625.94 784 0:13:14:22 553.44 191.68 785 0:13:14:51 553.92 1617.01 786 0:13:15:20 554.40 1611.54 787 0:13:15:48 554.88 1607.22 788 0:13:16:17 555.36 1602.51 789 0:13:16:46 555.84 1597.30 790 0:13:17:15 556.32 1591.62 791 0:13:17:44 556.80 181.62 792 0:13:18:12 557.28 1582.08 793 0:13:18:41 557.76 1576.83 794 0 : 13:19:10 558.24 1570.44 795 0:13:19:39 558.72 1571.88 796 0:13:20:08 559.20 1568.76 797 0:13:20:36 559.68 1568.66 DATE ,8/10/87 EMR / : 65478 EPG / i 62530 DEPTH :786/.8 FT TICkET 329895 COMMENTS LEASE NAME sNAMARAH LEASE OWNER:CRUSADER OIL WELL NUMBER: 2 START TIME :04:00:56 POINT / TIME MIN. PSIA. UEG.F 798 0:13:21:05 560.16 191.50 789 0:13:21:34 560.64 1562.75 800 0:13:22:03 561.12 1560.00 801 0:13:22:32 561.60 1555.80 802 0:13:23:00 562.08 1551.1b 803 0:13:23:29 562.56 1547.73 804 0:13:23:58 563.04 1545.07 805 0:13:24:27 563.52 191.33 306 0:13:24:56 564.00 1537.71 807 0:13:25:24 564.48 1534.24 808 0:13:25:53 564.96 1530.82 809 0:13:26:22 565.44 1522.28 810 0:13:26:51 565.92 1516.23 811 0:13:27:20 566.40 1515.64 812 0:13:27:48 566.88 191.27 813 0:13:28:17 567.36 1514.57 814 0:13:28:46 567.84 1510.01 815 0:13:29:15 568.32 1505.66 816 0:13:29:44 568.80 1502.07 817 0:13:30:12 569.28 1498.98 818 0:13:30:41 569.76 1494.89 819 0:13:31:10 570.24 191.25 82 0 0:13:31:39 570.72 1470.42 821 0:13:32:08 571.20 1465.98 822 0:13:32:36 571.68 1461.01 823 0:13:33:05 572.16 1457.34 824 0:13:33:34 572.64 1453.54 825 0:13:34:03 573.12 1450.21 826 0:13:34:32 573.60 191.34 827 0:13:35:00 574.08 1441.23 828 0:13:35:29 574.56 1437.65 829 0:13:35:58 575.04 1433.35 830 0:13:36:27 575.52 1427.99 831 0:13:36:56 576.00 1423.23 832 0:13:37:24 576.48 1419.99 833 0:13:37:53 576.96 191.45 834 0:13:38:22 577.44 1412.80 835 0:13:38:51 577.92 1410.19 836 0:13:39:20 578.40 1408.25 837 0:13:39:48 578.88 1408.67 838 0:13:40:17 579.36 1408.25 839 0:13:40:46 579.84 1407.83 840 0:13:41:15 580.32 191.43 841 0:13:41:44 580.80 1403.90 842 0:13:42:12 581.28 1401.20 843 0:13:42:41 581.76 1398.85 844 0:13:43:10 582.24 1397.96 845 0:13:43:39 582.72 1394./2 846 0:13:44:08 583.20 1390.55 847 0:13:44:36 583.68 182.07 LEASE NAME :NAMARAH DATE : 8 / 10 LEASE OWNER:CRUSADER OIL EMR » : 65478 WELL NUMBER: 2 Eru * : 62530 START TIME :04:00:56 DEPTH : 7867.8 FT TICKET /: 329895 87 POINT / TIME MIN. PSIA. DEG.F COMMENTS 848 0:13:45:05 584.16 1384.34 849 0:13:45:34 584.64‘ 1377.48 850 0:13:46:03 585.12 1383.50 851 0:13:46:32 585.60 1387.03 852 0:13:47:00 586.08 1385.65 853 0:13:47:29 586.56 1382.74 854 0:13:47:58 587.04 192.46 855 0:13:48:27 587.52 1376.01 856 0:13:48:56 588.00 13/2.77 857 0:13:49:24 588.48 1370.28 858 0:13:49:53 588.96 1366.63 859 0:13:50:22 589.44 1361.24 860 0:13:50:51 589.92 1356.15 861 0:13:51:20 590.40 192.40 862 0:13:51:48 590.88 1347.38 863 0:13:52:17 591.36 1346.12 864 0:13:52:46 591.84 1354.20 865 0:13:53:15 592.32 1354.99 866 0:13:53:44 592.80 1352.35 867 0:13:54:12 593.28 1349.95 868 0:13:54:41 593.76 192.50 869 0:13:55:10
594.24 1335.38 870 0:13:55:39 594.72 1327.69 871 0:13:56:08 595.20 1322.69 872 0:13:56:36 595.68 1319.03 873 0:13:57:05 596.16 1316.68 874 0:13:57:34 596.64 1317.77 875 0:13:58:03 597.12 192.45 876 0:13:58:32 597.60 1320.37 877 0:13:59:00 598.08 1319.87 878 0:13:59:29 598.56 1317.56 879 0:13:59:58 599.04 1315.00 880 0:14:00:27 599.52 1308.49 881 0:14:00:56 600.UO 1307.73 882 0:14:01:24 600.48 192.50 883 0:14:01:53 600.86 1304.25 884 0:14:02:22 601.44 1301.77 885 0:14^02:51 601.92 1298.46 886 0:14:03:20 602.40 1290.32 887 0:14:03:48 602.88 1282.85 888 0:14:04:17 603.36 1278.27 889 0:14:04:46 603.84 192.41 890 0:14:05:15 604.32 1273.12 891 0:14:05:44 604.80 1281.39 892 0:14:06:12 605.28 1283.06 893 0:14:06:41 605.76 1283.36 894 0:14:07:10 606.24 1268.13 895 0:14:07:39 606.72 1261.72 896 0:14:08:08 607.20 192.48 897 0:14:08:36 607.68 1257.96 LEASE NAME :NAMARAH DATE i 8/10 LEASE OWNER:CRUSADER OIL EMR • : 65478 WELL NUMBER: 2 EPG / : 62530 START TIME :O4sOOs56 DEPTH :7867.8 FT TICKET #: 329895 87 POINT / TIME MIN. PSIA. DEG.F COMMENTS 898 0:14:09:05 608.16 1257.88 899 0:14:09:34 608.64 1255.66 900 0:14:10:03 609.12 1252.89 901 0:14:10:32 609.60 1250.84 902 0:14:11:00 610.08 1248.87 903 0:14:11:29 610.56 192.56 904 0:14:11:58 611.04 1242.24 905 0:14:12:27 611.52 1240.02 906 0:14:12:56 612.00 1238.13 907 0:14:13:24 612.48 1239.72 908 0:14:13:53 612.96 1237.88 909 0:14:14:22 613.44 1235.37 910 0:14:14:51 613.92 192.59 911 0:14:15:20 614.40 1229.32 912 0:14:15:48 614.88 1225.05 913 0:14:16:17 615.36 1222.24 914 0:14:16:46 615.84 1219.73 915 0:14:17:15 616.32 1217.89 916 0:14:17:44 616.80 1218.31 917 0:14:18:12 617.28 192.60 918 0:14:18:41 617.76 1215.22 919 0:14:19:10 618.24 1212.13 920 0:14:19:39 618.72 1209.15 921 0:14:20:08 619.20 1205.72 922 0:14:20:36 619.68 1201.79 923 0:14:21:05 620.16 1200.45 924 0:14:21:34 620.64 192.60 925 0:14:22:03 621.12 1194.51 926 0:14:22:32 621.60 1183.09 927 0:14:23:00 622.08 1190.75 928 0:14:23:29 622.56 1188.40 929 0:14:23:58 623.04 lltfb.98 930 0:14:24:27 623.52 1185.22 931 0:14:24:56 624.00 182.63 932 0:14:25:24 624.48 1182.15 933 0:14:25:53 624.96 1180.23 934 0:14:26:22 625.44 11/6.72 935 0:14:26:51 625.92 1173.96 936 0:14:27:20 626.40 1173.50 937 0:14:27:48 626.88 11/4.00 938 0:14:28:17 627.36 192.68 939 0:14:28:46 627.84 1171.92 940 0:14:29:15 628.32 1169.70 941 0:14:29:44 628.80 1167.69 942 0:14:30:12 629.28 1166.40 943 0:14:30:41 629.76 1165.14 944 0:14:31:10 630.24 1164.73 945 0:14:31:39 630.72 182.75 946 0:14:32:08 631.20 1160.28 947 0:14:32:36 631.68 1157.69 LEASE NAME jNAMARAH DATE : 8 / 10 / 87 LEASE OWNER:CRUSADER OIL EMR * : 65478 WELL NUMBER: 2 EPG * : 62530 START TIME :04:00:56 DEPTH *7867.8 FT TICKET fi 329895 POINT # TIME MIN. PSIA. DEG.F COMMENTS 948 0:14:33:05 632.16 1156.2/ 949 0:14:33:34 632.64 1153.18 950 0:14:34:03 633.12 1151.42 951 0:14:34:32 633.60 1146.95 952 0:14:35:00 634.08 192.73 953 0:14:35:29 634.56 1139.58 954 0:14:35:58 635.04 1137.71 955 0:14:36:27 635.52 1135.95 956 0:14:36:56 636.00 1134.24 957 0:14:37:24 636.48 1131.36 958 0:14:37:53 636.96 1128.48 959 0:14:38:22 637.44 152.72 960 0:14:38:51 637.92 1124.38 961 0:14:39:20 638.4 0 1121.87 962 0:14:39:48 638.88 1120.16 963 0:14:40:17 639.36 1117.24 964 0:14:40:46 639.84 1114.98 965 0:14:41:15 640.32 1112.44 966 0:14:41:44 640.80 192.75 967 0:14:42:12 641.28 1107.75 968 0:14:42:41 641.76 1106.54 969 0:14:43:10 642.24 1104.41 970 0:14:43:39 642.72 11U1.74 971 0:14:44:08 643.20 1098.98 972
0:14:44:36 643.68 1096.94 973 0:14:45:05 644.16 192.80 974 0:14:45:34 644.64 1092.65 975 0:14:46:03 645.12 1090.90 976 0:14:46:32 645.60 1089.07 977 0:14:47:00 646.08 1087.73 978 0:14:47:29 646.56 1086.31 979 0:14:47:58 647.04 1084.40 980 0:14:48:27 647.52 192.85 981 0:14:48:56 648.00 1080.70 982 0:14:49:24 648.48 lu8O.24 983 0:14:49:53 648.96 1079.53 984 0:14:50:22 649.44 1078.90 985 0:14:50:51 649.92 1077.94 986 0:14:51:20 650.40 1075,94 987 0:14:51:48 650.88 192.88 988 0:14:52:17 651.36 1071,05 989 0:14:52:46 651.84 1068.64 990 0:14:53:15 652.32 1066,05 991 0:14:53:44 652.80 1062,26 992 0:14:54 : 12 653.28 1061,84 993 0:14:54:41 653.76 1058.58 0:14:55:00 FIRST CLOSED PERIOD 994 0:14:55:10 654.24 192.89 995 0:14:55:39 654.72 1179.86 996 0:14:56:08 655.20 1238.62 DATE : 8 / 10 / 87 LEASE NAME :NAMARAH LEASE OWNERsCRUSADER OIL WELL NUMBER: 2 START TIME xO4:OO:56 329885 EMR * « 65478 EPG * : 62530 POINT * TIME MIN. PSIA. DEG.F COMMENTS 997 0:14:56:36 655.68 1269.09 998 0:14:57:05 656.16 1291.58 999 0:14:57:34 656.64 1310.22 1000 0:14:58:03 657.12 1326.18 1001 0:14:58:32 657.60 195.05 1002 0:14:59:00 658.08 1355.15 1003 0:14:59:29 658.56 1366.76 1004 0:14:59:58 659.04 1377.40 1005 0:15:00:27 659.52 1387.33 1006 0:15:00:56 660.00 1396.59 1007 0:15:01:24 660.48 1405.39 1008 0:15:01:53 660.96 185.44 1009 0:15:02:22 661.44 1422.07 1010 0:15:02:51 661.92 1429.53 1011 0:15:03:20 662.40 1436.65 1012 0:15:03:48 662.88 1443.35 1013 0:15:04:17 663.36 1449.89 1014 0:15:04:46 663.84 1456.05 1015 0:15:05:15 664.32 185.57 1016 0:15:05:44 664.80 1467.86 1017 0:15:06:12 665.28 1473.27 1018 0:15:06:41 665.76 1478.46 1019 0:15:07:10 666.24 1483.52 1020 0:15:07:39 666.72 1488.33 1021 0:15:08:08 667.20 1492.94 1022 0:15:08:36 667.68 195.59 1023 0:15:09:05 668.16 1501.69 1024 0:15:09:34 668.64 1505.88 1025 0:15:10:03 669.12 1509.85 1026 0:15:10:32 669.60 1513.69 1027 0:15:11:00 670.08 1517.37 1028 0:15:11:29 670.56 1520.96 1029 0:15:11:58 671.04 195.50 1030 0:15:12:27 671.52 1527.64 1031 0:15:12:56 672.00 1530.85 1032 0:15:13:24 672.48 1533.94 1033 0:15:13:53 672.96 1536.98 1034 0:15:14:22 673.44 1539.90 1035 0:15:14:51 673.92 1542.73 1036 0:15:15:20 674.40 195.37 1037 0:15:15:48 674.88 1547.98 1038 0:15:16:17 675.36 1550.60 1039 0:15:16:46 675.84 1553.18 1040 0:15:17:15 676.32 1555.68 1041 0:15:17:44 676.80 1558.13 1042 0:15:18:12 677.28 1560.59 1043 0:15:18:41 677.76 195.21 1044 0:15:19:10 678.24 1565.04 1045 0 •. 15: 19:39 b78.72 1567.33 1046 0:15:20:08 679.20 1569.57 DEPTH :7867.8 FT TICKET DATE : 8 7 10 / 87 EMR X x 65478 LEASE NAME :NAMARAH LEASE OWNER:CRUSADER OIL WELL NUMBER: 2 START TIME :04 : 00 :56 329895 EPG x x 62530 POINT * TIME MIN. PSIA. DEG.F COMMENTS 1047 0:15x20:36 679.68 1571.77 1048 0x15:21:05 680.16 1573.93 1049 0:15:21:34 680.64 1576.09 1050 0:15x22:03 681.12 195.05 1051 0x15:22:32 681.60 1580.13 1052 0:15:23:00 682.08 1582.20 1053 0:15:23:29 682.56 1584.19 1054 0:15x23:58 683.04 1586.22 1055 0:15:24:27 683.52 1588.26 1056 0:15:24:56 684.00 1590.25 1057 0:15:25:24 684.48 194.92 1058 0:15:25:53 684.96 1593.98 1059 0:15:26:22 685.44 1595.88 1060 0:15:26:51 685.92 1597.79 1061 0:15:27:20 686.40 1599.70 1062 0:15:27:48 686.88 1601.60 1063 0:15:28:17 687.36 1603.43 1064 0:15:28:46 687.84 194.80 1065 0:15:29:15 688.32 1607.04 1066 0:15:29:44 688.80 1608.90 1067 0:15:30:12 689.28 1610.68 1068 0:15:30:41 689.76 1612.50 1069 0:15:31:10 690.24 1614.28 1070 0:15:31:39 690.72 1616.06 1071 0:15:32:08 691.20
194.71 1072 0:15:32:36 691.68 1619.46 1073 0:15:33:05 692.16 1621.24 1074 0:15:33:34 692.64 1622.93 1075 0:15:34:03 693.12 1624.71 1076 0:15:34:32 693.60 1626.41 1077 0:15:35:00 694.08 1628.06 1078 0:15:35:29 694.56 194.62 1079 0:15:35:58 695.04 1631.33 1080 0:15:36:27 695.52 1632.98 1081 0:15:36:56 696.UO 1634.64 1082 0:15:37:24 696.48 1636.33 1083 0:15:37:53 696.96 1637.99 1084 0:15:38:22 697.44 1639.68 1085 0:15:38:51 697.92 194.54 1086 0:15:39:20 698.40 1642.82 1087 0:15:39:48 698.88 1644.44 1088 0:15:40:17 699.36 1646.05 1089 0:15:40:46 699.84 1647.66 1090 0:15:41:15 700.32 1649.27 1091 0:15:41:44 700.80 1650.81 1092 0:15:42:12 701.28 194.48 1093 0:15:42:41 701.76 1653.93 1094 0:15:43:10 702.24 1655.46 1095 0:15:43:39 702.72 1657.03 1096 0:15:44:08 703.20 1658.60 DEPTH x 7867.8 FT IICKET x. LEASE NAME sNAMARAH LEASE OWNER;CRUSADER WELL NUMBER: 2 OIL DEPTH :7867.8 FT DATE : 8 / 10 / 87 EMR * : 65478 EPG * i 62530 TICKET *: 329895 START TIME :04:00:56 POINT f TIME MIN. PSIA. DEG.F COMMENTS 1097 0:15:44:36 703.68 1860.17 1098 0:15:45:05 704.16 1661.70 1099 0:15:45:34 704.64 184.43 1100 0:15:46:03 705.12 1664.70 1101 0:15:46:32 705.60 1666.23 1102 0:15:47:00 706.08 1667.76 1103 0:15:47:29 706.56 1669.25 1104 0:15:47:58 707.04 1670.73 1105 0:15:48:27 707.52 1672.18 1106 0:15:48:56 708.00 194.3b 1107 0:15:49:24 708.48 1675.13 1108 0:15:49:53 708.96 1676.70 1109 0:15:50:22 709.44 1678.10 1110 0:15:50:51 709.92 1679.50 1111 0:15:51:20 710.40 1680.99 1112 0:15:51:48 710.88 1682.47 1113 0:15:52:17 711.36 184.30 1114 0:15:52:46 711.84 1685.33 1115 0:15:53:15 712.32 1686.73 1116 0:15:53:44 712.80 1688.14 1117 0 : 15:54 : 12 713.28 1689.58 1118 0:15:54:41 713.76 1690.98 1119 0:15:55:10 714.24 1692.38 1120 0:15:55:39 714.72 194.28 1121 0:15:56:08 715.20 1695.27 1122 0:15:56:36 715.68 1696.59 1123 0:15:57:05 716.16 1697.99 1124 0:15:57:34 716.64 1699.35 1125 0:15:58:03 717.12 170U.71 1126 0:15:58:32 717.60 1702.11 1127 0:15:59:00 718.08 194.24 1128 0:15:59:29 718.56 1704.88 1129 0:15:59:58 719.04 1706.24 1130 0:16:00:27 719.52 1707.80 1131 0:16:00:56 720.00 1708.96 1132 0:16:01:24 720.48 1710.28 1133 0:16:01:53 720.96 1711.60 1134 0:16:02:22 721.44 194.22 1135 0:16:02:51 721.92 1714.34 1136 0:16:03:20 722.40 1715.61 1137 0:16:03:48 722.88 1716.97 1138 0:16:04:17 723.36 1718.25 1139 0:16:04:46 723.84 1719.52 1140 0:16:05:15 724.32 1720.88 1141 0:16:05:44 724.80 194.17 1142 0:16:06:12 725.28 1723.48 1143 0:16:06:41 725.76 1724.80 1144 0:16:07:10 726.24 1726.16 1145 0:16:07:39 726.72 1727.43 1146 0:16:08:08 727.20 1728.6/ POINT * TIME MIN. PSIA. DEG.F COMMENTS 1147 0:16:08:36 727.68 1729.99 1148 0:16:09:05 728.16 194.15 1149 0:16:09:34 728.64 1732.56 1150 0:16:10:03 729.12 1733.84 1151 0:16:10:32 729.60 1735.07 1152 0:16:11:00 730.08 1736.30 1153 0:16:11:29 730.56 1737.54 1154 0:16:11:58 731.04 1738.81 1155 0:16:12:27 731.52 194.12 1156 0:16:12:56 732.00 1741.29 1157 0:16:13:24 732.48 1742.57 1158 0:16:13:53 732.96 1743.81 1159 0:16:14:22 733.44 1745.08 1160 0:16:14:51 733.92 1746.32 1161 0:16:15:20 734.40 1747.59 1162 0:16:15:48 734.88 194.09 1163 0:16:16:17 735.36 1749.95 1164 0:16:16:46 735.84 1751-19 1165 0:16:17:15 736.32 1752.38 1166 0:16:17:44 736.80 1753.61 1167 0:16:18:12 737.28 1754.85 1168 0:16:18:41 737.76 1756.04 1169 0:16:19:10 738.24 194.04 1170 0:16:19:39 738.72 1758.46 1171 0:16:20:08 739.20 1759.66 1172 0:16:20:36 739.68 1760.80 1173 0:16:21:05 740.16 1762.00 1174 0:16:21:34 740.64 1763.23 1175
0:16:22:03 741.12 1764.38 1176 0:16:22:32 741.60 194.01 1177 0:16:23:00 742.08 1766.70 1178 0:16:23:29 742.56 1767.93 1179 0:16:23:58 743.04 1769.08 1180 0:16:24:27 743.52 1770.27 1181 0:16:24:56 744.00 1771.38 1182 0:16:25:24 744.48 1772.5/ 1183 0:16:25:53 744.96 194.03 1184 0:16:26:22 745.44 1774.88 1185 0:16:26:51 745.92 1775.99 1186 0:16:27:20 746.40 1777.14 1187 0:16:27:48 746.88 1778.38 1188 0:16:28:17 747.36 1779.49 1189 0:16:28:46 747.84 1780.55 1190 0:16:29:15 748.32 194.00 1191 0:16:29:44 748.80 1782.79 1192 0:16:30:12 749.28 1783.94 1193 0:16:30:41 749.76 1785.09 1194 0:16:31:10 750.24 1786.20 1195 0:16:31:39 750.72 1787.26 1196 0:16:32:08 751.20 1788.37 START TIME :04:00:56 DATE » 8 / 10 / 87 EMR * : 65478 EPG f : 62530 DEPTH :7867.8 FT TICKET *: 329895 LEASE NAME sNAMARAH LEASE OWNERsCRUSADER OIL WELL NUMBER: 2 LEASE NAME sNAMARAH DATE i 8 / 10 / 87 LEASE OWNER:CRUSADER OIL EMR t : 65478 WELL NUMBER: 2 EPb * : 62530 START TIME :04:00:56 DEPTH : 7867.8 FT TICKET /» 329895 POINT * TIME MIN. PSIA. DEG.F COMMENTS 1197 0:16:32:36 751.68 193.99 1198 0:16:33:05 752.16- 1790.57 1199 0:16:33:34 752.64 1791.68 1200 0:16:34:03 753.12 1792.79 1201 0:16:34:32 753.60 1793.90 1202 0:16:35:00 754.08 1795.05 1203 0:16:35:29 754.56 1796.11 1204 0:16:35:58 755.04 193.97 1205 0:16:36:27 755.52 1798.27 1206 0:16:36:56 756.DO 1799.34 1207 0:16:37:24 756.48 1800.45 1208 0:16:37:53 756.96 1801.51 1209 0:16:38:22 757.44 1802.58 1210 0:16:38:51 757.92 1803.69 1211 0:16:39:20 758.40 193.94 1212 0:16:39:48 758.88 1805.79 1213 0:16:40:17 759.36 1806.86 1214 0:16:40:46 759.84 1807.92 1215 0:16:41:15 760.32 1808.99 1216 0:16:41:44 760.80 1810.06 1217 0:16:42:12 761.28 1811.08 1218 0:16:42:41 761.76 193.94 1219 0:16:43:10 762.24 1813.16 1220 0:16:43:39 762.72 1814.23 1221 0:16:44:08 763.20 1815.29 1222 0:16:44:36 763.68 1816.32 1223 0:16:45:05 764.16 1817.38 1224 0:16:45:34 764.64 1818.41 1225 0:16:46:03 765.12 193.92 1226 0:16:46:32 765.60 1820.49 1227 0:16:47:00 766.08 1821.51 1228 0:16:47:29 766.56 1822.49 1229 0:16:47:58 767.04 1823.47 1230 0:16:48:27 767.52 1824.54 1231 0:16:48:56 768.00 1825.56 1232 0:16:49:24 768.48 193.92 1233 0:16:49:53 768.96 1827.60 1234 0:16:50:22 769.44 1828.59 1235 0:16:50:51 769.92 1829.61 1236 0:16:51:20 770.40 1830.59 1237 0:16:51:48 770.88 1831.57 1238 0:16:52:17 771.36 1832.60 1239 0:16:52:46 771.84 193.90 1240 0:16:53:15 772.32 1834.59 1241 0:16:53:44 772.80 1835.61 1242 0:16:54:12 773.28 1836.55 1243 0:16:54:41 773.76 1837.53 1244 0:16:55:10 774.24 1838.52 1245 0:16:55:39 774.72 1839.50 1246 0:16:56:08 775.20 193.89 LEASE NAME sNAMARAH DATE i 8 / 10 / 87 LEASE OWNER 2 CRUSADER OIL EMR * t 65478 WELL NUM8ER: 2 EPG / : 62530 START TIME :04:00:56 DEPTH : 7867.8 FT TICKET *: 329895 POINT » TIME MIN. PSIA. DEG.F COMMENTS 1247 0 : 16:56 : 36 775.68 1841.45 1248 0:16:57:05 776.16’ 1842.43 1249 0:16:57:34 776.64 1843.41 1250 0:16:58:03 777.12 1844.39 1251 0:16:58:32 777.60 1845.38 1252 0:16:59:00 778.08 1846.2/ 1253 0:16:59:29 778.56 193.87 1254 0:16:59:58 779.04 1848.17 1255 0:17:00:27 779.52 1849.20 1256 0:17:00:56 780.00 1850.18 1257 0:17:01:24 780.48 1851.08 1258 0:17:01:53 780.96 1852.10 1259 0:17:02:22 781.44 1853.U8 1260 0:17:02:51 781.92 193.58 1261 0:17:03:20 782.40 1854.93 1262 0:17:03:48 782.88 1855.83 1263 0:17:04:17 783.36 1856.77 1264 0:17:04:46 783.84 1857.75 1265 0:17:05:15 784.32 1858.85 1266 0:17:05:44 784.80 1859.59 1267 0:17:06:12 785.28
193.87 1268 0:17:06:41 785.76 1861.41 1269 0:17:07:10 786.24 1862.35 1270 0:17:07:39 786.72 1863.33 1271 0:17:08:08 787.20 1864.23 1272 0:17:08:36 787.68 1865.17 1273 0:17:09:05 788.16 1866.11 1274 0:17:09:34 788.64 193.87 1275 0:17:10:03 789.12 1867.86 1276 0:17:10:32 789.60 1868.84 1277 0:17:11:00 790.08 1869.78 1278 0:17:11:29 790.56 1870.64 1279 0:17:11:58 791.04 1871.53 1280 0:17:12:27 791.52 1872.43 1231 0:17:12:56 792.00 1»3.83 1282 0:17:13:24 792.48 18/4.28 1283 0:17:13:53 792.96 1875.18 1284 0:17:14:22 793.44 18/6.12 1285 0:17:14:51 793.92 1876.97 1286 0:17:15:20 794.40 1877.83 1287 0:17:15:48 794.88 1878.72 1288 0:17:16:17 795.36 193.83 1289 0:17:16:46 795.84 1880.47 1290 0:17:17:15 796.32 1881.41 1291 0:17:17:44 796.80 1882.31 1292 0:17:18:12 797.28 1883.17 1293 0:17:18:41 797.76 1884.06 1294 0:17:19:10 798.24 1884.92. 1295 0:17:19:39 798.72 193.81 1296 0:17:20:08 799.20 1886.65 DATE .8/10/87 EMR # . 65478 EPG / s 62530 TICKET #t 329895 LEASE NAME sNAMARAH LEASE OWNER : CRUSADER OIL WELL NUMBERs 2 POINT # TIME MIN. PSIA. DEG.F COMMENTS 1297 0:17:20:36 799.68 1887.60 1298 0:17:21:05 800.16 ’ 1888.49 1299 0:17:21:34 300.64 1889.31 1300 0:17:22:03 801.12 1890.16 1301 0:17:22:32 801.60 1891.02 1302 0:17:23:00 802.08 193.84 1303 0:17:23:29 802.56 1892.75 1304 0:17:23:58 803.04 1893.65 1305 0:17:24:27 803.52 1894.46 1306 0:17:24:56 804.00 1895.27 1307 0:17:25:24 804.48 1896.17 1308 0:17:25:53 804.96 1897.03 1309 0:17:26:22 805.44 193.82 1310 0:17:26:51 805.92 1898.71 1311 0:17:27:20 806.40 1899.61 1312 0:17:27:48 806.88 1900.43 1313 0:17:28:17 807.36 1901.28 1314 0:17:28:46 807.84 1902.09 1315 0:17:29:15 808.32 1902.95 1316 0:17:29:44 808.80 193.81 1317 0:17:30:12 809.28 1904.62 1318 0:17:30:41 809.76 1905.51 1319 0:17:31:10 810.24 1906.33 1320 0:17:31:39 810.72 1907.14 1321 0:17:32:08 811.20 1907.91 1322 0:17:32:36 811.68 1908.76 1323 0:17:33:05 812.16 193.81 1324 0:17:33:34 812.64 1910.47 1325 0:17:34:03 813.12 1911.28 1326 0:17:34:32 813.60 1912.05 1327 0:17:35:00 814.08 1912.87 1328 0:17:35:29 814.56 1913.68 1329 0:17:35:58 815.04 1914.49 1330 0:17:36:27 815.52 193.83 1331 0:17:36:56 816.00 1916.18 1332 0:17:37:24 816.48 1916.95 1333 0:17:37:53 816.96 1917.72 1334 0:17:38:22 817.44 1918.53 1335 0:17:38:51 817.92 1919.34 1336 0:17:39:20 818.40 1920.16 1337 0:17:39:48 818.88 193.79 1338 0:17:40:17 819.36 1921.75 1339 0:17:40:46 819.84 1922.61 1340 0:17:41:15 820.32 1923.42 1341 0:17:41:44 820.80 1924.19 1342 0:17:42:12 821.28 1924.9b 1343 0:17:42:41 821.76 1925.77 1344 0:17:43:10 822.24 193.80 1345 0:17:43:39 822.72 1827.37 1346 0:17:44:08 823.20 1928.14 START TIME :04:00:56 DEPTH * 78b/.8 FT HALLIBURTON bEKVlUES DRILL STEM TESTING LEASE NAME :NAMARAH DATE : 8 / 10 / 87 LEASE OWNERsCRUSADER OIL EMR / : 65478 WELL NUMBER: 2 EPG / : 62530 START TIME :04:00:56 DEPTH :7867.8 FT TICKET /t 32SB95 POINT * TIME MIN. PSIA. UEG.F COMMENTS 1347 0:17:44:36 823.68 1928.91 1348 0:17:45:05 824.16 1929.68 1349 0:17:45:34 824.64 1930.49 1350 0:17:46:03 825.12 1931.30 1351 0:17:46:32 825.60 183.78 1352 0:17:47:00 826.08 1932.84 1353 0:17:47:29 826.56 1933.65 1354 0:17:47:58 827.04 1934.38 1355 0:17:48:27 827.52 1935.19 1356 0:17:48:56 828.00 1936.00 1357 0:17:49:24 828.48 1936.77 1358 0:17:49:53 828.96 193.80 1359 0:17:50:22 829.44 1938.28 1360 0:17:50:51 829.92 1939.05 1361 0:17:51:20 830.40 1939.78 1362 0:17:51:48 830.88 1940.55 1363 0:17:52:17 831.36 1941.32 1364 0:17:52:46 831.84
1942.09 1365 0:17:53:15 832.32 193.80 1366 0:17:53:44 832.80 1943.58 1367 0:17:54:12 833.28 1944.31 1368 0:17:54:41 833.76 1945.08 1369 0:17:55:10 834.24 1945.90 137 0 0:17:55:39 834.72 1946.71 1371 0:17:56:08 835.20 1947.40 1372 0:17:56:36 835.68 193.79 1373 0:17:57:05 836.16 1948.84 1374 0:17:57:34 836.64 1949.61 1375 0:17:58:03 837.12 1950.34 1376 0:17:58:32 837.60 1951.07 1377 0:17:59:00 838.08 1951.84 1378 0:17:59:29 838.56 1952.61 1379 0:17:59:58 839.04 193.77 1380 0:18:00:27 839.52 1954.09 1381 0:18:00:56 840.00 1954.78 1382 0:18:01:24 840.48 1955.51 1383 0:18:01:53 840.96 1956.28 1384 0:18:02:22 841.44 1957.01 1385 0:18:02:51 841.92 1957.68 1386 0:18:03:20 842.40 193.76 1387 0:18:03:48 842.88 1959.22 1388 0:18:04:17 843.36 1959.91 1389 0:18:04:46 843.84 1960.68 1390 0:18:05:15 844.32 1961.37 1391 0:18:05:44 844.80 1962.09 1392 0:18:06:12 845.28 1962.78 1393 0:18:06:41 845.76 193.74 1394 0:18:07:10 846.24 1964.27 1395 0:18:07:39 846.72 1965.00 1396 0:18:08:08 847.20 1965.72 LEASE NAME sNAMARAH DATE : 8 / 10 / 87 LEASE OWNER:CRUSADER OIL EMR * : 65478 WELL NUMBER: 2 EPG * : 62530 START TIME :04:00:56 DEPTH :7867.8 FT TICKET *: 329895 POINT * TIME MIN. PSIA. UEG.f COMMENTS 1397 0:18:08:36 847.68 1966.45 1398 0:18:09:05 848.16 1967.22 1399 0:18:09:34 848.64 1967.87 1400 0:18:10:03 849.12 193.75 1401 0:18:10:32 849.60 1969.29 1402 0:18:11:00 850.08 1970.02 1403 0:18:11:29 850.56 1970.70 14 04 0:18:11:58 851.04 1971.39 1405 0:18:12:27 851.52 1972.08 1406 0:18:12:56 852.00 1972.80 1407 0:18:13:24 852.48 1^3.74 1408 0:18:13:53 852.96 1974.16 1409 0:18:14:22 853.44 1974.89 1410 0:18:14:51 853.92 1975.58 1411 0:18:15:20 854.40 1976.27 1412 0:18:15:48 854.88 1976.99 1413 0:18:16:17 855.36 1977.72 1414 0:18:16:46 855.84 193.73 1415 0:18:17:15 856.32 1979.08 1416 0:18:17:44 856.80 19‘79- 77 1417 0:18:18:12 857.28 1990.46 1418 0:18:18:41 857.76 1981.14 1419 0:18:19:10 858.24 1981.83 1420 0:18:19:39 858.72 1982.51 1421 0:18:20:08 859.20 193.73 1422 0:18:20:36 859.68 1983.89 1423 0:18:21:05 860.16 1984.53 1424 0:18:21:34 860.64 1985.22 1425 0:18:22:03 861.12 1985.95 1426 0:18:22:32 861.60 1986.63 1427 0:18:23:00 862.08 1987.32 1428 0:18:23:29 862.56 153.74 1429 0:18:23:58 863.04 1988.61 1430 0:18:24:27 863.52 1989.30 1431 0:18:24:56 864.00 1989.98 1432 0:18:25:24 864.48 1990.87 1433 0:18:25:53 864.96 1991.35 1434 0:18:26:22 865.44 1992.00 1435 0:18:26:51 865.92 193.73 1436 0:18:27:20 866.40 1993.32 1437 0:18:27:48 866.88 1994.05 1438 0:18:28:17 867.36 1994.69 1439 0:18:28:46 867.84 1995.29 1440 0:18:29:15 868.32 1995.98 1441 0:18:29:44 868.80 1996.62 1442 0:18:30:12 869.28 193.72 1443 0:18:30:41 869.76 1997.99 1444 0:18:31:10 870.24 1998.63 1445 0:18:31:39 870.72 1999.27 1446 0:18:32:08 871.20 1999.92 LEASE NAME sNAMARAH DATE : 8 / 10 / 87 LEASE OWNER:CRUSADER OIL EMR / : 65478 WELL NUMBER: 2 EPG / : 62530 START TIME :04:00:56 DEPTH :7867.8 FT TICKET *« 329895 POINT * TIME MIN. PS1A. DEG.F COMMENTS 1447 0:18:32:36 871.68 2000.60 1448 0:18:33:05 872.16 2001.29 1449 0:18:33:34 872.64 193.72 1450 0:18:34:03 873.12 2002.57 1451 0:18:34:32 873.60 2003.22 1452 0:18:35:00 874.08 2003.86 1453 0:18:35:29 874.56 2004.50 1454 0:18:35:58 875.04 2005.15 1455 0:18:36:27 875.52 2005.75 1456 0:18:36:56 876.00 193.72 1457 0:18:37:24 876.48 2007.08 1458 0:18:37:53 876.96 2007.72 1459 0:18:38:22 877.44 2008.32 1460 0:18:38:51 877.92 2UU9.01 1461 0:18:39:20 878.40 2009.70 1462 0:18:39:48 878.88 2010.34 1463 0:18:40:17 879.36
193.72 1464 0:18:40:46 879.84 2011.63 1465 0:18:41:15 880.32 2012.23 1466 0:18:41:44 880.80 2012.83 1467 0:18:42:12 881.28 2013.52 1468 0:18:42:41 881.76 2014.16 1469 0:18:43:10 882.24 2014.76 1470 0:18:43:39 882.72 193.73 1471 0:18:44:08 883.20 2016.05 1472 0:18:44:36 883.68 2016.66 1473 0:18:45:05 884.16 2017.26 1474 0 : 18:45:34 884.64 2017.90 1475 0:18:46:03 885.12 2018.54 1476 0:18:46:32 885.60 2019.14 1477 0:18:47:00 886.08 193.72 1478 0:18:47:29 886.56 2020.38 1479 0:18:47:58 887.04 2021.07 1480 0:18:48:27 887.52 2021.67 1481 0:18:48:56 888.00 2022.27 1482 0:18:49:24 888.48 2022.87 1483 0:18:49:53 888.96 2023.52 1484 0:18:50:22 889.44 193.72 1485 0:18:50:51 889.92 2024.67 1486 0:18:51:20 890.40 2025.32 1487 0:18:51:48 890.88 2025.92 1488 0:18:52:17 891.36 2026.56 1489 0:18:52:46 891.84 2027.16 1490 0:18:53:15 892.32 2027.85 1491 0:18:53:44 892.80 193.72 1492 0:18:54:12 893.28 2029.02 1493 0:18:54:41 893.76 2029.62 1494 0:18:55:10 894.24 2030.26 1495 0:18:55:39 894.72 2030.86 1496 0:18:56:08 895.20 2031.46 LEASE NAME sNAMARAH DATE : 8 / 10 / 87 LEASE OWNER:CRUSADER OIL EMR t : 65478 WELL NUMBER: 2 EPG * i 62530 START TIME :04:00:56 DEPTH t 7867.8 FT TICKET #: 329895 COMMENTS POINT / TIME MIN. PSI A. UEG.F 1497 0:18:56:36 895.68 2032.06 1498 0:18:57:05 896.16 193.72 1499 0:18:57:34 896.64 2033.22 1500 0:18:58:03 897.12 2033.83 1501 0:18:58:32 897.60 2034.47 1502 0:18:59:00 898.08 2035.07 1503 0:18:59:29 898.56 2035.67 1504 0:18:59:58 899.04 2036.23 1505 0:19:00:27 899.52 193.73 1506 0:19:00:56 900.00 2037.44 1507 0:19:01:53 900.96 193.73 1508 0:19:02:51 901.92 2040.06 1509 0:19:03:48 902.88 2041.22 1510 0:19:04:46 903.84 2042.47 1511 0:19:05:44 904.80 2043.63 1512 0:19:06:41 905.76 193.73 1513 0:19:07:39 906.72 2045.95 1514 0:19:08:36 907.68 2047.11 1515 0:19:09:34 908.64 2048.27 1516 0:19:10:32 909.60 2049.43 1517 0:19:11:29 910.56 193.72 1518 0:19:12:27 911.52 2051.69 1519 0:19:13:24 912.48 2052.94 1520 0:19:14:22 913.44 2054.01 1521 0:19:15:20 914.40 2055.13 1522 0:19:16:17 915.36 193.72 1523 0:19:17:15 916.32 2057.45 1524 0:19:18:12 917.28 2058.57 1525 0:19:19:10 918.24 2059.73 1526 0:19:20:08 919.20 2060.85 1527 0:19:21:05 920.16 193.73 1528 0:19:22:03 921.12 2063.04 1529 0:19:23:00 922.08 2064.20 1530 0:19:23:58 923.04 2065.28 1531 0:19:24:56 924.00 2066.40 1532 0:19:25:53 924.96 193.72 1533 0:19:26:51 925.92 2068.58 1534 0:19:27:48 926.88 2069.65 1535 0:19:28:46 927.84 2070. n 1536 0:19:29:44 928.80 2071.89 1537 0:19:30:41 929.76 193.71 1538 0:19:31:39 930.72 2074.03 1539 0:19:32:36 331.68 2075.15 1540 0:19:33:34 932.64 2076.23 1541 0:19:34:32 933.60 2077.34 1542 0:19:35:29 934.56 193.73 1543 0:19:36:27 935.52 2079.46 1544 0:19:37:24 936.48 2080.54 1545 0:19:38:22 937.44 2081.57 1546 0:19:39:20 938.40 2082.64 DATE : 8 / 10 / 87 LEASE NAME :NAMARAH . LEASE OWNER:CRUSADER OIL WELL NUMBER: 2 START TIME :O4:OO:56 HALLIBURTON SERVICtb DklLL STEM TESTING EPk> * : 62530 TICKET »t 329895 : 65478 POINT * TIME MIN. PS1A. DEG.F COMMENTS 1547 0:19:40:17 939.36 193.74 1548 0:19:41:15 940.32- 2084.76 1549 0:19:42:12 941.28 2085.79 1550 0:19:43:10 942.24 2086.91 1551 0:19:44:08 943.20 2087.90 1552 0:19:45:05 944.16 193.72 1553 0:19:46:03 945.12 2090.00 1554 0:19:47:00 946.08 2090.99 1555 0:19:47:58 947.04 2092.06 1556 0:19:48:56 948.00 2093.05 1557 0:19:49:53 948.96 193.72 1558 0:19:50:51 949.92 2095.12 1559 0:19:51:48 950.88 2096.19 1560 0:19:52:46 951.84 2097.18 1561
0:19:53:44 952.80 2098.21 1562 0:19:54:41 953.76 193.73 1563 0:19:55:39 954.72 2100.28 1564 0:19:56:36 955.68 2101.27 1565 0:19:57:34 956.64 2102.26 1566 0:19:58:32 957.60 2103.34 1567 0:19:59:29 958.56 193.74 1568 0:20:00:27 959.52 2105.29 1569 0:20:01:24 960.48 2106.28 1570 0:20:02:22 961.44 2107.31 1571 0:20:03:20 962.40 2108.26 1572 0:20:04:17 963.36 153.73 1573 0:20:05:15 964.32 2110.27 1574 0:20:06:12 965.28 2111.26 1575 0:20:07:10 966.24 2112.25 1576 0:20:08:08 967.20 2113.16 1577 0:20:09:05 968.16 193.73 1578 0:20:10:03 969.12 2115.14 1579 0:20:11:00 970.08 2116.13 1580 0:20:11:58 971.04 2117.08 1581 0:20:12:56 972.00 2118.07 1582 0:20:13:53 972.96 193.76 1583 0:20:14:51 973.92 2119.98 1584 0:20:15:48 974.88 2120.97 1585 0:20:16:46 975.84 2121.92 1586 0:20:17:44 976.80 2122.87 1587 0:20:18:41 977.76 193.75 1588 0:20:19:39 978.72 2124.80 1589 0:20:20:36 979.68 2125.74 1590 0:20:21:34 980.64 2126.65 1591 0:20:22:32 981.60 2127.59 1592 0:20:23:29 982.56 193.74 1593 0:20:24:27 983.52 2129.53 1594 0:20:25:24 984.48 2130.43 1595 0:20:26:22 985.44 2131.38 1596 0:20:27:20 986.40 2132.33 DEPTH :7867.8 FT DATE : 8 7 10 / 87 EMR » : 65478 EPG 9 : 62530 DEPTH s 7867.8 FT TICKET /: 329895 LEASE NAME -.NAMARAH LEASE OWNER:CRUSADER OIL WELL NUMBER: 2 START TIME :04:00:56 POINT 9 TIME MIN. PSIA. DEG.F COMMENTS 1597 0:20:28:17 987.36 193.76 1598 0:20:29:15 988.32 2134.20 1599 0:20:30:12 989.28 2135.10 1600 0:20:31:10 990.24 2136.05 1601 0:20:32:08 991.20 2137.00 1602 0:20:33:05 992.16 193.77 1603 0:20:34:03 993.12 2138.77 1604 0:20:35:00 994.08 2139.72 1605 0:20:35:58 995.04 2140.63 1606 0:20:36:56 996.00 2141.57 1607 0:20:37:53 996.96 193.77 1608 0:20:38:51 997.92 2143.38 1609 0:20:39:48 998.88 2144.28 1610 0:20:40:46 999.84 2145.14 1611 0:20:41:44 1000.80 2146.05 1612 0:20:42:41 1001.76 193.77 1613 0:20:43:39 1002.72 214 7.86 1614 0:20:44:36 1003.68 2148.77 1615 0:20:45:34 1004.64 2149.72 1616 0:20:46:32 1005.60 2150.58 1617 0:20:47:29 1006.56 193.77 1618 0:20:48:27 1007.52 2152.35 1619 0:20:49:24 1008.48 2153.25 1620 0:20:50:22 1009.44 2154.12 1621 0:20:51:20 1010.40 2155.02 1622 0:20:52:17 1011.36 193.7 7 1623 0:20:53:15 1012.32 2156.74 1624 0:20:54:12 1013.28 2157.60 1625 0:20:55:10 1014.24 2158.51 1626 0:20:56:08 1015.20 2159.41 0:20:56:30 BYPASS OPEN 1627 0:20:57:05 1016.16 193.76 1628 0:20:58:03 1017.12 4039.46 1629 0:20:59:00 1018.08 4100.65 1630 0:20:59:58 1019.04 4230.81 1631 0:21:00:56 1020.00 4223.39 1632 0:21:01:53 1020.96 188.47 1633 0:21:02:51 1021.92 4230.86 1634 0:21:03:48 1022.88 4240.76 1635 0:21:04:46 1023.84 4244.48 1636 0:21:05:44 1024.80 4251.31 1637 0:21:06:41 1025.76 183.99 1638 0:21:07:39 1026.72 4244.36 1639 0:21:08:36 1027.68 4246.65 1640 0:21:09:34 1028.64 4248.58 1641 0:21:10:32 1029.60 4250.19 1642 0:21:11:29 1030.56 183.24 1643 0:21:12:27 1031.52 4248.51 1644 0:21:13:24 1032.48 4249.68 1645 0:21:14:22 1033.44 4250.78 LEASE NAME :NAMARAH DATE .8/10/87 LEASE OWNER:CRUSADER OIL EMR * : 65478 NELL NUMBER: 2 EPG * : 62530 START TIME :04:00:56 DEPTH :/8b7.8 FT TICKET #: 329895 POINT / TIME MIN. PSIA. DEG.F COMMENTS 1646 0:21:15:20 1034.40 4273.27 1647 0:21:16:17 1035.36 182.67 1648 0:21:17:15 1036.32 4249.5/ 1649 0:21:18:12 103/.28 4238.10 1650 0:21:19:10 1038.24 4246.31 1651 0:21:20:08 1039.20 4247.87 1652 0:21:21:05 1040.16 182.67 1653 0:21:22:03 1041.12 4245.02 1654 0:21:23:00 1042.08 4249.43 1655
0:21:23:58 1043.04 4250.02 1656 0:21:24:56 1044.00 4238.56 1657 0:21:25:53 1044.96 182.78 1658 0:21:26:51 1045.92 4245.68 1659 0:21:27:48 1046.88 42/7.90 1660 0:21:28:46 1047.84 4244.35 1661 0:21:29:44 1048.80 4244.72 1662 0:21:30:41 1049.76 182.56 1663 0:21:31:39 1050.72 4246.12 1664 0:21:32:36 1051.68 4110.83 1665 0:21:33:34 1052.64 4137.57 1666 0:21:34:32 1053.60 4157.79 1667 0:21:35:29 1054.56 183.01 1668 0:21:36:27 1055.52 4187.08 1669 0:21:37:24 1056.48 4198./6 1670 0:21:38:22 1057.44 4211.82 1671 0:21:39:20 1058.40 4223.37 1672 0:21:40:17 1059.36 183.12 1673 0:21:41:15 1060.32 4209.77 1674 0:21:42:12 1061.28 4209.59 1675 0:21:43:10 1062.24 4204.23 1676 0:21:44:08 1063.20 4187.54 1677 0:21:45:05 1064.16 183.20 1678 0:21:46:03 1065.12 4196.69 1679 0:21:47:00 1066.08 4194.45 1680 0:21:47:58 1067.04 4202.14 1681 0:21:48:56 1068.00 4204.80 1682 0:21=49:53 1068.96 183.26 1683 0:21:50:51 1069.92 4205.00 1684 0:21:51:48 1070.88 4207.01 1685 0:21:52:46 1071.84 4216.04 1686 0:21:53:44 1072.80 4217.74 1687 0:21:54:41 1073.76 183.30 1688 0:21:55:39 1074.72 4444.70 1689 0:21:56:36 1075.68 4433.82 1690 0:21:57:34 1076.64 4443.69 1691 0:21:58:32 1077.60 4455.91 1692 0:21:59:29 1078.56 183.33 1693 0:22:00:27 1079.52 4450.59 1694 0:22:01:24 1080.48 4416.14 1695 0:22:02:22 1081.44 4435.37 LEASE NAME :NAMARAH DATE : 8 / 10 / 87 LEASE OWNER:CRUSADER OIL EMR / : 65478 WELL NUMBER: 2 EPG / : 62530 START TIME :04:00:56 DEPTH :/867.8 FT TICKET #: 329895 POINT * TIME MIN. PSIA. DEG.F COMMENTS 1696 0:22:03:20 1082.40 4442.98 1697 0:22:04:17 1083.36, 183.26 1698 0:22:05:15 1084.32 4432.03 1699 0:22:06:12 1085.28 4428.48 1700 0:22:07:10 1086.24 4215.40 1701 0:22:08:08 1087.20 4214.58 1702 0:22:09:05 1088.16 182.98 1703 0:22:10:03 1089.12 4204.14 1704 0:22:11:00 1U90.08 4194.80 1705 0 : 22 : 11:58 1091.04 4205.38 1706 0:22:12:56 1092.00 4204.60 1707 0:22:13:53 1092.96 182.48 1708 0:22:14:51 1093.92 4188.29 1709 0:22:15:48 1094.88 4202.86 1710 0:22:16:46 1095.84 4264.30 1711 0:22:17:44 1096.80 4243.01 1712 0:22:18:41 1097.76 182.15 1713 0:22:19:39 1098.72 4259.24 1714 0:22:20:36 1099.68 4242.63 1715 0:22:21:34 1100.64 4239.65 1716 0:22:22:32 1101.60 4226.17 1717 0:22:23:29 1102.56 182.02 1718 0:22:24:27 1103.52 4187.09 1719 0:22:25:24 1104.48 4232.60 1720 0:22:26:22 1105.44 4227.87 1721 0:22:27:20 1106.40 4229.02 1722 0:22:28:17 1107.36 182.37 1723 0:22:29:15 1108.32 4235.76 1724 0:22:30:12 1109.28 4237.14 1725 0:22:31:10 1110.24 4232.97 1726 0:22:32:08 1111.20 4236.96 1727 0:22:33:05 1112.16 182.U5 1728 0:22:34:03 1113.12 4241.93 1729 0:22:35:00 1114.08 4235.83 1730 0:22:35:58 1115.04 4241.43 1731 0:22:36:56 1116.00 4244.41 1732 0:22:37:53 1116.96 182.91 1733 0:22:38:51 1117.92 4244.38 1734 0:22:39:48 1118.88 4239.33 1735 0:22:40:46 1119.84 4243.83 1736 0:22:41:44 1120.80 4248.65 1737 0:22:42:41 1121.76 183.43 1738 0:22:43:39 1122.72 4250.54 1739 0:22:44:36 1123.68 3958.93 1740 0:22:45:34 1124.64 4243.75 1741 0:22:46:32 1125.60 4255.81 1742 0:22:47:29 1126.56 183.78 1743 0:22:48:27 1127.52 4242.88 1744 0:22:49:24 1128.48 4243.93 1745 0:22:50:22 1129.44 4247.60 DATE i 8 / 10 / 87 EMR / : 65478 EPG * i 62530 DEPTH :7867.8 FT TICKET *: 329895 HAlLISURTUN SERVICES DRILL STEM TESTING LEASE NAME zNAMARAH LEASE OWNER:CRUSADER OIL WELL NUMBER: 2 START TIME :04:00:56 POINT / TIME MIN. PSIA. UEV.F COMMENTS 1746 0:22:51:20 1130.40 4245.17 1747 0:22:52:17 1131.36 183.54
1748 0:22:53:15 1132.32 4247.52 1749 0:22:54:12 1133.28 4251.10 1750 0:22:55:10 1134.24 4245.46 1751 0:22:56:08 1135.20 4244.40 1752 0:22:57:05 1136.16 183.03 1753 0:22:58:03 1137.12 4254.81 1754 0:22:59:00 1138.08 4251.14 1755 0:22:59:58 1139.04 4242.52 1756 0:23:00:56 1140.00 4249.86 1757 0:23:02:26 1141.50 182.76 1758 0:23:03:56 1143.00 4246.81 1759 0:23:05:26 1144.50 4256.40 1760 0:23:06:56 1146.00 4250.39 1761 0:23:08:26 1147.50 4251.31 1762 0:23:09:56 1149.00 182.30 1763 0:23:11:26 1150.50 4262.45 1764 0:23:12:56 1152.00 4254.37 1765 0:23:14:26 1153.50 4250.56 1766 0:23:15:56 1155.00 4255.20 1767 0:23:17:26 1156.50 181.74 1768 0:23:18:56 1158.00 4245.73 1769 0:23:20:26 1159.50 4252.16 1770 0:23:21:56 1161.00 4247.43 1771 0:23:23:26 1162.50 4246.01 1772 0:23:24:56 1164.00 181.31 1773 0:23:26:26 1165.50 4249.56 1774 0:23:27:56 1167.00 4251.77 1775 0:23:29:26 1168.50 4245.39 1776 0:23:30:56 1170.00 4239.29 1777 0:23:32:26 1171.50 181.25 1778 0:23:33:56 1173.00 4242.26 1779 0:23:35:26 1174.50 4246.30 1780 0:23:36:56 1176.00 4233.50 1781 0:23:38:26 1177.50 4238.22 1782 0:23:39:56 1179.00 181.24 1783 0:23:41:26 1180.50 4232.53 1784 0:23:42:56 1182.00 4236.84 1785 0:23:44:26 1183.50 4234.91 1786 0:23:45:56 1185.00 4225.15 1787 0:23:47:26 1186.50 180.93 1788 0:23:48:56 1188.00 4239.95 1789 0:23:50:26 1189.50 4236.19 1790 0:23:51:56 1191.00 4231.70 1791 0:23:53:26 1192.50 4227.11 1792 0:23:54:56 1194.00 180.44 1793 0:23:56:26 1195.50 4222.40 1794 0:23:57:56 1197.00 4218.14 1795 0:23:59:26 1198.50 4223.36 LEASE NAME :NAMARAH LEASE OWNER:CRUSADER OIL WELL NUMBERs 2 START TIME *04:00:56 DATE *8/10/87 EMK * EPG * TICKET 65478 62530 329895 POINT f TIME MIN. HSIA. UEG.F 1796 1:00:00*56 1200.00 4230.10 1797 1:00:02:26 1201.50 178.85 1798 1:00:03:56 1203.00 4236.23 1799 1:00:05:26 1204.50 4219.90 1800 1:00:06:56 1206.00 4217.93 1801 1:00:08:26 1207.SO 4225.86 1802 1:00:09:56 1209.00 1/8.24 1803 1:00:11:26 1210.50 4217.39 1804 1:00:12:56 1212.00 4216.84 1805 1:00:14:26 1213.50 4226.46 1806 1:00:15:56 1215.00 4213.31 1807 1:00:17:26 1216.50 1/7.12 1808 1:00:18:56 1218.00 4211.9/ 1809 1:00:20:26 1219.50 4222.01 1810 1:00:21:56 1221.00 4208.17 1811 1:00:23:26 1222.50 4207.66 1812 1:00:24:56 1224.00 175.98 1813 1:00:26:26 1225.50 4198.87 1814 1:00:27:56 1227.00 4201.29 1815 1:00:29:26 1228.50 4211.60 1816 1:00:30:56 1230.00 4213.34 1817 1:00:32:26 1231.50 174.42 1818 1:00:33:56 1233.00 4213.82 1819 1:00:35:26 1234.50 4217.63 1820 1:00:36:56 1236.00 4205.75 1821 1:00:38:26 1237.50 4212.86 1822 1:00:39:56 1239.00 173.32 1823 1:00:41:26 1240.50 4203.85 1824 1:00:42:56 1242.00 4215.40 1825 1:00:44:26 1243.50 4215.13 1826 1:00:45:56 1245.00 4201.01 1827 1:00:47:26 1246.50 172.51 1828 1:00:48:56 1248.00 4215.19 1829 1:00:50:26 1249.50 4208.45 1830 1:00:51:56 1251.00 4203.92 1831 1:00:53:26 1252.50 4207.54 1832 1:00:54:56 1254.00 171.74 1833 1:00:56:26 1255.50 4208.28 1834 1:00:57:56 1257.00 4203.65 1835 1:00*59:26 1258.50 4207.73 1836 1:01:00:56 1260.00 4199.98 1837 1:01:02:26 1261.50 171.15 1838 1:01:03:56 1263.00 4206.84 1839 1:01:05:26 1264.50 4205.19 1840 1:01:06:56 1266.00 4205.74 1841 1:01:08:26 1267.50 4206.Z9 1842 1:01:09:56 1269.00 1/0.15 1843 1:01:11:26 1270.50 4217.60 1844 1:01:12:56 1272.00 4207.65 1845 1:01:14:26 1273.50 4218.83 DEPTH :/86/.B FT COMMENTS DATE .8/10/87 LEASE NAME sNAMARAH LEASE OWNER;CRUSADER OIL WELL NUMBER: 2 START TIME :O4:OO:56
329895 EMR / » 65478 EPG * i 62530 POINT / TIME MIN. PSI A. DEG.F COMMENTS 1846 1:01:15:56 1275.00 4213.52 1847 1:01:17:26 1276.50. 169.30 1848 1:01:18:56 1278.00 4214.61 1849 1:01:20:26 1279.50 4217.40 1850 1:01:21:56 1281.00 4195.26 1851 1:01:23:26 1282.50 4230.15 1852 1:01:24:56 1284.00 169.43 1853 1:01:26:26 1285.50 4225.63 1854 1:01:27:56 1287.00 4213.07 1855 1:01:29:26 1288.50 4205.83 1856 1:01:30:56 1290.00 4209.58 1857 1:01:32:26 1291.50 168.87 1858 1:01:33:56 1293.00 4199.10 1859 1:01:35:26 1294.50 4185.89 1860 1:01:36:56 1296.00 4193.37 1861 1:01:38:26 1297.50 4193.37 1862 1:01:39:56 1299.00 lb6.27 1863 1:01:41:26 1300.50 4192.42 1864 1:01:42:56 1302.00 4193.11 1865 1:01:44:26 1303.50 4194.16 1866 1:01:45:56 1305.00 4195.40 1867 1:01:47:26 1306.50 165.23 1868 1:01:48:56 1308.00 4150.76 1869 1:01:50:26 1309.50 4163.03 1870 1:01:5i:56 1311.00 4164.49 1871 1:01:53:26 1312.50 4113.b6 1872 1:01:54:56 1314.00 154.81 1873 1:01:56:26 1315.50 4096.68 1874 1:01:57:56 1317.00 4096.87 1875 1:01:59:26 1318.50 4096.91 1876 1:02:00:56 1320.00 4067.21 1877 1:02:02:54 1321.98 147.64 1878 1:02:04:53 1323.96 4053.14 1879 1:02:06:52 1325.94 4051.82 1880 1:02:08:51 1327.92 4012.20 1881 1:02:10:50 1329.90 3983.89 1882 1:02:12:48 1331.88 145.44 1883 1:02:14:47 1333.86 3950.33 1884 1:02:16:46 1335.84 3970.15 1885 1:02:18:45 1337.82 3940.32 1886 1:02:20:44 1339.80 3919.25 1887 1:02:22:42 1341.78 145.52 1888 1:02:24:41 1343.76 3905.94 1889 1:02:26:40 1345.24 3875.22 1890 1:02:28:39 1347.72 3871.44 1891 1:02:30:38 1349.70 3853.19 1892 1:02:32:36 1351.68 145.b8 1893 1:02:34:35 1353.66 3814.65 1894 1:02:36:34 1355.64 3799.96 1895 1:02:38:33 1357.62 3765.44 DEPTH :7867.8 FT TICKET /i HALLIBURTON SERVICES DkIlL STEM TESTING LEASE NAME zNAMARAH LEASE OWNER:CRUSADER OIL WELL NUMBER: 2 START TIME :04:00:56 DEPTH :/867.8 FT DATE EMR * EPG * .8/10/87 : 65478 : 62530 329895 POINT * TIME MIN. PSIA. DEG.F COMMENTS 1896 1:02:40:32 1359.60 3727.23 1897 1:02:42:30 1361.58, 146.13 1898 1:02:44:29 1363.56 3686.42 1899 1:02:46:28 1365.54 3696.73 1900 1:02:48:27 1367.52 3701.47 1901 1:02:50:26 1369.50 3694.60 1902 1:02:52:24 1371.48 146.28 1903 1:02:54:23 1373.46 3669.20 1904 1:02:56:22 1375.44 3639.77 1905 1:02:58:21 1377.42 3634.49 1906 1:03:00:20 1379.40 3602.39 1907 1:03:02:18 1381.38 146.71 1908 1:03:04:17 1383.36 3571.71 1909 1:03:06:16 1385.34 3570.45 1910 1:03:08:15 1387.32 3540.83 1911 1:03:10:14 1389.30 3491.46 1912 1:03:12:12 1391.28 146.83 1913 1:03:14:11 1393.26 3471.00 1914 1:03:16:10 1395.24 3417.79 1915 1:03:18:09 1397.22 3434.78 1916 1:03:20:08 1399.20 3402.42 1917 1:03:22:06 1401.18 146.94 1918 1:03:24:05 1403.16 3362.07 1919 1:03:26:04 1405.14 3326.33 1920 1:03:28:03 1407.12 3281.68 1921 1:03:30:02 1409.10 3284.11 1922 1:03:32:00 1411.08 147.36 1923 1:03:33:59 1413.06 3206.23 1924 1:03:35:58 1415.04 3208.01 1925 1:03:37:57 1417.02 3193.94 1926 1:03:39:56 1419.00 3143.61 1927 1:03:41:54 1420.98 147.31 1928 1:03:43:53 1422.96 3132.10 1929 1:03:45:52 1424.94 3086.97 1930 1:03:47:51 1426.92 3044.8/ 1931 1: 03:49:50 1428.90 3057.59 1932 1:03:51:48 1430.88 146.33 1933 1:03:53:47 1432.86 3002.47 1934 1:03:55:46 1434.84 2999.37 1935 1:03:57:45 1436.82 2997.29 1936 1:03:59:44 1438.80 2996.93 1937 1:04:01:42 1440.78 145.59 1938 1:04:03:41 1442.76 2964.62 1939 1:04:05:40 1444.74 2966.48 1940 1:04:07:39 1446.72 2934.20 1941 1:04:09:38 1448.70 2901.30 1942
1:04:11:36 1450.68 144.88 1943 1:04:13:35 1452.66 2863.58 1944 1:04:15:34 1454.64 2830.35 1945 1:04:17:33 1456.62 2774.66 TICKET #: HALLIBURTON SEkViUtb URILL STEM TESTING LEASE NAME tNAMARAH DATE ,8/10/87 LEASE OWNER:CRUSADER OIL EMR * , 65478 WELL NUMBER: 2 EPG / , 62530 START TIME :04:00:56 DEPTH : 7867.8 FT TICKET *: 329895 POINT * TIME MIN. PblA. UEG.F COMMENTS 1946 1:04:19:32 1458.60 2761.21 1947 1:04:21:30 1460.58 143.58 1948 1:04:23:29 1462.56 2719.42 1949 1:04:25:28 1464.54 2697.29 1950 1:04:27:27 1466.52 2681.85 1951 1:04:29:26 1468.50 2631.49 1952 1:04:31:24 1470.48 142.22 1953 1:04:33:23 1472.46 2601.52 1954 1:04:35:22 1474.44 2565.22 1955 1:04:37:21 1476.42 2567.41 1956 1:04:39:20 1478.40 2534.03 1957 1:04:41:18 1480.38 140.98 1958 1:04:43:17 1482.36 2465.74 1959 1:04:45:16 1484.34 2404.43 1960 1:04:47:15 1486.32 2386.30 1961 1:04:49:14 1488.30 2394.43 1962 1:04:51 : 12 1490.28 139.30 1963 1:04:53:11 1492.26 2320.72 1964 1:04:55:10 1494.24 2286.46 1965 1:04:57:09 1496.22 2281.43 1966 1:04:59:08 1498.20 2237.38 1967 1:05:01:06 1500.18 138.16 1968 1:05:03:05 1502.16 2225.72 1969 1:05:05:04 1504.14 2198.47 1970 1:05:07:03 1506.12 2162.86 1971 1:05:09:02 1508.10 2116.73 1972 1:05:11:00 1510.08 136.22 1973 1:05:12:59 1512.06 2098.13 1974 1:05:14:58 1514.04 2064.87 1975 1:05:16:57 1516.02 2020.63 1976 1:05:18:56 1518.00 2034.87 1977 1:05:20:54 1519.98 134.42 1978 1:05:22:53 1521.96 1964.83 1979 1:05:24:52 1523.94 1963.50 1980 1:05:26:51 1525.92 1962.90 1981 1:05:28:50 1527.90 1962.90 1982 1:05:30:48 1529.88 133.67 1983 1:05:32:47 1531.86 1929-09 1984 1:05:34:46 1533.84 1893.64 1985 1:05:36:45 1535.82 1875.27 1986 1:05:38:44 1537.80 1855.86 1987 1:05:40:42 1539.78 132.14 1988 1:05:42:41 1541.76 1780.66 1989 1:05:44:40 1543.74 1745.45 1990 1:05:46:39 1545.72 1694.23 1991 1:05:48:38 1547.70 1706.16 1992 1:05:50:36 1549.68 129.80 1993 1:05:52:35 1551.66 1660.73 1994 1:05:54:34 1553.64 1629.14 1995 1:05:56:33 1555.62 1594.86 LEASE NAME :NAMARAH DATE : 8 / 10 / 87 LEASE OWNER:CRUSADER OIL EMR * : 65478 WELL NUMBER: 2 EPG # : 62530 START TIME :04:00:56 DEPTH :7867.8 FT TICKET /: 329895 POINT / TIME MIN. rSi A. UE6.F COMMENTS 1996 1:05:58:32 1557.60 1574.06 1997 1:06:00:30 1559.58. 1Z7.44 1998 1:06:02:29 1561.56 1477.64 1999 1:06:04:28 1563.54 1461.86 2000 1:06:06:27 1565.52 1453.37 tnr TH n o . D r n 3 n g a * E m i~ r TICKET NO. 32983600 02-NDV-87 ■ ■ROMR FORMATION TESTING SERVICE REPORT GAUGE NR ; 2043 DEPTH= 7434.3 BLANKED OFF ; ND HOUR OF CLOCK; ID DESCRIPTION PRESSURE TIME TYPE REPORTED ; CALCULATED REPORTED CALCULATED INITIAL HYDROSTATIC B FINAL HYDROSTATIC 4031 .7 GAUGE ND ; 9112 DEPTH ; ^5~5 .2 BLANKED OFF; YES HOUR OF CLOCK ; 2^ ID DESCRIPTION PRESSURE TIME TYPE REPORTED ' CALCULATED REPORTED CALCULATED A INITIA_ HYDROSTATIC 3982.7 B FINAL H V DROSTATIC 3SS3.4 GAUGE ND : 5H6 DFPTH = 7614.3 BLANKED OFF :YES HOUR OF CLOCK: ID DESCRIPTION PRESSURE TIME TYPE REPORTED • CALCULATED REPORTED CALCULATED A INITIAL HYDROSTATIC 3984,2 B FINAL HYDROSTATIC 3952.6 EQUIPMENT k. HOLE DATA FORMATION TESTED: TIMBURY HILLS NFT PAY (ft 1 : GROSS TESTED FOOTAGE: 139.9 All DFPTHS MEASURED FROM: KELLY BUSHING CASING PERES, (It1: HOI E nR CASING SIZE fin): 8.500 Fl.EVATIDN [ft 1 : 1348.0 KELLY BUSHING TflTAL DFPTH fftl; 8039.0 PACKER DEPTHfSl I f t 1 ; 7595. 7503. 7743. 7752 FTNAI. S11RFACF CHOKE fin): RnTTAM HOLE CHOKE fin 1 : 0.750 MUD
WEIGHT f 1 b /g a 1 1 ; 9 .90 MUD VISCOSITY fsec !: FSTTMATFD HOLE TEMP. ( °F 1 : ACTUAL HOLE TEMP. ! °F) ; 1_3.2. @ 7582.0 . ft TICKET NUMBER: 32989600 DATE : 10_-10-87 TEST NO : 2. TYPE DST: ON 8TM. STRADDLE HALLIBURTON CAMP; ROMA TESTER; K . RIXON D, HOOKHAM WITNESS: E . BATT DRILLING CONTRACTOR: GEARHART al FLUID PROPERTIES FOR RECOVERED SOURCE MUD & WATER RESISTIVITY SAMPLER DATA Psig AT SURFACE: OF GAS: CHLORIDES .ft. a e •F •F 'F •F •F •F cc OF OF OF TOTAL OIL : WATER: MUD : LIQUID cc : HYDROCARBON PROPERTIES OIL GRAVITY ( ’API] : @ GAS/OIL RATIO (cu .f t . per bbl): GAS GRAVITY; ’F CUSHION DATA TYPE AMOUNT WEIGHT RECOVERED : 8 £6 TYPE 4. SIZE MEASURING DEVICE DANTFIS SENTOR TICKET NO: AA9RAA00 TIME CHOKE SIZE SURFACE PRESSURE PSI GAS RATE MCF LIOUID RATE BPD REMARKS 10-10-87 0030? MADE UP TOOLS AND RAN IN HOLE 1035 MADE UP SURFACE EQUIPMENT 1048 WEIGHT ON PACKER 1053 OPENED TOOL 1059 LOST ANNULUS - PRESSURED UP - OPENED BYPASS 1115 DROPPED BAR AND REVERSED OUT 2330 LAID DOWN TOOLS 6 1/6 O.D . I .0 . LENGTH DEPTH 4.500 3.825 7156 .0 4.500 2.764 182.0 S .250 2.870 89 .8 5 .000 3.000 1.0 7428.8 6 .250 2.870 51.0 6 .000 2.000 1 .0 7491.0 5 .000 2.2S0 4.1 7434.9 5 .700 2.500 1 .0 5 .000 0 870 4.9 5.700 2.550 1 .0 5.250 2.870 62.0 S .800 2 500 1 .0 5 .000 2.500 1 .0 S .000 0.750 5 .3 7571 .0 5 .000 2.250 4.1 7575 .2 5.000 1.000 7 .0 7582.2 5 .000 0.870 5.0 5 .000 1 .000 2.4 5 .000 3.000 1.0 7.750 1.680 5.8 7595 .0 5 .000 1 .680 2.0 7 .750 1 .580 5 .8 7602.9 5.000 2.250 5 .0 5 .000 2.250 1.0 5 .000 4.1 7614.3 5 .000 2.000 1.0 5 .700 2.550 1 .0 6.2S0 2.870 121.0 5.700 2.500 1 .0 EQUIPMENT DATA O.D . I .D . LENGTH DEPTH CROSSOVER ... 5.000 2.200 1.0 OPEN HOLE PACKER ... 7.750 1.580 5 .8 7742.8 DISTRIBUTOR VALVE ... 2.000 1 .680 2.0 OPEN HOLE PACKER ... 7.750 1.580 5 .8 7752.1 CROSSOVER ... 5 .000 2.500 1.5 FLUSH JOINT ANCHOR ... 5.000 2.500 5 .0 CROSSOVER . . . 5 .700 2.SOO 1 .0 ORILL COLLARS ... S .250 2.870 271.0 CROSSOVER . . . 5.700 2.500 1 .0 BLANKED-OFF RUNNING CASE ... 5.000 4.1 8035.0 TOTAL DEPTH 8039 .0 EQUIPMENT DATA K&VEIJ E 2 3 OCT ; S s 7 Holliburton Services Drill Stem Testinep 2 SV CRUSADER OIL N.L. LIBRARY SHELF NO: DATE: 1 7 NOV 1987 Owner: CRUSAOER OIL Lease: NAMARAH Well # 2 Ticket # 329896 Date: 10 / 10 / 87 E. M. R. 65478 E. P. G. 62530 Test # 7 Gauge Depth 7582. 2.1 FT Start Time :02:41: 46 PLOTS LEASE: NAMARAH # 2 TEST # 7 E. M. R. 65478 E. P. G. 62530 Lease Noto NAMARAH Yell no. 2 Tost no. 7 Ticket no. 329896 Data 10 / 10 / 87 Loose Owner CRUSADER OIL 4000. 0 3000. 0 PRESSURE (PSIA) 2000. 0 1000.0 0.0 Gauge Depth 7582.27 FT Gauge 62530 EMR 65478 Start Timo 02t 4h 46 TI MC (MIN) Halliburton Services Drill Stem Testing Owners CRUSADER OIL Lease: NAMARAH Well # 2 Ticket # 329896 Date: 10 / 10 / 87 E. M. R. 65478 E. P. G. 62530 Test # 7 Gauge Depth 7582.27 FT Start Time ;02:41:46 DATA POINTS DATE : 10 / 10 / 87 EMR * : 65478 tPG * : 62530 DEP 1H :/58Z.3 FT TICKET fi 328896 LEASE NAME zNAMARAH LEASE OWNER:CRUSADER OIL WELL NUMBER: 2 START TIME :02:41:46 POINT f TIME MIN. PSI A. DtG.F COMMENTS 1 0:03:11(46 30.00 69.38 2 0 : 03:41:46 60.00 b7.93 3 0:04:11:46 90.00 7.05 4 0:04:41:46 120.00 65.82 5 0:05:11:46 150.00 64.86 6 0:05:41:46 180.00 32.43 7 0:06:11:46 210.00 86.42 8 0:06:41:46 240.00 94.50 9 0:06:42:14 240.48 94.76 10 0:06:42:43 240.96 196.24 11 0:06:43:12 241.44 195.59 12 0:06:43:41 241.92 195.14 13 0:06:44:10 242.40 213.43 14 0:06:44:38 242.88 229.64 15 0:06:45:07 243.36 227.89 16 0:06:45:36 243.84 4 fl 17 0:06:46:05 244.32 227.50 18
0:06:46:34 244.80 227.22 19 0:06:47:02 245.28 226.93 20 0:06:47:31 245.76 226.40 21 0:06:48:00 246.24 226.07 22 0:06:48:29 246.72 225.91 23 0:06:48:58 247.20 95.35 24 0:06:49:26 247.b8 224.95 25 0:06:49:55 248.16 2Z4.83 26 0:06:50:24 248.64 224.83 27 0:06:50:53 249.12 224.87 28 0:06:51:22 249.60 224.91 29 0 : 06:51:50 250.08 224.91 30 0:06:52:19 250.56 95.07 31 0:06:52:48 251.04 224.48 32 0:06:53:17 251.52 224.44 33 0:06:53:46 252.00 224.36 34 0:06:54:14 252.48 224.28 35 0:06:54:43 252.96 224.16 36 0:06:55:12 253.44 224.16 37 0:06:55:41 253.92 95.44 38 0:06:56:10 254.40 224.30 39 0:06:56:38 254.88 224.22 40 0:06:57:07 255.36 224.05 41 0:06:57:36 255.84 224.01 42 0 : 06:58:05 256.32 223.93 43 0:06:58:34 256.80 223.85 44 0:06:59:02 257.28 95.91 45 0:06:59:31 257.76 224.13 <16 0:07:00:00 258.24 224.U5 0:07:00:29 258.72 223.89 0:07:00:58 259.20 223.81 0:07:01:26 259.68 223.73 0:07:01:55 260.16 223.69 DATE » 10 / 10 EMR / : 65478 EPG / : 62530 DEPTH « 7582.3 FT 1 1CKET /: 329896 COMMENTS 87 HALLIBURl’UN SERVICES DRILL STEM lESTlNG LEASE NAME :NAMARAH LEASE OWNER:CRUSADER OIL WELL NUMBER: 2 START TIME :02:41:46 POINT * TIME MIN. HSIA. UEG.F 51 0:07:02:24 260.64 96.35 52 0:07:02:53 261.12 223.94 53 0:07:03:22 ■261.60 223.8b 54 0:07:03:50 262.08 223.74 55 0:07:04:19 262.56 223.66 56 0:07:04:48 263.04 223.58 57 0:07:05:17 263.52 223.58 58 0:07:05:46 264.00 96.85 59 0:07:06:14 ■264.48 248.30 60 0:07:06:43 264.96 262.98 61 0:07:07:12 265.44 260.98 62 0:07:07:41 265.92 259.72 63 0:07:08:10 266.40 259.03 64 0:07:08:38 266.88 258.66 65 0:07:09:07 267.36 99.37 66 0:07:09:36 267.84 260.54 67 0:07:10:05 268.32 260.38 68 0:07:10:34 268.80 260.21 69 0:07:11:02 269.28 £59.89 70 0:07:11:31 269.76 274.73 71 0:07:12:00 270.24 280.94 72 0:07:12:29 270.72 100.47 73 0:07:12:58 271.20 280.46 74 0:07:13:26 271.68 280.05 75 0:07:13:55 272.16 279.80 76 0:07:14:24 272.64 279.60 77 0:07:14:53 273.12 279.40 78 0:07:15:22 273.60 279.23 79 0:07:15:50 274.08 100.77 80 0:07:16:19 274.56 279.19 81 0:07:16:48 275.04 279.11 82 0:07:17:17 275.52 279.02 83 0:07:17:46 276.00 278.86 84 0:07:18:14 276.48 278.70 85 0:07:18:43 276.96 278.53 86 0:07:19:12 277.44 100.79 87 0:07:19:41 277.92 278.23 88 0:07:20:10 278.40 278.15 89 0:07:20:38 278.88 278.15 90 0:07:21:07 279.36 2/8.06 91 0:07:21:36 279.84 278.02 92 0:07:22:05 280.32 277.90 93 0:07:22:34 280.80 101.00 94 0:07:23:02 281.28 277.89 95 0:07:23:31 281.76 277.76 0:07:24:00 282.24 264.30 0:07:24:29 282.72 260.10 c. 0:07:24:58 283.20 258.96 0:07:25:26 283.68 258.43 0:07:25:55 284.16 101.83 LEASE NAME sNAMARAH DATE : 10 / 10 / 87 LEASE OWNER:CRUSADER OIL EMR * : 65478 WELL NUMBER: 2 EPG * : 62530 START TIME :02:41:46 DEPTH : 7582.3 FT TICKET /: 329896 POINT / TIME MIN. PSIA. DEG.F COMMENTS 101 0:07:26:24 284.64 258.80 102 0:07:26:53 285.12 258.72 ■103 0:07:27:22 285.60 258•63 104 0:07:27:50 286.08 258.55 105 0:07:28:19 286.56 258.39 106 0:07:28:48 287.04 258.31 107 0:07:29:17 287.52 102.01 108 0:07:29:46 288.00 258.35 109 0:07:30:14 288.48 258.31 110 0:07:30:43 288.96 258.27 111 0:07:31:12 289.44 258.15 112 0:07:31:41 289.92 262.02 113 0:07:32:10 290.40 294.33 114 0:07:32:38 290.88 102.67 115 0:07:33:07 291.36 317.40 116 0:07:33:36 291.84 327.04 117 0:07:34:05 292.32 337.46 118 0:07:34:34 292.80 358.97 119 0:07:35:02 293.28 358.07 120 0:07:35:31 293./6 392.97 121 0:07:36:00 294.24 103.44 122 0:07:36:29 294.72 424.82 123 0:07:36:58 295.20 424.00 124 0:07:37:26 295.68 440.43 125 0:07:37:55 296.16 455.40 126 0:07:38:24 296.64 454.99 127 0:07:38:53 297.12 454.71 128 0:07:39:22 297.60 103.65 129 0:07:39:50 298.08
454.78 130 0:07:40:19 298.56 454.74 131 0:07:40:48 299.04 454.66 132 0:07:41:17 299.52 482.48 133 0:07:41:46 300.00 487.37 134 0:07:42:14 300.48 499.89 135 0:07:42:43 300.96 103.86 136 0:07:43:12 301.44 515.00 137 0:07:43:41 301.92 547.16 138 0:07:44:10 302.40 551.64 139 0:07:44:38 302.88 593.06 140 0:07:45:07 303.36 583.83 141 0:07:45:36 303.84 604.93 142 0:07:46:05 304.32 104.43 143 0:07:46:34 304.80 629.98 144 0:07:47:02 305.28 648.95 145 0:07:47:31 305.76 648.75 146 0:07:48:00 306.24 679.30 147 0:07:48:29 306.72 680.42 148 0:07:48:58 307.20 701.04 149 0:07:49:26 307.68 1U5.12 150 0:07:49:55 308.16 708.85 DATE *10/10/87 EMR / * 65478 EPG * i 62530 UEPTH : 7582.3 FT TICKET 329896 LEASE NAME sNAMARAH LEASE OWNER:CRUSADER OIL WELL NUMBER: 2 START TIME :02:41:46 POINT / TIME MIN. HSIA. DEG.F COMMENTS 151 0:07:50:24 308.64 754.86 152 0:07:50:53 309.12 745.34 153 0:07:51:22 309.60 745.22 154 0:07:51:50 310.08 775.95 155 0:07:52:19 310.56 779.39 156 0:07:52:48 311.04 105.65 157 0:07:53:17 311.52 814.11 158 0:07:53:46 312.00 811.00 159 0:07:54:14 312.48 825.77 160 0:07:54:43 312.96 842.66 161 0:07:55:12 313.44 843.28 162 0:07:55:41 313.92 869.91 163 0:07:56:10 314.40 106.82 164 0:07:56:38 314.88 918.88 165 0:07:57:07 315.36 909.89 166 0:07:57:36 315.84 935.07 167 0:07:58:05 316.32 942.48 168 0:07:58:34 316.80 965.98 169 0:07:59:02 317.28 976.36 170 0:07:59:31 317.76 107.90 171 0:08:00:00 318.24 994.46 172 0:08:00:29 318.72 1010.61 173 0:08:00:58 319.20 1006.68 174 0:08:01:26 319.68 1024.46 175 0:08:01:55 320.16 1044.39 176 0:08:02:24 320.64 1038.50 177 0:08:02:53 321.12 109.05 178 0:08:03:22 321.60 1072.00 179 0:08:03:50 322.08 1099.77 180 0:08:04:19 322.56 1100.52 181 0:08:04:48 323.04 1103.08 182 0:08:05:17 323.52 1126.27 183 0:08:05:46 324.00 1135.99 184 0:08:06:14 324.48 109.87 185 0:08:06:43 324.96 1144.1/ 186 0:08:07:12 325.44 1168.32 187 0:08:07:41 325.92 1167.98 - 188 0:08:08:10 326.40 1167.77 189 0:08:08:38 326.88 1186.94 190 0:08:09:07 327.36 1201.17 191 0:08:09:36 327.84 110.54 192 0:08:10:05 328.32 1236.07 193 0:08:10:34 328.80 1234.22 194 0:08:11:02 329.28 1291.79 195 0 : 08:11:31 329.76 1268.11 196 0:08:12:00 330.24 1267.64 197 0:08:12:29 330.72 12/8.54 198 0:08:12:58 331.20 111.36 199 0:08:13:26 331.68 1302.12 200 0:08:13:55 332.16 1326.30 LEASE NAME :NAMARAH DATE •10/10/87 LEASE OWNER:CRUSADER OIL EMR * i 65478 WELL NUMBER: 2 EPG * > 62530 START TIME :02:41:46 DEPTH « 7582.3 FT TICKET 329896 POINT * TIME MIN. PSI A. UEG.F COMMENTS 201 0:08:14:24 332.64 1350.70 202 0:08:14:53 333.12 ' 1334.30 203 0:08:15:22 333.60 1387.32 204 0:08:15:50 334.08 1367.28 205 0:08:16:19 334.56 112.57 206 0:08:16:48 335.04 1383.11 207 0:08:17:17 335.52 1400.08 208 0:08:17:46 336.00 1399.87 209 0:08:18:14 336.48 1399.70 210 0:08:18:43 336.96 1399.53 211 0:08:19:12 337.44 1399.36 212 0:08:19:41 337.92 113.41 213 0:08:20:10 338.40 1432.18 214 0:08:20:38 338.88 1433.45 215 0:08:21:07 339.36 1433.19 216 0:08:21:36 339.84 1463.85 217 0:08:22:05 340.32 1469.18 218 0:08:22:34 340.80 1466.14 219 0:08:23:02 341.28 114.45 220 0:08:23:31 341.76 1485.42 221 0:08:24:00 342.24 1498.84 222 0:08:24:29 342.72 1546.74 223 0:08:24:58 343.20 1532.06 224 0:08:25:26 343.68 1532.02 225 0:08:25:55 344.16 1531.89 226 0:08:26:24 344.64 115.32 227 0:08:26:53 345.12 1552.81 228 0:08:27:22 345.60 1577.42 229 0:08:27:50 346.08 1565.50 230 0:08:28:19 346.56 1565.45 231 0:08:28:48 347.04 1565.37 232 0:08:29:17 347.52 1583.45 233 0:08:29:46 348.00 116.56 234 0:08:30:14 348.48 1599.61 235 0:08:30:43 348.96 1599.40 236
0:08:31:12 349.44 1611.60 237 0:08:31:41 349.92 1625.41 238 0:08:32:10 350.40 1632.43 239 0:08:32:38 350.88 1632.21 240 0:08:33:07 351.36 117.91 241 0:08:33:36 351.84 1667.25 242 0:08:34:05 352.32 1665.72 243 0:08:34:34 352.80 1665.59 244 0:08:35:02 353.28 1772.18 245 0:08:35:31 353.76 1699.15 246 0:08:36:00 354.24 1698.81 247 0:08:36:29 354.72 119.22 248 0:08:36:58 355.20 1733.42 249 0:08:37:26 355.68 1732.95 250 0:08:37:55 356.16 1772.13 LEASE NAME sNAMARAH DATE 1 10 / 10 / 87 LEASE OWNER:CRUSADER OIL EMR * i 65478 WELL NUMBER: 2 EPG / t 62530 START TIME :02:41:46 DEP CH :7582.3 FT I 1CK.ET *i 329896 POINT / TIME MIN. PblA. DEV.F COMMENTS 251 0:08:38:24 356.64 1765.81 252 0:08:38:53 357.12 • 1765.08 253 0:08:39:22 357.60 1827.48 254 0:08:39:50 358.08 120.20 255 0:08:40:19 358.56 1/98.26 256 0:08:40:48 359.04 1825.45 257 0:08:41:17 359.52 1891.27 258 0:08:41:46 360.00 1830.84 259 0:08:42:14 360.48 1830.59 260 0:08:42:43 360.96 1878.19 261 0:08:43:12 361.44 121.13 262 0:08:43:41 361.92 1863.34 263 0:08:44:10 362.40 1863.25 264 0:08:44:38 362.88 1863.21 265 0:08:45:07 363.36 1863.12 266 0:08:45:36 363.84 1863.04 267 0:08:46:05 364.32 1895.08 268 0:08:46:34 364.80 122.20 269 0:08:47:02 365.28 1896.07 270 0:08:47:31 365.76 1895.90 271 0:08:48:00 366.24 1895.77 272 0:08:48:29 366.72 1897.45 273 0:08:48:58 367.20 1924.68 274 0:08:49:26 367.68 1927.68 275 0:08:49:55 368.16 123.30 276 0:08:50:24 368.64 1928.37 277 0:08:50:53 369.12 1928.28 278 0:08:51:22 369.60 1928.24 279 0:08:51:50 370.08 1928.11 280 0:08:52:19 370.56 1977.23 281 0:08:52:48 371.04 1959.01 282 0:08:53:17 371.52 124.30 283 0:08:53:46 372.00 1961.72 284 0:08:54:14 372.48 1955.02 285 0:08:54:43 372.96 1993.47 286 0:08:55:12 373.44 1992.95 287 0:08:55:41 373.92 1993.73 288 0:08:56:10 374.40 1993.55 289 0:08:56:38 374.88 125.22 290 0:08:57:07 375.36 2027.03 291 0:08:57:36 375.84 2027.03 292 0:08:58:05 376.32 2026.86 293 0:08:58:34 376.80 2041.02 294 0:08:59:02 377.28 2051.70 295 0:08:59:31 377.76 2058.97 296 0:09:00:00 378.24 126.24 297 0:09:00:29 378.72 2059.59 298 0:09:00:58 379.20 2110.88 299 0:09:01:26 379.68 2095.48 300 0:09:01:55 380.16 2091.39 DEPTH t 7582.3 FT DATE : EmR * i EPG * r TICKET /« 10 / 10 I 87 65478 62530 329896 LEASE NAME :NAMARAH LEASE OWNER:CRUSADER OIL WELL NUMBER: 2 START TIME :O2:41:46 POINT * TIME MIN. PSIA. DEG.F COMMENTS 301 0:09:02:24 380.64 2091.17 302 0:09:02:53 381.12 2105.06 303 0:09:03:22 381.60 ■127.11 304 0:09:03:50 382.08 2125.60 305 0:09:04:19 382.56 2172.80 306 0:09:04:48 383.04 2154.53 307 0:09:05:17 383.52 2158.29 308 0:09:05:46 384.00 2215.44 309 0:09:06:14 384.48 2180.40 310 0:09:06:43 384.96 127.98 311 0:09:07:12 385.44 2251.22 312 0:09:07:41 385.92 2222.08 313 0:09:08:10 386.40 2220.26 314 0:09:08:38 386.88 2262.14 315 0:09:09:07 387.36 2253.86 316 0:09:09:36 387.84 2315.35 317 0:09:10:05 388.32 128.89 318 0:09:10:34 388.80 2286.06 319 0:09:11:02 389.28 2333.54 320 0:09:11:31 389.76 2279.62 321 0:09:12:00 390.24 2318.25 322 0:09:12:29 390.72 2317.99 323 0:09:12:58 391.20 2368.64 324 0:09:13:26 391.68 129.85 325 0:09:13:55 392.16 2349.46 326 0:09:14:24 392.64 2405.25 327 0:09:14:53 393.12 2383.33 328 0:09:15:22 393.60 2392.63 329 0:09:15:50 394.08 2393.59 330 0:09:16:19 394.56 2414.87 331 0:09:16:48 395.04 UO.83 332 0:09:17:17 395.52 2448.28 333 0:09:17:46 396.00 2448.33 334 0:09:18:14 396.48 2490.23 335 0:09:18:43 396.96 2479.98 336 0:09:19:12 397.44 2479.94 337 0:09:19:41 397.92 2532.19 338 0:09:20:10 398.40 131.84 339 0:09:20:38
398.88 2512.74 340 0:09:21:07 399.36 2572.25 341 0:09:21:36 399.84 2539.07 342 0:09:22:05 400.32 2544.58 343 0:09:22:34 400.80 2544.40 344 0:09:23:02 401.28 2544.23 345 0:09:23:31 401.76 132.88 346 0:09:24:00 402.24 2544.89 347 0:09:24:29 402.72 2544.80 348 0:09:24:58 403.20 2544.67 349 0:09:25:26 403.68 2539.07 350 0:09:25:55 404.16 2572.25 DATE : 10 / 10 , ' 87 EMR / : 65478 EPG / t 62530 TICKET #: 329896 LEASE NAME :NAMARAH LEASE OWNER:CRUSADER OIL WELL NUMBERs 2 POINT / TIME MIN. PSIA. UEG.h COMMENTS 351 0:09:26:24 404.64 2577.94 352 0:09:26:53 405.12 133.98 353 0:09:27:22 405.60 2615.33 354 0:09:27:50 406.08 2607.58 355 0:09:28:19 406.56 2626.06 356 0:09:28:48 407.04 2642.62 357 0:09:29:17 407.52 2687.57 358 0:09:29:46 408.00 2673.44 359 0:09:30:14 408.48 135.07 360 0:09:30:43 408.96 2668.23 361 0:09:31:12 409.44 2684.12 362 0:09:31:41 409.92 2706.58 363 0:09:32:10 410.40 2754.70 364 0:09:32:38 410.88 2738.04 365 0:09:33:07 411.36 2846.51 366 0:09:33:36 411.84 13b.18 367 0:09:34:05 412.32 2770.67 368 0:09:34:34 412.80 2851.19 369 0:09:35:02 413.28 2801.57 370 0:09:35:31 413.76 2804.04 371 0:09:36:00 414.24 2879.64 372 0:09:36:29 414.72 2849.82 373 0:09:36:58 415.20 137.28 374 0:09:37:26 415.68 2820.16 375 0:09:37:55 416.16 2831.35 376 0:09:38:24 416.64 2869.05 377 0:09:38:53 417.12 2889.18 378 0:09:39:22 417.60 2897.21 379 0:09:39:50 418.08 2901.45 380 0:09:40:19 418.56 138.42 381 0:09:40:48 419.04 2946.57 382 0:09:41:17 419.52 2934.54 383 0:09:41:46 420.00 2990.68 384 0:09:42:14 420.48 2971.34 385 0:09:42:43 420.96 2966.78 386 0:09:43:12 421.44 3031.93 387 0:09:43:41 421.92 139.61 388 0:09:44:10 422.40 2979.16 389 0:09:44:38 422.88 3038.03 390 0:09:45:07 423.36 3053.07 391 0:09:45:36 423.84 3107.40 392 0:09:46:05 424.32 3068.99 393 0:09:46:34 424.80 3064.96 394 0:09:47:02 425.28 140.83 395 0:09:47:31 425.76 3097.60 396 0:09:48:00 426.24 3124.21 397 0:09:48:29 426.72 3135.15 398 0:09:48:58 427.20 3129.41 399 0:09:49:26 427.68 3183.65 400 0:09:49:55 428.16 3160.95 START TIME :O2:41:46 DEPTH t7582.3 FT LEASE NAME :NAMARAH DATE : 10 / 10 / 87 LEASE OWNER:CRUSADER OIL EMR / i 65478 WELL NUMBER: 2 EPO / : 62530 START TIME :02:41:46 DEPTH :7582.3 FT TICKET 329896 POINT / TIME MIN. PSIH. UtG.F COMMENTS 401 0:09:50:24 428.64 142.11 402 0:09:50:53 429.12 3191.27 403 0:09:51:22 429.60 3194.75 404 0:09:51:50 430.08 3194.30 405 ■0:09:52:19 430.56 3260.29 406 0:09:52:48 431.04 3224.47 407 0:09:53:17 431.52 3226.25 408 0:09:53:46 432.00 143.44 409 0:09:54:14 432.48 3258.91 410 0:09:54:43 432.96 3259.85 411 0:09:55:12 433.44 3299.10 412 0:09:55:41 433.92 3291.06 413 0:09:56:10 434.40 3291.06 414 0:09:56:38 434.88 3328.91 415 0:09:57:07 435.36 144.81 416 0:09:57:36 435.84 3419.62 417 0:09:58:05 436.32 3365.06 418 0:09:58:34 436.80 3356.42 419 0:09:59:02 437.28 3398.83 420 0:09:59:31 437.76 3412.14 421 0:10:00:00 438.24 3388.16 422 0:10:00:29 438.72 146.16 423 0:10:00:58 439.20 3437.22 424 0:10:01:26 439.68 3419.82 425 0:10:01:55 440.16 3466.66 426 0:10:02:24 440.64 3464.24 427 0:10:02:53 441.12 3450.91 428 0:10:03:22 441.60 3446.60 429 0:10:03:50 442.08 147.47 430 0:10:04:19 442.56 3484.88 431 0:10:04:48 443.04 3494.57 432 0:10:05:17 443.52 3536.08 433 0:10:05:46 444.00 3516.79 434 0:10:06:14 444.48 3515.89 435 0:10:06:43 444.96 3515.30 436 0:10:07:12 445.44 148.75 437 0:10:07:41 445.92 3549.67 438 0:10:08:10 446.40 3549.76 439 0:10:08:38 446.88 3548.81 440 0:10:09:07 447.36 3619.26 441 0:10:09:36 447.84 3581.72 442 0:10:10:05 448.32 3616.29 443 0:10:10:34 448.80
150.00 444 0:10:11:02 449.28 3614.55 445 0:10:11:31 449.76 3614.15 446 0:10:12:00 450.24 3677.64 447 0 : 10:12:29 450.72 3646.89 448 0:10: 12:58 451.20 3645.95 449 0:10:13:26 451.68 3722.84 450 0:10:13:55 452.16 151.24 LEASE NAME tNAMARAH DATE ,10/10/87 LEASE OWNER:CRUSADER OIL EMK # , 65478 WELL NUMBER: 2 EPG / : 62530 START TIME :02:41:46 DEPTH :7582.3 FT TICKET 329896 POINT * TIME MIN. PS1A. DEG.F COMMENTS 451 0:10:14:24 452.64 3660.50 452 0:10:14:53 453.12 3732.08 453 0:10:15:22 453.60 3709.87 454 0:10:15:50 454.08 3757.20 455 0:10:16:19 454.56 3707.98 456 0:10:16:48 455.04 3741.76 457 0:10:17:17 455.52 152.44 458 0:10:17:46 456.00 3768.40 459 0:10:18:14 456.48 3774.83 460 0:10:18:43 456.96 3807.77 461 0:10:19:12 457.44 3821.42 462 0:10:19:41 457.92 3807.00 463 0:10:20:10 458.40 3807.00 464 0:10:20:38 458.88 153.66 465 0:10:21:07 459.36 3844.19 466 0:10:21:36 459.84 3839.83 467 0:10:22:05 460.32 3839.83 468 0:10:22:34 460.80 3884.79 469 0:10:23:02 461.23 3872.0/ 470 0:10:23:31 461.76 3871.98 471 0:10:24:00 462.24 154.88 472 0:10:24:29 462.72 3920.79 473 0:10:24:58 463.20 3936.94 474 0:10:25:26 463.68 3904.60 475 0:10:25:55 464.16 3904.65 476 0:10:26:24 464.64 3904.78 477 0:10:26:53 465.12 3948.41 478 0:10:27:22 465.60 156.13 479 0:10:27:50 466.08 3937.05 480 0:10:28:19 466.56 3937.19 481 0:10:28:48 467.04 3957.81 482 0:10:29:17 467.52 3975.61 483 0:10:29:46 468.00 3962.27 484 0:10:30:14 468.48 3927.77 485 0:10:30:43 468.96 15/.37 486 0:10:31:12 469.44 3956.68 487 0:10:31:41 469.92 3944.16 488 0:10:32:10 470.40 3952.90 489 0:10:32:38 470.88 3952.94 490 0:10:33:07 471.36 3952.84 491 0:10:33:36 471.84 3952.89 492 0:10:34:05 472.32 158.55 493 0:10:34:34 472.80 3954.05 494 0:10:35:02 473.28 3954.10 495 0:10:35:31 473.76 3954.10 496 0:10:36:00 474.24 3954.10 497 0:10:36:29 474.72 3954.10 498 0:10:36:58 475.20 3854.14 499 0:10:37:26 475.68 159.72 500 0:10:37:55 476.16 3955.14 LEASE NAME sNAMARAH DATE .10/10/87 LEASE OWNER:CRUSADER OIL EMR • . 65478 WELL NUMBER: 2 EPG * . 62530 START TIME :02:41:46 DEPTH *7582.3 FT TICKET /: 329886 POINT # TIME MIN. PSIA. DEG.F COMMENTS 501 0:10:38:24 4/6.64 3955.14 502 0:10:38:53 477.12 3955.10 503 ■0:10:39:22 477.60 3955.10 504 0:10:39:50 478.08 3955.10 505 0:10:40:19 478.56 3955.05 506 0:10:40:48 479.04 160.81 507 0:10:41:17 479.52 3967.15 508 0:10:41:46 480.00 3963.73 509 0:10:42:14 480.48 3959.45 510 0:10:42:43 480.96 3959.54 511 0:10:43:12 481.44 3959.95 512 0:10:43:41 481.92 3961.36 513 0:10:44:10 482.40 161.80 514 0:10:44:38 482.88 39/8.21 515 0:10:45:07 483.36 39o9.01 516 0:10:45:36 483.84 3965.27 517 0:10:46:05 484.32 3965.27 518 0:10:46:34 484.80 3965.27 519 0:10:47:02 485.28 3965.32 520 0:10:47:31 485.76 162.69 521 0:10:48:00 486.24 3976.70 522 0:10:48:29 486.72 3970.50 523 0:10:48:58 487.20 3970.59 524 0:10:49:26 487.68 3970.68 525 0:10:49:55 488.16 3970.73 526 0:10:50:24 488.64 3970.73 527 0:10:50:53 489.12 163.47 528 0:10:51:22 489.60 3971.55 529 0.10:51:50 490.08 3971.55 530 0:10:52:19 490.56 3971.55 531 0:10:52:48 491.04 3971.50 532 0:10:53:17 491.52 39/4.23 0:10:53:30 OPEN TESTER VALVE 533 0:10:53:46 492.00 2843.29 534 0:10:54:14 492.48 171.93 535 0:10:54:43 492.96 3986.30 536 0:10:55:12 493.44 3982.42 537 0:10:55:41 493.92 3980.79 538 0:10:56:10 494.40 3980.15 539 0:10:56:38 494.88 3979.87 540 0:10:57:07 495.36 3979.78 541 0:10:57:36 495.84 171.78 542 0:10:58:05 496.32 3979.70 543 0:10:58:34 496.80 3979.70 544 0:10:59:02 497.28 3979.74 545 0:10:59:31 497.76 3979.79 546
0:11:00:00 498.24 3979.79 547 0:11:00:29 498.72 3979.79 548 0:11:00:58 499.20 171.82 549 0:11:01:26 499.68 3979.87 LEASE NAME sNAMARAH DATE : 10 7 10 / 87 LEASE OWNER:CRUSADER OIL EMR * : 65478 WELL NUMBER: 2 EPG * : 62530 START TIME :02:41:46 DEPTH : 7582.3 FT TICKET #: 329896 POINT # TIME MIN. PSIA. DEG.F COMMENTS 550 0:11:01:55 500.16 3979.87 551 0:11:02:24 500.64 3979.82 552 0:11:02:53 501.12 3979.78 553 0:11:03:22 501.60 3979.78 554 0:11:03:50 502.08 3979.73 555 0:11:04:19 502.56 171.82 556 0:11:04:48 503.04 3979.59 557 0:11:05:17 503.52 3979.55 558 0:11:05:46 504.00 3979.50 559 0:11:06:14 504.48 3979.46 560 0:11:06:43 504.96 3979.41 561 0:11:07:12 505.44 3979.28 562 0:11:07:41 505.92 171.77 563 0:11:08:10 506.40 3979.14 564 0:11:08:38 506.88 3980.14 565 0:11:09:07 507.36 3979.05 566 0:11:09:36 507.84 3978.82 567 0:11:10:05 508.32 3978.91 568 0:11:10:34 508.80 39/8.73 569 0:11:11:02 509.28 1/1.68 570 0:11:11:31 509.76 3978.51 571 0:11:12:00 510.24 3978.42 572 0:11:12:29 510.72 39/8.33 573 0:11:12:58 511.20 3978.24 574 0:11:13:26 511.68 3978.15 575 0:11:13:55 512.16 3978.01 576 0:11:14:24 512.64 1/1.58 577 0:11:14:53 513.12 3977.78 578 0:11:15:22 513.60 3977.69 579 0:11:15:50 514.08 3977.60 580 0:11:16:19 514.56 3977.56 581 0:11:16:48 515.04 3977.42 0:11:17:00 REVERSE PORT OPEN 582 0:11:17:17 515.52 3686.46 583 0:11:17:46 516.00 171.44 584 0:11:18:14 516.48 3762.05 585 0:11:18:43 516.96 3730.21 586 0:11:19:12 517.44 3697.86 587 0:11:19:41 517.82 3669.82 588 0:11:20:10 518.40 3645.64 589 0:11:20:38 518.88 3625.04 590 0:11:21:07 519.36 171.23 591 0:11:21:36 519.84 3596.82 592 0:11:22:05 520.32 3587.28 593 0:11:22:34 520.80 3579.63 594 0:11:23:02 521.28 3578.55 595 0:11:23:31 521.76 3611.92 596 0:11:24:00 522.24 3666.02 597 0:11:24:29 522.72 171.15 598 0:11:24:58 523.20 3782.44 LEASE NAME :NAMARAH DATE : 10 I 10 / 87 LEASE OWNER:CRUSADER OIL EMR * x 65478 WELL NUMBER: 2 EPG / x 62530 START TIME :02:4i:46 DEPTH :7582.3 FT TICKET /: 329896 POINT * TIME MIN. PSI A. DE6.F COMMENTS 599 0:11:25:26 523.68 3843.71 600 0:11:25:55 524.16 3888.32 601 0:11:26:24 524.64 3899.31 602 0:11:26:53 525.12 3909.04 603 0:11:27:22 525.60 3916.95 604 0:11:27:50 526.08 1/1.2U 605 0:11:28:19 526.56 3929.94 606 0:11:28:48 527.04 3933.40 607 0:11:29:17 527.52 3928.26 608 0:11:29:46 528.00 3926.35 609 0:11:30:14 528.48 3928.67 610 0:11:30:43 528.96 3929.63 611 0:11:31:12 529.44 171.17 612 0:11:31:41 529.92 3936.74 613 0:11:32:10 530.40 3940.56 614 0:11:32:38 530.88 3943.43 615 0:11:33:07 531.36 3944.84 616 0:11:33:36 531.84 3945.30 617 0:11:34:05 532.32 3945.70 618 0:11:34:34 532.80 171.14 619 0:11:35:02 533.28 3947.45 620 0:11:35:31 533.76 3947.77 621 0:11:36:00 534.24 3947.72 622 0:11:36:29 534.72 3947.68 623 0:11:36:58 535.20 3947.86 624 0:11:37:26 535.68 3976.99 625 0:11:37:55 536.16 171.13 626 0:11:38:24 536.64 4163.99 627 0:11:38:53 537.12 4161.88 628 0:11:39:22 537.60 4100.00 629 0:11:39:50 538.08 3944.48 630 0:11:40:19 538.56 3951.90 631 0:11:40:48 539.04 3951.12 632 0:11:41:17 539.52 1/1.10 633 0:11:41:46 540.00 3950.24 634 0:11:42:14 540.48 3949.19 635 0:11:42:43 540.96 3948.28 636 0:11:43:12 541.44 3945.19 637 0:11:43:41 541.92 3937.14 638 0:11:44:10 542.40 3933.23 639 0:11:44:38 542.88 171.08 640 0:11:45:07 543.36 3938.66 641 0:11:45:36 543.84 3937.89 642 0:11:46:05 544.32 3937.34 643 0:11:46:34 544.80 3936.98 644 0:11:47:02 545.28 3936.34 645 0:11:47:31 545.76 3935.84 646 0:11:48:00 546.24 171.06 647 0:11:48:29 546.72 3948.24
648 0:11:48:58 547.20 3954.98 LEASE NAME sNAMARAH DATE : 10 / 10 / 87 LEASE OWNER:CRUSAOER OIL EMR * i 65478 WELL NUMBER? 2 EPG / i 62530 START TIME :02:41:46 DEPTH : 7582.3 FT TICKET #: 329896 POINT / TIME MIN. PSIA. DEG.F COMMENTS 649 0:11:49:26 547.68 3924.46 650 0:11:49:55 548.16 3945.29 651 0:11:50:24 548.64 3940.32 652 0:11:50:53 549.12 3934.69 653 0:11:51:22 549.60 171.06 654 0:11:51:50 550.08 3930.32 655 0:11:52:19 550.56 3927.50 656 0:11:52:48 551.04 3932.87 657 0:11:53:17 551.52 3925.32 658 0:11:53:46 552.00 3930.91 659 0:11:54:14 552.48 3930.05 660 0:11:54:43 552.96 1/1.06 661 0:11:55:12 553.44 3935.19 662 0:11:55:41 553.92 3938.69 663 0:11:56:10 554.40 3930.73 664 0:11:56:38 554.88 3937.96 665 0:11:57:07 555.36 3939.41 666 0:11:57:36 555.84 3935.64 667 0:11:58:05 556.32 171.06 668 0:11:58:34 556.80 3938.38 669 0 : 11:59:02 557.28 3933.15 670 0:11:59:31 557.76 3946.93 671 0:12:00:00 558.24 3950.89 672 0:12:00:29 558.72 3955.07 673 0:12:00:58 559.20 39b3.40 674 0:12:01:26 559.68 171.09 675 0:12:01:55 560.16 3974.98 676 0:12:02:24 560.64 3979.22 677 0:12:02:53 561.12 3980.63 678 0:12:03:22 561.60 3990.69 679 0:12:03:50 562.08 3985.96 600 0:12:04:19 562.56 3986.87 681 0:12:04:48 563.04 171.11 682 0:12:05:17 563.52 3987.07 683 0:12:05:46 564.00 3992.53 684 0:12:06:14 564.48 3994.08 685 0:12:06:43 564.86 3981.15 686 0:12:07:12 565.44 3987.89 687 0:12:07:41 565.92 3988.21 688 0:12:08:10 566.40 171.13 689 0:12:08:38 566.88 3987./2 690 0:12:09:07 567.36 3984.90 691 0:12:09:36 567.84 3985.22 692 0:12:10:05 568.32 3996.83 693 0:12:10:34 568.80 3988.77 694 0:12:11:02 569.28 3988.73 695 0 : 12:11:31 569.76 1/1.15 696 0:12:12:00 5/0.24 3989.11 697 0:12:12:29 570.72 3980.00 698 0:12:12:58 571.20 3996.31 LEASE NAME xNAMARAH LEASE OWNER:CRUSADER OIL WELL NUMBER: 2 DATE : 10 / 10 / 87 EMR * * 65478 EPu * : 62530 DEPTH : 7582.3 FT TICKET 329896 START TIME :O2:41:46 POINT / TIME MIN. PSIA. uEG.F COMMENTS 699 0:12:13:26 571.68 3992.98 700 0:12:13:55 572.16 3988.38 701 0:12:14:24 572.64 3988.43 702 0:12:14:53 573.12 171.17 703 0:12:15:22 573.60 3981.29 704 0:12:15:50 574.08 3983.16 705 0:12:16:19 574.56 3985.07 706 0:12:16:48 575.04 3984.43 707 0:12:17:17 575.52 3984.57 708 0:12:17:46 576.00 3990.35 709 0:12:18:14 576.48 171.19 710 0:12:18:43 576.96 3988.87 711 0:12:19:12 577.44 3988.37 712 0:12:19:41 577.92 3984.27 713 0:12:20:10 578.40 3986.73 714 0:12:20:38 578.88 3986.96 715 0:12:21:07 579.36 3986.87 716 0:12:21:36 579.84 171.21 717 0:12:22:05 580.32 3986.75 718 0:12:22:34 580.80 3982.93 719 0:12:23:02 581.28 3992.04 720 0:12:23:31 581.76 3989.35 721 0:12:24:00 582.24 3989.21 722 0:12:24:29 582.72 3976.96 723 0:12:24:58 583.20 171.24 724 0:12:25:26 583.68 3988.41 725 0:12:25:55 584.16 3987.62 726 0:12:26:24 584.64 3988.82 727 0:12:26:53 585.12 3987.09 728 0:12:27:22 585.60 3987.23 729 0:12:27:50 586.08 3987.91 730 0:12:28:19 586.56 171.26 731 0:12:28:48 587.04 3987.94 732 0:12:29:17 587.52 3985.52 733 0:12:29:46 588.00 3986.21 734 0:12:30:14 588.48 3980.06 735 0:12:30:43 588.96 3998.14 736 0:12:31:12 589.44 3991.35 737 0:12:31:41 589.92 171.30 738 0:12:32:10 590.40 3990.20 739 0:12:32:38 590.88 3991.56 740 0:12:33:07 591.36 3983.91 741 0:12:33:36 591.84 3980.45 742 0:12:34:05 592.32 3984.91 743 0:12:34:34 592.80 3989.79 744 0:12:35:02 593.28 171.33 745 0:12:35:31 593.76 3985.99 746 0:12:36:00 594.24 3990.91 747 0:12:36:29 594.72 3989.72 748 0:12:36:58 595.20 3986.62 LEASE NAME tNAMARAH DATE .10/10/87 LEASE OWNER:CRUSADER OIL EMR * .
65478 WELL NUMBER: 2 EPG * . 62530 START TIME ;02:41:46 DEPTH *7582.3 FT TICKET ft 329896 POINT f TIME MIN. PSIA. DEG.F COMMENTS 749 0:12:37:26 595.68 3989.68 750 0:12:37:55 596.16 3990.36 751 0:12:38:24 596.64 1/1.36 752 0:12:38:53 597.12 3984.88 753 0:12:39:22 597.60 3989.53 754 0:12:39:50 598.08 3993.31 755 0:12:40:19 598.56 3984.79 756 0:12:40:48 599.04 3983.56 757 0:12:41:17 599.52 3982.15 758 0:12:41:46 600.00 171.40 759 0:12:42:14 600.48 3979.36 760 0:12:42:43 600.96 3985.91 761 0:12:43:12 601.44 3984.32 762 0:12:43:41 601.92 3983.82 763 0:12:44:10 602.40 3983.64 764 0:12:44:38 602.88 3983.27 765 0:12:45:07 603.36 171.42 766 0:12:45:36 603.84 3990.72 767 0:12:46:05 604.32 3986.67 768 0:12:46:34 604.80 3989.49 769 0:12:47:02 605.28 3989.54 770 0:12:47:31 605.76 3982.02 771 0:12:48:00 606.24 3982.48 772 0:12:48:29 606.72 171.43 773 0:12:48:58 607.20 3982.89 774 0:12:49:26 607.68 3983.80 775 0:12:49:55 608.16 3982.94 776 0:12:50:24 608.64 3982.48 777 0:12:50:53 609.12 3980.16 778 0:12:51:22 609.60 4000.75 779 0:12:51:50 610.08 171.44 780 0:12:52.-19 610.56 3983.85 781 0 : 12:52:48 611.04 3981.53 782 0:12:53:17 611.52 3981.21 783 0:12:53:46 612.00 3975.98 784 0:12:54:14 612.48 3974.43 785 0:12:54:43 612.96 3977.02 786 0:12:55:12 613.44 171.43 787 0:12:55:41 613.92 3975.92 788 0:12:56:10 614.40 3976.38 789 ' 0:12:56:38 614.88 3985.26 790 0:12:57:07 615.36 3984.17 791 0:12:57:36 615.84 3980.61 792 0:12:58:05 616.32 3980.71 793 0:12:58:34 616.80 171.42 794 0:12:59:02 617.28 39/9.06 795 0:12:59:31 617.76 3993.09 796 0:13:00:00 618.24 3984.71 797 0:13:00:29 618.72 3980.15 798 0:13:00:58 619.20 3979.38 LEASE NAME .-NAMARAH DATE : 10 / 10 / 87 LEASE OWNER:CRUSADER OIL EMR / : 65478 WELL NUMBER: 2 tPG * i 62530 START TIME :02:41:46 DEPTH : 7582.3 FT TICKET /t 329896 POINT * TIME MIN. PS1A. UE6.F COMMENTS 799 0:13:01:26 619.68 3973.96 800 0:13:01:55 620.16 171.42 801 0:13:02:24 620.64 3976.91 802 0:13:02:53 621.12 3975.91 803 0:13:03:22 621.60 3981.29 804 0:13:03:50 622.08 3978.74 805 0:13:04:19 622.56 3977.69 806 0:13:04:48 623.04 3978.05 807 0:13:05:17 623.52 171.41 808 0:13:05:46 624.00 3977.41 809 0:13:06:14 624.48 3976.86 810 0:13:06:43 624.96 3976.45 811 0:13:07:12 625.44 3975.13 812 0:13:07:41 625.92 3974.63 813 0:13:08:10 626.40 3976.73 814 0:13:08:38 626.88 171.41 315 0:13:09:07 627.36 3975.72 816 0:13:09:36 627.84 3974.90 817 0:13:10:05 628.32 3975.54 818 0 : 13:10:34 628.80 3975.86 819 0:13:11:02 629.28 3974.36 820 0:13:11:31 629.76 3990.20 821 0:13:12:00 630.24 171.41 822 0:13:12:29 630.72 3975.68 823 0:13:12:58 631.20 3975.40 824 0:13:13:26 631.68 3975.31 825 0:13:13:55 632.16 3974.86 826 0:13:14:24 632.64 3974.77 827 0:13:14:53 633.12 3974.58 828 0:13:15:22 633.60 171.41 829 0:13:15:50 634.08 3975.09 830 0:13:16:19 634.56 3977.68 831 0:13:16:48 635.04 3977.23 832 0:13:17:17 635.52 3975.91 833 0:13:17:46 636.00 3976.54 834 0 : 13:18:14 636.48 3972.90 835 0:13:18:43 636.96 171.42 836 0:13:19:12 637.44 3977.60 837 0:13:19:41 637.92 3963.81 838 0:13:20:10 638.40 3971.73 839 0:13:20:38 638.88 3971.18 840 0:13:21:07 639.36 3970.36 841 0:13:21:36 639.84 3958.85 842 0:13:22:05 640.32 171.44 843 0:13:22:34 640.80 3971.15 844 0:13:23:02 641.28 3980.53 845 0:13:23:31 641.76 3972.83 846 0:13:24:00 642.24 3975.06 847 0:13:24:29 642.72 3970.15 848 0:13:24:58 643.20 3971.33 DATE ,10/10/87 LEASE NAME iNAMARAH LEASE OWNER:CRUSADER OIL WELL NUMBER: 2 START TIME *02:41:46 EPG * : 62530 329896 » 65478 POINT * TIME MIN. PSIA. uEG. F COMMENTS 849 0,13:25:26 643.68 171.45 850
0:13:25:55 644.16 3971.39 851 0:13:26:24 644.64 3965,75 852 0:13:26:53 645.12 3985.23 853 0:13:27:22 645.60 3967.61 854 0:13:27:50 646.08 3981.23 855 0:13:28:19 646.56 3975.08 856 0:13:28:48 647.04 171.47 857 0:13:29:17 647.52 3974.37 858 0:13:29:46 648.00 3977.55 859 0:13:30:14 648.48 3969.04 860 0:13:30:43 648.96 3971.58 861 0:13:31:12 649.44 3969.90 862 0:13:31:41 649.92 3973.09 863 0:13:32:10 650.40 171.50 864 0:13:32:38 650.88 3967.88 865 0:13:33:07 651.36 3965.97 866 0:13:33:36 651.84 3978.49 867 0:13:34:05 652.32 3970.07 868 0:13:34:34 652.80 3973.80 869 0:13:35:02 653.28 3970.88 870 0:13:35:31 653.76 171.53 871 0:13:36:00 654.24 3969.37 872 0:13:36:29 654.72 3970.96 873 0:13:36:58 655.20 3965.04 874 0:13:37:26 655.68 3968.23 875 0:13:37:55 656.16 3966.54 876 0:13:38:24 656.64 3969.68 877 0:13:38:53 657.12 171.56 878 0:13:39:22 657.60 3970.58 . 879 0:13:39:50 658.08 3967.34 880 0:13:40:19 658.56 3969.98 881 0:13:40:48 659.04 3966.71 882 0:13:41:17 659.52 3968.62 883 0:13:41:46 660.00 3972.90 884 0:13:42:14 660.48 171.60 885 0:13:42:43 660.96 3567.65 886 0:13:43:12 661.44 3967.42 887 0:13:43:41 661.92 3966.60 888 0:13:44:10 662.40 3965.82 889 0 113i44 138 662.88 3969.56 890 0:13:45:07 663.36 3982.72 891 0:13:45:36 663.84 171.63 892 0:13:46:05 664.32 3969.77 893 0:13:46:34 664.80 3969.59 894 0:13:47:02 665.28 3969.13 895 0:13:47:31 665.76 3969.41 896 0:13:48:00 666.24 3952.61 897 0:13:48:29 666.72 3968.00 898 0:13:48:58 667.20 171.64 DEPTH :75b2.3 FT TICKET *: HALLIBURfUN SERVICES DRILL S I EM TESTING LEASE NAME :NAMARAH LEASE OWNER:CRUSADER OIL WELL NUMBER; 2 START TIME :O2:41:46 DATE tMR * tPG * .10/10/87 : 65478 < 62530 TICKET *: 329896 POINT / TIME MIN. PSIA. UEu.f 899 0:13:49:26 667.68 3965.69 900 0:13:49:55 668.16 3969.19 901 0:13:50:24 668.64 3969.78 902 0:13:50:53 669.12 3969.33 903 0:13:51:22 669.60 3968.60 904 0:13:51:50 670.08 3968.01 905 0:13:52:19 670.56 171.59 906 0:13:52:48 671.04 3963.18 907 0:13:53:17 671.52 3966.60 908 0:13:53:46 672.00 3965.55 909 0:13:54:14 672.48 3966.05 910 0:13:54:43 672.96 3965.32 911 0:13:55:12 673.44 3965.23 912 0:13:55:41 673.92 1/1.45 913 0:13:56:10 674.40 3965./9 914 0:13:56:38 674.88 3965.52 915 0:13:57:07 675.36 3965.65 916 0:13:57:36 675.84 3965.79 917 0:13:58:05 676.32 3976.49 918 0:13:58:34 676.80 3969.66 919 0:13:59:02 677.28 171.22 920 0:13:59:31 677.76 3968.77 921 0:14:00:00 678.24 3968.45 922 0:14:00:29 678.72 3968.2 7 923 0:14:00:58 679.20 3967.86 924 0:14:01:26 679.68 3975.55 925 0:14:01:55 680.16 3965.40 926 0:14:02:24 680.64 170.93 927 0:14:02:53 681.12 3963.28 928 0:14:03:22 681.60 3965.28 929 0:14:03:50 682.08 3965.33 930 0:14:04:19 682.56 3965.15 931 0:14:04:48 683.04 3965.28 932 0:14:05:17 683.52 3965.37 933 0:14:05:46 684.00 1/0.61 934 0:14:06:14 684.48 3974.70 935 0:14:06:43 684.96 3969.51 936 0:14:07:12 685.44 3969.33 937 0:14:07:41 685.92 3969.37 938 0:14:08:10 686.40 3968.87 939 0:14:08:38 686.88 3968.60 940 0:14:09:07 687.36 1/0.32 941 0:14:09:36 687.84 3968.25 942 0:14:10:05 688.32 3969.79 943 0:14:10:34 688.80 3969.89 944 0:14:11:02 689.28 3968.84 945 0:14:11:31 689.76 3968.70 946 0:14:12:00 690.24 3968./0 94 7 0:14:12:29 690.72 170.05 948 0:14:12:58 691.20 3966.96 DEPTH ;7582.3 FT COMMENTS LEASE NAME sNAMARAH LEASE OWNER:CRUSADER OIL WELL NUMBER: 2 START TIME :02:41:46 DATE : 10 / 10 / 87 EMR * : 65478 EPG / : 62530 TICKET /» 329896 POINT / TIME MIN. PSI A. DE6.1- 949 0:14:13:26 691.68 3967.b9 950 0:14:13:55 692.16 3967.46 951 0:14:14:24 692.64 3960.14
952 0:14:14:53 693.12 3965.96 953 0:14:15:22 693.60 3869.24 954 0:14:15:50 694.08 169.83 955 0:14:16:19 694.56 3964.72 956 0:14:16:48 695.04 3963.95 957 0:14:17:17 695.52 3966.82 958 0:14:17:46 696.00 3970.09 959 0:14:18:14 696.48 3969.36 960 0:14:18:43 696.96 3971.59 961 0:14:19:12 697.44 169.64 962 0:14:19:41 697.92 3968.15 963 0:14:20:10 698.40 3947.39 964 0:14:20:38 698.88 3945.76 965 0:14:21:07 699.36 3945.57 966 0:14:21:36 699.84 3946.07 967 0:14:22:05 700.32 3946.62 968 0:14:22:34 700.80 169.47 969 0:14:23:02 701.28 3947.47 970 0:14:23:31 701.76 3942.47 971 0:14:24:00 702.24 3975.01 972 0:14:24:29 702.72 3970.55 973 0:14:24:58 703.20 3972.00 974 0:14:25:26 703.68 3966.22 975 0:14:25:55 704.16 169.35 976 0:14:26:24 704.64 3966.40 977 0:14:26:53 705.12 3943.10 978 0:14:27:22 705.60 3968.35 979 0:14:27:50 706.08 3946.46 980 0:14:28:19 /06.56 3947.60 981 0:14:28:48 707.04 3946.74 982 0:14:29:17 707.52 169.26 983 0:14:29:46 708.00 3934.33 984 0:14:30:14 708.48 3940.47 985 0:14:30:43 708.96 3939.19 986 0:14:31:12 709.44 3939.01 987 0:14:31:41 709.92 3939.06 988 0:14:32:10 710.40 3939.24 989 0:14:32:38 710.88 169.18 990 0:14:33:07 711.36 3939.72 991 0:14:33:36 711.84 3940.04 992 0:14:34:05 712.32 3940.26 993 0:14:34:34 712.80 3940.54 994 0:14:35:02 713.28 3940.81 995 0:14:35:31 713.76 3941.04 996 0:14:36:00 714.24 169.11 997 0:14:36:29 714.72 3941.43 998 0 : 14:36:58 715.20 3941.70 DEPTH ,7582.3 FT COMMENTS DATE .10/10/87 EMR / t 65478 EPG * : 62530 DEPTH :7582.3 FT TICKET *» 329896 HALLIBURTON SERVICES UkiLL STEM JESTING LEASE NAME zNAMARAH LEASE OWNER:CRUSADER OIL NELL NUMBER: 2 START TIME : 02:41:46 POINT / TIME MIN. HSIA. UtU.F COMMENTS 999 0:14:37:26 715.68 3941.93 1000 0:14:37:55 716.16 3842.11 1001 0:14:38:24 716.64 3942.25 1002 0 : 14:38:53 717.12 3825.38 1003 0:14:39:22 717.60 168.93 1004 0:14:39:50 718.08 3901.76 1005 0:14:40:19 718.56 3915.49 1006 0:14:40:48 719.04 3914.08 1007 0:14:41:17 719.52 3913.71 1008 0:14:41:46 720.00 3913.49 1009 0:14:42:14 720.48 3913.30 1010 0:14:42:43 720.86 168.59 1011 0:14:43:12 721.44 3876.16 1012 0:14:43:41 721.82 3884.2:0 1013 0:14:44:10 722.40 3882.29 1014 0:14:44:38 722.88 3882.25 1015 0:14:45:07 723.36 3881.93 1016 0:14:45:36 723.84 3856.28 1017 0:14:46:05 724.32 168.06 1018 0:14:46:34 724.80 3861.44 1019 0:14:47:02 725.28 3850.73 1020 0:14:47:31 725.76 3850.33 1021 0:14:48:00 726.24 3848.15 1022 0:14:48:29 726.72 3820.17 1023 0:14:48:58 727.20 3805.17 1024 0:14:49:26 727.68 167.20 1025 0:14:49:55 728.16 3818.23 1026 0:14:50:24 728.64 3817.92 1027 0 : 14:50:53 729.12 3817.64 1028 0:14:51:22 729.60 3789.96 1029 0:14:51:50 730.08 3775.92 1030 0:14:52:19 730.56 3786.88 1031 0:14:52:48 731.04 166.02 1032 0:14:53:17 731.52 3789.34 1033 0:14:53:46 732.00 3/81.78 1034 0 : 14:54 : 14 732.48 3758.74 1035 0:14:54:43 732.96 3744.71 1036 0:14:55:12 733.44 3759.37 1037 0:14:55:41 733.92 3758.87 1038 0:14:56:10 734.40 184.57 1039 0:14:56:38 734.88 3757.15 1040 0:14:57:07 735.36 3729.33 1041 0:14:57:36 735.84 3715.09 1042 0:14:58:05 736.32 3728.16 1043 0:14:58:34 736.80 3726.03 1044 0:14:59:02 737.28 3725./6 1045 0:14:59:31 737.76 162.95 1046 0:15:00:00 738.24 3695.43 1047 0:15:00:29 738.72 3680.71 1048 0:15:00:58 739.20 3691.91 LEASE NAME zNAMARAH DATE : 10 / 10 / 87 LEASE OWNER : CRUSADER OIL EMR / t 65478 WELL NUMBER: 2 EPG / t 62530 START TIME :02:41:46 DEPTH s 75&Z.3 FT TICKET #: 329896 POINT * TIME MIN. PSIA. UEG.F COMMENTS 1049 0:15:01:26 739.68 3690.55 1050 0:15:01:55 740.16. 3692.13 1051
0:15:02:24 740.64 3691.91 1052 0:15:02:53 741.12 161.27 1053 0:15:03:22 741.60 3690.09 1054 0:15:03:50 742.08 3658.89 1055 0:15:04:19 742.56 3681.28 1056 0:15:04:48 743.04 3680.51 1057 0:15:05:17 743.52 3677.80 1058 0:15:05:46 744.00 3680.42 1059 0:15:06:14 744.48 153.61 1060 0:15:06:43 744.96 36/4.43 1061 0:15:07:12 745.44 3674.11 1062 0:15:07:41 745.92 3674.07 1063 0:15:08:10 746.40 3643.42 1064 0:15:08:38 746.88 3658.27 1065 0:15:09:07 747.36 3657.95 1066 0:15:09:36 747.84 158.02 1067 0:15:10:05 748.32 3650.58 1068 0:15:10:34 748.80 3624.87 1069 0:15:11:02 749.28 3620.32 1070 0:15:11:31 749.76 3632.49 1071 0:15:12:00 750.24 3630.15 1072 0:15:12:29 750.72 3629.79 1073 0:15:12:58 751.20 156.55 1074 0:15:13:26 751.68 3615.23 1075 0:15:13:55 752.16 3596.12 1076 0:15:14:24 752.64 3581.35 1077 0:15:14:53 753.12 3597.16 1078 0:15:15:22 753.60 3596.21 1079 0:15:15:50 754.08 3595.81 1080 0:15:16:19 754.56 155.22 1081 0:15:16:48 755.04 3560.36 1082 0:15:17:17 755.52 3564.14 1083 0:15:17:46 756.00 3563.33 1084 0:15:18:14 756.48 3562.65 1085 0:15:18:43 756.96 3562.25 1086 0:15:19:12 757.44 3561.93 1087 0:15:19:41 757.92 154.02 1088 0:15:20:10 758.40 3518.26 1089 0:15:20:38 758.88 3528.06 1090 0:15:21:07 759.36 3529.10 1091 0:15:21:36 759.84 3528.56 1092 0:15:22:05 760.32 3512.42 1093 0:15:22:34 760.80 3490.04 1094 0:15:23:02 761.28 152.94 1095 0:15:23:31 761.76 3495.10 1096 0:15:24:00 762.24 3494.51 1097 0:15:24:29 762.72 3493.97 1098 0:15:24:58 763.20 3466.04 LEASE NAME sNAMARAH DATE i 10 / 10 / 87 LEASE OWNER:CRUSADER OIL EMR * : 65478 WELL NUMBER; 2 EPG / > 62530 START TIME :02:41:46 DEPTH *7582.3 FT TICKET #* 329896 POINT / TIME MIN. PSIA. UEG.F COMMENTS 1099 0:15:25:26 763.68 3451.91 1100 0:15:25:55 764.16 3466.63 1101 0:15:26:24 764.64 151.97 1102 0:15:26:53 765.12 34b4.99 1103 0:15:27:22 765.60 3454.63 1104 0:15:27:50 766.08 3430.67 1105 0:15:28:19 766.56 3433.05 1106 0:15:28:48 767.04 3432.29 1107 0:15:29:17 767.52 3431.70 1108 0 : 15:29:46 768.00 151.10 1109 0:15:30:14 768.48 3386.50 1110 0:15:30:43 768.96 3415.67 till 0:15:31:12 769.44 3389.14 1112 0:15:31:41 769.92 3398.51 1113 0:15:32:10 770.40 3370.61 1114 0:15:32:38 770.88 3362.56 1115 0:15:33:07 771.36 150.32 1116 0:15:33:36 771.84 3365.70 1117 0:15:34:05 772.32 3365.07 1118 0:15:34:34 772.80 3347.62 1119 0:15:35:02 773.28 3325.44 1120 0:15:35:31 773.76 3334.29 1121 0:15:36:00 774.24 3332.55 1122 0:15:36:29 774.72 149.63 1123 0:15:36:58 775.20 3305.59 1124 0:15:37:26 775.68 3286.25 1125 0:15:37:55 776.16 3298.04 1126 0:15:38:24 776.64 3298.00 1127 0:15:38:53 777.12 3298.94 1128 0:15:39:22 777.60 3275.58 1129 0:15:39:50 778.08 149.00 1130 0:15:40:19 778.56 3270.06 1131 0:15:40:48 779.04 3269.03 1132 0:15:41:17 779.52 3268.54 1133 0:15:41:46 780.00 3240.12 1134 0:15:42:14 780.48 3221.98 1135 0:15:42:43 780.96 3236.91 1136 0:15:43:12 781.44 148.47 1137 0:15:43:41 781.92 3235.07 1138 0:15:44:10 782.40 3201.65 1139 0:15:44:38 782.88 3185.17 1140 0:15:45:07 783.36 3202.94 1141 0:15:45:36 783.84 3202.45 1142 0:15:46:05 784.32 3201.78 1143 0:15:46:34 784.80 147.98 1144 0:15:47:02 785.28 3155.57 1145 0:15:47:31 785.76 3169.59 1146 0:15:48:00 786.24 3168.43 1147 0:15:48:29 786.72 3169.01 1148 0:15:48:58 787.20 3142.45 LEASE NAME zNAMARAH DATE : 10 / 10 / 87 LEASE OWNER:CRUSADER OIL LMR / : 65478 WELL 1 NUMBER: 2 EPG ' : 62530 START TIME :02:41:46 DEPTH : 75BZ.3 FT TICKET 329896 POINT / TIME MIN. PS1A. DEG.F
COMMENTS 1149 0:15:49:26 787.68 3128.49 1150 0:15:49:55 788.16. 147.57 1151 0:15.-50:24 788.64 3138.58 1152 0:15:50:53 789.12 3137.96 1153 0:15:51:22 789.60 3137.47 1154 0:15:51:50 790.08 3107.79 1155 0:15:52:19 790.56 3094.86 1156 0:15:52:48 791.04 3104.81 1157 0:15:53:17 791.52 147.21 1158 0:15:53:46 792.00 3104.29 1159 0:15:54:14 792.48 3071.66 1160 0:15:54:43 792.96 3065.85 1161 0:15:55:12 793.44 3065.58 1162 0 : 15:55:41 793.92 3071.26 1163 0:15:56:10 794.40 3070.60 1164 0:15:56:38 794.88 146.91 1165 0:15:57:07 795.36 3025.73 1166 0:15:57:36 795.84 3038.14 1167 0:15:58:05 796.32 3037.78 1168 0:15:58:34 796.80 3037.07 1169 0:15:59:02 797.28 3008.50 1170 0:15:59:31 797.76 2989.01 1171 0:16:00:00 798.24 146.65 1172 0:16:00:29 798.72 3003.45 1173 0:16:00:58 799.20 3005.53 1174 0:16:01:26 799.68 2982.82 1175 0:16:01:55 800.16 2967.73 1176 0:16:02:24 800.64 2975.38 1177 0:16:02:53 801.12 2975.30 1178 0:16:03:22 801.60 146.43 1179 0:16:03:50 802.08 2974.14 1180 0:16:04:19 802.56 2941.28 1181 0:16:04:48 803.04 2958.48 1182 0:16:05:17 803.52 2941.94 1183 0:16:05:46 804.00 2941.32 1184 0:16:06:14 804.48 2908.54 1185 0:16:06:43 804.96 146.22 1186 0:16:07:12 805.44 2894.77 1187 0:16:07:41 805.92 2908.45 1188 0:16:08:10 806.40 2907.26 1189 0:16:08:38 806.88 2906.64 1190 0:16:09:07 807.36 2879.59 1191 0:16:09:36 807.84 2866.13 1192 0:16:10:05 808.32 146.03 1193 0:16:10:34 808.80 2873.95 1194 0:16:11:02 809.28 2873.33 1195 0 : 16:11:31 809.76 2850.09 1196 0:16:12:00 810.24 2832.55 1197 0:16:12:29 810.72 2839.87 1198 0:16:12:58 811.20 2840.26 LEASE NAME :NAMARAH DATE i 10 / 10 / 87 LEASE OWNER:CRUSADER OIL EMR / > 65478 WELL NUMBER: 2 EPG * : 62530 START TIME :02:41:46 DEPTH :7582.3 FT TICKET *: 329896 POINT * TIME MIN. PSIA. UtG.F COMMENTS 1199 0:16:13:26 811.68 145.83 1200 0:16:13:55 812.16. 2818.16 1201 0:16:14:24 812.64 2798.65 1202 0:16:14:53 813.12 2812.04 1203 0:16:15:22 813.60 2811.02 1204 0:16:15:50 814.08 2797.20 1205 0:16:16:19 814.56 2776.79 1206 0:16:16:48 815.04 145.63 1207 0:16:17:17 815.52 2777.27 1208 0:16:17:46 816.00 2776.70 1209 0:16:18:14 816.48 2761.62 1210 0:16:18:43 816.96 2737.62 1211 0:16:19:12 817.44 2746.63 1212 0:16:19:41 817.92 2743.16 1213 0:16:20:10 818.40 145.42 1214 0:16:20:38 818.88 2710.92 1215 0:16:21:07 819.36 2716.36 1216 0:16:21:36 819.84 2710.04 1217 0:16:22:05 820.32 2709.30 1218 0:16:22:34 820.80 2684.42 1219 0:16:23:02 821.28 2666.66 1220 0:16:23:31 821.76 145.19 1221 0:16:24:00 822.24 2676.59 1222 0:16:24:29 822.72 2676.20 1223 0:16:24:58 823.20 2646.87 1224 0:16:25:26 823.68 2659.45 1225 0:16:25:55 824.16 2649.94 1226 0:16:26:24 824.64 2649.55 1227 0:16:26:53 825.12 144.96 1228 0:16:27:22 825.60 2610.46 1229 0:16:27:50 826.08 2619.92 1230 0:16:28:19 826.56 2616.55 1231 0:16:28:48 827.04 2615.93 1232 0:16:29:17 827.52 2615.45 1233 0:16:29:46 828.00 2615.10 1234 0:16:30:14 828.48 144.72 1235 0:16:30:43 828.96 2580.86 1236 0:16:31:12 829.44 2587.50 1237 0:16:31:41 829.92 2582.82 1238 0:16:32:10 830.40 2582.30 1239 0:16:32:38 830.88 2565.12 1240 0:16:33:07 831.36 2541.52 1241 0:16:33:36 831.84 144.46 1242 0:16:34:05 832.32 2549.21 1243 0:16:34:34 832.80 2548.59 1244 0:16:35:02 833.28 2519.51 1245 0:16:35:31 833.76 2507.73 1246 0:16:36:00 834.24 2516.85 1247 0:16:36:29 834.72 2519.56 1248 0:16:36:58 835.20 144.20 DATE : 10 / 10 / 87 LEASE NAME sNAMARAH LEASE OWNER:CRUSADER OIL WELL NUMBER: 2 START TIME ;02:41:46 EPU * : 62530 329896 » 65478 POINT * TIME MIN. PS1A. DEG.F
COMMENTS 1249 0 : 16:37:26 835.68 2480.29 1250 0:16:37:55 836.16 2490.02 1251 0:16:38:24 836.64 2486.66 1252 0:16:38:53 837.12 2486.05 1253 0:16:39:22 837.60 2454.58 1254 0:16:39:50 838.08 2477.89 1255 0:16:40:19 838.56 143.92 1256 0:16:40:48 839.04 2452.74 1257 0:16:41:17 839.52 2452.26 1258 0:16:41:46 840.00 2419.34 1259 0:16:42:14 840.48 2419.52 1260 0:16:42:43 840.96 2419.95 1261 0:16:43:12 841.44 2419.25 1262 0:16:43:41 841.92 143.65 1263 0:16:44:10 842.40 2400.62 1264 0:16:44:38 842.88 2378.01 1265 0:16:45:07 843.36 2385.22 1266 0:16:45:36 843.84 2385.96 1267 0:16:46:05 844.32 2385.31 1268 0:16:46:34 844.80 2352.33 1269 0:16r47:02 845.28 143.36 1270 0:16:47:31 845.76 2353.U8 1271 0:16:48:00 846.24 2353.21 1272 0:16:48:29 846.72 2331.68 1273 0:16:48:58 847.20 2312.41 1274 0:16:49:26 847.68 2325.60 1275 0:16:49:55 848.16 2324.74 1276 0:16:50:24 848.84 143.07 1277 0:16:50:53 849.12 2287.02 1278 0:16:51:22 849.60 2293.13 1279 0:16:51:50 850.08 2291.87 1280 0:16:52:19 850.56 2291.31 1281 0:16:52:48 851.04 2259.89 1282 0:16:53:17 851.52 2267.34 1283 0:16:53:46 852.00 142.75 1284 0:16:54:14 852.48 2257.98 1285 0:16:54:43 852.86 2232.70 1286 0:16:55:12 853.44 2211.16 1287 0:16:55:41 853.92 2225.34 1288 0:16:56:10 854.40 2224.78 1289 0:16:56:38 854.88 2193.86 1290 0:16:57:07 855.36 142.43 1291 0:16:57:36 855.84 2193.97 1292 0:16:58:05 856.32 2191.81 1293 0:16:58:34 856.80 2192.37 1294 0:16:59:02 857.28 2168.66 1295 0:16:59:31 857.76 2196.26 1296 0:17:00:00 858.24 2164.08 1297 0:17:00:29 858.72 142.09 1298 0:17:00:58 859.20 2148.60 DEPTH : 2582.3 FT TICKET /» POINT * TIME MIN. PSIA. DEG.F 1299 0:17:01:26 859.68 2123.14 1300 0:17:01:55 860.16. 2130.34 1301 0:17:02:24 860.64 2130.43 1302 0:17:02:53 861.12 2100.76 1303 0:17:03:22 861.60 2091.89 1304 0:17:03:50 862.08 141.73 1305 0:17:04:19 862.56 2095.97 1306 0:17:04:48 863.04 2095.41 1307 0:17:05:17 863.52 2095.11 1308 0:17:05:46 864.00 2094.85 1309 0:17:06:14 864.48 2094.72 1310 0:17:06:43 864.96 2094.68 1311 0:17:07:12 865.44 141.37 1312 0:17:07:41 865.92 2062.63 1313 0:17:08:10 866.40 2058.79 1314 0:17:08:38 866.88 2062.84 1315 0:17:09:07 867.36 2062.32 1316 0:17:09:36 867.84 2034.35 1317 0:17:10:05 868.32 2039.26 1318 0:17:10:34 868.80 140.98 1319 0:17:11:02 869.28 2029.20 1320 0:17:11:31 869.76 2003.92 1321 0:17:12:00 870.24 1990.13 1322 0:17:12:29 870.72 2001.95 1323 0:17:12:58 871.20 2001.90 1324 0:17:13:26 871.68 2001.69 1325 0:17:13:55 872.16 140.59 1326 0:17:14:24 872.64 2000.97 1327 0:17:14:53 873.12 1969.49 1328 0:17:15:22 873.60 1967.13 1329 0:17:15:50 874.08 1968.67 1330 0:17:16:19 874.56 1968.11 1331 0:17:16:48 875.04 1952.49 1332 0:17:17:17 875.52 140.19 1333 0:17:17:46 876.00 1934.90 1334 0:17:18:14 876.48 1934.69 1335 0:17:18:43 876.96 1907.21 1336 0:17:19:12 877.44 1898.43 1337 0:17:19:41 877.92 1902.50 1338 0:17:20:10 878.40 1902.03 1339 0:17:20:38 878.88 139.78 1340 0:17:21:07 . 879.36 1869.52 1341 0:17:21:36 879.84 1864,17 1342 0:17:22:05 880.32 1868.70 1343 0:17:22:34 880.80 1868,15 1344 0:17:23:02 881.28 1867.76 1345 0:17:23:31 881.76 1841.45 1346 0:17:24:00 882.24 139.35 1347 0:17:24:29 882.72 1841.00 1348 0:17:24:58 883.20 1840.57 LEASE NAME :NAMARAH DATE i 10 / 10 / 87 LEASE OWNER:CRUSADER OIL EMR * : 65478 WELL NUMBER; 2 EPG # i 62530 START TIME :O2;41:46 DEPTH ; 7582.3 FT TICKET /. 329896 COMMENTS LEASE NAME sNAMARAH DATE » 10 / 10 / 87 LEASE OWNER;CRUSAD£R OIL EMR * : 65478 WELL NUMBER: 2 EPG f : 62530 START TIME :02:41:46 uEPlH :7582.3 FT
TICKET ft 329896 POINT * TIME MIN. PSIA. UEG.F COMMENTS 1349 0:17:25:26 883.68 1820.44 1350 0:17:25:55 884.16 1801.09 1351 0:17:26:24 884.64 1809.29 1352 0:17:26:53 885.12 1808.52 1353 0:17:27:22 885.60 138.91 1354 0:17:27:50 886.08 1764.86 1355 0:17:28:19 886.56 1775.82 1356 0:17:28:48 887.04 1774.80 1357 0:17:29:17 887.52 1774.41 1358 0:17:29:46 888.00 1774.16 1359 0:17:30:14 888.48 1757.99 1360 0:17:30:43 888.96 138.45 1361 0:17:31:12 889.44 1740.79 1362 0:17:31:41 889.92 1740.36 1363 0:17:32:10 890.40 1739.98 1364 0:17:32:38 890.88 1/05.64 1365 0:17:33:07 891.36 1707.34 1366 0:17:33:36 891.84 1706.61 1367 0:17:34:05 892.32 137.97 1368 0:17:34:34 892.80 1678.49 1369 0:17:35:02 893.28 1674.75 1370 0:17:35:31 893.76 1675.69 1371 0:17:36:00 894.24 1675.30 1372 0:17:36:29 894.72 1656.46 1373 0:17:36:58 895.20 1636.39 1374 0:17:37:26 895.68 137.48 1375 0:17:37:55 896.16 1641.79 1376 0:17:38:24 896.64 1639.07 1377 0:17:38:53 897.12 1606.87 1378 0:17:39:22 897.60 1609.29 1379 0:17:39:50 898.08 1608.40 1380 0:17:40:19 898.56 1608.02 1381 0:17:40:48 899.04 136.97 1382 0:17:41:17 899.52 1592.81 1383 0:17:41:46 900.00 1574.65 1384 0:17:42:14 900.48 1574.10 1385 0:17:42:43 900.96 1571.60 1386 0:17:43:12 901.44 1538.11 1387 0:17:43:41 901.92 1539.97 1388 0:17:44:10 902.40 136.44 1389 0:17:44:38 902.88 1542.40 1390 0:17:45:07 903.36 1523.93 1391 0:17:45:36 903.84 1522.53 1392 0:17:46:05 904.32 1513.18 1393 0:17:46:34 904.80 1512.80 1394 0:17:47:02 905.28 1512.58 1395 0:17:47:31 905.76 135.90 1396 0:17:48:00 906.24 1483.81 1397 0:17:48:29 906.72 1482.12 1398 0:17:48:58 907.20 1479.03 LEASE NAME xNAMARAH LEASE OWNER:CRUSADER OIL WELL NUMBER: 2 START TIME :O2:41x46 DATE x 10 / 10 / 87 EMR / EPG # TICKET X /: 65478 62530 329896 POINT # TIME MIN. PSIA. UEG.F 1399 0:17x49:26 907.68 1478.69 1400 0:17:49:55 908.16 1454.76 1401 0:17:50x24 908.64 1438.67 1402 0:17:50:53 909.12 135.34 1403 0:17:51x22 909.60 1445.57 1404 0:17:51:50 910.08 1417.24 1405 0:17:52:19 910.56 1415.55 1406 0:17:52:48 911.04 1411.88 1407 0:17:53:17 911.52 1411.50 1408 0:17:53:46 912.00 1411.28 1409 0:17:54:14 912.48 104.76 1410 0:17:54:43 912.96 1377.96 1411 0:17:55:12 913.44 1378.51 1412 0:17:55:41 913.92 1368.90 1413 0:17x56:10 914.40 1348.55 1414 0:17x56:38 914.88 1352.76 1415 0:17:57:07 915.36 1351.41 1416 0:17:57:36 915.84 134.16 1417 0:17:58:05 916.32 1311.37 1418 0:17:58:34 916.80 1317.76 1419 0:17:59:02 917.28 1317.60 1420 0:17:59:31 917.76 1297.95 1421 0:18:00:00 918.24 1289.92 1422 0:18:00:29 918.72 1284.70 1423 0:18:00:58 919.20 133.55 1424 0:18:01:26 919.68 1261.91 1425 0:18:01:55 920.16 1250.51 1426 0:18:02:24 920.64 1249.80 1427 0:18:02:53 921.12 1249.42 1428 0:18:03:22 921.60 1235.10 1429 0:18:03x50 922.08 1216.34 1430 0:18:04:19 922.56 132.91 1431 0:18:04:48 923.04 1215.67 1432 0:18:05:17 923.52 1194.36 1433 0:18:05:46 924.00 1175.84 1434 0:18:06:14 924.48 1182.62 1435 0:18:06:43 924.96 1184.34 1436 0:18:07:12 925.44 1158.37 1437 0:18:07:41 925.92 132.23 1438 0:18:08:10 926.40 1153.72 1439 0:18:08:38 926.88 1141.54 1440 0:18:09:07 927.36 1117.90 1441 0:18:09:36 927.84 1121.28 1442 0:18:10:05 928.32 1121.08 1443 0:18:10:34 928.80 1104.60 1444 0:18:11:02 929.28 131.53 1445 0:18:11:31 929.76 1086.90 1446 0x18:12x00 930.24 1087.15 1447 0:18:12:29 930.72 1087.07 1448 0:18:12:58 931.20 1087.07 DEPTH :7582.3 FT COMMENTS DATE *10/10/87 EMR / : 65478 EPG » : 62530 DEPTH « 7582.3 FT TICKET *: 329896 POINT # TIME MIN. PSIA. DE8.F
COMMENTS 1449 0:18:13:26 931.68 1066.22 1450 0:18:13:55 932.16 .1057.04 1451 0:18:14:24 932.64 130.81 1452 0:18:14:53 933.12 1057.00 1453 0:18:15:22 933.60 1034.21 1454 0:18:15:50 934.08 1027.78 1455 0:18:16:19 934.56 1023.95 1456 0:18:16:48 935.04 1023.82 1457 0:18:17:17 935.52 994.52 1458 0:18:17:46 936.00 130.06 1459 0:18:18:14 936.48 990.41 1460 0:18:18:43 936.96 985.58 1461 0:18:19:12 937.44 954.73 1462 0:18:19:41 937.92 956.98 1463 0:18:20:10 938.40 956.73 1464 0:18:20:38 938.88 956.60 1465 0:18:21:07 939.36 129.31 1466 0:18:21:36 939.84 922.38 1467 0:18:22.-05 940.32 923.79 1468 0:18:22:34 940.80 920.80 1469 0:18:23:02 941.28 888.14 1470 0:18:23:31 941.76 891.26 1471 0:18:24:00 942.24 891.75 1472 0:18:24:29 942.72 128.56 1473 0:18:24:58 943.20 863.65 1474 0:18:25:26 943.68 862.70 1475 0:18:25:55 944.16 861.99 1476 0:18:26:24 944.64 848.76 1477 0:18:26:53 945.12 823.01 1478 0:18:27:22 945.60 828.69 1479 0:18:27:50 946.08 127.81 1480 0:18:28:19 946.56 828.16 1481 0:18:28:48 947.04 794.89 1482 0:18:29:17 947.52 795.47 1483 0:18:29:46 948.00 794.81 1484 0:18:30:14 948.48 781.14 1485 0:18:30:43 948.96 764.59 1486 0:18:31:12 949.44 127.06 1487 0:18:31:41 949.92 761.71 1488 0:18:32:10 950.40 739.21 1489 0:18:32:38 950.88 730.11 1490 0:18:33:07 951.36 728.13 1491 0:18:33:36 951.84 732.26 1492 0:18:34:05 952.32 709.29 1493 0:18:34:34 952.80 126.32 1494 0:18:35:02 953.28 699.56 1495 0:18:35:31 953.76 699.27 1496 0:18:36:00 954.24 663.82 1497 0:18:36:29 954.72 665.92 1498 0:18:36:58 955.20 665.88 LEASE NAME iNAMARAH DATE : 10 / 10 LEASE OWNER:CRUSADER OIL EMR * i 65478 WELL NUMBER; 2 EPG / : 62530 START TIME :02:41:46 DEPTH :7582.3 FT TICKET 323896 POINT * TIME MIN. PSIA. DtQ.F COMMENTS 1499 0:18:37:26 955.68 655.90 1500 0 : 18:37:55 956.16 125.58 1501 0:18:38:24 956.64’ 631.96 1502 0:18:38:53 957.12 632.00 1503 0:18:39:22 957.60 617.96 1504 0:18:39:50 958.08 596.09 1505 0:18:40:19 958.56 599.10 1506 0:18:40:48 959.04 599.10 1507 0:18:41:17 959.52 124.83 1508 0:18:41:46 960.00 565.49 1509 0:18:42:43 960.96 124.51 1510 0:18:43:41 961.92 539.23 1511 0:18:44:38 962.88 518.32 1512 0:18:45:36 963.84 506.33 1513 0:18:46:34 964.80 485.08 1514 0:18:47:31 965.76 123.39 1515 0:18:48:29 966.72 472.37 1516 0:18:49:26 967.68 442.62 1517 0:18:50:24 968.64 440.12 1518 0:18:51:22 969.60 410.31 1519 0:18:52:19 970.56 122.24 1520 0:18:53:17 971.52 380.79 1521 0:18:54:14 972.48 378.17 1522 0:18:55:12 973.44 346.46 1523 0:18:56:10 974.40 345.68 1524 0:18:57:07 975.36 121.04 1525 0:18:58:05 976.32 311.73 1526 0:18:59:02 977.28 311.97 1527 0:19:00:00 978.24 279.39 1528 0:19:00:58 979.20 279.39 1529 0:19:01:55 980.16 119.82 1530 0:19:02:53 981.12 249.62 1531 0:19:03:50 982.08 249.83 1532 0:19:04:48 983.04 250.03 1533 0:19:05:46 984.00 250.23 1534 0:19:06:43 984.96 118.52 1535 0.-19.-07.-41 985.92 249.49 1536 0:19:08:38 986.88 230.97 1537 0 : 19:09:36 987.84 232.23 1538 0:19:10:34 988.80 232.43 1539 0:19:11:31 989.76 117.20 1540 0:19:12:29 990.72 198.22 1541 0:19:13:26 991.68 198.30 1542 0:19:14:24 992.64 198.46 1543 0:19:15:22 993.60 198.66 1544 0:19:16:19 994.56 115.97 1545 0:19:17:17 995.52 170.33 1546 0 : 19:18:14 996.48 170.45 1547 0:19:19:12 997.44 170.65 1548 0:19:20:10 998.40 147.67 POINT * TIME MIN. PSIA. DEG.F COMMENTS 1549 0:19:21:07 999.36 114.83 1550 0:19:22:05 1000.32 138.32 1551 0:19:23x02 1001.28 ’ 138.44 1552 0:19:24:00 1002.24 138.52 1553 0:19:24:58 1003.20 138.64 1554 0.-19:25.-55 1004.16 113.72 1555 0:19:26:53 1005.12 137.85 1556 0:19:27:50 1006.08 137.97 1557
0:19:28:48 1007.04 138.05 1558 0:19:29:46 1008.00 138.18 1559 0:19:30:43 1008.96 112.65 1560 0:19:31:41 1009.92 137.41 1561 0:19:32:38 1010.88 137.45 1562 0:19:33:36 1011.84 137.49 1563 0:19:34:34 1012.80 137.53 1564 0:19:35:31 1013.76 111.66 1565 0:19:36:29 1014.72 136.71 1566 0:19:37:26 1015.68 136.79 1567 0:19:38:24 1016.64 136.83 1568 0:19:39:22 1017.60 136.88 1569 0:19:40:19 1018.56 110.78 1570 0:19:41:17 1019.52 136.24 1571 0:19:42:14 1020.48 136.24 1572 0:19:43:12 1021.44 136.24 1573 0:19:44:10 1022.40 137.62 1574 0:19:45:07 1023.36 110.00 1575 0:19:46:05 1024.32 136.91 1576 0:19:47:02 1025.28 126.88 1577 0:19:48:00 1026.24 119-21 1578 0:19:48:58 1027.20 119.13 1579 0:19:49:55 1028.16 109.33 1580 0:19:50:53 1029.12 118.52 1581 0:19:51:50 1030.08 118.56 1582 0:19:52:48 1031.04 118.52 1583 0:19:53:46 1032.00 118.52 1584 0:19:54:43 1032.96 108.71 1585 0:19:55:41 1033.92 117.95 1586 0:19:56:38 1034.88 117.91 1587 0:19:57:36 1035.84 117.91 1588 0:19:58:34 1036.80 117.91 1589 0:19:59:31 1037.76 108.15 1590 0:20:00:29 1038.72 117.36 1591 0:20:01:26 1039.68 117.32 1592 0:20:02:24 1040.64 117.40 1593 0:20:03:22 1041.60 134.49 1594 0:20:04:19 1042.56 107.65 1595 0:20:05:17 1043.52 137.11 1596 0:20:06:14 1044.48 137.19 1597 0:20:07:12 1045.44 136.09 1598 0:20:08:10 1046.40 134.84 DEPTH :7582.3 FT DATE i 10 / 10 / 87 EMk * x 65478 EPU * i 62530 TICKET /» 329896 DATE i 10 / 10 EMR * i 65478 EPG * : 62530 DEPTH :7582.3 FT TICKET 329896 COMMENTS POINT * TIME MIN. PSIA. uEv.F 1599 0:20:09:07 1047.36 107.21 1600 0:20:10:05 1048.32 134.44 1601 0:20:11:02 1049.28 134.44 1602 0:20:12:00 1050.24 134.44 1603 0:20:12:58 1051.20 116.74 1604 ■0:20:13:55 1052.16 106.85 1605 0:20:14:53 1053.12 116.40 1606 0:20:15:50 1054.08 116.36 1607 0:20:16:48 1055.04 116.32 1608 0:20:17:46 1056.00 116.36 1609 0:20:18:43 1056.96 106.52 1610 0:20:19:41 1057.92 89.17 1611 0:20:20:38 1058.88 89.17 1612 0:20:21:36 1059.84 88. 77 1613 0:20:22:34 1060.80 88. 7 7 1614 0:20:23:31 1061.76 106.25 1615 0:20:24:29 1062.72 88.48 1616 0:20:25:26 1063.68 60.56 1617 0:20:26:24 1064.64 59.82 1618 0:20:27:22 1065.60 56.47 1619 ' 0:20:28:19 1066.56 105.99 1620 0:20:29:17 1067.52 51.44 1621 0:20:30:14 1068.48 53. 02 1622 0:20:31:12 1069.44 53.79 1623 0:20:32:10 1070.40 54.16 1624 0:20:33:07 1071.36 104.97 1625 0:20:34:05 1072.32 51.15 1626 0:20:35:02 1073.28 51.39 1627 0:20:36:00 1074.24 51.19 1628 0:20:36:58 1075.20 50.30 1629 0:20:37:55 1076.16 104.68 1630 0:20:38:53 1077.12 48.61 1631 0:20:39:50 1078.08 46.22 1632 0:20:40:48 1079.04 46.95 1633 0:20:41:46 1080.00 46.99 1634 0:20:42:43 1080.96 104.22 1635 0:20:43:41 1081.92 52.12 1636 0:20:44:38 1082.88 52.28 1637 0:20:45:36 1083.84 52.28 1638 0:20:46:34 1084.80 52.20 1639 0:20:47:31 1085.76 103.58 1640 0:20:48:29 1086.72 51.56 1641 0:20:49:26 1087.68 51.52 1642 0:20:50:24 1088.64 51.47 1643 0:20:51:22 1089.60 26.33 1644 0:20:52:19 1090.56 103.45 1645 0:20:53:17 1091.52 19.14 1646 0:20:54:14 1092.48 19.18 1647 0:20:55:12 1093.44 19.26 1648 0:20:56:10 1094.40 19.34
APPENDIX 10 OILSERVE SEPARATOR REPORTS D0081410 D0081410 Client: CIW OIL N.L. fell : MH f2 lest : IX1LL STEM TESTS Bote : MT987 CRUSADER OIL N.L. LIBRARY v SHELF NO: V ATE: Austral House, 16 Essex Street Fremantle W.A. 6160 Telephone 335 7932 - Telex AA93056 OILSERV AUSTRALIA Report Index COMPANY CRUSADER OIL N.L. WELL NAME NAMARAH #2 D.S.T, #1 #2 #3 #4 #5 #6 eieid -SURAT BASIN test interval country AUSTRALIA — TECHNICIAN GERARD .POL _ SECTION CONTENTS 1 OUTLINE □AND TEST SUMMARY El 2 OPERATIONS LOG KI 3 WELL TEST REPORT 8 4 GAS FLOW RATE CALCULATION REPORT 5 LIQUID FLOW RATE CALCULATION REPORT 6 □ □SUBSURFACE PRESSURE GAUGE CALIBRATION REPORT 7 SUBSURFACE PRESSURE □REPORT 8 SUBSURFACE TEMPERATURE REPORT 9 DRILL STEM TEST REPORT 10□ □ □ WELL FLUIDS: SURFACE SAMPLE REPORT 11 WELL FLUIDS: SUBSURFACE SAMPLE □REPORT 12 ABSOLUTE OPEN FLOW POTENTIAL REPORT" ‘ 3 13 .PARTON CHART 14□ □ NOTE: THE SECTIONS APPEARING IN THIS REPORT ARE INDICATED BY A CROSS fORM NO 31 2 <?'?«> ^/OSA^ OILSERV AUSTRALIA company CRUSADER OIL N.L. Operations Log PAGE 1 OF 3 WELL NAME NAMARAH #2 pifi n SURAT BASIN tfst intfrval 2226.8-2209M country AUSTRALIA TECHNICIAN GERARD POL DATE & TIME OPERATIONS LOG 21/9/87 1200 NOTIFIED BY CRUSADER COMPANY MAN, E. BATT, TO MOBILISE TESTING CREW TO NAMARAH #2. 1930 ARRIVE ON LOCATION. MEETING WITH COMPANY MAN E. BATT, DISCUSS TEST- ING PROGRAMME AND WELL STATUS. 2000 COMPLETE RIG UP OF SEPARATOR AND CHECK OPERATION OF INSTRUMENTS. 22/9/87 ON STAND-BY. PICK UP HP SAMPLE CYLINDERS FROM MOONIE. GENERAL MAINTENANCE. 23/9/87 HALIBURTON MAKING UP TOOLS TO RUN IN FOR D.S.T. #1. 1745 HALIBURTON MAKING UP SURFACE TOOLS 1802 TOOL OPENED FOR PREFLOW 1809 TOOL S/I FOR INITIAL BUILD-UP. 1839 TOOL OPENED FOR EXTENDED FLOW THROUGH 24/64" CHOKE TO FLARE. 1857 VALVE FOUND S/I AT RIG MANIFOLD. OPEN IMMEDIATELY TO FLARE. 1907 GAS TO SURFACE. FLARE 8FT HIGH 1915 SAMPLE TAKEN FOR GAS SG 2011 HALIBURTON TOOL S/I FOR FINAL BUILD UP. ALSO S/I AT MANTFOT.D TO OBTAIN HP GAS SAMPLES. 2012 500CC HP GAS SAMPLE TAKEN AT CHOKE MANIFOLD AS PER REOUEST. 2014 20L HP GAS SAMPLE TAKEN AT CHOKE MANIFOLD AS PER REOUEST. 2317 BAR DROPPED TO CIRC. OUT. 2345 FLUID TO SURFACE 1 X 4L SAMPLE TAKEN AT CHOKE MANIFOLD. | 2350 1 X 4L SAMPLE TAKEN AT CHOKE MANIFOLD. I 24/9/87 0015 TRIM FROM STOCK TANK TO FLARE PIT. FORM NO. 31-8 (2/74) Operations Log Continuation Sheet DATE & TIME OPERATIONS LOG 24/9/87 0020 START RIGGING OUT HALIBURTON SURFACE EQUIPMENT. NOTE : ALL SAMPLES TAKEN HANDED TO MIKE WILTSHIRE AS REQUESTED. 25/9/87 ON STAND-BY. GENERAL MAINTENANCE 26/9/87 1420 MAKING UP HALIBURTON SURFACE EQUIPMENT 1522 TOOL OPEN THROUGH 24/64" CHOKE FOR PRE-FLOW 1528 TOOL S/I FOR INITIAL BUILD-UP. 1557 TOOL OPEN FOR EXTENDED FLOW. 1657 TOOL S/I FOR BUILD-UP 27/9/87 ON STAND-BY. 28/9/87 1300 RIGGING UP HALIBURTON SURFACE EQUIPMENT 1332 OPEN TOOL FOR PRE-FLOW 1337 TOOL S/I FOR INITIAL BUILD-UP 1407 TOOL OPEN FOR EXTENDED FLOW 1537 TOOL S/I FOR FINAL BUILD-UP 1845 BAR DROPPED TO CIRC. 1935 12.5 BBLS LIGHT WEIGHT MUD CIRC. TO STOCK TANK. 29/9/87 PICK UP DEADWEIGHT TESTER AND CHECK CALIBRATION OF HAT.TRIIRTON GAUGES. 30/9/87 ON STAND-BY 1/10/87 1015 RIGGING IN HALIBURTON SURFACE F.OUTPMENT, 1040
SETTING DOWN ON TOOL 1043 TOOL OPEN FOR PRE-FLOW Operations Log Continuation Sheet DATE & TIME OPERATIONS LOG 1048 TOOL S/I FOR INITIAL BUILD-UP 1117 TOOL OPEN FOR EXTENDED FLOW 1133 WELL TRIMMED THROUGH SEPARATOR 1317 WELL S/I FOR FINAL BUILD-UP 1625 BAR DROPPED TO CIRC. 1641 10 BBLS MUD CIRC. TO STOCK TANK 1900 CREW RELEASED 6/10/87 TESTING CREW MOBILISED BRISBANE TO NAMARAH #2 7/10/87 0700 CHECK OPERATION OF EQUIPMENT AND PREPARE FOR D.S.T. 1015 RIGGING UP HALIBURTON SURFACE EQUIPMENT 1048 SETTING DOWN ON TOOL 1052 OPEN TOOL FOR PRE-FLOW 1057 GAS TO SURFACE. S/I TOOL FOR INITIAL BUILD-UP. 1146 TOOL OPEN FOR EXTENDED FLOW 1220 TOOL S/I. TEST ABORTED DUE TO SUSPECTED BLOCKAGE IN TOOL. 1246 BAR DROPPED TO CIRC. 8/10/87 1115 RIGGING UP HALIBURTON SURFACE EQUIPMENT 1147 TOOL OPENED 1157 FLUID TO SURFACE 1158 GAS TO SURFACE 1228 S/I AT CHOKE MANIFOLD TO REPAIR LEAK TN F/T, 1236 WELL OPENED AT MANIFOLD 1245 TRIM THROUGH SEPARATOR 1300 SEPARATOR STABILISED. MONITOR FLOW RATES 1455 TOOL S/I FOR BUILD-UP. COMPANY CRUSADER OIL N.L hmp. 23/9/87 WEIL NJQ NAMARAH #2 fifid SURAT BASIN COUNTRY AUSTRALIA BASE CONDITIONS: 14.73 POUNDS PER SQUARE INCH'AT 60° F BHP GAUGE DEPTH: : ELEVATION OF ZERO POINT:; PRESSURES CORRECTED TO DATUM DEPTH: __ BHP GAUGE NO RANGE: TUBING SIZE: PACKER TYPE: NR3 CASING SIZE: LINER SIZE: INTERVAL TESTED 2226.8-2209M _ TECHNICIAN GERARD POL D.S.T. 1 WEIGHT: SIZE: 7 3/4* WEIGHT WEIGHT TOP: Well Test Report PAGE 1 of JUZ. _ LENGTH: DEPTH: LENGTH: BOTTOM: TIME DATA CHOKE SUBSURFACE WELLHEAD DATA AMBb ENT TEMP. F SEPARATOR SAMPLES GAS FLOW RATE MMSCFD OIL FLOW RATE BBL/DAY ♦WATER FLOW RATE BBL/DAY GAS OIL RATIO CF/BBL CHLORIDE PPM DATE A TIME HOURS ELAPSED TIME SIZE 64THS. INCH PRESSURE PSI TEMP. •F TUBING PRESS. PSI TEMP. e F CASING PRESS. PSI PRESSURE PSI TEMP. •F GRAVITY BS&W % OIL ’API GAS SP. GR. 23/9/8 7 1745 MAKIN 3 UP HZ LIBUI 1T0N SUI FACE 1 QUIPMEN r - 1800 PUTTI <G WEK HT 01 I TOOL 1802 TOOL OPENED WITH MANIFOI D S/I. BUBBLE hose o: 3 EN. 1803 0 0 SLIGH r BUBBI E 1804 0 0 SLIGH r BUBBI ,E IN' LEASING 1805 0 0 OPEN THROUGI ■24/ 1 )4" CHOK E TO 1 LARE S jIGHT B JBBLE IN BREASINC 1806 0 0 FAIR BUBBLE TO 3 i 1807 0 0 FAIR BUBBLE TO 4 i 1808 0 0 FAIR BUBBLE TO 4 i 1809 0 0 TOOL S/I STI ONG : JUBBLE 1 0 8" 1810 0 0 BLEED ING OFI str: :ng thrc UGH 2* /64" CH DKE 1815 0 0 ■STRON 3 BUBBI ,E TO 8" 1820 0 0 STRON ; BUBBI E TO 8" TIME DATA CHOKE SIZE 64THS. INCH SUBSURFACE WELLHEAD DATA AMB1- ENT TEMP. •F SEPARATOR SAMPLES GAS FLOW RATE MMSCFD OIL FLOW RATE BBL/DAY WATER FLOW RATE BBL/OAY GAS OIL RATIO CF/BBL CHLORIDE PPM DATE & TIME HOURS ELAPSED TIME PRESSURE PSI TEMP. *F TUBING PRESS. PSI TEMP. •F CASING PRESS. PSI PRESSURE PSI TEMP. ’F GRAVITY BS&W % OIL ’API GAS SP. GR. 23/9/8 7 1825 0 0 STRON 3 BUBB1 ,E TO 8" 1830 0 0 STRON 3 BUBBI E TO 8" 1835 0 0 STRON 3 BUBB ,E TO 8" 1839 0 0 TOOL 3PENED FOR sXTENDEI FLOW 1840 0 0 STRON 3 BUBB ,E TO 8" 1841 0 0 STRON ; BUBB .E TO 8" 1842 0 2 STRON 3 BUBB ,E TO 8" 1843 0 3 STRON 3 BUBB ,E TO 8" 1844 0 2 OPENE D THROI fGH 3 2/64 ANI 24/6^ CHOKE 1845 0 1 STROK G BUBB! E TO 8" 1850 0 0 STRON G BUBB .E TO 8" 1855 0 ■0 STROP G BUBB] rE TO 8" 1857 32 24 VALVE FOUND S/I IT RIG 1 ANIFOI -D. OPE N IMMED :ately 1900 32 24 0 BUBBL e weak: INING TO 6" 1905 32 24 0 FAIR BUBBLE TO 4 t
1907 32 24 0 GAS I 0 SURF; ,CE. FLARE E ' HIGI 1908 24 0 S/I 3 2/64" ( :hoke FLOW! NG THI OUGH 24 /64" CH' )KE 1910 24 0 FLARE 8' HI( ;h 1915 24 0 SG = 0.640 (not: 5 : SAMI LE SG FROM Bl) BBLE HO ;e.) TIME DATA CHOKE SIZE 64THS. INCH SUBSURFACE WELLHEAD DATA AMBI- ENT TEMP. °F SEPARATOR SAMPLES GAS FLOW RATE MMSCFD OIL FLOW RATE BBL/DAY WATER FLOW RATE BBL/DAY GAS OIL RATIO CF/BBL CHLORIDE PPM DATE & TIME HOURS ELAPSED TIME PRESSURE PSI TEMP. °F TUBING PRESS. PSI TEMP. •F CASING PRESS. PSI PRESSURE PSI TEMP. °F GRAVITY 6S&W % OIL ’API GAS SP. GR. 23/9/8 1 1920 24 0 FAIR 3UBBLE TO 8 r 1930 24 0 STRON ; BUBBI E TO 8” 1945 24 0 STRON 3 BUBBI E TO 8” 2011 0 0 S/I T )0L AN! S/I AT CHOK E MANI FOLD 2012 0 0 500CC HP GAS SAM' ’LE TAKI N AS I ER REQU £ST FR01 [ BUBBLE HOSE 2014 0 0 20L H ’ GAS S ampl: 1 TAKEN AS PEE REQUES r 2312 PACKE ? RELEJ SED 2317 BAR D POPPED to c: :rc. out TO SI OCK TAN c 2345 FLUID TO SUI FACE 1 X 4L SAMPLI TAKEN. APPEA] :ance : )IRTY WA TER 2350 FLUID becom: NG Ml )RE MUDI Y 1 3 4L SAM ’LE TAK] ;n 24/9/8 1 0015 TRIM* FROM S' 'OCK ' ’ANK TO FLARE PIT 0020 START RIGGII G Oil ’ HALIBI RTON 5 URFACE 3QUIPME1 IT. j NOTE : NO FI UID ( :irc. TC STOCK TANK. ALL S 4MPLES TAKE! HANDEI TO Ml KE WILT SHIRE AS REQUES r ?ED. Well 1 company CRUSADER OIL N.L. yi/FI 1 NO ■NAMAKAH ffZ Test /qsa 1 t / FIELD SURAT BASIN intfpvai tfstfd 2248-2270M Report 1 country AUSTRALIA TECHNICIAN GERARD POL ni „. 26/9/87 BASE CONDITIONS: 14.73 POUNDS PER SQUARE INCH'AT 60’ F D.S.T. #2 PAGE 4 OF 17 RMP OAIIGF DEPTH: TUBING SIZE: WEIGHT: LENGTH: Fl EVATION OF ZERO POINT: PACKER TYPE: SIZE: DEPTH: PRESSURES CORRECTED TO DATUM DEPTH: CASING SIZE: WEIGHT LENGTH: BHP GAUGE NO. RANGF: LINER SIZE: WEIGHT TOP: BOTTOM: CAI 1RRATION NO. DATE: OPEN HOLE DST TIME DATA CHOKE SUBSURFACE WELLHEAD DATA AMBI- SEPARATOR SAMPLES GAS nil WATER GAS DATE A ELAPSED SIZE TUBING CASING ENT GRAVITY FLOW FLOW FLOW OIL TIME TIME 64THS. PRESSURE TEMP. PRESS. TEMP. PRESS. TEMP. PRESSURE TEMP. OIL GAS BSAW RATE RATE RATE RATIO CHLORIDE HOURS INCH PSI •F PSI •F PSI °F PSI •F •API SP. GR. % MMSCFD BBL/DAY BBL/DAY CF/BBL PPM 26/9/C 7 1420 MAKIN G UP H lLIBU ?T0N SUI FACE 1 iQUIPMEf T 1512 TAG B OTTOM 1520 SETTI NG DOW I ON POOL 1522 24 0 TOOL OPEN r r IROUG 1 TO HJ RE ON 24/64" CHOKE 1523 24 0 SLIG1 T BUBB jE 1524 0 0 S/I 7 T MANI P OLD. SLIGH' 1 BUBBI ,E 1525 0 0 WEAK BUBBLE 1526 0 0 WEAK BUBBLE 1527 0 0 WEAK BUBBLE INCR EASING J LIGHT ,Y 1528 24 0 TOOL S/I FO i INI fiAL bu: LD-UP BLEEI ING STR LNG THRO UGH 24/C 4" CHOK 1530 24 0 WEAK BUBBLE 1535 24 0 WEAK BUBBLE 1545 24 0 BUBBI E FADI IG TIME DATA CHOKE SIZE 64THS. INCH SUBSURFACE WELLHEAD DATA AMBI- ENT TEMP. •F SEPARATOR SAMPLES GAS FLOW RATE MMSCFD OIL FLOW RATE BBL/DAY WATER FLOW RATE BBL/OAY GAS OIL RATIO CF/BBL CHLORIDE PPM DATE & TIME HOURS ELAPSED TIME PRESSURE PSI TEMP. •F TUBING PRESS. PSI TEMP. °F CASING PRESS. PSI PRESSURE PS) TEMP. ®F GRAVITY BS&W •/. OIL “API GAS SP. GR. 26/9/8 1557 0 0 TOOL )PEN S/ I AT MANIFOL D WEA K BUBBL 7 1558 0 0 WEAK 5UBBLE 1559 0 0 WEAK JUBBLE 1600 24 0 WEAK 3UBBLE OPE! f TO FLA RE TR( UGH 24/ 54” CHOI E 1601 24 0 NO BU 3BLE. 1603 0 0 NO BU 3BLE. S/I . T MANIF OLD 1605 0 0 NO BU 3BLE 1615 0 0 NO BU 3BLE 1630 0 0 NO BU 3BLE 1645 0 0 NO BU 3BLE 1657 0 0 TOOL 5/1 FOI FIN. lL BUILI -UP 1 j I COMPANY CRUSADER OIL N.L. wfii no NAMARAH #2 Well Test OSA 1 \ 1 FIELD SURAT BASIN INTFRVA1 TFSTFD 2267 • 5-
2289.5M Report — 28/9/87 rmiNTPY AUSTRALIA BASE CONDITIONS: 14.73 POUNDS PER SQUARE INCH-AT 60’ F TECHNICIAN GERARD P0L ... D.S.T. #3 PAGE 6 nF 17. BHP GAUGE DEPTH: ELEVATION OF ZERO POINT: PRESSURES CORRECTED TO DATUM BHP GAUGE NO. r.Al IRRATION NO. DEPTH: RANGE: DATE: TURING SIZE: WEIGHT: PACKER TYPE: SIZE: CASING SIZE: WEIGHT 1 INFR SI7F: WEIGHT OPEN HOLE D.S.T. #3 TOP: LENGTH: DEPTH: LENGTH: BOTTOM: TIME DATA CHOKE SUBSURFACE WELLHEAD DATA AMBI- SEPARATOR SAMPLES GAS OIL WATER GAS DATE A ELAPSED SIZE TUBING CASING ENT GRAVITY FLOW FLOW FLOW OIL TIME HOURS TIME 64THS. INCH PRESSURE PSI TEMP. •F PRESS. PSI TEMP. •F PRESS. PSI TEMP. ’F PRESSURE PSI TEMP. •F OIL ’API GAS SP. GR. BS4W % RATE MMSCFD RATE BBL/DAY RATE BBL/DAY RATIO CF/BBL CHLORIDE PPM 28/9/8 7 1300 RIGGI 4G UP 1 ALIB JRTON si RFACE EQUIPME 4T 1330 SETTI 4G DOWI ON ' DOL 1332 0 0 TOOL OPENED SL :ght bue BLE 1333 0 0 S/I A r MANI! ’OLD. SLIGHT BUBBI E - 3" 1334 0 0 SLIGF T BUBB] .E - )" 1335 0 0 SLIGF r BUBB] ,E - )" 1336 0 0 MODER ATE BU] IBLE - 14" 1337 24 0 TOOL S/I FO] : ini 1 CIAL BUI LD-UP STROM G BLOW - 14" OP EN MANIF OLD TO TjARE TH ROUGH 2 k/64" CHOKE • 1338 24 0 STRON G BLOW - 14 t 1340 24 0 STROM G BLOW - 14 j 1355 24 0 NO BE BBLE 1407 24 0 TOOL OPEN F( )R EX r. FLOW THROUt !H 24/64 " CHOKE . STRON G BLOW - 14" TIME DATA CHOKE SIZE 64THS. INCH SUBSURFACE WELLHEAD DATA AMBI* ENT TEMP. °F SEPARATOR SAMPLES GAS FLOW RATE MMSCFD OIL FLOW RATE BBL/DAY WATER FLOW RATE BBL/DAY GAS OIL RATIO CF/BBL CHLORIDE PPM DATE & TIME HOURS ELAPSED TIME PRESSURE PSI TEMP. •F TU81NG PRESS. PSI TEMP. •F CASING PRESS. PS) PRESSURE PSI TEMP. •F GRAVITY BS4W % OIL ’API GAS SP. GR. 28/9/8 1408 24 60 STRON ; BLOW - 14' * 1409 24 70 1410 24 75 GAS T ) SURF/ CE 1411 24 75 1412 24 75 1413 24 75 1414 24 75 1415 24 75 TRIM JELL TI ROUG I SEPARA TOR 1416 24 75 1417 24 73 1418 24 72 1419 24 70 1420 24 70 1430 24 65 BY pA SS SER RATO L. INSl F. FI OW RATE TO MAI IT. SEP. PRESS 1440 24 62 1 X 2 3L GAS SAMP! ,E TAKE! AT M NIFOLD P489A 1445 24 60 88 1500 24 60 88 1510 24 60 88 1 X 5( lOCC ( !AS SAMI LE TAI EN AT M 4NIF0LD #10 1535 24 60 88 TIME DATA CHOKE SIZE 64THS. INCH SUBSURFACE WELLHEAD DATA AMBi- ENT TEMP. ®F SEPARATOR SAMPLES GAS FLOW RATE MMSCFD OIL FLOW RATE BBL/DAY WATER FLOW RATE BBL/OAY GAS OIL RATIO CF/BBL CHLORIDE PPM DATE & TIME HOURS ELAPSED TIME PRESSURE PSI TEMP. •F TUBING PRESS. PSI TEMP. •F CASING PRESS. PSI PRESSURE PSI TEMP. °F GRAVITY BS&W % OIL “API GAS SP. GR. 28/9/8 1 1536 24 60 88 * 0.680 0.238 - NOTE R1 ;vised A FTER . (ABOV 3 GAS T ATE 1 JSTIMATI D USI1 G ACROS 5 CHOKE METHOD. D CALIBRj TING GA UGE 1537 24 60 TOOL 5/1 FOI . FINj kL BUIL1 -UP 1841 TAKE HEIGHT OFF ' 'OOL 1845 BAR D POPPED TO C :rc. 1908 MUD I 1 SURFJ CE . X ,4L S AMPLE TAKEN A r MANIFI )LD 1910 1 X 4 . SAMPI ,E TA :en at f ANIFOI D 1913 START TO Oil C. 0 JT TO SI OCK Hi NK 1935 1.6 B 3LS WAI 'ER C JSHION E ECOVEI ED AND 3 BBLS : tAT HOLE MUD REC DVERED. NOTE : ALL ( :as s. iMPLES i ND MUI 1 SAMPLE 5 GIVEN TO GEOL JGIST AS PER REC JUEST. 1 • ^/oSA^ PAIF . 1/10/84 ... i' company CRUSADER OIL FiFin SURAT BASIN country AUSTRALIA BASE CONDITIONS: 14.73 POUNDS N.L. PER SQUARE INCH-AT 60° F WELL NO NAMARAH #2 Well Test Report INTERVAL TESTED. TECHNICIAN D.S.T. #4 2302-2288M GERARD POL PAGE 9 OP 17 RHP GAIJGF DEPTH: TURING SIZF: WEIGHT: LENGTH: ELEVATION OF ZERO POINT: PACKER TYPE: _ SIZE: DEPTH: DDCQQ1IOPR
DORRECTFn TO DATllM DEPTH’ CASING SI7F- WEIGHT LENGTH: BHP GAUGE NO. OAl IRRATION NO. RANGF- 1 INFR SI7E- WEIGHT TOP: _ BOTTOM: DATE- OPEN HOLE D.S.T. TIME DATA CHOKE SUBSURFACE WELLHEAD DATA AMBt- SEPARATOR SAMPLES GAS Dll WATER GAS DATE A ELAPSED SIZE TUBING CASING ENT GRAVITY FLOW FLOW FLOW OIL TIME HOURS TIME 64THS. INCH PRESSURE PSI TEMP. •F PRESS. PSI TEMP. •F PRESS. PSI TEMP. •F PRESSURE PSI TEMP. •F OIL 'API GAS SP. GR. BS&W % RATE MMSCFO RATE BBL/DAY RATE BBL/DAY RATIO CF/BBL CHLORIDE PPM 1/10/8 7 1015 RIGGI TO IN I ALIB JRTON SI RFACE EQUIPMI NT 1040 SETTI TO DOW1 [ ON ?00L 1043 24 0 TOOL OPEN F( )R PR 5 FLOW MODER/ ,TE BLOV - 2" 1044 24 5 MODER ATE BL( >W - .4" 1045 24 10 STROM 3 BLOW - 14 t 1046 24 20 STROM G BLOW - 14 ’ INCRE/ SING 1047 24 20 STROM G BLOW - 14 INCRE/ SING 1048 24 20 STROM G BLOW - 14 ’ INCRE/ SING TOOL S/ I FOR I IITIAL B JILDUP 1049 24 20 STRON G BLOW - 14 ' INCRE/ SING BLEEDIN G DOWN )N STRIN 1053 24 20 GAS I 0 SURF. £E 1100 24 10 1105 24 5 1117 24 5 TOOL OPEN Fi »R EX r .J [ ENDED I LOW L. TIME DATA CHOKE SUBSURFACE WELLHEAD DATA AMBI- ENT ■TEMP. ’F SEPARATOR SAMPLES GAS FLOW RATE MMSCFD OIL FLOW RATE BBL/OAY WATER FLOW RATE BBL/DAY GAS OIL RATIO CF/BBL CHLORIDE PPM DATE & TIME HOURS ELAPSED TIME SIZE 64THS. INCH PRESSURE PSI TEMP. *F TUBING PRESS. PSI TEMP. B F CASING PRESS. PSI PRESSURE PSI TEMP. •F GRAVITY BS4W % OIL ’API GAS SP. GR. 1/10/8 1 1118 24 40 1119 24 80 1120 24 80 1125 24 95 1130 24 100 1133 24 TRIM VELL T1 ROUG I SEPAR/ TOR 1140 24 125 1145 24 co, = 3.0% 0.695 1200 24 27 80 0.469 0.00 0.00 1215 24 27 84 0.467 0.00 0.00 1230 24 30 88 0.511 0.00 0.00 1235 24 IX? IL GAS SAMP jE TAKEf FROM MANIFOL D AS PE t REQUES r SER # 496A 1240 24 160 1245 24 j 28 88 0.500 0.00 0.00 1250 24 165 1300 24 165 30 88 0.511 0.00 0.00 1303 24 1X5 OOCC Gj S SAI IPLE TAI EN FR( M GAS 0 JTLET 0; 1 SEPARA TOR AS P SR REQUI ;st SER. P9 1305 24 165 1317 24 165 TOOL S/I F01 < FIN. ,L buili UP TIME DATA DATE & ELAPSED TIME TIME HOURS CHOKE SIZE 64THS. INCH SUBSURFACE WELLHEAD DATA 1/10/87 1625 1637 1641 PRESSURE PSI TEMP. •F TUBING PRESS. PSI TEMP. *F CASING PRESS. PSI AMBI - ENT TEMP. F SEPARATOR SAMPLES BAR DROPPED PRESSURE PSI TEMP. ®F GRAVITY "oil I♦ GAS •API SP. GR. BS4W •/. GAS FLOW RATE MMSCFD OIL FLOW RATE BBL/DAY WATER FLOW RATE BBL/DAY GAS OIL RATIO CF/BBL CHLORIDE PPM to c :rculati MUD 13 SURFACE TRIM TO STOCK TA IK. 10 BBLS F UD CIRC TAI I NOTE ALL SAMPL ;S TAKE! HANDED TO COMPANY JEOLOGIS f AS PER REQUES' 1 . COMPANY CRUSADER OIL N.L. fieid SURAT BASIN COUNTRY AUSTRALIA DATE; 7/10/87 BASE CONDITIONS: 14.73 POUNDS PER SQUARE INCH-AT 60* F BHP GAUGE DEPTH: ELEVATION OF ZERO POINT: PRESSURES CORRECTED TO DATUM DEPTH: „ BHP GAUGE NO RANGE: TUBING SIZE:. PACKER TYPE: CASING SIZE:. LINER SIZE: WELL no NAMARAH #2 INTERVAL TESTED 8039.6-7862* TECHNICIAN GERARDJPOL D.S.T. #5 WEIGHT: SIZE: WEIGHT WEIGHT TOP: PAGE Well Test Report 12 OF 1Z LENGTH: DEPTH: LENGTH: BOTTOM: TIME DATA CHOKE SUBSURFACE WELLHEAD DATA AMBh ENT TEMP. ’F SEPARATOR SAMPLES GAS FLOW RATE MMSCFO OIL FLOW RATE BBL/DAY WATER FLOW RATE BBL/DAY GAS OIL RATIO CF/8BL CHLORIDE PPM DATE & TIME HOURS ELAPSED TIME SIZE 64THS. INCH PRESSURE PSI TEMP. •F TUBING PRESS. PSI TEMP. °F CASING PRESS. PSI PRESSURE PSI TEMP. °F GRAVITY BS&W % OIL ’API GAS SP. GR. 1015 RIG U P
HALI1 URTO I SURFAf E EQU1 PMENT 1048 SETTI YG DOWT ON ' ?00L 1052 24 0 TOOL ■OPEN F( )R PR 5-FLOW 1 0DERA1 'E BUBBI E - 8" 1053 24 0 MODER ATE BU: 1BLE - 14” 1054 24 10 STROK 3 BUBB] ,E - .4" 1055 24 25 STROK G BUBB] ,E - .4" 1056 24 100 BUBBI E HOSE S/I 1057 24 450 GAS I 0 SURF. £E. TOOL S/ I FOR INITIAL BUILD- JP. 1058 24 10 BLEEI ING OR ’ STR ENG 1059 24 0 1115 24 0 1146 24 0 TOOL OPEN F )R EX EENDED I LOW 1147 24 0 WEAK BUBBLE 1148 24 0 WEAK BUBBLE TIME DATA CHOKE SUBSURFACE WELLHEAD DATA AMBI- ENT TEMP. •F SEPARATOR SAMPLES GAS FLOW RATE MMSCFD OIL FLOW RATE BBL/DAY WATER FLOW RATE BBL/DAY GAS OIL RATIO CF/8BL CHLORIDE PPM DATE « TIME HOURS ELAPSED TIME SIZE 64THS. INCH PRESSURE psi TEMP. •F TUBING PRESS. PSI TEMP. •F CASING PRESS. PSI PRESSURE PSI TEMP. •F GRAVITY BS4W % OIL ’API GAS SP. GR. 7/10/8 1 1149 24 0 WEAK BUBBLE * 1150 24 0 WEAK BUBBLE 1151 24 0 WEAK BUBBLE 1152 24 0 WEAK BUBBLE 1153 24 0 WEAK BUBBLE 1154 24 0 WEAK BUBBLE 1155 24 0 WEAK BUBBLE 1200 24 0 WEAK BUBBLE 1220 24 0 TOOL S/I. ' EST PORTED. SUSI ECT BLC CKAGE i: I TOOL 1224 PULL FREE 1246■ BAR I ROPPED TO C :rc. 1425 24 650 3000f C GAS : JAMPL E TAKEN AT CH( IKE MANI FOLD AS PER REQ JEST. 1426 24 00 = = 3.0% 0.638 i GAS S AMPLE 1 ’AKEN HANDED TO SI' 'E GEOLC GIST. TIME DATA CHOKE SIZE 64THS. INCH SUBSURFACE WELLHEAD DATA AMBI. ENT TEMP. *F SEPARATOR SAMPLES GAS FLOW RATE MMSCFD OIL FLOW RATE BBL/DAY WATER FLOW RATE BBL/DAY GAS OIL RATIO CF/8BL CHLORIDE PPM DATE & TIME HOURS ELAPSED TIME PRESSURE PSI TEMP. °F TUBING PRESS. PSI TEMP. •F CASING PRESS. PSI PRESSURE PSI TEMP. °F GRAVITY BS&W % OIL ‘API GAS SP. GR. 8/10/8 7 1115 RIGGI IG UP 1 ALIBI IRTON SI RFACE IJQIJIPMF *T 1145 SETTI VG DOW ON 1 X)OL 1147 24/32 0 TOOL OPENED THRO JGH 24/C 4 AND 32/64 C HOKE. /EAK BLC W 1148 24/32 0 WEAK BLOW - 10" 1149 24/32 0 MODER ATE BL )W - L4" 1150 24/32 0 MOlJER ATE BL' )W - L4" INCI EASINC 1 1151 24/32 0 STROfc G BLOW - 14 i 1152 24/32 0 STROb G BLOW - 14 » 1153 24/32 0 STROh G BLOW - 14 t 1154 24/32 0 STROI G BLOW - 14 t 1155 24/32 5 1156 24/32 10 1157 24/32 5 FLUII TO SU IFACE COMPANY CRUSADER OIL N.L FiFin SURAT BASIN COUNTRY AUSTRALIA DATE: 8/10/87 BASE CONDITIONS: 14.73 POUNDS PER SQUARE INCH'AT 60’ F BHP GAUGE DEPTH: ELEVATION OF ZERO POINT: PRESSURES CORRECTED TO DATUM DEPTH: BHP GAUGE NO RANGE: TUBING SiZE:_ PACKER TYPE: CASING SIZE:. UNER SIZE: WEIL Kin NAMARAH #2 INTERVAL TESTED 8039.6*-78581 TECHNICIAN GERARD POL D.S.T. #6 PAGE WEIGHT: SIZE: WEIGHT WEIGHT TOP: Well Test Report 14 .OF 1Z LENGTH: DEPTH: LENGTH: BOTTOM: TIME DATA CHOKE SIZE 64THS. INCH SUBSURFACE WELLHEAD DATA AMBI> ENT TEMP. °F SEPARATOR SAMPLES GAS FLOW RATE MMSCFD OIL FLOW RATE BBL/DAY WATER FLOW RATE BBL/DAY GAS OIL RATIO CF/BBL CHLORIDE PPM DATE & TIME HOURS ELAPSED TIME PRESSURE PSI TEMP. ‘F TUBING PRESS. PSt TEMP. ‘F CASING PRESS, PSI PRESSURE PSI TEMP. °F GRAVITY BS4W % OIL ’API GAS SP. GR. 8/10/8 1 1158 >4/32 35 GAS T 1 SURtt CE * 1159 >4/32 450 1200 >4/32 550 1201 >4/32 580 1202 J4/32 630 1204 >4/32 750 1205 >4/32 800 1206 14/32 860 1207 24/32 950 1208 24/32 1000 1209 24/32 1020 1210 32 1180 24/6£ CHOKE S/I. FLOWIf G THRC UGH 32/ 54 1211 32 1225 1212 32 1250 i 1213 32 1270 1214 32 1285 1215 32 1295 1216 32 1300 1217 32 1300 TIME DATA CHOKE SIZE 64THS. INCH SUBSURFACE WELLHEAD DATA AMBI- ENT TEMP.
•F SEPARATOR SAMPLES GAS FLOW RATE MMSCFD OIL FLOW RATE BBL/DAY WATER FLOW RATE BBL/DAY GAS OIL RATIO CF/BBL CHLORIDE PPM DATE & TIME HOURS ELAPSED TIME PRESSURE PSI TEMP. •F TUBING PRESS. PSI TEMP. •F CASING PRESS. PSI PRESSURE PSI TEMP. •F GRAVITY BS4W % OIL •API GAS SP. GR. 8/10/8 1 1220 32 TRIM rHROUGI SEP lRATOR I Y-PASS 1225 32 1310 1228 32 S/I A r CH0K1 : MAN TOLD T( REPAJ R LEAK ro RIG /LINE 1229 32 1490 1236 32 WELL OPENED UP A 1 1 MANIFC LD 1237 ■32 1600 1238 32 1500 1239 32 1460 1240 32 1400 1241 32 1390 1244 32 1260 1245 32 TRIM) rHROUGI SEP \RATOR 1300 32 975 195 81 0.630 4.451 1315 32 830 i 180 81 3.942 1330 32 750 160 81 3.427 1345 32 680 150 81 2.867 1400 32 605 150 82 2.803 1401 32 605 1 X 3 000CC ( JAS S lMPLE t; KEN Al ’ SEPARA TOR STA’ TC PRES 5 = 150 1404 32 605 1 X 3 000CC ( JAS S. lMPLE tj KEN A3 ' SEPARA TOR STA r ’IC PRES 5 = 150. Well Test Ref I Continuation Form TIME DATA CHOKE SIZE 64THS. INCH SUBSURFACE WELLHEAD DATA AMBI- ENT TEMP. ®F SEPARATOR SAMPLES GAS FLOW RATE MMSCFD OIL FLOW RATE BBL/DAY WATER FLOW RATE BBL/OAY GAS OIL RATIO CF/8BL CHLORIDE PPM DATE & TIME HOURS ELAPSED TIME PRESSURE PSI TEMP. •F TUBING PRESS. PSI TEMP. e F CASING PRESS. PSI PRESSURE PSI TEMP. •F GRAVITY BS&W % OIL ’API GAS SP. GR. 8/10/8 7 1415 32 150 82 2.548 1417 32 545 1425 32 2X4 L GAS ( JUT M JD SAMPI ES TAI EN AT S EPARATO i 1430 32 515 150 82 2.187 1432 32 510 CO, = 4% 1445 32 150 83 2.184 1450 32 450 BLOW DOWN S IPARA ?0R FLU: DS TO STOCK I ANK. 1455 32 TOOL 5/1 F01 t BUI jD-up. NOTES : 1 X 3000C( J SAM >LE GAS SERI Al . # 72A2 221 ) ALL H *NDED TC SITE GJ JOLOGIST AS PER 1 X 3000C( ’ SAM ’LE GAS SERIA1 , # 74A1 ) 953 ) REQUE ST 2 ? 4L ga: ; cut MUD SAI 1 PLES T~ ) D.S .T. ST lRTED WITH 1( 00* Wj TER CU5 HION 11 BBLS G. £ cu 1 MUD Pl od. i: 00 HRS - 1455 IRS. COMPANY CRUSADER OIL N.L WELL mo NAMARAH #2 FIELD SURAT BASIN INTERVAL TESTED . 1/10/87 Gas Flow Rate COUNTRY AUSTRALIA TECHNICIAN. Calculations ORIFICE FITTING TYPE: DANIEL ORIFICE FITTING SIZE: 3.068
FLANGF TAPS. PIPE TAPS. GAS FLOW RECORDER TYPE: BARTON SFR. NO PRFSSURF □ □RANGF- 0-1500 PSI DIFFERENTIAI RANGF: 0-100" HjO DATE OF LAST CALIBRATION: 30/9/87 CAS SPFC1FIC GRAVITY 0.695 CAI IRRATFO RY- B. LOHREY TIME DATA CHOKE METER RUN DATA x/PfXhw C'= F b x F Pb xF Tb x F b xFit xF r xYxF w FLOWRATE Q = ■C'x24x VPf x hw MMSCF/DAY REMARKS DATE A TIME HOURS ELAPSED TIME HOURS SIZE 64THS. INCH PRESS. PSIA DIFF. INCHES WATER TEMP. •F PLATE SIZE INCHES F Pb Ftp Ffl F T f F r Y Fpv C' D S.T. # 1200 24 42 8 80 2.00 18.33 906.01 1 1 1.1995 0.9813 1 1 1 ■1066.44 0.469 1215 24 42 8 84 2.00 18.33 906.01 1 1 1.1995 0.9777 1 1 1 1062.52 0.467 1230 24 45. 9 88 2.00 20.12 906.01 1 1 1.1995 0.9741 1 1 1 1058.61 0.511 1245 24 43 9 88 2.00 19.67 906.01 1 1 1.1995 0.9741 1 1 1 1058.61 0.500 1300 24 45 9 88 2.00 20.12 906.01 1 1 1.1995 0.9741 1 1 1 1058.61 0.511 I BASE CONDITIONS: 14.73 POUNDS PER SQUARE INCH AT 60°F DATE: 1 2 PAGE OF— Z. WELL NO NAMARAH #2 Gas Flow Rate Calculations DATE: 8/10/^ COMPANY CRUSADER OIL N L nELD SURAT BASIN ♦COUNTRY AUSTRALIA TECHNICIAN. G * P0L INTERVAL TESTED 8039,6 ' 17581 ORIFICE FITTING TYPE: DANIELS ORIFICE FITTING SIZE: 3.068 [ FLANGE TAPS. Q PIPE □TAPS. GAS FLOW RECORDER TYPE: BARTON SFR. NO. PRFRSIIRF RANGF- 0-1500# DIFFERENTIA! RANGF: 0-100 DATE OF LAST CALIBRATION: GAS SPECIFIC GRAVITY 0.630 CAI [RRATFn RY- TIME DATA CHOKE SIZE 64THS. INCH METER RUN DATA ^/PfXhw C” =
Fbx F Pb x F^, x F o x F Tr x F r x Y x F PV FLOW RATE Q = C’x2<x VP( x hw MMSCF/DAY REMARKS DATES TIME HOURS ELAPSED TIME HOURS PRESS. PSIA DIFF. INCHES WATER TEMP. •F PLATE SIZE INCHES F to F p b Ft b F fl f T( Fr Y Fpy C' 8/10/1 7 D. S.T. i 6 1300 32 210 45 81 2.50 97.21 1649.2 1 1 1.2599 0.9029 1 . 1 1.017 1907.96 4.451 1315 32 195* 38 81 2.50 86.08 1649.2 1 1 1.2599 0.9029 1 1 1.017 1907.96 3.942 1330 32 175 32 81 2.50 74.83 1649.2 1 1 1.2599 0.9029 1 1 1.017 1907.96 3.427 1345 32 165 24 81 2.50 62.93 1649.2 1 1 1.2599 0.9029 1 1 1.012 1898.58 2.867 1400 32 165 23 82 2.50 61.60 1649.2 1 1 1.2599 0.9016 1 1 1.012 1895.85 2.803 1415 32 165 19 82 2.50 55.99 1649.2 1 1 1.2599 0.9016 1 1 1.012 1895.85 2.548 1430 32 165 14 82 2.50 48.06 1649.2 1 1 1.2599 0.9016 1 1 1.012 1895.85 2.187 1445 32 165 14 83 2.50 48.06 1649.2 1 1 1.2599 0.9004 1 1 1.012 1893.33 2.184 NOTE F6 E iCTORS : THE; IE FIGI RES Hj VE BEI N EXTRJ POLATEI FR 1 )M ( RIFICE SIZE 2. 250" DU E TO 2. 50" N01 BEING COVERED 1 N THE STAND- ARD ' ’ABLES 0RI ’ICE WJ S NOT CHANGI D TO A SMALLET SI :e ( WHICH V OULD AT PEAR. ON THE TA 3LES) I UE TO A MALFUNC1 ION IN THE DANI] L PLA' ^E CHAI IGING f ECHANI SM WHJ CH C0U1 D NOT B E R1 3PAI RED WIT HIN THE TEST D URATION BASE CONDITIONS: 14.73 POUNDS PER SQUARE INCH AT 60°F 2 2 PAGE _ OF JKSfi an ->o-87 Z'So Rnamn StiQ■ ■—S unman 5->o-gl MW.M 1SM-H PISOO-WIOO —_-CJ3U HAHMM * Z. Entail T>.S.t:*£ 76467621 r5fl//or ZJfT //Ml a £iic>cnt<*)n r.MAAT«
APPENDIX 11 GAS ANALYSIS D0081411 technology and enterprise 15 December 1987 F 3/0/0 F 7020/88 - ADDENDUM Amdel Limited (Incorporated in S.A.) 31 Flemington Street, Frewville, S.A. 5063 Telephone:. (0B) z 372 2700 sy 3 • P.O. Box 114, Eastwood, S.A. 5063■ Telex: AAS2520 Facsimile: (08) 79 6623 Crusader Li mi tec QLD 4001 PD Box 703 BRISBANE Investigation and Report by: Dr Brian 6. Steveson REPORT F 7020/88 - ADDENDUM YOUR REFERENCE: Order B 2543 MATERIAL: Condensate, DST & LOCALITY: NAMARAH-2 WORK REQUIRED: Sulphur analysis REPORT: The sulphur content of the condensate is 20 ppm Attention: Mr D. Barrenger Manager, Petroleum Services Section: Dr Brian G. Steveson ~ for Dr William G. Spencer General Manager Applied Sciences Group cap CRUSADER. OIL N.L. LIBRARY | SHELF NO: f DATE: - 8 JAN 1988 Offices in Sydney, Melbourne, Perth, Brisbane, Canberra, Darwin, Townsville. Represented world-wide "5j ri r in © 1 '* technology and enterprise Amdel Limited (Incorporated in S.A.) 31 ■ ■Flemington Street, Frewville, S.A. 5063 Telephone: (08) 372 2700 P.O. Box 114, Eastwood, S.A. 5063 Telex: AA82520 Facsimile: (08) 79 6623 27 November F 3/0/0 F 7020/88 Crusader Limit P0 Box 703 BRISBANE A 4001 qldV< z x z - Attention Mr D er REPORT F 7020/S8 YOUR REFERENCE: MATERIAL: Condensate DST 6 LOCALITY: NAMARAH-2 WORK REQUIRED: Code R2.1 and R2.3 Investigation and Report by: Dr Brian G- Steveson Manager, Petroleum Services Section: Dr Brian G. Steveson JMx •for Dr William G. Spencer General Manager Applied Sciences Group cap CRUSADER OIL N.L. LIBRARY SHELF NO: VJ].^ DATE: j DEC 1987 Offices in Sydney; Melbourne, Perth, Brisbane, Canberra, Darwin, Townsville. Represented world-wide technology and enterprise Amdel 31 Flemington Street, Frewville, S.A. 5063 Telephone: (08)3722700 Address all correspondence to: P.O. Box 114, Eastwood, S.A, 5063 Telex: AA82520 Facsimile: (08) 796623 AMDEL LIQUID ANALYSIS SERVICE Method R2.1 Client: CRUSADER LTD Report it F7020 NAMARAH No. 2 DST 6, 2395.5- 2450.5 m. 3/10/67 Boiling Point Range CDeg.C) Component Weights Mol% -88.6 ETHANE 0.07 0.26 -42.1 PROPANE 0.68 1.72 -11.7 I-BUTANE 0.48 0.92 -0.5 N-BUTANE 1.66 3.18 27.9 I-PENTANE 1.37 2.12 36.1 N-PENTANE 1.89 2.92 36.1-68.9 C-6 5.52 7.14 80.0 BENZENE 0.00 0.00 68.9-98.3 C-7 15.20 16.91 100.9 METHYLCYCHX 12.13 13.77 110.6 TOLUENE 2.19 2.65 98.3-125.6 C-8 13.44 13.12 136.1-144.4 ETHYLBZ+XYL 7.02 7.37 125.6-150.6 C-9 9.10 7.91 150.6-173.9 C-10 11.27 8.83 173.9-196.1 C-ll 6.75 4.81 196.1-215.0 C-12 3.93 2.57 215.0-235.0 C-13 2.56 1.55 235.0-252.2 C-14 1.36 0.76 252.2-270.6 C-15 0.99 0.52 270.6-287.8 C-16 0.54 0.27 287.8-302.8 C-17 0.34 0.16 302.8-317.2 C-18 0.29 0.13 317.2-330.0 C-19 0.20 0.08 330.0-344.4 C-20 0.13 0.05 344.4-357.2 C-21 0.10 0.04 357.2-369.4 C-22 0.11 0.04 369.4-380.0 C-23 0.07 0.02 380.0-391.1 C-24 0.09 0.03 391.1-401.7 C-25 0.10 0.03 401.7-412.2 C-26 0.11 0.03 412.2-422.2 C-27 0.04 0.01 >422.2 C-28+ Total 0.27 100.00 0.08 100.00 ( 0.00 = LESS THAN 0.01% ) The above boiling point ranges refer to the normal paraffin hydrocarbon boiling in that range. Aromatics, branched hydrocarbons, naphthenes and olefins may have higher or lower carbon numbers but are grouped and reported according to their boiling points. Average molecular weight of C-8 plus 133 g/mol Branches in Sydney, Melbourne, Perth, Brisbane, Canberra, Darwin, Townsville, Burnie. Represented world-wide API gravity « 56.07 The sulphur analysis will be reported when it is available. 5-1026 7071 070 PERKIN-ELMER C technology and enterprise Amdel Limited (incorporated in S.A.) 31 Flemington Street, Frewviile, S.A. 5063
Telephone: (08) 372 2700 P.O. Box 114, Eastwood, S.A. 5063 Telex: AA82520 Facsimile: (08) 79 6623 25 November 1987 F 3/0/0 F 6985/88 (Final) Crusader Limited GPO Box 703 BRISBANE QLD 4001 Attentions Mr D. Barrenger REPORT F 6985/88 - FINAL YOUR REFERENCE: MATERIAL: LOCALITY: WORK REQUIRED: Order B 2446 Natural gas NAMARAH-2 Helium analy Investigation and Report by: Dr Brian Manager, Petroleum Services Section: Dr G. Steveson Brian G. Steveson JU- * for Dr William G. Spencer General Manager Applied Sciences Group cap CRUSADER OIL N.L. LIBRARY SHELF NO: ' DATE: 4 otficO^iG iy, Melbourne, Perth, Brisbane, Canberra, Darwin, Townsville. Represented world-wide Helium analyses were carried out, by gas chromatographic methods, an two samples from Namarah-2. The results are shown below: Sample He (mol X) DST 4 0.09 DST 6 o.oe technology and enterprise Amdel Limited (Incorporated in S.A.) 31 Flemington Street, Frewville, S.A. 5063 Telephone: (08) 372 2700 P.O. Box 114, Eastwood, S.A. 5063 Telex: AA82520 Facsimile: (08) 79 6623 12 November F 3/0/0 F 6985/88 - Crusader Limited GPD Box 703 BRISBANE OLD 4001 Attention: Mr Doug Barrenger REPORT F 6985/98 - ADDENDUM YOUR REFERENCE: B2446 MATERIAL: Natural gas LOCALITY: IDENTIFICATION: NAMARAH-2 DST 5 WORK REQUIRED: Code Rl.1 Investigation and Report by: Di ane Cass Manager, Petroleum Services Section: Dr Brian G. Steveson for Dr William S. Spencer General Manager Applied Sciences Group cap CRUSADER OIL N.E. LIBRARY SHELF NO: L” I . C-Vi-E: 1 7 NO v 1987 Offices in Sydney, Melbourne, Perth, Brisbane, Canberra, Darwin, Townsville. Represented world-wide technology and enterprise Amdel 31 Flemington Street, Frewville, S.A. 5063 Telephone: (08) 372 2700 AMDEL GAS ANALYSIS SERVICE Client: CRUSADER OIL Method Rl.l ASTM D 1945-81 (modified) page 1 of 2 Report # F6985/88 Address all correspondence to: P.O. Box 114, Eastwood, S.A. 5063 Telex: AA82520 Facsimile: (08) 796623 Sample: NAMARAH 2 DST 5. 7/10/87 Taken choke manifold GAS MOL % Nitrogen 1.03 Carbon Dioxide 1.12 Methane 81.87 Ethane 9.75 Propane 3.90 I-Butane 0.54 N-Butane 0.90 I-Pentane 0.23 N-Pentane 0.20 Hexanes 0.23 Heptanes 0.09 Octanes and higher h'c 0.14 Total 100.00 ( 0.00 = less than 0.01% ) 0.697 Calculated Gas Density ( Air = 1 ) : Calorific Value (15.0 deg C, 101.325 kPa) 44.28 MJ/CU.M 40.11 MJ/CU.M 43.51 MJ/CU.M Gross: 1189 BTU/CU Ft Nett: 1077 BTU/CU Ft Gross calorific value of water-saturated gas Average Molecular Weight = 20.163 All results are calculated on the basis that only the measured constituents are present. This report relates specifically to the sample tested; it also relates to the entire batch insofar as the sample is truly representative of the batch. Approved Signatory Date 12-Nov-87 Branches in Sydney, Melbourne, Perth, Brisbane, Canberra, Darwin, Townsville, Burnie. Represented world-wide This method con-farms to ASTM D 1945—81, Chromatography '; however, this standard considerable scope in the con.f iguration results. “Analysis o-f Natural Gas" by Gas is quite general and permits p-f equipment and processing of Tests carried out by ftttdel in May and June 1987 indicate that the repeatability of our analyses conforms to that specified in the standard. This being the case, we maintain that our analyses- will reach the reproducibility requirement also. These precision estimates are: Component Level, (mol. %) Repeatab i1i ty Reproducibility 0.01 to 1 0 0c> 0.06 1 to 5 ■0.05 0. 10 5 to 25 0.15 0.20 ver 25 0.30 0.60 C & and heavier fractions* 5% of amount □10% of amount This gas, -from DST 5, is very similar in composition to the gases -from DSTs
1, 3, 4 and 6 in Namarah—2. Following some discussion with Dr D. McKirdy we have calculated the following ratios which are often of significance in comparing natural gas samples: DST 1 c* 4 5 6 0.69 0. 68 0.78 0. 60 0.57 n-C 4 i—Cc- 1.09 1. 14 1.26 1. 15 1.03 n—C 5 The similarity of these ratios is, we believe, extremely good evidence that the gases have been sourced from the same rock units at equivalent maturities. Telephone: (08) 372 2700 Attention: Mr D. Barrenger technology and enterprise Amdel Limited (Incorporated in S.A.) 31 Flemington Street, Frewville, S.A. 5063 P.O. Box 114, Eastwood, S.A. 5063 Telex: AA82520 Facsimile: (08) 79 6623 REPORT F &985/BB YOUR REFERENCE: MATERIAL: LOCALITY: IDENTIFICATION: Order 2446 Gasas NAMARAH-2 DST's 1, 3, 4, 6 WORK REQUIRED: Code Rl.1 Investigation and Report by: Dr Brian G. Steveson Manager, Petroleum Services Section: Dr Brian G. Steveson for Dr William G. Spencer General ■Manager Applied Sciences Group CRUSADER OIL N.E. L!3R a RY cap :.O: -i* 1 7 NO v 1987 -1 ' -• 1 technology and enterprise Amdel 31 Flemington Street, Frewville, S.A. 5063 Address all correspondence to: P.O. Box 114, Eastwood, S.A. 5063 Telephone: (08) 3722700 Telex: AA82520 Facsimile: (08) 796623 AMDEL GAS ANALYSIS SERVICE Method R1. 1 page 1 of 2 ASTM D 1945-81 (modified) Client: CRUSADER Report # F6985 Sarnole: NAMARAH No. 2 DST 1. 2209 - 2226.8 m Total 100.00 ( 0.00 - less than 0.01% ) 0.736 Calorific Value (15.0 deg C. 101.325 kPa) Gross: 1250 BTU/CU Ft 46.55 MJ/CU.M Nett: 1134 BTU/CU Ft 42.22 MJ/CU.M Gross calorific value of water-saturated gas 45.73 MJ/CU.M Average Molecular Weight = 21.290 measured constituents are present. This report All results are calculated on the basis that only the truly UkOct-87 relates specifically to the sample tested; it also relates to the entire batch insofar as the sample is representative of the batch. Approved Signatory Date This method conforms to ASTM D 1945-81, "Analysis of Natural Bas' by Ge Chromatography"; however, this standard is quite general and permit considerable scope in the configuration of equipment and processing c results. ’» Tests carried out by Amdel in May and June 1987 indicate that th repeatability of our analyses conforms to that specified in the standarc This being the case, we maintain that our analyses- will reach th reproducibility requirement also- These precision estimates are: Component Level, (mol. %) Repeatability Reproducibility 0-01 to 1 0.03 0.06 1 to 5 0.05 0. 10 5 to 25 0. 15 0,20 Over 25 0.30 0.60 C 6 and heavier fractions* 5% of amount 10% of amount *The standard assumes calculation of results into Cg and C7(-+.) fractions. ne repeatability is the value below which, in 95% of cases, the difference between two single values obtained under the same conditions may be expects to lie. Reproducibility is defined similarly but refers to analyses carrie out by, for example, different operators, different days or differer 1aboratories. Address all correspondence to: P.O. Box 114, Eastwood, S.A. 5063 Telex: AA82520 Facsimile: (08) 796623 ' t . J technology and enterprise Amdel 31 Flemington Street, Frewville, S.A. 5063 Telephone: (08) 3722700 AMDEL GAS ANALYSIS SERVICE Method R1.1 page 1 of 2 ASTM D 1945-81 (modified) Client: CRUSADER Report it F6985 Sample: NAMARAH No. 2 DST 3, 2267.5 -2289.5 m N i t rogen :') h r b a n D i o x i d e Methane Ethane p ropa n e I-Butane N-Butane f-Pentane N-Pentane Hexanes Heptanes Octanes and higher h'o 0 84 7 0 0 0 0 o 28 3 T' 1.2 21 Total ( 0.00 = less than 0.01% ) Calculated Gas Density ( Air = 1 ) ’• 0.687 Calorific Value (15.0 deg C, 101.325 kPa) 43.6.3 MJ/CU.M 39.51 MJ/CU.M 42.87 MJ/CU.M Gross: 1171 BTU/CU Ft Nett: 1061 BTU/CIJ Ft
Gross calorific value of water-saturated gas Average Molecular Weight - 19.856 “Analysis of Natural Gas* by Ga is quite general and permit of equipment .and processing c This method conforms to ASTM D 1945—01, Chromatography”; however, this standard considerable scope in the con-figuration results. Tests carried out by Affldel in May and June 1987 indicate that th repeatability of our analyses conforms to that specified in the standarc This being the case, we maintain that our analyses- will reach th reproducibility requirement also. These precision estimates are: Component Level, (mol. X) Repeatabi1i ty Reproducibi1i ty 0.01 to 1 0.03 0. 06 1 to 5 0.05 0. 10 5 to 25 0. 15 0.20 ver 25 0 %i»0 □0.60 C 6 and heavier fractions* 57. of amount 10% of amount technology and enterprise Amdel 31 Flemington Street, Frewville, S.A. 5063 Telephone: (08) 372 2700 Address all correspondence to: P.O. Box 114, Eastwood, S.A. 5063 Telex: AA82520 Facsimile: (08) 796623 AMDEL GAS ANALYSIS SERVICE Method R1.1 page 1 of 2 Client: ASTM D 1945-81 (modified) CRUSADER Report Ji F6985 Sample: NAMARAH No. 2 DST 4. 2288 - 2302 m C a 1 c 111 a t e ci G a s D e n s i t y ( Air = 1 ) : 0.735 Calorific Value <15.0 deg C, 101.325 kPa) Gross: 1177 BTU/CU Ft Nett: 1067 BTU/CU Ft Gross calorific value of water-saturated gas Average Molecular Weight = 21.268 43.83 MJ/CU.M 39.73 MJ,/CU.M 43.06 MJ/CU.M All results are 'calculated on the basis that only the measured constituents are present. This report relates specifically to the sample tested: it also relates to the entire batch insofar as the sample is truly representative of the batch. A p p r o v e d 3 i g n a t o r y Date 21UrOct-87 GAS MOL % ? T O* e- yo 4 29 ! '•arbon Dioxide 80 Methane 79. 90 Fthone 6 . b b P r <- r>.?.ne 3 . ' 0 7 X > i ? •? — 1 *1 3 3 • » ]_ 06 i J 5.1 "L Z- Pentane lj . 44 N-Fentane u . 35 ■ ■T-T <| C‘ 0 . 43 Heptanes 0 38 Cetanes and higher h'c 0. 44 00 “Analysis of Natural Gas’ by Gi is quite general and permit of equipment and processing c This method con-forms to ASTM D 1945—81, Chromatography"; however, this standard considerable scope in the configuration results. Tests carried out by Affldel in May and June 1987 indicate that th repeatabi 1 ity of our analyses conforms to that speci-fied in the standarc. This being the case, we maintain that our analyses - will reach tt reproducibility requirement also. These precision estimates are: Component Level, (mol. X) Repeatabi1i ty Reproducibility 0.01 to 1 1 to 5 5 to 25 Over 25 C 6 and heavier fractions* 0 • Oo 0.05 0. 15 0.30 57. of amount 0.06 0. 10 0.20 0.60 107. of amount *The standard assumes calculation of results into C^ and C7(+> fractions. he repeatability is the value below which, in 95% of cases, the different: between two single values obtained under the same conditions may be expects to lie. Reproducibility is defined similarly but refers to analyses carri? out by, for example, different operators, different days or differed 1aboratories. ' . J technology and enterprise Amdel 31 Flemington Street, Frewviile, S.A. 5063 Telephone: (08) 3722700 Address all correspondence to: P.O. Box 114, Eastwood, S.A. 5063 Telex: AA82520 Facsimile: (08) 796623 AMDEL GAS ANALYSIS SERVICE Client: CRUSADER Method R1.1 page 1 of 2 ASTM D 1945-81 (modified) Report If F6985 Sample: NAMARAH NO. 2 DST 6 8/10/87. 1401 hrs ex separator MOL Nir.ro gen Carbon Dioxide Methane Ethane Propane I -Butane N-Butane T-Pentane N -Pentana Hexanes Heptanes Octanes and higher h ’ 0 82 0 0 0 0 n 0 10 0 61 82 27 82 61 98 39 19 1 '7 0 0 less than 0.01% Calculated Gas Density . ( Air = 1 ) : Calorific Value (15.0 deg 0, 101.325 kPa) 44.45 MJ/CU.M 40.27 MJ/CU.M 43.67 MJ/CU.M Gross: 1193 BTU/CU Ft Nett: 1081 BTU/CU Ft Gross calorific value of water-saturated gas Average Molecular
Weight = 20.288 All results are calculated on the basis that only the measured constituents are present. This report relates specifically to the sample tested; it also Approved Signatory relates to the entire batch insofar as the sample is truly representative of the batch. Date This method con-forms to ASTM D 1945-81, "Analysis o-f Natural Bas' by Bi Chromatography"; however, this standard is quite general and permit considerable scope in the configuration of equipment and processing c results. '• Tests carried out by Antdel in May and June 1987 indicate that tb re p ea tability of our analyses conforms to that specified in the standarc This being the case, we maintain that our analyses- will reach th reproducibility requirement also. These precision estimates are: Component Level, (mol. Z) Repeatability Reproducibi1i ty 0.01 to 1 0.03 0.06 1 to 5 0.05 0. 10 5 to 25 0. 15 0.20 Over 25 0.30 0.60 C 6 and heavier fractions* 5Z of amount 107. of amoun* *The standard assumes calculation of results into C^ and C 7 (4.> fractions. The repeatability is the value below which, in 957. of cases, the different Detween two single values obtained under the same conditions may be expectr to lie. Reproducibility is defined similarly but refers to analyses carri- out by, for example, different operators, different days or differe: laboratories.
S.D. D0081412 D0081412 APPENDIX 12 WIRELINE LOG ANALYSIS CRUSADER LIMITED CRUSADER OIL N.L LIBRARY SHELF NO-: \ t DATE ' 1 7 NOV ^7 NAMARAH *2 WIRELINE LOG EVALUATION BOWLER LOG CONSULTING SERVICES PTY. LTD. JACK BOWLER Telephone: (051) 56 6170 Mr. Doug Barrenger Crusader Oil N.L. 27th Floor. AMP Centre 12 Creek Street Brisbane, Queensland 4000 P.O. BOX 2, PAYNESVILLE, VICTORIA. AUSTRALIA, 3380. 5 November, 1987 Dear Doug, Please find my evaluation that you requested for the porous intervals of the Hutton, Evergreen, Boxvale, Lower Evergreen, Wandoan, Showgrounds, Rewan andTimbury Hills formations of Namarah # 2. Logs and data available over the zones of interest included: -DLL-MSFL-GR-CAL-SP (1.2" sampling from 2178-2446m) -LDL-CNL-GR-CAL (1.2" sampling from 2175-2446m) -BHC-GR (1.2" sampling from 2175-2446m) -SHOT with CYBERDIP and Borehole Geometry Log -Mudlog -Showgrounds and Rewan core analysis and core descriptions. -OST results from Showgrounds, Rewan and Timbury Hills. -Logs and completion report of Namarah*l. Log Quality Despite the enlarged borehole, pad contact over the zones of interest was generally good resulting in good measurements. Sonic porosity was used in the few places where RHOB was too low due to hole rugosity or washout. The sticky hole in places such as the upper Showgrounds sand from 2215-2222m has caused a slight depth mismatch between some of the LDL-CNL-GR curves. The LDL-CNL-GR caliper was damaged at 2089m and has caused a shift of about -6 porosity units on the CNL. The caliper is normally used to correct the CNL for borehole diameter. In this case it is sending an incorrect signal after it failed. That is why there appears to be a gas effect causing a 6 porosity unit "separation" in the cleaner Hutton sandstones. This "separation" would be normal and due to the quartz sandstone lithology if the logs had been run on a 1.95-2.95 g/cc scale but as the scale was 1.85-2.85 g/cc (sandstone compatible) there should be little or no "separation" in clean water-bearing quartz sands. Schlumberger will play back the CNL using the DLL-MSFL caliper. In the meantime 1 have applied a +6 porosity unit shift to the CNL above 2089m so that the evaluation could proceed. The 1.2" sampling and logging speed of 1200 feet/minute allowed improved resolution and measurement of the thin sands found within the Showgrounds and Rewan. Unfortunately Schlumberger were not able to obtain a 6” spaced array sonic log so little was gained from the 1.2" sampled BHC which has a 2 foot spacing. Loggers depth of 2450.5 compares with drillers depth of 2445m. The logs also seem to be about 4 meters deeper than the mudlog. Evaluation The necessary Schlumberger CSU tape data was written to Macintosh 3.5" 800k diskettes by Wiltshire Geological Services and then evaluated by MacLog. NPHI has been corrected for temperature using 80°F at surface and 180°F at TD. Rt has been obtained from MSFL, LLS and LLD using a modified version of the Bateman-Konen algorithms. Rw has been estimated from crossplots and Namarah *1 which had a well developed Showgrounds SP as it was drilled with a water gel mud. Rw=0.13 was used for both Showgrounds and Rewan formations. The Namarah*2 SP was not very useful because of the KC1 mud resultingin Rmf=0.121@24°C. In order to keep the the report to a reasonable size, data and evaluation listings are only presented where of interest. Hutton 1644-1844m The Hutton consists mostly of clean to clayey sands with interbedded shales. The crossplots suggest that the clay may be illite. Maximum porosity is 20$ and the sands are water-wet. Thin beds and bed boundary effects cause some of the Sw values to appear
to be less than 100$. Evergreen-BoKuale-Lower Evergreen The crossplots suggest that the clays consist of illite and kaolinite. 1884-1932m. The Evergreen is mostly shale with some sandier parts of less than 10$ porosity and 100$ Sw. 1932-1952m. The Boxvale has a little more sand than the Evergreen with porosities almost reaching 13$ and is water-wet. 1952-1996m. The Lower Evergreen contains several shales and clayey sands with the lower sand having the best porosity of about 12$. Water saturations are greater than 80$. Five coal stringers are present in the upper part of the formation. UJandoan 2100-2191 m Mostly sand and clay (illite from the cross plots) with a 35 meter thick clayey sand in the middle with water-wet porosities up to 16-17$. Showgrounds 2213-2234.8 m The Showgrounds consists of two fining upwards sands with an interbedded sand on top. Cross plots suggest that the clay is illite. The best porosity reached in the upper sand is 11$ with most porosity below 10$. Using a porosity cutoff of 98, a Vclay cutoff of 508 and a Sw cutoff of 508 there are only 0.12 meters of pay in the upper sand. A close examination if the 1/40 scale logs shows that these lower Sw values are probably due to bed effects. Porosities reach 10-11.98 at 2234-34.8 m (Sw values from 74-1008) at the base of the lower fining upwards sand and 10-15.78 at 2228.5-30 m (Sw values greater than 508) at the base of the upper fining upwards sand. Scattered throughout are a total net of 0.21 meters most of which comes from 2228-2228.65 meters which is finely laminated and makes the results question-able because the logs cannot correctly respond to laminae of 0.20 meter. Using the above cuttoffs it appears that the Showgrounds are unlikely to be productive. DST*1 (2209-2226.8m driller) which recovered gas at a rate too small to measure seems to confirm this conclusion. Rewan 2234.8-2303.6 m Generally the Rewan tends to become sandier with depth and more clay-bearing at the top. Crossplots suggest that the clay type is illite. The RHOmaa-Umaa plot suggests that the Rewan contains up to 408 calcite in places. Above 2250 the Rewan has not been evaluated because the logs show that it is tight and very shaly. The interval from 2250-70 m contains eight sands from 0.5 to 3.5 meters thick. The only net pay in this interval is 0.21 meters net from 2268-69 m with an average porosity of 12.28 and an average water saturation of 468. DST*2 (2248.5-2271 m driller) produced a weak bubble. The interval from 2270-2303.6 m becomes more sandy with increasing depth with porosities reaching 158. 0.52 meters of net are between 2293.5 and 2295.2 meters. This is just below the DST*3 interval (2267.5-2289.5 m driller) which produced 0.174 mmcfd but within DST*4 interval (2288-2302 m driller which is 4m shallow to logs) which produced 0.525 mmcfd. The next interval of pay is 2301.5-2302.2 m which contains .33 meters of net. The overall Rewan net pay is 0.94 meters with an average porosity of 12.48 and an average Sw of 43.58 using the 98 porosity, 508 Vclay and 508 Sw cutoffs. Timbury Hills 2392.9-2450.5 m The Timbury Hills is described as metasediments containing phyllites with minor sandstone and siltstone. The density-neutron crossplot suggests that the formation is tight as does the 52 microsecond/foot sonic through all of the formation except for the top 10 meters. The RHOB curve suggests that two fractures exist from 2403.5-04 and 2406-06.5 meters. This is confirmed by the MN plot which is similar to the MN plot response of the fracture at 7700 feet in Namarah*!. DST*6 in Namarah*2 tested all of the basement and I understand flowed at rates up to 8 mmcfd probably from the two fractures. It is not possible to use the logs to compute porosity or water saturation for the fractures. Yours truly. ''Jack
Bowler 25.0 Porosity — 25.0 Porositu *Sxo^ 25.0 Par ositu *Sw 0 100 S ’CIO Par ositu 0 VcUq “ SVAVWMWWAMMK 0 100 0 0 25.0 Porosity * i* «WMWWWWWW* 0 100 Stf | |1M 0 100 Porosit^i^^^, o 25.0 25.0 Porositu*Sxo Porosity *Sw 0 0 100 Sxo 0 0 100 1 844.0 meters Namarah*2 Hutton 1869.0 1894.0 1919.0 1944.0 25.0 Poro<it»4 0 100 ow 1 I II 0 100 Porositu IB „ _ 0 25.0 25.0 Porositu *8x0^ Porosity *Sw 0 0 100 Sxo 0 0 Vclay _ wo Namarah#2 Hutton +6 to NPHI Vclay is min. of VclayDN, VclaySR & VclayRt. PHIE=(l-Vclay)*PHIT RH0F=l.O4 GRclean=25.00 GRclay=110.00 Rtclay=10.000. Clean matrix density® 2.65 Clay matrix density® 2.92. Fluid DT=187.50 & clean matrix DT=51.00 microsec/ft. Rw=0.850 everywhere except from 1644.00 to 1884.00 where Rw®0.850 Rmf=0.05 a®1.00 m-2.00 n=2.00 Sonic por. comp. factor=1.00 F’HIE cutoff sets Sw and Sxo to 100’X below 0.0 *Z porosity. Coal is detected if RH0B<1.50 or if NPHI>55.0 or if Sonic>140.0 microsec/ft. **** Sonic porosity when RH0B<=0.00g/cc from 0.00 to 0.00 meters. * *# Sonic porosity when MSFL<=0.00 from 0.00 to 0.00 meters. EVALUATION ♦Depth meters RHOma PHIT Vclay PHIE Swlnd Sxolnd 1725.03 2.72 14.1 24.8 10.6 72.3 76.3 1725.18 2.70 15.4 16.8 12.8 87.2 87.2 1725.33 2.68 16.3 11.0 14.6 96.1 96.1 1725.49 2.68 16.0 12.9 14.0 100.0 100 .0 1725.64 2.68 16.9 10.9 15.1 1 00. 0 100.0 1725.79 2.67 17.9 9.0 16.3 100.0 100.0 1725.94 2.68 18.0 10.3 16.2 92.6 92.6 1726.10 2.68 18.2 11 .2 16.1 9a .4 96.4 1726.25 2.68 18.5 9.4 16.8 100.0 100.0 1726.40 2.66 19.5 3.4 18.8 100.0 100 .0 1726.55 2.65 19.8 1 .3 19.5 100.0 100.0 1726.71 2.65 19.8 1.5 19.5 100.0 100.0 1726.86 2.66 19.9 2.0 19.5 100.0 100.0 1727.01 2.65 20.2 0.5 20.1 100.0 100.0 1727.16 2.66 20.0 3.2 19.4 100.0 100.0 1727.31 2.67 19.0 8.9 17.4 96.6 96.6 1727.47 2.69 17.7 16.2 14.8 74.5 74.5 1727.62 2.70 17.0 19.7 13.7 82.0 82.0 1727.77 2.70 17.3 17.3 14.3 86.0 86.0 1727.93 2.68 17.8 12.7 15.5 79.5 79.5 1728.08 2.68 18.0 10.1 16.2 94.2 94.2 1728.23 2.67 18.4 8.5 16.8 100.0 100.0 1728.38 2.67 18.8 7.0 17.5 100.0 100.0 1728.53 2.66 19.2 5.5 18.1 100.0 100.0 1728.69 2.67 18.8 7.3 17.4 100.0 100.0 1728.84 2.67 18.8 7.0 17.5 100.0 100.0 1728.99 2.67 18.4 8.6 16.8 99.6 99.6 1729.14 2.67 18.6 6.1 17.5 93.3 93 .3 1729.30 2.67 18.7 6.5 17.5 93.0 93.0 1729.45 2.66 19.4 3.1 18.8 100.0 100.0 1729.60 2.66 19.5 3.6 18.8 100.0 100.0 1729.75 2.66 19.2 5.6 18.1 100.0 100 .0 1729.91 2.67 18.8 7.0 17.5 100.0 100.0 1730.06 2.67 18.3 7.7 16.9 100.0 100.0 1730.21 2.68 17.5 10.6 15.6 100.0 100.0 1730.36 2.68 17.5 10.8 15.6 100 .0 100 .0 1730.52 2.68 17.5 10.8 15.6 100.0 100 .0 1730.67 2.68 17.9 9.5 16.2 100.0 100.0 1730.82 2.68 18.1 10.4 16.2 100.0 100.0 1730.97 2.70 17.3 17.5 14.3 86.1 86.1 1731.12 2.73 16.0 29.6 11.2 90.8 90.8 1731 .28 2.76 14.7 34.4 9.6 80.5 80.5 1731 .43 2.78 14.2 27.6 10.3 63.5 63.5 1731.58 2.76 15.5 29.8 10.9 65.8 65.8 1731.73 2.74 16.9 32.3 11.5 100.0 100.0 1731.89 2.73 18.1 27.8 13.1 95.8 95.8 1732.19 2.73 19.7 1732.34 2.74 20.0 i 732.50 2.74 20.1 1732 .65 2.73 20.7 1732.80 2.72 21 .3 1732.95 2.70 21.8 1733.11 2.71 21.1 1733.26 2.72 20.9 1733.41 2.74 20.0 1733.56 2.75 19.5 1733.72 2.77 18.7 1733.87 2.79 18.3 1734.02 2.78 18.1 1734.17 2.77 18.0 1734.33 2.74 18.7 1734.48 2.71 19.2 1734.63 2.69 19.9 1734.78 2.68 20.2 1734.94 2.69 19.8 1735.09 2.71 18.0 1735.24 2.75 15.8 1735.39 2.79 14.0 1735.55 2.78 13.7 1735.70 2.75 14.7 1735.85 2.72 15.5 1736.00 2.69 17.2 1736.15 2.69 18.G 1736.31 2.69 18.3 1736.46 2.70 18.6 1736.61 2.71 18.1 1736.76 2.73 17.3 1736.92 2.73 16.8 1737.07 2.72 17.2 1737.22 2.70 17.7 2737.37 2.69 18.7 1737.53 2.68 19.4 1737.68 2.68 19.4 1737 .83 2.69 18.7 1737.98 2.70 17.6 1738.14 2.71 17.2 1738.29 2.70 17.5 1738.44 2.68 19.0 1738.59 2.68 19.6 1738.74 2.68 20.2 1738.90
2.69 20.1 1739.05 2.73 18.8 1739.20 2.77 16.9 1739.35 2.80 15.5 1739.51 2.78 17.1 1739.66 2.76 18.2 1739.81 2.76 18.6 1739.96 2.78 18.3 1740.12 2.80 18.0 1740.27 2.80 18.3 1740.42 2.77 19.8 1740.57 2,74 21.1 1740.73 2.72 22.0 1740.88 2.72 22.4 1741.03 2.72 22.2 1741.18 2.74 21.9 1741 .34 2.76 21.1 1741 .49 2.77 20.6 1741.64 2.80 19.9 1741 .79 2.80 20.1 1741.95 2.80 20.5 1742.10 2.78 21.1 1742.25 2.79 20.8 1742.40 2.81 19.9 1742.56 2.83 19.1 “7 1 •-? flQ 1 Q 1 .6 13.7 98.4 98.4 .8 13.4 92.6 92.o .6 13.3 100.0 1 00.0 14.7 1 00.0 1 00.0 c- u 16.1 100.0 100.0 .6 17.5 100.0 100.0 .5 16.2 100.0 100.0 .0 ■15.4 95.1 95.1 .0 13.4 86.0 86.0 .4 12.0 90.4 90.4 .5 10.2 76.5 76.5 12.8 61 .3 61 .3 .9 12.9 58.5 58.5 .6 11.8 73.7 73.7 .0 12.7 76.3 76.3 ,2 14.9 100.0 100.0 .0 16.9 100.0 100.0 .7 17.6 100.0 100.0 .4 17.0 100.0 lOO.O .3 14.0 92.0 92.0 .6 9.9 82.8 82.8 .5 9.7 70.9 70.9 .5 9.4 74.4 74.4 .0 9.1 87.8 87.8 .0 11.5 89.1 89.1 .6 14.3 100.0 100. 0 .3 15.5 100.0 100.0 .4 15.3 100.0 100.0 .1 15.2 100 .0 100.0 13.9 94.0 94.0 .4 12.0 100.0 100.0 .3 11.5 90.0 90.0 .3 12.8 96.6 96.6 14.1 100.0 100.0 .1 15.9 100.0 100.0 .4 17.2 100.0 100.0 .1 17.2 100 .0 100.0 .1 15.9 100.0 1OO. 0 .0 14.1 97.8 97.8 ,9 13.6 100.0 100.0 .9 14.2 100 .0 100.0 .9 16.6 100.0 10G.0 .8 17.1 100.0 100.0 .7 17.6 100.0 100.0 16.8 100.0 100 .0 .6 13.4 79.5 79.5 ,2 9.2 88.0 88.0 .1 6.6 87.9 87.9 .8 9.1 100.0 100.0 ,7 10.6 89.6 89.6 .7 11.1 85.7 85.7 .4 12.4 66.8 66 .8 .8 8.3 83.4 83.4 .6 8.1 89.1 89.1 .5 11.0 85.7 85.7 .5 14.3 100.0 100.0 .6 16.4 100.0 100.0 .1 17.0 100.0 100.0 .0 16.2 100.0 100.0 .8 14.5 97.0 97.0 .1 12.4 90.2 90.2 .3 11.1 77.4 78.6 .9 11.4 72.4 72.4 .3 13.2 68.9 68.9 .6 9.3 76.8 76.8 .8 10.6 91 .8 91.8 .1 10.0 100.0 100.0 .9 8.2 86.6 86.6 .2 10.5 74.7 74.7 c; A 4 PC A PC A 1742.86 2.82 19.3 1743.01 2 .80 20.1 1743.17 2.79 20.6 1743.32 2.79 20.3 1743.47 2.80 19.6 1743.62 2.82 18.5 1743.77 2.80 18.7 1743.93 2.78 19.1 1744.08 2.76 19.9 1744.23 2.75 20.4 1744.38 2.74 20.3 1744 .54 2.75 19.9 1744.69 2.75 19.8 1744.84 2.74 19.6 1744.99 2.73 19.6 1745.15 2.72 19.5 1745.30 2.71 19.5 1745.45 2.70 19.4 1745.60 2.71 18.1 1745.76 2.74 16.6 1745.91 2.77 15.2 1746.06 2.79 14.2 1746.21 2.79 13.7 1746.36 2.79 13.9 1746.52 2.75 15.2 1746.67 2.71 17.2 1746.82 2.69 18.5 1746.97 2.68 18.9 1747.13 2.69 18.7 1747.28 2,70 18.5 1747.43 2.71 17.9 1747.58 2.72 17.4 1747.74 2.72 17.5 1747.89 2.71 18.1 1748.04 2.70 18.6 1748.19 2.69 19.4 1748.35 2.69 19.3 1748.50 2.70 19.0 1748.65 2.70 18.3 1748.80 2.70 18.5 1748.96 2.69 18.9 1749.11 2.69 18.9 1749.26 2.69 18.9 1749.41 2.69 19.2 1749.57 2.69 19.2 1749.72 2.68 19.6 1749.87 2.68 19.5 .3 12.7 70.1 70.1 n 8.8 78.7 78.7 .7 10.1 88.6 88.6 .8 9.6 83.3 83.3 .4 8.5 79.4 79.4 .5 7.1 93.0 93.0 .4 9.7 76.6 76 .6 .5 9.8 96.6 96.6 .1 11.7 100.0 100.0 .1 13.1 100.0 100.0 .9 13.2 100 .0 100.0 .4 12.6 84.3 84.3 .5 12.7 96.5 96.5 .6 12.8 97.1 97.1 .0 13.7 100.0 100.0 .6 14.7 100.0 100.0 .7 15.5 100.0 100.0 .5 15.6 100.0 100.0 .4 13.9 100.0 100.0 • 10.9 81 .4 81.4 .5 10.8 63.4 63.4 .1 9.4 80.5 80.5 .0 9.3 75.9 75.9 .3 9.0 85.0 85.0 .1 9.5 100 .0 100 .0 .0 13.6 9s.9 96.9 .7 16.0 100.0 100.0 .1 16.6 100.0 100.0 .1 15.9 100.0 100 .0 .5 15.2 92.8 92.8 .0 14.0 83.5 83.5 .9 12.7 80.5 80.5 .6 12.7 80.5 80 .5 .0 13.9 93.6 93.6 .6 15.2 99.1 99.1 16.4 98.8 98.8 .1 16.4 96.7 96.7 .0 15.8 94.6 94 .6 .1 14.6 88.5 88.5 .7 15.2 95.0 95.0 15.8 99.7 99.7 15.8 99.3 99.3 .9 15.9 100.0 100.0 .8 16.5 100.0 100.0 .3 16.5 100.0 100.0 .5 17.1 98.8 98.8 ,0 17.2 100.0 100.0 2.00 2.10 220 2.30 2.40 RHOB 2.50 (g/cc) 2.60 2.70 2.80 2.90 3.00 Secondary Porosity .1..Q Gas : or < Salt RH0F=1 1 Tfluid=185 0.8 M Q.7 Q5 From : 1 644.00 To: 1883 98 OP clean =20 0 Q.6 RHOF this plot = 1 .04 Tfluid this plot = 187 5 [LS 0.5 0.6 0.7 2.00 2.10 2.20 2.30 2.40 RHOB 2.50 (g/cc) ■2.60 2.70 2.80 2.90 3.00 • Opal • Halite Namarah <f 2 Hutton *6 to NPHI 2,20. 2,40. gas
direction ’ K-Feldspir Calcite 0 Muscovite 8 J Montmorillonite Kaolinite From: ♦ ♦1644.00 To: 1883.98 PEFfluid = 0.66 RHOF = 1.04 GR clean a 20.0 OR cflay = 120.0 0 5.0 10.0 Heavy Minerals RHOmaa g/cc ....2.60. 2.80 * Anhy 3,00. 3.20 20.0 POROSITY from Density POROSITY from Densitu 30.00 22.50 0.00 7.50 15.00 POROSITY from Densitq/Neutron 0.8 From: 1644.00 To. 1843.90 F=1/Porosity A 2 Tfluid=1 87.50 Namarah*2 Hutton Rmfa=0.050 30.00 40.00 o.oo 10.00 20.00 POROSITY from Sonic 1884.0 meters Namarah*2 Evergreen 1896.5 1909.0 1921.5 1934.0 25.0 Porosity 0 100 Sv 0 100 Porositu 0 23.0 25.0 Porositu *Sxo^ Porosity 0 0 100 0 0 Vcl-dU 7 WWWMWWMMWMMM 100 25.0 Porositu 0 100 Sv 0 100 Porositu 0 25.0 25.0 Porositu *Sxo^ Porosity *Sv_ 0 0 100 Sxo 0 0 Vclau 100 Namarah#2 Evergreen Vclay is min. of VclayDN, VclayGR & VclayRt. PHIE=(1-Vclay)*PHIT. RH0F=1.04 GRclean=25.OO GRclay=l10.00 Rtclay=10,000. Clean matrix density- 2.65 Clay matrix density- 2.92. Fluid DT=187.50 & clean matrix DT=51.00 microsec/ft. fiw»0.500 everywhere except from 1884.00 to 1996.00 where Rw«0.500. Rmf=0.05 a=l.00 m=2.00 n-2.00 Sonic por. comp. factor=1.00. PHIE cutoff sets Sw and Sxo to 100X below 0.0 7. porosity. Coal is detected if RH0B<2.35 or if NPHI>55.0 or if Sonic>140.0 microsec/ft. *** Sonic porosity when RHOB<=0.00g/cc from 0.00 to 0.00 meters. **** ♦Sonic porosity when MSFL<=0.00 from 0.00 to 0.00 meters. EVALUATION Depth RHOma PH IT vcl ay PHIE Swlnd SxoInd meters 194* .01 2.76 21 .7 41 .3 12 .8 65.8 65.8 l94o.16 2.76 21.1 41.1 12.4 38.3 88.3 1946.31 yy 20,2 43.1 11 .5 81 .9 81.9 1946.47 6 '7~? 19.2 44.5 10.6 69.6 69.6 1946.62 Z • 7 18.7 45.5 10.2 100.0 100.0 1946.77 2.77 18.6 44.6 10.3 68.8 68.8 1940.92 2.78 18.2 46.4 9.8 TET 4-5 i « Z “c; o 1947 .08 Z. 78 1B.0 48.9 9.2 94.4 94.4 1947.23 2.80 17.1 56.2 7.5 90.9 90.9 1947.38 2.80 16.6 56.7 7.2 94.0 94.0 1947.53 2.79 16.6 52.0 8.0 100.0 100.0 1947 .69 2.77 17.8 43.0 10.1 95.4 95.4 1947 .84 2.75 18.8 37.0 11 .8 100.0 100.0 1947.99 2.74 19.5 34.0 12.9 100.0 100.0 1948.14 2.74 19.7 34.8 12.8 100.0 1 00.0 194S.30 2.75 19.4 37.3 95.7 95.7 1948.45 2.75 19.4 37.3 12.2 93.9 93.9 1948.60 2.75 19.4 37.5 12.1 90.5 90 .5 1948.75 2.75 19.5 38.3 12.0 86.7 86.7 1948.91 2.75 19.8 36.2 12.7 89.1 89.1 1949.06 2.74 20.1 33.7 13.3 96.7 96.7 1949.21 2.73 20.3 30.4 14.1 93.9 93.9 1949.36 2.74 20.5 32.4 13.9 86.8 86.8 1949.51 2.76 20.5 39.1 12.5 97.0 97.0 1949.67 2.77 20.8 43.0 11 .9 83.1 83.1 1949.82 2.77 21.1 45.9 11.4 91 .2 91 .2 1949.97 2.78 21.7 49.9 10.9 85.7 85.7 1950.12 2.81 21.8 59.9 8.8 95.4 95.4 1950.28 2.84 21 .5 67.9 6.9 94.8 94.8 1950.43 2.86 21 .7 55.3 9.7 94.9 94.9 1950.58 2 .85 23.0 55.0 10.3 79.3 79.3 1950.73 2.85 23.7 61.9 9.0 81 .3 81 .3 1950.89 2.85 24.8 50.9 12.2 62.1 62.1 1951.04 2.85 73.5 6.7 100.0 100.0 1951.19 2.85 26.5 72.6 7.3 100.0 100.0 1951.34 2.86 26.1 78.0 5.7 100.0 100.0 1951 .50 2.87 80.7 4.9 100.0 100.0 1951 .65 2.88 24.4 83.5 4.0 100.0 100.0 1951.80 2.86 24.9 78.3 5.4 100.0 100. o 1951 .95 2.85 24.8 73.2 6.6 100.0 100.0 2.00 2.10 2.20 2.30 2.40 RH0B2.50 (g/cc) 2.60 2.70 2.S0 2.90 3.00 Umaa barns/co Gypsum Secondary Porosity % y coals I >n Jr nJ e®co : \ L Calcite, 55.5 Tma?51.3 Silica KO Namarah*2 Evergreen +6 th NPHI £ t>61omif^* Tma- « Fresh Mud : RHOF® 1.0 Tfluid=189 • Salt Mud RH0F=1.1 Tfluid® 185 QJ From: 1884.00 To: 1996.00 OR clean-25.0 OR RHOF this plot = 1.04 Tfluid this plot = 187.5 jclay =115.0 0.4 0.5 0.6 0.7 XLSl o 100 0 ’00 Porosity *8x0..^ Porosity *Sw 21 00.0 meters Narnarah*2 Wandoan 2125.0 2150.0 \ _ tight 2175.0 R 2200.0 20 .u Porosity 20.0 20.0 0 100 Porosity 0 0 Vclay Namarahfcz Nanooan Vclay is mm. of vclayDN, VclayGR it VclayRt. PHIE® (1-Vcl ay) *PHIT . RhijF=i .04 GRclean=25.00 GRclay-115.00 Rte 1ay®30.000
Rwb=0.700. Clean matrix density 3 2.65 Clay matrix density 3 2.92. Fluid DT=187,50 & clean matrix DT=5l.OO micrasec/ft. Rw=0.700 everywnere except from 0.00 to 0.00 where Rw®0.200. Rmt-0.05 a®l.00 m»2.00 n=2.00 Sonic por. comp. -Factor® 1.00. PHIE cutoff sets Sw and Sxo to 100’Z below 0.0 X porosity. Coal is detected if RH0EK1.50 or if NP'HI>55.0 or if Sonic>140.0 microsec/ft. PHIT clay=13.0. **** Sonic porosity when RH0B<=0.00g/cc from 0.00 to 0.00 meters. Sonic porosity when MSFL00.00 from 0.00 to 0.00 meters. EVALUATION Depth RHOma PHIT Vclay PHIE SwDWe SxoDWe meters 2130.11 2.73 18.3 28.8 13.0 98.2 98.2 2130.26 2.74 17.8 34 .2 11.7 97.5 97 .5 2130.41 2.75 17 .5 36.5 11.1 98.6 98.6 57 2.7o 17.4 40 .0 10.4 83.5 83.5 2130.72 2.76 17.4 40.0 10.4 63.2 83.2 21JO .6 2.76 17.4 4 C). 0 10.4 93.5 93.5 2i31.02 2.75 18.0 30.8 11.6 9“ .4 97.4 2131.18 n ’75 1 Q 1 A UZ 1 36.8 11.5 100.0 10 0.0 2131 .33 2.75 18.6 35.7 11 .9 100.0 100. o ■2131 ,48 ” 7 c 18.8 37.5 11 .8 100.0 i oo .o 2l61 .0-3 2 . < ' J i 9. jt > . 5 13. / 1UU . 0 1OU .u ■2131 .73 2.74 19.9 31 .9 13.5 100 .0 lui.'.'j 2131 .94 “JE* >' a / .J I c “ 1? .z 35.9 12.3 97.4 ■97.4 2132.OP 19.4 37. l 12.2 64.5 d4 .5 2132.24 2.76 19.2 40.2 11 .5 100.0 100. 0 2132.34 2.75 20.1 38 .0 12.4 81 .2 81 .2 1 2.76 19.9 40.9 11 .7 100.0 10<?. 0 2132.70 x • / O 20.0 37.5 12.5 100.0 100. 0 2132.85 2.75 20.4 35.8 13.1 100.0 100.0 2133. OC 1 2.74 20.6 33.3 13.8 100.0 100.0 2133.16 • /3 21 .2 28.1 15.2 100.0 100. Cs 2133.31 2.72 21 .3 25.1 16.0 100.0 100.0 2i33.46 2.71 21 .5 23 a 1 16.8 100 • 0 100.0 2136.61 2.71 21.7 23.0 16.7 100.0 100.0 2133.77 2.72 21.3 24 .5 16.1 100.0 100.0 2133.92 2.72 21.0 27.3 15.3 100.0 100 .0 2134.07 2.72 20.9 26.1 15.4 100.0 100.0 2134.22 2.73 20.2 30.3 14.1 100 .0 100.0 2134 .38 2.72 20.2 25.6 15.0 100.0 100.0 2134.53 2.71 20.5 23.1 15.7 I 00 . 0 100.0 2134.68 2.71 21 .3 20.5 16.9 100.0 100.0 2134.83 2.71 21 .0 22.9 16.2 100 .0 100.0 2134.99 2.73 20.6 28.6 14.7 100.0 100.0 2135.14 2.76 19.1 39.4 11.6 100.0 100.0 2135.29 2.78 17.9 48.3 9.2 100. <3 100.0 2135.44 2.81 16.9 59.0 6.9 90.7 90.7 2135.59 2.80 17.3 57.1 7.4 63.2 63.2 2135.75 2.80 17.7 55.7 7.8 64.8 64.8 2135.90 2.79 17.9 53.0 8.4 88.3 88.3 2200. 0 o vchyGR wo 2.4 RHOma 3.0 0 Rmfa 1.000 0 Rwa 1.000 0 VckyDN^__ 100 |f RH0B<=0.00 from 0.00 to 0.00 or if MSFL<= o PHIT_ 40.0 0 PH IE 40.0 0 100 0.00 from 0.00 to 0.00 Sonic porosity is used. 2.00 2.10 2.20 2.30 2.40 RHOB 2.50 (g/cc) 2.60 2.70 2.30 2.90 3.00 -ID silt Sdlpher J Namfcrah^2 Wantboan i From: To: RHOF= '-’>ket X "t •kabtinite-i* NPHi (Is^oroshy) 50 ■moat 2100.C 2190.? 1.04 qi 10 2 am/cc dblo X'anhy drite GR clean =25 D GR celau =130.0 kaoliniterwet dry : • chlorite.. N « Opal • : Halite Namarah*2 Wandoan Too 220. gas direction •’ K-Feldspar Calcite Montmorillonite • * Heavy Minerals i Kaolwiite • * Anhy From: 2100.00 To: 2190.92 PEFfluid = 0.66 RH0F = 1.04 OR clean=25.0 OR dlay = 130.0 Muscovite 5.0 10.0 15.0 Urnaa barns/co 20.0 ....2,40. RHOmaa g/cc 2.60. 220. 3.00 ”'r--_£]aijc ’S=> 3.20 2,5. 4,0. From: 2125.00 ;To: 2155.98 F«T /Porosity A 2 RH0F=1.04 RH0matrix=2.65 OR clean=25.0 GR clay=130.0 Namarah*2 W^ndoan Rwa=0.573 6.0.. RT 9,0.. W.O .14,0 SW=70%: 25,0. _SW=50^ 5QJ3.. 100,0 _SW.=.3.0^ 625.0 0.00 10.00 20.00 PCiROSI i Y from Density 30.00 40.00 16.0 Porosity 0 100 Sv 0 100 Porosity. 0 16.0 16.0 Porosity *Sxo_ Porosity 0 0 100 AV«WiWbVbVMVbWbV*% 0 0 Volfliy * ? VWAMiVkWAW/A 100 2236.0 2241 .0 16.0 Porosity 0 100 Sv 0 100 Porosity o 16.0 16.0 Porosity *Sxo^ Porosity *Sv 0 0 100 Sxo^ 0 0 Vclau 100 Namarafi*2 Showgrounds From: 222H .00 Ifti F'HiE=(1-V0ay)*PH 60 50 40 L,ridc £W ~0J2 30 -0.10 20 * - 0705 -0.06 10 -0.02 ) 4 ■ ■■■a in PHIExS 2.00 2.10 2.20 2.30 2.40 RH0B2.50 (g/cc) 2.60 2.70 2.80 2.90 3.00 2.00 2.10
2.20 2.30 2.40 RHOB2.50 (g/cc) 2.80 2.70 2.30 2.90 3.00 • Opal * Halite Namarah*2 ■Showgrounds TUtr 2^0. gas direction ....2.40. RHOmaa g/cc 0 5.0 10.0 15.0 Umaa ■barns/co 20.0 • Opal Halite Namarah*2 Showgrounds 2.00 220. 2.40 RHOmaa g/cc gas direction 5.0 IOS 7 15.0 Umaa barns /cc 0 20.0 Gypsum Secondary z Porosity t 4 Gas or Salt l.Q Q.9 ^ma?51.3 Silica Namarah*2 Showgrounds Tma=55.5 fl.8 Q.7 Fresh Mud RH0F=1.0 Salt Mud RH0F=1 .1 Tfluid® 185 Tfluid® 189 0.6 From: 2213.00 To: 2234.88 RHOF this plot = 1.04 Tfluid this j>lot = 187.5 0,5 0.4 0.5 0.6 0.7 Gypsum Secondary z Porosity / % 1.0 Gas or Salt Q.9 Namarah*2 Showgrounds Tma=55.5 gjjma?51.3 Silica Q.8 From: 2213.00 To: 2234.89 OR clean =20.0 OR jclay =150.0 0.4 0.5 0.6 Fresh Mud ; RH0F=1.0 Tfluid® 189 Salt Mud i RHOF® 1.1 Tfluid® 185 RHOF this plot = 1.04 Tfluid this {riot = 187.5 0.7 Q.6 2,5. 4,0. From: 2234.00 To: 2234.99 F=T7F6rosify A 2“ kH0F=1.04 RHOmatr ix=2.65 3GR clean=20.0 OR oily=150.0 Namarah*2 Showgrounds Rwa=0.196 6.0 RT 9.0.. 10.0 .1.4,0. 25,0. 500. 100,0. 6250 0.00 10.00 20.00 POROSI i Y from Density 30.00 40.00 30.00 40.00 10.00 20.00 POROSITY from Sonic 2,5. From: 2234.00 To: 2234.99 F=T7P6rositii A 2' kH0F=1.04 dR clean=20.0 Namarah*2 Showgrounds Rwa=0.172 GR cliy = 150.0 4,0. 40.00 o.oo 10.00 20.00 30.00 POROSITY from Density/Neutron 1,0. 1,6. From: 2234.20 To: 2234.78 F=T /Porosity A 2' kHOF=1.04 FH0matrix-2.65 SR clean-20.0 GR clay —150.0 Namarah*2 Showgrounds Rmfa=0.070 2.4.. Rxo 4.0" 5.6.. .1.0,0. 20.0 40.0 25Q.Q §4 Sxo=5O$ POROSITY from Density - z S.x.o= Sxo=30^ Sxo=7O£ 1,6. from: 2234.20 To: 2234.78 F=l7P6rosit'y A 2' Tfluid=187.50 Tmatrix this p1ot=51.00 Compaction correctional .00 jGR clean=20.0 OR cUy=150.0 :Namarah*2 Showgrounds Rmfa=0.073 2.4.. Rxo 3.6.. 4'.0“ 5.6.. 20.0 40.0 25Q.Q ,Sxo=703 ,Sxo=50$ .S*o~3OE 20.00 POROSITY from Sonic 30.00 40.00 1,0. From: 2234.20 To: 2234.78 F=l7P6rosity*2 PHOF=1.04 jOR clean-20.0 GR cUy=150.0 ;Namarah*2 Showgrounds ;Rmfa=0.069 1,6. 2.4.. Rxo 3.6.. 4‘.0" 5.6.. .1.0,0. 20.0 40.0 250.0 Sxo-30& : X .5 5 * 7. .tf. 1 £xo=7OS ; : 17. Sxo=5O£ 20.00 , 30.00 POROSITY from ■■■■■Densitg/Neutron 40.00 -Namaran#2 Showgrounds vclay is min. of VclayDN, VclayGR & VclayRt. PHIE= <’ 1-Vc i ay) *PHIT. RH(jF=1.04 GRcl ean=20.00 GRclay=150.00 Rtclay=25.000. Clean matrix density= 2.65 Clay matrix density= 2.92. Fluid DT=187.50 & clean matrix DT=55.50 microsec/ft. Rw=0.130 everywhere except from 0.00 to 0.00 where Rw=0.200. Rmf=0.06 a-1.00 m=2.00 n=2.00 Sonic por. comp. factor=1.00. PHIE cutoff sets Sw and Sxo to 100% below 0.0 % porosity. Coal is detected if RHOB<1.50 or if NPHI>55.0 or if Sonic>140.0 microsec/ft. Vclay net cutoff=50.0 PHIE net cutoff=9.0. Sw cutoff=50.0 Sample rate=0.1. **** Sonic porosity when RH0B<=3.00g/cc from 2214.SO to 2216.00 meters. **** Sonic porosity when MSFLOO.OO from 0.00 to 0.00 meters. EVALUATION Depth meters RHOma PH IT Vcl ay PHIE Swlnd Sxolnd Net hHIE*Net PHIE*Net *(1-Sw; 2213 .00 2.85 13.5 73.9 3.5 100.0 100.0 0.00 0. oo 0.00 2213.03 2.83 13.9 67.7 4.5 97.2 97.2 0. oo 0.00 C>. 00 2213.06 2.83 14.2 o5.6 4.9 92.6 92.6 0.00 0 .00 C> .00 2213.09 2.82 14.6 63.9 5.3 88.2 88.2 0.00 0. oo 0.00 2213.12 2.83 14.2 65.4 4 .9 88.8 88.8 0.00 0.00 0.00 2213.16 2.83 14.2 65.8 4.9 87 ,2 87.2 o. oo Ci . 00 0.0C) 2213.19 2.84 13.5 69.4 4.1 89.7 89.7 0.00 Cj . 00 0. *00 2.84 13.5 68.9 4.2 88.3 88.3 0.00 0.00 0.00 2213.25 2.84 13.7 70.4 4.0 87.0 87.0 0.00 0. C> Ci C). 00 2213.28 2.84 14. 1 69.1 4.4 83.4 8 J 4 0.00 0.00 0 .00 2213.31 2.83 14.5 67 .6 ■4.7 79.6 79.6 0.00 Ci • 00 0.00 2213.34 2.83 14.3 65.8 5.1 76.3 76.3 0.00 Ci. 00 0.00 2213.37 2.83 14 .8 65.3 5.1 74.5 74.5 0.00 C>. OG 0.00 2213.40 2.83 15.0 67.0 5.0 74.3 74.3 0.00 C>.
0 0 0 .00 2213.43 2.84 14.4 71 .7 4.1 77.4 77.4 0.00 0.00 0. oo 2213.46 2.84 14.4 71.1 4.1 76.4 76.4 0.00 0. oo Ci 00 2213.49 2.83 14.6 68.4 4.6 70.2 70.2 0.00 0.00 0. oo 2213.52 ■2.84 14.7 69.1 4.5 73.2 73.2 0.00 0. 00 0.00 2213.55 2.83 14.4 67.2 4.7 72.1 72.1 0.00 Ci. 00 0. oo 2213.58 2.83 14.4 65.4 5.0 70.5 70.5 0,00 0. 00 Ci. oo 2213.61 2.82 14.5 63.1 5.3 69.2 69.2 0.00 0. 00 0. oo 2213.64 2.81 14.7 60.0 5.9 67.1 67.1 0 .00 0.00 C-’. OC’ 2213.67 2.80 14.9 57.4 6.4 65.1 65.1 0.00 0. oc? 0.00 2213.70 2.80 15.2 55.1 6.8 63.6 63.6 0.00 0.00 0.00 2213.74 2.79 15.4 51.8 7.4 61 .8 61 .8 0.00 0. 00 0.00 2213.77 2.79 25.4 52.2 7.4 62.0 62.0 0.0G 0.00 0,00 2213.80 2.79 15.2 50.6 7.5 62.1 62.1 0.00 0.00 0.00 2213.83 2.79 15.3 51.0 7.5 62.1 62.1 0.00 0.0C) 0.00 2213.86 2.78 15.6 49,1 7.9 61 .2 61 .2 0.00 0.00 0. oo 2213.89 2.77 15.9 42.8 9.1 58.4 58.4 Ci. 00 0.00 0. oo 2213.92 2.76 16.2 40.1 9.7 57.8 57.8 0. oo 0.00 0.00 2213.95 2.74 16.7 34.9 10.9 55.4 55.4 0 ,00 0.00 0 .00 2213.98 2.74 16.7 34.7 10.9 56.4 56.4 0.00 C>. 00 c>. oo 2214.01 2.74 16.9 32.2 11.5 55.6 55.6 0.00 0. oo 0.00 2214.04 2.74 16.9 32.0 11.5 53.6 53 .6 0.00 C> .00 0.00 2214.07 2.74 16.9 31 .8 11.5 54.6 54.6 0.00 0 .00 0.00 2214.10 2.73 16.6 30.2 11.6 55.4 55.4 0.00 0. 00 0. oo 2214.13 2.74 16.0 34,6 10.5 59.0 59 .0 0. oo 0.00 0.00 2214.16 2.74 16.4 33.1 11.0 58.5 58.5 0.00 0.00 0. oo 2214.19 2.74 16.0 34.4 10.5 60.8 63.8 0 .00 0. oo 0. 00 2214.22 2.74 16.0 34.6 10.5 61 .6 66.7 0 .00 Ci .CiCi 0.00 2214.25 2.74 15.9 33.4 10.6 65.3 67.4 0.00 0.0C) 0.00 2214.28 2.76 15.5 39.3 9.4 65.6 73.8 0.00 0.00 0.00 2214.31 2.75 15.3 38.3 9.5 69.3 74.1 0. oo C<. C’0 0.00 t-1 M t--l KJ KJ KI K> Kt KJ K.i KJ KJ K) KJ Kl K) Kl r-j KJ KJ KJ KJ Ki KJ KJ r-i Kl to KJ Kl KJ KJ t J KI KJ KJ Kl t-j KJ KJ KJ Kl Kl KJ KJ Kl KJ KJ r-j r.j KJ t-.l KJ K) KJ Ki KJ KJ KJ KJ KJ KJ KJ 11 KJ Ki r-3 Kl KJ Ki Ki Kl KJ KJ KJ KJ K« KJ KJ Kl KJ KJ Ki KJ KJ KJ KJ KJ KJ KJ KJ KJ KJ KJ Ki KJ KJ KJ Kl KJ KJ K Kl KJ KJ KJ Ki KJ Ki Kl 1-J KJ KJ KJ Ki KJ KJ KJ KJ KJ KJ kj KJ KJ KJ KJ KJ KJ KJ KJ KJ KJ KJ KJ Kl KJ Ki Kl f—•> -* >—►*• - L k-* -* 1—fc I-* f— 4 K-* k-- k- 4 h-fc I—*- k~* k-* k- Ku. k“* k- 4 k-» ** -» k-» w ► ► ► ►I— fc 1— 1—I t-' f— fr..f >-* J— 4 k-• J—I- H* >-4. k-L k-* k-L k-h k- 4 k-* »-• k- 4 -• k- 4 w ►>-»• k- 1 1— 4 1— 4 i—1. 1— 4 I— 4 w> t— I—' k-. O' a Cr o O' O' o o- 0 o o- o 0 o- tn tn •JI tn •JI tn tn tn •JI tn •Jl tn tn •Jl CH tn tn tn tn tn tn tn cn tn Ul tn Jl tn t'i tn tn tn tn 4= 4 4 4 ■4 4 X'- 4 4 4 4 4 4 4 4 4- 4 4 C‘ 4 K- 4 4 r.i f.l G f.l KJ KJ KJ 1— k-‘ x x •XI x 0J co CD X X k| o ■rr O' rr •Jl tn tn 4 4 4 GJ r.i G KJ KJ Ki Kl k- 4 — »-• <1 o cr» rn or* m kJ kJ kJ n- rr rr tn ► ■ ■n m 4- 4- 4 Gl tH KJ x O' G’ 'J 4 g 4 k-* G •JI KJ <i O' Ul c kJ 4 UJ JI KJ X o GJ c ' O G kJ 4 1—‘ UJ■
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9.1 14.6 7.8 60.8 72.1 0.18 0.02 0.01 2232.58 2.68 9.3 12.0 8.2 58.9 71 .5 0.18 0.02 0 .01 2232.61 2.b9 8.9 13.2 7.7 61.1 75.2 0.18 0.02 0.01 2232.65 2.69 8.3 13.5 7.2 64.3 79.3 0.18 0.02 0.01 2232.68 2.68 8.6 11.3 7.6 62.5 75.3 0.18 0 .02 0.01 2232.71 2.67 8.8 8.7 8.1 61 .0 70.8 0.18 0.02 0.01 2232.74 2.d6 9.4 4.4 9.0 55.1 58.9 0.18 0.02 0.01 2232.77 2.66 9.2 3.2 9.0 62.3 62.3 0.18 0.02 0.01 2232.80 2.66 9.1 8.9 63.0 63.0 0.18 0.02 0 .01 2232.83 2.65 9.3 0.0 9.3 61.8 61 .8 0.18 0.02 0 .01 2232.86 2.64 9.1 0.0 9.1 63.1 63.1 0.18 0.02 0.01 2232.89 2.64 9.0 0.0 9.0 48.2 51.1 0.21 0.02 Q . 01 2232.92 2.65 8.3 0.8 8.2 65.3 79.3 0.21 0.02 0.01 2232.95 2.65 8.2 0.4 8.2 63.0 95.7 0.21 0.02 0.01 2232.98 2.65 8.3 0.5 8.2 63.7 98.2 0.21 0. C>2 0.01 — — . r-i r - . rq E* r\ 1 .L-i r>a a . in 2233 .04 2.64 9.0 0.0 9,0 aij > 0 87.6 0.21 0.02 0.01 2233.07 2.64 9.4 0.0 9.4 58.9 80.1 0 .21 ij .02 0 .01 2233.10 2.64 9.4 0.0 9.4 62.2 68.9 0 .21 0 .02 (j . O 1 2^33.13 2.64 9.4 0.0 9.4 60 .2 62.0 o .21 (j .02 (j .01 2233.16 2 .e>5 8.7 0.0 8.7 66.7 70.0 0 .21 (j . 02 ij .01 2233.19 2.65 8.8 Cj. 0 8.8 68.3 74.1 o .21 ij .02 (j .01 2233.22 2.65 8.8 0.0 8 .8 69.2 76.8 o .21 (j .02 ij .01 2233.25 2.64 9.5 (J. 0 9.5 61.4 65.1 0 .21 o .02 0 .01 2233.29 2.64 9.8 0.0 9.8 56.6 58.7 0 .21 0 .02 ij .01 2233.32 2.64 9.4 0.0 9.4 60.4 63.2 0 .21 0 .02 (j .01 2233.35 2.65 8.7 0.0 8.7 65.0 68.7 o .21 0 «02 0 .01 2233.38 2.66 8.0 2.6 7.8 71 .4 76.8 0 .21 0 .02 (j .01 2233.41 2.66 8.0 2.6 7.8 73.2 81.1 o .21 (j .02 0 .01 2233.44 2.66 7.6 4.5 7.3 77.7 94.6 0 .21 ij .02 o .01 2233.47 2.65 8.4 1 .2 8.3 71.8 88.0 ■o .21 0 .02 (j .01 2233.50 2.65 8.4 1.2 8.3 71 .0 82.6 o .21 (j .02 0 .01 2233.53 2.65 8.4 1.5 8.3 69.5 78.4 0 .21 o .02 0 .01 2233.56 2.66 7.8 5.3 7.3 71.1 74.6 o .21 0 .02 0 .01 2233.59 2.67 7 .9 6.1 7.4 57.5 62.8 0 .21 (j .02 ij .01 2233.62 2.67 7.9 6.6 7.4 51.4 59.6 0 .21 0 .02 (j .01 2233.65 2.66 8.3 5.0 7.9 56.2 58.2 o .21 ij .02 (j .01 2233 .68 2.66 8.7 3.5 3.4 61.3 67.5 o .21 (j .02 ij .01 2233.71 2.66 8.7 3.8 8.4 61 .5 76.7 tj .21 (j .02 0 .01 2233.74 2.67 8.4 5.6 7.9 61 .8 69.6 o .21 ij . 02 0 .01 223 j . 77 2.66 8.7 3.5 8.4 56.7 57.6 o .21 (j . 02 (j • •? X 2233.80 2.66 8.3 5.0 7.9 62.2 70.9 o .21 ij .02 (j ( j 1 2233.83 2.67 7.9 6 .6 7.4 o 5 • O 85.5 i; .21 (j «0 o .01 2223.86 2.68 7 * 2 9.6 a.5 74.2 89.3 o .21 0 0 .01 2233 > 90 2.67 7.4 7.1 6.9 72 .8 77.2 ■o .21 (j • 02 0 .01 2233.93 2.66 8.0 2.8 7.8 60.9 60.9 o .21 ij .02 ij .01 — — — — . —> . « ■—R xi'233.96 8 .to 0.0 8.6 Ob . / bb. / ij • z' 1 (j . 02 0 . 01 2233.99 2 b5 8.6 0.0 8.6 68. J ■68 .3 0 “7 1 ± 4 0 . 02 0 .01 2234 .02 2.64 9.2 0.0 9.2 75.6 75.6 0 .21 ij . 02 ij .01 2234.05 ■2 .62 9.8 0.0 9.8 74.1 74.1 o .21 ij .02 (j .01 2234.08 2.62 10.1 0.0 10.1 75.4 75.4 ij .21 ij .02 (j .01 2234.11 2.62 1 Cj. 0 0.0 10.0 79.9 79.9 0 .21 (j .02 0 .01 2234.14 2.62 10.0 0.0 10.0 83.6 83.6 0 .21 0 .02 (j . 01 2234.17 2.62 10.0 0.0 10.0 87.3 87 > 3 0 .21 0 . 02 0 .01 2234 ■20 2.61 10.4 0.0 10.4 87.9 87.9 0 .21 (j .02 (j . 01 Z2-J9 > i3 2.62 10.1 0.0 10.1 93.1 93.1 ij .21 (j .02 0 .01 2234.26 2.63 9.9 (j . 0 9.9 98.5 98.5 ij O 1 a ± 4. ij .02 0 .01 2234.29 2.64 9.4 0.0 9.4 100.0 100.0 0 O 4 • X. X (j .02 (j .01 2234.32 2.64 9.7 0.0 9.7 99.b 99.6 0 .21 (j .02 0 .01 2234.35 2.65 10.4 0.0 10.4 94.1 94.1 0 o .02 0 . 01 2234.38 2.64 11.5 0.0 11.5 85.9 93.4 ij .21 ij .02 (j .01 2234.41 2.66 12.1 2.4 11 .8 82.3 82.3 o . 21 (j .02 (j .01 2234.44 2.67 13.0 8.5 11.9 79.4 79.4 (j .21 (j .02 (j .01 2234.48 2.70 13.6 17.1 11 .3 78.4 78.4 o .21 0 .02 0 .01 2234.51 2.73 14.1 26.1 10.4 78.9 84.1 ij .21 (j .02 0 .01 2234.54 2.77 14.8 34.7 9.7 79.1 8b ,7 0 .21 0 .02 o .01 2234.57 2.81 15.1 42.1 8.8 80.8 85.1 0 .21 ij .02 (j .01 2234.60 2.84 15.8 46.5 8.5 80.3 85.9 0 .21 0 .02 0 .01 2234.63 2.84 17.5 46.2 9.4 74.9 88.2 o .21 0 .02 0 .01 2234.66 2.87 18.1 53.8 8.4 76.8 98.0 (j .21 o .02 (j .01 2234.69 2.89 19.1 60.0 7.6 78.0 98.3 (j .21 0 .02 o .01 2234.72 2.93 19.0 64.2 6.8 80.8 100.0 o .21 ij .02 0 .01 2234.75 2.94 20.1 68.9 6.2 81 .8 98.6 0 .21 0 . 02 0 .01 2234.78 2.97 20.7 75.9 5.0 87.0 88.5 0 .21 0 .02 0 .01 Net pay =0.21
meters. Average net pay porosity=9.6. Average net pay hydrocarbon saturation=57.9. Hydrocarbon meters = 0.01. Namarah#2 Showgrounds vcI ay is min. ot VclayDN, VclayGR & VclayRt. FHIE=(1-Vclay)*FHIT. Clean matrix density=2.65 Clay matrix density=2.92 Rt clay=20.0. RHCjF=1 .04 GR ciean=20.00 GR cIay=l5U.OO. Fluid DT=187.50 & clean matrix DT=51.00 microsec/tt. RWA=RT*FHIT"2 RMFA=MSFL*PHIT'‘2 Sonic por. comp. factor = 1.00. * ** Sonic porosity wnen RHQB<=0.00g/cc trom 0.00 to 0.00 meters, *** Sonic ♦ ♦porosity when MSFL<=0.00 -from 0.00 to 0.00 meters. PRE EVALUATION Depth meters RHOma PHIT VclayRt VclayGR VclayDN Vcl ay PH IE RWA RMFA 2232.00 2.81 9.9 63.5 25.3 60.5 25.3 7.4 0.311 0.261 2232.03 2.S2 9.1 62.4 22.1 62.8 22.1 7.1 0 .263 0.262 2232.07 2.82 8.4 61.6 20.3 62.7 20.3 6.7 0.231 0.338 2232.10 2.80 8.2 60.8 20.9 56.7 20.9 6.5 0.223 0.401 2232.13 2.80 7.9 60.4 21 .5 54.3 21.5 6.2 0.207 0.328 2232.16 2.78 8.1 60.6 21.0 46.6 21.0 6.4 0.214 0.182 2232.19 2.77 7.7 53.4 23.8 43.7 23.8 5.8 0.221 0.068 ’T 1 ’*7’ O O'? 2.75 8.3 47.4 25.7 35.3 25.7 6.2 0.294 0.056 n to ± 8.4 47.4 27.2 31.4 27.2 6.1 0.299 0.064 2232.28 8.5 54.5 25,3 ~i • r 25.3 6,4 0.266 0.082 2232.31 2.73 8.1 52.2 25.4 29.1 25.4 6.1 0.252 0.097 2232.34 2.73 7.7 53.2 25.5 30.2 • J 5.7 0.221 0.085 2232.37 2.74 7.3 53.4 24.4 31 .9 24.4 5 .5 0.199 0.074 2232.40 2.72 7.7 53.1 26.7 26.3 26.3 5.7 0.225 0.086 2232.43 2.71 8.0 53.8 30.1 24.1 24.1 6.1 0.240 0.084 2232.46 2.70 8.6 50.4 31 .3 19.8 19.8 6.9 o .296 0.117 2232.49 2.70 8.9 44.7 27.9 17.6 17.6 7.3 0.356 0.1 o0 2232.52 2.69 9.5 45.8 27 .5 13.3 13.3 8.2 0.394 0,160 2232.55 2 .6? 9.1 45.7 24.7 14.6 14.6 7.8 0 .361 0.129 2232.58 2.o8 9.3 44.9 28.7 12.0 12.0 8.2 0.386 0. 129 2232.61 2.69 8.9 44.4 26.5 13.2 13.2 7.7 0.355 0.117 2232.65 2 .69 8.3 44.1 28.5 13.5 13.5 7.2 0.315 0.104 2232.68 2.68 8.6 44.0 22.0 11.3 11.3 7.6 U .33 / 0.115 2232.71 2.67 8.8 44.1 20.1 8.7 8.7 8.1 0.355 0.128 2232.74 2.66 9.4 40.8 14.3 4.4 4 .4 9.0 0.435 0.180 2232.77 2.66 9.2 50.5 13.0 3.2 3.2 9.0 0.338 0.303 2232.80 2.66 9.1 50.3 12.7 r 9 a jL 8.9 O 330 0.464 2232.83 2.65 9.3 50.4 15.8 0.0 0 .0 9.3 0.340 0.386 ■2232 .86 2.64 9.1 50.7 17.2 0.0 0.0 9.1 0.327 0.322 2232.89 2.64 9.0 32.2 16.5 0.0 0.0 9.0 0.560 0.229 2232.92 2.65 8.3 45.2 16.5 0.8 0.8 8.2 0.306 0 . 096 2232.95 2 .65 8.2 41 .5 17.8 0.4 0.4 8.2 0.328 0.066 2232.98 2.65 8.3 42.6 17.1 0.5 0.5 8.2 0.321 ( /<7062 2233.01 2.64 8.9 43.6 16.1 0 .0 0.0 8.9 0.367 1 0.D7ET 2233.04 2.64 9.0 45.2 16.4 0. 0 0.0 9.0 0.355 0.078 2233.07 2.64 9.4 46.6 14.7 0.0 0.0 9.4 0.375 0.094 2233.10 2.64 9.4 52.3 18.0 0.0 0 .0 9.4 0.336 0.126 2233.13 2.64 9.4 49.2 19.4 0 .0 0.0 9.4 0.359 0.156 2233.16 2.05 8.7 51 .8 23.8 0.0 0.0 8.7 0.293 0.123 2233.19 2.65 8.8 55.2 26.4 0.0 0.0 8.8 0.279 0.109 2233.22 2.65 8.8 56.7 28.5 0.0 0.0 8.8 0.272 0.102 2233.25 2.64 9.5 52.8 30.1 0.0 0.0 9.5 0 .344 0.142 2233.29 2.64 9.8 47.5 26.5 0.0 0.0 9.8 0.405 0.174 2233.32 2.64 9.4 49.8 e; 0.0 0.0 9.4 0.356 0.150 2233.35 2.65 8.7 49.5 23.8 0.0 0.0 8.7 0.308 0.127 2233.38 2.66 8.0 49.7 19.8 2.6 2.6 7.8 0.255 0.104 2233.41 2.66 8.0 52.1 21.4 2.6 2.6 7.8 0.243 0.093 2233.44 2.66 7.6 54.3 13.8 4.5 4.5 7.3 0.215 0.069 2233.47 2.65 8.4 55.2 14.8 1 .2 1 .2 8.3 0.253 0.078 2233.50 2.65 8.4 54.0 13.8 1.2 1 .2 8.3 0.259 0.089 2233.53 2.65 8.4 52.4 17.7 1 .5 1 .5 8.3 0.270 0.099 2233.56 2.66 7.8 46.9 20.7 5.3 5.3 7.3 0.257 0.111 2233.59 2.o7 . 7.9 33.1 23.4 6.1 6.1 7.4 0.393 0.159 2233.62 2.67 7.9 30.9 25.8 6.6 6.6 7.4 0.492 0.176 2233.65 2.66 8.3 33.6 28.2 5.0 5.0 7.9 0.414 0.184 2233.68 2.66 8.7 43.4 24.0 3.5 3.5 8.4 0.349 0.136 CO co CO i“ -J t-j -0 I-L GJ K- (JI Ji O O o O O O O O O O O O O O O CD - 0 O O CO Cr 0 t-l hl Ki t-l t-J Kl M bl t-l hi ►hl M bl bl K) hi Kl Kl bl hl tj bl t-l t-l t-l bl Kl hl hl hl hl M hi hl Kl hl bl Kl hi Ki i-.J hl t Ki M KJ K) Kt t-l Ki M t J Kl Kl t-J t-l Kl Ki Kl K> hl K) hl Kl bl t-j hl K) hl t-j bl Kl hl Kl hl M hl Kl b-J Ki
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53.6 59.3 53.6 6.8 0.592 0.597 14.1 69.8 56.6 60.5 56.6 6.1 0.572 0.589 14.0 66 .8 58.2 59.7 58.2 5.9 0.589 0.579 13.3 63.8 53.9 63.3 53.9 6.1 0.555 0 .500 13.8 31 .8 50.8 58.3 31 .8 9.4 1 .367 0.494 13.8 31.6 48.9 58.3 31 .6 9.5 1 .394 0 .506 14 .3 59.7 4/.3 53.2 47.3 7.6 0.689 0.702 15.0 59,1 44.1 49.0 44.1 8.4 0.759 0.790 14.7 35.4 49.3 47.0 35.4 9.5 1 .096 0.468 14.0 44.5 52.5 50.4 44.5 7.7 0.876 0.368 13.3 34.9 57.8 50.2 34.9 8.7 0.950 0.388 13.3 41 .9 48.3 50 .0 41 .9 7.7 0 .845 0,351 13.5 46.3 48.3 46.7 46.3 7.2 0.784 0.313 13.3 52.0 51.3 45.3 45 .3 7.3 O .6 / V 0.258 13.8 72.0 57.8 40.1 40.1 8.3 0.528 0.437 13.9 76.8 56.1 36.2 36.2 8.8 0.501 0.632 14.4 80.7 51.1 31 .7 31 .7 9.9 0.517 0.739 14.1 85.5 48.6 33.8 33.8 9.4 0.467 0.420 14.3 40.2 44.0 30.7 30.7 9.9 1 .019 0.337 14.0 41.7 41.0 28.7 28.7 10 .0 0.946 0.327 14.0 50.0 40.7 24.2 24.2 10.6 0.788 0.289 13.0 98.4 40.4 29.9 29.9 9.1 0.344 0.306 13.5 100.0 38.8 24.4 24.4 10.2 0.356 0.541 14.4 100.0 32.8 18.3 18.3 11.8 0.395 0.934 14.8 100.0 32.2 12.9 12.9 12.9 0.409 0.725 15.0 100.0 28.5 9.6 9.6 13.5 0.401 0.387 14.9 81 .7 30.1 9.0 9.0 13.5 0.541 0.237 14.4 94.9 25.8 10.0 10.0 13.0 0.438 0.173 14.6 99.3 27.9 7.3 7.3 13.6 0.431 0.167 14.8 96.1 24.4 4.1 4.1 14,2 0.454 0.190 15.3 100.0 25.0 0.0 0.0 15.3 0.459 0.194 15.1 100.0 26.6 0.0 0.0 15.1 0.410 0.154 15.2 100.0 28.3 0.0 0.0 15.2 0.396 0.139 15.6 100.0 29.4 0.0 0.0 15.6 0.415 0.154 15.6 100.0 21.6 0.0 0.0 15.6 0.416 0.163 15.3 100.0 21.9 0.0 0.0 15.3 0 .386 0.137 15.3 100.0 22.4 0.0 0.0 15.3 0.381 0.125 15.7 100,0 29.8 0.0 0.0 15.7 0.392 0.130 15.5 100.0 30.7 1.2 1.2 15.4 0.389 0.129 15.0 100.0 28.1 6.0 6.0 14.1 0.361 0.130 14.1 100.0 26.8 11.9 11.9 12.4 0.318 0.123 14.1 100.0 26.1 15.8 15.8 11.8 0.316 0.119 14.8 100.0 31.5 16.7 16.7 12.3 0.343 0.128 15.4 100.0 37,6 16.7 16.7 12.8 0.367 0.137 15.7 100.0 47.7 19.2 19.2 12.7 0.389 0.142 15.4 100 .0 54.3 25.7 25.7 11.5 0.374 0.132 15/1 100 .0 59.8 31.8 31.8 10.3 0.365 0.118 14.9 100.0 54.1 39.4 39.4 9.0 0.362 0.117 14.9 100.0 54.4 39.6 39.6 9.0 0.375 0.121 1 L r‘> 1 r>r-. r. ao OA A 1A S_.. PRE EVALUATION 2229.59 2.73 17.2 100.0 46.1 29.8 29.8 12.1 0.521 0.188 2229.03 2.74 17.1 100.0 42.5 33.3 33.3 11.4 0.520 0.187 2229.66 2.74 17.2 100.0 37.9 34.5 34.5 11.3 0.520 0.169 2229.69 2.75 17.1 100.0 39.2 37.8 37.8 10.6 0.538 0.152 2229.72 2.75 16.9 100.0 35.6 36.8 35.6 10.9 0.525 0.137 2229.75 2.75 15.9 100.0 36.8 38.3 36.8 10.1 0.456 0.106 2229.78 2.76 15.3 100.0 33.3 42.3 33.3 10.2 0.417 0.091 2229.81 2.77 14.2 100.0 31.4 43.4 31.4 9.8 0.354 0.077 2229.84 2.76 14.3 100.0 31 .9 39.3 31 .9 9.7 0.351 0.071 2229.87 2.74 15.1 100.0 40.1 32.4 32.4 10.2 0.384 0.104 2229.90 2.74 15.0 100.0 46.3 31 .6 31 .6 10.3 0.365 0.139 2229.93 7^ 16.0 100.0 50.0 25.4 25.4 11.9 0.350 0.397 2229.96 2.72 16.2 100.0 51.0 26.6 26.6 11.9 0.350 0.837 2229.99 2.70 17.4 100.0 58.0 18.5 18.5 14.2 0.401 0.995 2230.02 2.71 17.1 100.0 65.6 20.7 20.7 13.6 0.385 0.868 2230.05 2.71 17,4 100.0 72.6 22.5 22.5 13.5 0.395 0.750 2230.08 2.71 17.5 100.0 78.8 23.3 23.3 13.4 0.396 0.550 2230.11 2.72 17.7 100.0 82.9 24.7 24.7 13.3 0.409 0.387 2230.14 2.73 18.2 100.0 83.5 28.1 28.1 13.1 0.551 0.283 2230.17 2.74 17.8 100.0 84.7 34.5 34.5 11.7 0.480 0.197 16.0 Porosity 0 100 16.d Porositu *Sxo_ 0 16.0 Porosity *Sw 0 100 Sw •Sxo 0 100 Porositu 0 0 0 Vchy 100 2305.0 2310.0 16.0 Porosity 0 100 S’.v n 100 Porositi^^^ 0 16.0 Porositu *Sxo n 16.0 Porosity 0 100 Sxo 0 0 Vclay _ 100 2.00 2.10 2.20 2.30 2.40 RHOE 2.50 (g/cc) 2.60 2.70 2.00 2.90 3.00 2303.59 1.04 gt^am/cc iO Silt Sylpher J Narri^rah^2 i Gas^eifect Rewan From:;: To: RHOF< kaolin iterwet • kaiolinite-idry iilTite-^et ss t is w (jjg? _ . £vF8 7 X r 6 / 8 o. 8 G -§ e d 4 t C 8 .-•^rihy ♦Irite GR cle an =20 0 GRc lau =1 * Fl -j c \ • r Gypsum Secondary Porosity S» / % bad hole ■effect * “"' 3 5 4 Gas a®-- or Salt I ma?5i .3 Silica Calcite Tma=55.5 CkS M QJ Tfluid=189
Fresh Mud RH0F=1.0 Salt Mud RH0F=1.1 Tfluid=185 Namarah*2 Rewan From: 2234.80 To: 2303.59 GR clean =20.0 OR RHOF this Riot = 1.04 Tfluid this £lot = 187.5 jclay =140.0 0.4 0.5 0.6 0.7 JX5l • Opal Halite Namarah*2 Rewan TTfiT 2.20. zfw 2.40. bad hole effect ?• Galeate Kaolinite * RHOmaa q/cc ....2.60. 8 qas direction Mcntmorillonit Muscovite From: 2234.80 To: 2303.59 PEFfkrid = 0.66 RH0F = 1.04 OR clean=20.0 OR £lay=140.0 5.0 7 Umaa 15.0 barns/cc 20.0 iN a ma rah* 2 Rev*/ an 2,5. .From: 2302.00 |T o: 2302.90 F=T/Porosity A 2’ kH0F=1.04 FvH0mjtrix=2.65 OR clean-20.0 OR cl-iy—l 40.0 ? i 5x0=100% 6£.. Rxo 9,0.. 10.'0 .1.4,0. 25,0. ,0£ 0.00 20.00 POROSITY from Density 30.00 40.00 Namarah#2 Rewan Vclay is min. of VclayDN, VclaySR & VclayRt. F‘HIE= (1-Vcl ay) *PHIT. RH0F=1.04 GRclean-20.00 GRclay=150.00 Rtclay=10.000. Clean matrix density- 2.65 Clay matrix density 3 2.92. Fluid DT-187.50 ?< clean matrix DT=55.5O microsec/ft. Rw=0.100 everywhere except from 0.00 to 0.00 wnere Rw=0.200. Rmf=0.06 a-1.00 m-2.00 n=2.00 Sonic por. comp, factor=l .00. PHIE cutoff sets Sw and Sxo to 100% below 0.0 % porosity. Coal is detected if RHQB<1.50 or if NPHI>55.0 or if Sonic>140.0 microsec/ft. Vclay net cutoff-50.0 PHIE net cutoff 3 *?.0. Sw cutoff=50.0 Sample rate=0.1. **** Sonic porosity when RH0B<=2«42g/cc from 2250.00 to 2275.00 meters. **** Sonic porosity when rlSFL<=0.00 from 0.00 to 1.00 meters. EVALUATION Depth RHGma PH IT meters -c26 / U2 2.77 10.6 22o7.05 2.76 10.8 2267.08■ 2.75 11 .2 2267.11 2.75 11.9 2267.14 2.75 11 .6 2267.17 2.76 11 .3 2267.20 2.77 11.2 2267.23 2.77 11 .2 2267.26 2.77 11 .3 2267.29 2.77 11.3 2267 .32 2.77 11.0 2267.35 2 • 77 11 .2 226? .38 2.76 11.1 226 /, 42 2.76 11 .4 2267.45 2.77 11.2 2267,48 2.78 10.5 2267.51 2.78 10.1 2267.54 2.78 10.1 2267.57 2.77 10.5 2267.60 2.75 10.9 2267.63 2.73 11.8 2267.66 2.73 11 .7 2267.69 2.72 11.9 n 7 2.72 11.3 2267.75 2.72 11.2 Vc 1 ay PH It Swlnd 2267.78 2267.81 2.70 2.70 11.7 11.1 SxoInd 6.0 38.6 6.9 83.4 83.4 35.2 7.7 80. 0 80.0 36.9 7.3 81 .6 81 .6 39.4 6.8 82.7 *2 43.1 6.4 82.6 82.6 43.1 6.4 82.5 82.5 44.1 6.3 82.0 82.0 44.1 6.3 81 .9 81.9 45.9 5.9 83 .3 83.3 43.3 6.4 81 .7 81 .7 42.5 6.4 82.2 82.2 40.2 6.8 80.6 80.6 43.3 6.4 81.8 81.8 4e> 8 5.6 84.4 84.4 48.1 5.2 85.9 85.9 48.1 5.2 85.6 85.6 42.7 6.0 83.4 ■83.4 36.8 6.9 82.2 82.2 29.9 8.3 77.7 77.7 28,7 8.3 78.4 78.4 25.8 8.8 77.3 77.3 26.3 8.3 79.0 79.0 25.1 8.4 79.6 79.6 43.1 80.9 40.4 6.5 85.1 85.1 20.0 20.4 9.3 8.8 76.6 78.6 76.6 78.6 t- J Ki 267.84 2.69 267.87 2.70 11.7 10.9 15.9 18.8 9.8 8.8 75.0 78.1 75.0 78.1 2267.90 22*7.93 11.8 11.4 12.4 14.0 10.3 9.8 72 .o 73.6 2.68 2.69 2267.96 12.4 2.68 72.6 /3.6 8.2 11.3 67.2 70.8 2268.06 2.68 11.1 12.3 9.8 71.1 71.1 2268.09 2.68 11.5 10.7 10.3 67.9 67.9 2268.12 2.67 12.6 5.7 11.9 62.1 62.1 2268.15 2.67 12.7 6.2 11.9 61 .0 61 .0 2268.18 2.66 13.0 4.2 12.4 58.9 58.9 2268.21 2.67 12.7 6.3 11.9 60.1 60.1 2268.24 2.67 12.5 8.9 11.4 60.8 60 .8 2268.27 2.68 12.5 9.5 11.4 59.8 59.8 2268.30 2.67 13.0 8.2 11.9 57.9 57.9 n l l. 1 T L. a 1 O C\ a S2L A 11.5 10.8 10.3 70.8 2268.02 2.68 11.4 10.3 70.2 70 10.2 Net FHIt*Net PHIt*Net *(1-Sw) 0.00 0.00 0.00 0,0ij 0.00 0 .00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0 .00 0.00 0.00 0.00 0. oo 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0. oo 0.00 0.00 C>. 00 0.00 0.00 Ci. 00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 Ci. 00 0.00 0.00 Ci. 00 0.00 0.00 o, oc> 0.00 0.00 0.00 Ci. 00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 Ci. 00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0 .00 0.00 0.00 0 .00 0.00 0.00 0.00 0.00 C>. 00 0.00 0.00 0 .00 0.00 0.0G 0.00 0.00 0.00 0.00 0.00 0.00 0.00 Ci. 00 0.00 0.00 0.00 Ci. 00 0.00 0.00 0 00 U 00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0. oc> 0.00 0.00 0.00 0.00 ■ ■0.00 C'. 00 0.00 0.00 0.00 0.00 0.00 r>...£iA . - O. ZuAA. 2268.36 2 ,6o 13.7 5 .0 13.0 53.7 53.7
0 00 0,00 0.00 2268.39 2.67 13.1 9.2 11.9 56.3 56.3 0 00 0.00 0.00 2268.42 2.68 13.3 10.2 11 .9 55.4 55.4 0 00 0.00 <3.00 2268.45 2.68 13.3 10.9 11.9 55.1 55.1 0 .00 0.00 0.00 2268.48 2.68 13.7 9.5 12.4 44.8 48.3 0 03 0.00 0.00 2268.51 2.68 13.5 12.0 11.9 49.4 53.7 0.06 0.01 0.00 2268.54 2.68 13.6 12.6 11.9 47.4 50.8 0.09 0.01 0.01 2268.57 2.68 13.6 12.8 11.9 41 .3 48.2 0.12 0.01 0.01 2268.60 2.68 14.1 12.0 12.4 44.3 49.0 0.15 0.02 0.01 2268.64 2.68 14 .0 11.3 12.4 49.7 53.5 0.18 0.02 0.01 2268.67 2.68 14.2 12.6 12.4 42.4 48.7 0.21 0.03 0.01 2268.70 2.69 14.3 13.1 12.4 57.4 57.4 0 .21 0.03 0.01 2268.73 2.70 13.9 18.6 11.3 60.4 60.4 0.21 0.03 0.01 2268.76 2.70 14.4 18.0 11.8 59.4 59.4 0.21 0.03 0.01 2268.79 2.71 14.3 .21.7 11.2 60.5 60.5 0.21 0.03 0.01 2268.82 2.71 14.8 21.1 11.7 59.4 59.4 0.21 0.03 0.01 2268.85 2.71 14.5 23.2 11.1 61.1 61.1 0.21 0.03 0.01 2268.88 2.71 14.9 22.0 11.7 59.8 59.8 0.21 0.03 0.01 2268.91 2.73 14.8 29.5 10.4 61 .7 61 .7 0.21 0.03 0.01 2268.94 2.76 14.2 38.9 8.7 61.9 61.9 0.21 0.03 0.O1 2268.97 2.78 13.9 49.6 7.0 64 .7 64.7 <3.21 0.03 0.0 1 Net pay=0.21 meters. Average net pay porosity=12.2. Average net pay hydrocarbon satuirat ion=54.4. Hydrocarbon meters = 0.01. Namaran#2 Rewan Vclay is min. of VclayDN, VclayGR VciayRt. FHIE=(l-Vclay)*PHIT. RH0F=1.04 SRclean=20.00 GRclay=150.00 Rtclay-10.000. Clean matrix density= 2.65 Clay matrix density= 2.92. Fluid DT=187.50 & clean matrix DT=55.50 microsec/ft, Rw=0.100 everywhere except from 0.00 to 0.00 where Rw-0.200. Rmf=0.06 a=1.00 m=2.00 n=2.00 Sonic por. comp. factor=1.00. PHIE cutoff sets Sw and Sxo to 100% below 0.0 % porosity. Coal is detected if RH0B<1.50 or if NF'HI>55.0 or if Sonic>140.0 microsec/ft. Vclay net cutoff=50.0 PHIE net cutoff *9.0. meters. Sw cutoff=50.0 Sample rate=0.1. *** Sonic porosity when RH0B<=2.42g/cc from 2250.00 to 2275.00 ****♦ Sonic porosity when MSFL<=0.00 from 0.00 to 1.00 meters. EVALUATION depth meters RHCma PH IT Vcl ay PHIE bwlnd SxoIna Net PHIt*Net FHIE*Net *(l-5w i 2290.02 2. /8 11 .7 47.2 6.4 69 ,o 69.6 0.00 0 0 0 o. 00 2290.05 2.75 12.1 36.7 7.7 67.8 67.8 i'j , 00 0 0 0 0 00 2290 .OS 2 77 12.9 24.4 9.7 64.4 64 .4 0.00 0 00 0 .00 2290.11 2.71 12.6 22.6 9.8 65.0 65.0 0.00 0.00 0 00 2290.14 2.71 12.9 20.6 10.3 63.8 63.8 0.00 0.00 0.00 4 1 i 2.71 12.4 21.0 9.8 65.9 65.9 0 .00 0 00 0,00 2.71 12.0 22.7 9.3 6 / .6 67 .6 0.00 0 00 0 oo 2.73 11 .1 29.2 7.9 ■71 .3 71 .3 0.00 0 oc> 0 00 2290.26 4.7 j 11 .0 28.6 7.9 71 .7 71.7 0.00 0 00 0.00 2290.29 2.73 10.7 30.5 7.4 73.3 73.3 0.00 0 oo Q . 00 2290 .32 2.73 11 .0 28.2 7.9 72.2 72.2 0«00 0 00 0.00 2290.35 2.73 11.0 2S.4 7.9 72.1 72.1 0.00 0 00 '0. oo 2290.38 •h -} “ jL i ( 11 .3 25.8 8.4 71 .2 71 .2 0 00 0 oo 0 .00 2290.41 — — C a f X. 11.7 24.3 8.8 69.4 69.4 0.00 0.00 0.00 ■ ■2290.44 2.70 12.1 19.1 9.8 67.3 67 3 0.00 0 00 0.00 2290.47 2.69 12.8 15.2 10.8 64.4 64.4 0.00 0 00 0 oo 2290.50 2.68 13.8 9.9 12.4 59.9 59.9 0.00 0 00 0.00 2290.53 2.67 13.7 9.0 12,4 60.8 60.8 0.00 0.00 0 .00 2290.56 2.67 13.9 6.6 13.0 59.8 59.8 0.00 0 00 0 . W 2290.59 2.67 13 .8 6.0 13.0 60.6 60.6 0 .00 0 .00 0 .00 2290 .63 2.66 14.1 3.8 13.6 59.4 59.4 0.00 0 00 0.00 2290.66 2 .d6 14.3 5.2 13.6 59.5 59.5 0.00 0.00 0 00 2290.69 2.66 14.8 4.1 14.2 55.2 •55.2 0.00 0 .00 0.00 2290.72 2.66 14.8 4.4 14.2 55.2 55.2 0.00 0.00 0.00 2290.75 2.66 15.7 2.6 15.3 54.9 54.9 0.00 0 00 0 00 2290.78 2.66 15.9 4.0 15.3 51.9 51.9 0.00 0 .00 0.00 2290.SI 2,66 16.0 4.6 15.3 52.1 52.1 0.00 0.00 0 00 2290.84 2.69 14.9 13.5 12.9 57.3 57.3 0 .00 0.00 0.00 2290.87 2.71 13.8 22.7 10.7 62.3 62.3 0.00 0.00 0 00 2290.90 2.75 13.3 36.4 8.4 65.7 65.7 0.00 0.00 0.00 2290 .93 2.77 13.2 44.8 7.3 67.2 67.2 0.00 0.00 0.00 2290.96 2.79 13.1 50.9 6.4 69.0 69.0 0.00 0.00 0.00 2290.99 2.S3 12.4 54.9 5.6 71.6 71 .6 0.00 0.00 0.00 2291.02 2.86 11.8 54.1 5.4 73.9 73.9 0.00 0.00 0.00 2291.05 2.86 11.5 58.1 4.8 79.5
79.5 0.00 0 .00 0.00 2291.08 2,89 11.8 58.5 4.9 79.1 79.1 0.00 (j. 00 0 .00 2291.11 2.90 11.2 60.3 4.5 81 .3 81 .3 0.00 0.00 0.00 2291.14 2.89 11.5 60.7 4.5 81.0 81.0 0.00 0 .00 0. oo 2291.17 2.91 10.9 66.4 3.7 83.6 83.6 0.00 0.00 0.00 2' 7 91.21 2.90 10.8 70.7 3.2 84.8 84.8 0.00 0.00 0.00 2291.24 2.89 11.0 66.3 3.7 83.2 83.2 0.00 0.00 0.00 2291 .27 2.87 11.9 66.5 4.0 80.9 80.9 0.00 0.00 0.00 2291 .30 2.84 11.9 66.7 4.0 80.6 80.6 0.00 0.00 0.00 'Ann * n r> < < n d c:o a =: n -Ji. -} it n. X'l. .jj rixi Zu luY 2291 .36 2.79 13.1 52.6 6.2 74.2 74.2 0.00 ( >. 00 0.00 2291.39 2.76 13.9 40.9 8.2 70.0 70 0 0.00 0.00 0 . OO 2291 .42 2.75 13.4 37.3 8.4 70.4 70.4 0.OO 0.00 0. oo 2291 .45 2.73 -13.6 30.1 9.5 68.9 68.9 0.00 0.00 0 .00 2291 .48 13.6 25.6 10.1 64.9 64.9 O.OO 0.00 0. oo 2291.51 2.71 13.9 23.5 10.7 63.1 63.1 0.00 O.OO 0.00 2291 .54 2.72 13.5 24.6 10.2 67.6 67 .6 0.00 O.00 0.00 2291.57 2.72 13.5 24.4 10.2 67.7 67.7 0.00 0.00 0 .00 2291.60 2.72 13.2 o’y o 9.6 68.3 68.3 0,00 O.OO 0.00 2291.63 2.73 13.4 28.0 9.6 67.0 67.0 0.00 0.00 O.OO 2291 .66 2.73 13.5 29.3 9.6 66.5 66.5 0.00 0.00 0.00 2291.69 2.73 13.9 28.0 10.0 64.5 64.5 O.OO O.OO 0 .00 2291.72 2.73 13.9 28.0 10.0 64.3 64.3 0.00 0.00 O.OO 2291.75 2.72 13.9 27.6 10.1 63.6 63.6 0.00 ( ) .00 0.00 2291 .78 2.74 13.4 .32.7 9.0 65.1 65.1 0.00 0.00 0.00 2291.81 2.74 13.1 35.0 8.5 65.6 65.6 0.00 ( J . 00 0 .00 2291.85 2.75 13.2 35.4 8.5 65.3 65.3 0.00 0.00 0 .00 2291.88 2.75 13.3 36.2 8.5 64.8 64.8 0.00 0,00 0.00 2291.91 2.75 13.3 36.6 8.4 64.9 64.9 0.00 ( ) .00 0.00 2291.94 2.75 13.3 36.4 8.4 64.7 64.7 0.00 0.00 0.00 2291 .97 2.75 12.9 37.9 8.0 66.9 66.9 0.00 0.00 0.00 2292.00 2.74 13.0 34.6 8.5 66.6 66.6 0.00 < >. 00 0.00 2292.03 2.74 12.9 33.8 8.6 67.8 67.8 O.OO 0.00 0.00 2292.06 2.73 13.2 31.1 9.1 67.2 67.2 0.00 i 0. GO 2292.09 2.73 13.1 30.5 9.1 68.1 68.1 0.00 < ,00 0.00 2292.12 2.73 12.9 29.3 9.1 68.9 68.9 0.00 ( j . 00 O .00 2292.15 2.73 13.0 30.1 9,1 68.7 68.7 0.00 I ) . 00 O 00 2292.18 2.74 12.3 3 J. 6 8.2 71 .7 71 .7 0.00 ( ) .00 . 00 ■2.73 12.5 30.7 8.7 70.6 70.6 0.oo 0.oo 0.00 2292.24 2.74 12.3 33.4 8.2 71 .3 71 .3 0.00 5 ) .00 0.00 «27 2.74 4 -n -“o x 32.4 8.2 71 .2 71 .2 0.00 I j. 00 0. (.’>0 Liji 1 3U 2.74 11 .7 33.9 7.3 72.5 72.5 0.00 < ). 00 0.00 2292.33 4.70 11 .4 35.9 7 ,3 73.0 73.0 0.00 * ). 00 0.00 2292.36 2.75 11 .6 37.2 7.3 72.2 in f . £ 0.00 0.00 0. oo 2292.39 2.76 10.7 48.1 5,5 74.7 74.7 0.00 < } . 00 0 .«>0 2292.43 2.79 10.4 50.4 5.1 75.7 75.7 0.00 O.OO 0.00 .46 2.80 9.8 54 .9 4.4 77.4 77.4 0.00 t ). 00 0.00 2292.49 2.79 9.9 51.6 4.8 7b .8 76.8 0.00 0.00 0. OG 4492.54 2.78 10.2 48.9 • z 75.8 75.8 0.00 < j • 00 0.00 4294.05 2.78 10.2 48.9 5.2 75.6 75.6 0.00 J . 00 0.00 2292.58 2.77 10.4 46.3 5.6 74.5 74.5 0.00 0.00 0. oo 2292.61 2.78 10.1 48.7 c. 75.2 75.2 0.00 0.oo 0 .00 2292.64 2.78 9.9 47.1 5.3 75.8 75.8 0.00 O.OO 0.00 2292.67 2.77 10.1 44 .2 5.7 75.4 75.4 0.00 < ) .00 0.00 zjjv X2 a / ij 2.75 10.6 38.7 6.5 73.5 73.5 0.00 ( > .00 0. oo 4294.73 2.74 11 .1 33.5 7.4 71.8 71 .8 0 . 00 ( J. 00 0 . 00 2292.76 2.71 12.0 22.1 9.3 68.4 68.4 0.00 i '). 00 0. oo 2292,79 2.69 12.7 14.5 10.8 65.1 65.1 0.00 0.00 0 .00 2292.82 2.67 13.6 8.4 12.4 61 .5 61.5 0.00 t ) .00 0.00 2292.85 2.66 14.2 4.1 13.6 58.5 58.5 0 .00 j .00 0.00 2292.88 2.66 14.2 4.1 13.6 59.1 59.1 0.00 1 j. 00 0.00 2292.91 2.66 14.1 3.9 13 .6 59.2 59.2 0.00 0.00 0.00 2292.94 2.65 14.4 1 .6 14.2 58.2 58.2 0.00 0.00 0.00 2292.97 2.66 14.1 3.3 13.6 60.3 60.3 0.00 O.OO 0.00 2293.00 2.65 14.3 0.9 14.2 59.0 59.0 0.00 i ). 00 0.00 2293.03 2.65 14.7 0.0■ 14.7 57.4 57.4 0.00 0.00 0.00 2293.07 2.64 15.0 0.0 15.0 56.6 56.0 0.00 0.00 0. oo 2293.10 2.65 14.8 0.2 14.8 57.7 57.7 0.00 0.00 0 . OO 2293.13 2.66 14.5 2.0 14.2 59.7 59.7 0.00 0.00 0.00 2293.16 2 .66 14.1 3.8 13.6 61.3 61.3 0.OO 0.00 0.00 2293.19 2.66 14.4 cr r 13.6 60.6 60.6 0.00 0.00 0.00 2.67 14.4 5.8 13.6 60 .5 60.5 0 .00 0.00 0.00 2293.25 2.67 14.0 6,9 13.0 62.6 62.6 0.00 0.00 0 .00 2293.28 2.68 12.9 11.8 11.4 68.1 68.1 0.00 >.00 0.00 2293.31 ■
2.69 12.5 13.7 10.8 52.5 61 .6 0.00 >. 00 0. 00 2293.34 2.68 12.9 12.2 11.4 53.6 61.1 0.00 > .00 0.00 2293.37 2.68 13.4 10.9 11.9 51 .2 59.2 0. oo ). 00 0. oc 2293.40 2.68 13.0 12.7 11.4 56.4 62.0 0.00 j .00 0.00 2293.43 2.68 13.3 10.5 11.9 56.1 61 .8 0.00 ). OO 0.00 FA /I .• FA / —J 4 J—, J- A 2293.4? 2.o7 13.7 ?. 2 12.4 44.6 5o.4 0 03 0.00 0.00 2293 52 2.68 13.3 ■10.5 11.9 46.6 58.4 0 .06 0.01 0.00 2293.55 2.68 13.0 12.9 11.4 46.6 58.9 0 09 0. Ci 1 0.01 2293.58 2.68 12.9 11.8 11 .4 69.5 69.5 0.09 0.01 C>. 01 2293.61 2.68 12.9 11.8 11.4 46.5 59.1 0.12 0.01 0. Ci 1 2293.65 2.69 12.7 14.6 10.8 54.6 62.6 0.12 0.01 0.01 2293.68 2.70 12.4 16.7 10.3 47.7 60.8 0.15 0.02 (3.01 2293.71 2.71 11.8 21.2 9.3 72.8 72.8 0.15 0.02 0.01 2293.74 2.71 11.9 21 .6 9.3 71.9 71.9 0.15 0.02 0.01 2293.77 2.71 11.8 21.0 9.3 58.4 67.0 0.15 0.02 0 .01 2293.80 2.71 11.6 23.9 8.8 57.5 67.7 0.15 0.02 0.01 2293.83 2.73 11.1 29.0 7.9 58.4 69.8 0.15 0.02 0.01 2293.86 2.74 10.9 31 .9 7.4 55.0 70.2 0.15 0.02 0.01 2293.89 2.74 10.5 33.4 7.0 51.9 70.7 0.15 0.02 0.01 2293.92 2.73 11.2 .29.6 7.9 74.4 74.4 0.15 0.02 0.01 2293.95 2.73 11.2 29.9 7.9 74.1 74.1 0.15 0.02 0.01 2293.98 2.70 12.8 19.5 10.3 67.1 67.1 0.15 0.02 0.01 2294 .01 2.70 13.2 18.1 10.8 65.2 65.2 0.15 0.02 0.01 2294.04 2.69 13.8 13.9 11.9 62 .6 62 .6 0.15 0.02 0.01 2294.07 2.68 14.2 12.8 12.4 60.2 60.2 0.15 0 .02 0.01 2294.10 2.67 14.8 8.5 13.5 57.3 57.3 0.15 0.02 0.01 2294.13 2.68 14.0 11.5 12.4 60.3 60 .3 0.15 0 .02 0.01 2294.16 2.68 14.6 11 .2 13.0 58.0 58.0 0.15 0.02 0 . Ci 1 2294.19 2 08 15.0 ■10.1 13.5 56.3 56 .3 0.15 0 .02 0 .01 i.29 4 z2 2.68 15.1 10.5 13.5 55.8 55.8 0.15 0.02 0.0 i ■2294.25 2.6? 14.3 13.3 12.4 58,9 58.9 0.15 0.02 0 ij 1 2294.29 2.69 14.0 15.2 11.8 60.0 60■ 0 0.15 0. ij 2 0. Ci 1 2294.32 2.70 13.6 17.1 11.3 49.8 56.3 0.18 0.02 0 . 0 1 2294.35 2.71 13.1 21 .6 10.3 52.4 59.2 0.18 0.02 0.01 2294.38 2.71 13.1 21.6 10.3 47.1 57.3 0.21 0.02 0.01 2294.41 2.71 13.2 22.4 10,2 48.7 57.8 0.24 0.03 1? . 0 1 2294.44 2.70 13.8 18.5 11.3 48.3 55 1 0 .27 0.03 ij .02 2294.47 2.69 14.1 16.0 11 .8 48.6 55 0 0 30 Ci. ij 3 0.02 2294.50 2.69 14.1 16.3 11 .8 50.1 55.8 0 30 0 .03 0.02 2294.53 2.6? 14.1 16.1 11.8 46.4 53.5 0.34 0. Ci4 0.02 2294.56 2.69 14.0 15.3 11.8 40.8 52.5 0.37 0.04 0 .02 2294.59 2.69 13.9 14.7 11.8 43.0 53.2 0 40 0, 05 0.02 2294.62 2.68 14.1 12.2 12.4 40.3 50 .8 0.43 0.05 0 .03 2294.65 2.68 14.2 12.9 12.4 59.2 59.2 0.43 0,05 . 03 2294.o8 2.68 14.2 12.9 12.4 59.3 59.3 0.43 0.05 0 .03 2294.71 2.68 14.2 12.9 12.4 59.3 59.3 0.43 0.05 0 .03 2294.74 2.68 14.2 12.5 12.4 59.7 59.7 0.43 0,05 0 .03 2294.77 2.68 14.6 11.2 13.0 58.0 58.0 0.43 0.05 0.03 2294,80 2.69 13.8 14.1 11.9 62.0 62.0 0.43 0.05 0.03 2294.83 2.69 13.9 14.7 11.8 62.5 62.5 0 43 C>. C*5 ij. 03 2294 .86 2.70 13.6 17.1 11 .3 64.5 64.5 0.43 0.05 0.03 2294.90 2 .69 14.3 13.6 12.4 62.0 62 .0 0.43 0.05 0 .03 2294.93 2.68 14.7 12.0 12.9 61 .3 61.3 0.43 0.05 <j. 03 2294.96 2.69 14.0 15.2 11.8 43.9 56.2 0.46 C>. 05 0.03 2294.99 2.69 14.3 13.6 12.4 53.2 58.5 0.46 0.05 0.03 2295.02 2.68 14.8 12.4 12.9 47.1 54.9 0.49 0.06 0.03 2295.05 2,67 15.9 7.8 14.7 58.7 58.7 0.49 0.06 0.03 2295.08 2,67 16.4 7.5 15.2 57.3 57.3 0.49 0.06 0 .03 2295.11 2.67 16.5 7.7 15.2 57.6 57.6 0.49 Ci. 06 0.03 2295.14 2,68 16.2 10.0 14.6 59.6 59.6 0.49 0.06 0.03 2295.17 2.68 16.3 10.5 14.6 59.6 59.6 0.49 0.06 < j. 03 2295.20 2.70 15.4 16.8 12.8 63.7 63.7 0.49 0.06 0.03 2295.23 2.72 14.3 26.2 10.6 46.1 60.0 0.52 0.06 ij . 03 2295.26 2.75 13.3 36.2 8.5 62.9 72.8 0.52 0.06 0.03 2295.29 2.77 12.8 46.1 6.9 67.5 80.9 0.52 0.06 0 .03 2295.32 2,76 13.8 40.5 8.2 64.5 78.1 0.52 0.06 0.03 2295.35 2.76 14.1 42.1 8.1 62.8 75.4 0.52 0.06 0 .03 2295.38 2.75 14.7 38,4 9.1 57.3 65.6 0.52 0.06 0.03 229-5.41 2.76 14.9 39.9 9.0 57.4 66.3 0.52 0.06 0.03 2295.44 2.76 14.6 41.5 8.5 60.3 71 .6 0.52 0.06 0 .03 2295.48 2.76 14.5 41 .3 8.5 59.8 69.9 0.52 0.06 C>. 03 2295.51 2.78 13.9 49.7 7.0 58.9 70.3 0.52 0.06’ 0.03 2295.54 2.81 12.8
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0.1 1 0 .06 2303.50 2.67 8.1 7.4 7.5 45.8 59.0 0.91 0-11 U.06 2303.53 2.68 7.9 10.8 7.1 54.6 54.6 0.91 0.11 0.06 2303.56 2.69 8.1 16.3 6.8 44.1 62.1 0.91 O.ll 0.06 2303 .59 2.64 14.2 0.0 14.2 26.0 81 .2 0.94 0.12 0.07 Net pay=0.94 meters. Average net pay porosity=12,4. Average net pay hydrocarbon saturation®56.5. Hydrocarbon meters = 0.07. 2.00 2.10 2.20 2.30 2.40 RHOB 2.50 (g/cc) 2.60 2.70 2.80 2.80 3.00 Gypsum 2403 fracture Namarah*2 Timbury Hills Tma=55.5 bolcmHe Tma?51 .3 Silica 2406 fracture Secondary Porosity .1.£ Gas or Salt £L9 From: 2382.90 To: 2450.48 OR clean =20.0 GR jclay =140.0 0.4 0.5 0.6 Fresh Mud ' RH0F=1.0 Tfluid=189 Salt Mud ? RH0F=1.1 Tfluid=185 RHOF this plot = 1.04 Tfluid■ this £lot = 187.5 0.7 £L6 £L3 • Opal Halite Namarah*2 Timbury Hills W 22Q. •••\ 4>-- \ I gas direction ....2.40. RHOmaa g/cc From: 2392.90 Muscovite To: 2450.48 \ PEFfluid = 0.66 RHOF = 1.04 OR ole an=20.0 OR c=lay=14Q.0 2.60. 2.S0. 5.0 10.0 Umaa barns/co 13.0 5.Q0. 3.20 20.0
APPENDIX 13 VELOCITY SURVEY D0081413 Schlumberger CRUSADER LIMITED GEOGRAM PROCESSING REPORT NAMARAH - 2 FIELD : NAMARAH STATE : QUEENSLAND COUNTRY : AUSTRALIA COORDINATES : 027 deg 21’ 33.9” S 149 deg 20’ 22.8” E DATE OF SURVEY : 6-OCTOBER-1987 REFERENCE NO. 569035 Contents Introduction 1 Data Acquisition 2 Sonic Calibration Processing 3 Synthetic Seismogram Processing 5 A Summary of Geophysical Listings 7 List of Tables Survey Parameters 2 Sonic Drift 4 List of Figures Wavelet Polarity Convention Stacked Checkshot Data Introduction A checkshot survey was shot in the Namara - 2 well on 6 October 1987. Data was acquired using a dynamite source located near the wellhead. Twenty eight levels were shot from 2448 metres to 40 metres below KB. All levels below 167 metres are used in the sonic calibration processing. Data Acquisition The data was acquired using the well seismic tool (WST). Recording was made on the Schlumberger Cyber Service Unit (CSU) using LIS format at a tape density of 800 BPI. Table 1: Survey Parameters Datum 250.0 metres AMSL Elevation KB 417.0 metres AMSL Elevation DF 416.7 metres AMSL Elevation GL 411.0 metres AMSL Total Depth 2450.0 metres below KB Energy Source Dynamite Source Offset 38 metres Source Depth 1.3 metres Reference Sensor Hydrophone Sensor Offset 3 metres from shot Downhole Geophone Geospace HS-1 High Temp. (350 deg F) Coil Resist. 225(1 ±10 % Natural Freq. 8-12 hertz Sensitivity 0.45 V/in/sec Maximum tilt angle 60 deg Sonic Calibration Processing Sonic Calibration A ’drift’ curve is obtained using the sonic log and the vertical check level times. The term ’drift’ is defined as the seismic time (from check shots) minus the sonic time (from integration of edited sonic). Commonly the word ’drift’ is used to identify the above difference, or to identify the gradient of drift verses increasing depth, or to identify a difference of drift between two levels. The gradient of drift, that is the slope of the drift curve, can be negative or positive. For a negative drift ^depth < son ^ c time is greater than the seismic time over a certain section of the log. For a positive drift > 0, the sonic time is less than the seismic time over a certain section of the log. The drift curve, between two levels, is then an indication of the error on the integrated sonic or an indication of the amount of correction required on the sonic to have the TTI of the corrected sonic match the check shot times. Two methods of correction to the sonic log are used. Uniform or block shift This method applies a uniform correction to all the sonic values over the interval. This uniform correction is applied in the case of positive drift and is the average correction represented by the drift curve gradient expressed in /zsec/ft. AT Minimum In the case of negative drift a second method is used, called At minimum. This applies a differential correction to the sonic log, where it is assumed that the greatest amount of transit time error is caused by the lower velocity sections of the log. Over a given interval the method will correct only At values which are higher than a threshold, the At min . Values of At which are lower than the threshold are not corrected. The correction is a reduction of the excess of At over At mirt , At - At min . At — At m< - n is reduced through multiplication by a reduction coefficient which remains constant over the interval. This reduction coefficient, named G, can be be defined as: drift 1 + f (At - At min )dZ Where drift is the drift over the interval to be corrected and the value f (At — St m i n )dZ is the time difference between the integrals of the two curves At and At mi - n , only over the intervals where At > At m , n . Hence the corrected sonic: At = <9(At — At mtrt ) + At m ,-„. Checkshot Data The
hydrophone break times are of good quality and are consistent with instantaneous source detonation. The shot delay time of 20 millisecs is used as the zero time reference. The checkshot data quality is good and is displayed in Figure 2. Correction to Datum The sonic calibration processing has been referenced to the seismic datum at 250 metres above MSL. A surface velocity of 1593 metres/sec, derived from the checkshot at this level, is used to correct transit times to datum. The equivalent static time from source depth to datum is -100.20 msec one way time. Open Hole Logs The sonic log was recorded from 2445 metres to the casing shoe at 247 metres below KB. The density log was recorded up to 1595 metres and is extrapolated to the surface at a constant density of 2.45 gm/cc. The caliper and gamma ray curves are included as correlation curves. Sonic Calibration Results The top checkshot (247 metres below KB) is chosen as the origin for the calibration drift curve. The drift curve indicates a number of corrections to be made to the sonic log. The adjusted sonic curve is considered to be the best result using the available data. A list of shifts used on the sonic data is given below. .Table 2: Sonic Drift • Depth Interval | (metres below KB ) Block Shift /zsec/ft A^m«n jusec/ft Equiv Block Shift gsec/ft 1 247-654 6.74 - 6.74 i 654-993 4.32 - 4.32 993-1411 1.24 - 1.24 ' 1411-1902 3.72 - 3.72 i 1902-2448 0.28 - 0.28 Synthetic Seismogram Processing GEOGRAM plots were generated using 30, 40 and 50 hertz zero phase ricker wavelets. The presentations include both normal and reverse polarity on a time scale of 7.5 in/sec. GEOGRAM processing produces synthetic seismic traces based on reflection coefficients generated from sonic and density measurements in the well-bore. The steps in the processing chain are the following: Depth to time conversion Reflection coefficients Attenuation coefficients Convolution Output. Depth to Time Conversion Open hole logs are recorded from the bottom to top with a depth index. This data is converted to a two-way time index and flipped to read from the top to bottom in order to match the seismic section. Primary Reflection Coefficients Sonic and density data are averaged over chosen time intervals (normally 2 or 4 mil lisecs). Reflection coefficients are then computed using: Pt-Vt + Pl-^L Pi = P2 ~ where: i/ 2 = density of the layer above the reflection interface density of the layer below the reflection interface compressional wave velocity of the layer above the reflection interface compressional wave velocity of the layer below the reflection interface This computation is done for each time interval to generate a set of primary reflection coefficients without transmission losses. Primaries with Transmission Loss Transmission loss on two-way attenuation coefficients are computed using: A n - (l - ^).(1 - 7? 2 )-(l - R 2 3 ) -(1 - R 2 ) A set of primary reflection coefficients with transmission loss is generated using: Primary n = R n .A n ^ Primaries plus Multiples Multiples are computed from these input reflection coefficients using the transform technique from the top of the well to obtain the impulse response of the earth. The transform outputs primaries plus multiples. Multiples Only By subtracting previously calculated primaries from the above result we obtain multi ples only. Wavelet A theoretical wavelet is chosen to use for convolution with the reflection coefficients previously generated. Choices available include: Klauder wavelet Ricker zero phase wavelet Ricker minimum phase wavelet Butterworth wavelet User defined wavelet. Time variant butterworth filtering can be applied after convolution. Polarity Convention An increase in acoustic impedance gives a positive reflection coefficent and is displayed as a white trough under normal polarity. Polarity
conventions are displayed in Figure-1. Convolution Standard procedure of convolution of wavelet with reflection coefficients. The output is the synthetic seismogram. A Summary of Geophysical Listings Six geophysical data listings are appended to this report. Following is a brief description of the format of each listing. Al Geophysical Airgun Report Level number : the level number starting from the top level (includes any imposed shots). Vertical depth from KB : dkb, the depth in metres from kelly bushing . Vertical depth from SRD : dsrd, the depth in metres from seismic reference datum. Vertical depth from GL : dgl, the depth in metres from ground level. Observed travel time HYD to GEO : timO, the transit time picked from the stacked data by subtracting the surface sensor first break time from the downhole sensor first break time. Vertical travel time SRC to GEO : hmv, is corrected for source to hydrophone distance and for source offset. Vertical travel time SRD to GEO : shtm, is timv corrected for the vertical dis tance between source and datum. Average velocity SRD to GEO : the average seismic velocity from datum to the corresponding checkshot level, Delta depth between shots : Adepth, the vertical distance between each level. Delta time between shots : Aitme, the difference in vertical travel time (shtm) between each level. Interval velocity between shots : the average seismic velocity between each level, kdepth Atimc ' A2 Drift Computation Report Level number : the level number starting from the top level (includes any imposed shots). Vertical depth from KB : the depth in metres from kelly bushing . Vertical depth from SRD : the depth in metres from seismic reference datum. Vertical depth from GL : the depth in metres from ground level. Vertical travel time SRD to GEO : the calculated vertical travel time from datum to downhole geophone (see column 7, Geophysical Airgun Report). Integrated raw sonic time : the raw sonic log is integrated from top to bottom and listed at each level. An initial value at the top of the sonic log is set equal to the checkshot time at that level. This may be an imposed shot if a shot was not taken at the top of the sonic. Computed drift at level: the checkshot time minus the integrated raw sonic time. Computed blk-shft correction : the drift gradient between any two checkshot levels A3 Sonic Adjustment Parameter Report Knee number : the knee number starting from the highest knee. (The first knees listed will generally be at SRD and the top of sonic. The drift imposed at these knees will normally be zero.) Vertical depth from KB : the depth in metres from kelly bushing . Vertical depth from SRD : the depth in metres from seismic reference datum. Vertical depth from GL : the depth in metres from ground level. Drift at knee : the value of drift imposed at each knee. Blockshift used : the change in drift divided by the change in depth between any two levels. Delta-T minimum used : see section 4 of report for an explanation of Reduction factor : see section 4 of report. Equivalent blockshift : the gradient of the imposed drift curve. A4 Velocity Report Level number : the level number starting from the top level (includes any imposed shots). Vertical depth from KB : the depth in metres from kelly bushing . Vertical depth from SRD : the depth in metres from seismic reference datum Vertical depth from GL : the depth in metres from ground level Vertical travel time SRD to GEOPH : the vertical travel time from SRD to downhole geophone (see column 7, Geophysical Airgun Report) Integrated adjusted sonic time : the adjusted sonic log is integrated from top to bottom. An initial value at the the top of the sonic is set equal the checkshot time at that level. (The adjusted sonic log is the drift corrected sonic log.) Drift=shot time-raw son : the check shot time minus the raw integrated sonic time.
Residual=shot time-adj son : the check shot time minus the adjusted integrated sonic time. This is the difference between calculated drift and the imposed drift. Adjusted interval velocity : the interval velocity calculated from the integrated adjusted sonic time at each level. A5 Time Converted Velocity Report The data in this listing has been resampled in time. Two way travel time from SRD : This is the index for the data in this listing. The first value is at SRD (0 millisecs) and the sampling rate is 2 millisecs. Measured depth from KB : the depth from KB at each corresponding value of two way time. Vertical depth from SRD : the vertical depth from SRD at each corresponding value of two way time. Average velocity SRD to GEO : the vertical depth from SRD divided by half the two way time. RMS velocity : the root mean square velocity from datum to the corresponding value of two way time. where v, is the velocity between each 2 millisecs interval. First normal moveout : the correction time in millisecs to be applied to the two way travel time for a specified moveout distance (default = 3000 feet). » v rnu where: At = normal moveout (secs) X = moveout distance (metres ) t = two way time (secs) v rms = rms velocity (metres /sec) Second normal moveout : the correction time in millisecs to be applied to the two way travel time for a specified moveout distance (default = 4500 feet). Third normal moveout : the correction time in millisecs to be applied to the two way travel time for a specified moveout distance (default — 6000 feet). Interval velocity : the velocity between each sampled depth. Typically, the sam pling rate is 2 millisecs two way time, (l millisec one way time) therefore the interval velocity will be equal to the depth increment divided by 0.001. It is equivalent to column 9 from the the Velocity Report. A6 Synthetic Seismogram Table Two way travel time from SRD : This is the index for the data in this listing. The first value is at the top of the sonic. The default sampling rate is 2 millisecs. Vertical depth from SRD : the vertical depth from SRD at each corresponding value of two way time. Interval velocity : the velocity between each sampled depth. Typically, the sam pling rate is 2 millisecs two way time, (1 millisec one way time) therefore the interval velocity will be equal to the depth increment divided by 0.001. It is equivalent to column 9 from the the Velocity Report. Interval density : the average density between two successive values of two way time. Reflect, coeff. : the difference in acoustic impedance divided by the sum of the acoustic impedance between any two levels. The acoustic impedance is the product of the interval density and the interval velocity. Two way atten. coeff. : is computed from the series A, = (1 - ^.(1 - 7? 2 ).(1 - 7?3 2 )...(1 - R 2 n ) Sythetic seismo. primary : the product of the reflection coefficient at each depth and the two way attenuation coefficient up to that depth. Primary™ = R n .A n ^ Primary + multiple : a transform technique is used to calculate multiples from the input reflection coefficients. Multiples only : (Primary + multiple) - (Synthetic seismo. primary) SCHLUMBERGER (SEG-1976) WAVELET POLARITY CONVENTION Figure 1 MINIMUM PHASE RICKER REVERSE POLARITY MINIMUM PHASE RICKER NORMAL POLARITY ZERO PHASE RICKER REVERSE POLARITY ZERO PHASE RICKER NORMAL POLARITY 0.3000 REFLECTION COEFF -0.3000 5000.00 INTERVAL VELOCITY M/S 1000.00 o o o o o o CM LT Figure 2 NAMARA - 2 STACKED CHECKSHOT DATA o o o o o o o o o o o o o o o o o o o o o o o CM n M- in CO 00 o) o o d o o o o o o o o T-’ 40.0 0.044 29 60.0 0.057 28 80.0 0.067 27 ■100.0 0.072 26 167.0 0.103 25 247.5 0.134 24 428.0 0.211 23 654.5 0.298 22 779.0 0.340 21 920.0 0.386 20 992.0 0.410 19 1108.0 0.449 18 1279.0 0.498 17 1380.0 0.530 16 1461.0
0.551 15 1548.0 0.579 14 1 644.0 0.611 13 1705.0 0.624 12 1884.0 0.673 11 1932.0 0.687 10 1996.0 0.702 9 2100.0 0.729 8 2191,0 0.750 7 2213.0 0.755 6 2234.8 0.762 5 2303.8 0.781 4 2392.9 0.80S 3 2448.0 0.813 2 TRANSIT TIME DEPTH M LEVEL NO ******************** * * * * * * ******* *** ********** * * SCHLUM3ERGER * * ******************** GEOPHYSICAL AIRSUN REPORT COMPANY : CRUSADER LIMITED WELL : NAMARAH - 2 FIELD : NAMARAH REFERENCE: '69035 LONG DEFINITIONS GLOP AL K 8 SRD E K = GL E L H Y D E L S 'J R ELEVATION ELEVATION ELEVATION ELEVATION OF OF OF OF VELOCITY OF THE MEDIUM VELOCITY OF THE MEDIUM THE KELLY-BUSHING ABOVE MSL THE SEISMIC REFE P E M CE DATUM KELLY PUSHING USER'S REFERENCE (GENERALLY BETWEEN THF SOURCE BETWEEN T H F SOURCE OR MVJL ABOVE MSL OR MWL GROUND LEVEL) A30VE AND THE HYDROPHONE AND THE SRD SRD - U N E L I ~ GUN Ek' Z - GUNJSZ - HYDELZ “ HYDE W I - U YDNSZ - T.RTHYD - TR TS F D - D E V .-J E L - MATRIX SOURCE ELEVATION ABOVE THE THE BORECOLE AXIS SOURCE DISTANCE FROM SOURCE DISTANCE FROM HYDROPHONE ELEVATION HYDRO D HONE DISTANCE HYOPOPHONE DISTANCE TRAVEL TINE FROM THE TRAVEL TIME FROM THE SRD (ONE FOR THE WHOLE BOREHOLE JOS DEVIATED WELL DATA PER SHOT ABCVF SRD (CF FROM THE E0 9 EH FPOM THF FOREH HYDROPHONE TC SOURCE TC THE MEAS r UK ’J IS C AXIS IN E W DIRECTION (C F IN NS DIRECTION (CF GUNELZ) AXIS IN EV/ DIRECTION AXIS IK NS DIRECTION THE SOURCE SRD DEPTH, VERT. DEPTH, PER SHOT) • GUNELZ) . GUNELZ) ( CF (CF EW, GUNELZ) GUN ELZ) SHOT.GSH DKE.GSH 3SPD.GSH D 3 L . G S H t I v •.) . 3 S H T I "v . 3 S P SHTi-l.GSH A V G V . G S K DELZ.GSH DELT.GSH I N T V . 3 S H SAMPLED SHOT NUM3ER MEASURED DEPTH FROM K E LL Y - !3U S H IN G DEPTH FROM SRD VERTICAL DEPTH RELATIVE TO GROUND LEVEL MEASURED TRAVEL TIME C RON HYDROPHONE TO VERTICAL TRAVEL TIME FROM THE SOURCE TO SHOT TIME (WST) AVERAGE SEISMIC VELOCITY DEPTH INTERVAL E’ETWFEN SUCCESSIVE SHOTS TRAVEL TIME INTERVAL BETWEEN SUCCESSIVE INTERNAL VELOCITY, AVERAGE (USER* S REFERENCE) GEOPHONE THE GEOPHCNF SHOTS (GLOBAL PARAMETERS) ELEV OF KB AB. MSL (WST) EL-V OF SRD A3. MSL(WST) "L-VATICN CF KELLY BUSHI ELEV OF CL AB. SRD(WST) V E L SOURCE-HYDRO(WST) VEL SOURCE-SRD (WST) K3 : A17.C00 •M SRD : 25C.C00 M E K 8 : 167.con M GL : 161.COC M VELHYD : 15CC.00 H 7 S V E L S U R : 1593.77 M 7 S (VALUE ) (MATRIX PARAMETERS) C Z •' ’ F A K Y : CRUSADER LIMITED UELL : ■NAMARAH - 2 PAGE 2 SOURCE ELV SOURCE EW SOURCE NS HYDRO ELEV HYDRO EW HYDRO NS M M M M M 1 159.70 -6. 60 37.42 159.70 -6.60 37. 42 TRT HYD-SC TRT SC-SRD MS MS 1 0 -100.20 M D 5- KB H VD 3 K3 M VD 8 SRD M E-W COORD M N-S COORD M 1 167.00 167.00 0 0 0 247.50 247.50 8 C . 5 0 n 0 3 428.00 428.00 261.00 o 0 L 654.50 654.50 487.50 n 0 5 779.00 779.00 612.00 0 0 A 920.00 920.00 753.00 0 0 7 992.00 992.00 825.00 0 0 3 1103.00 1108.00 941.00 0 6 9 1279.00 1279.00 1112.00 0 u 1 p 1380.00 1380.00 1213.00 0 0 1 1 1461.00 1461.00 1294.00 0 0 1 2 1548.00 1548.00 1331.00 n 0 1 7 1644.00 1644.CO 1477.00 0 l) 1 4 1705.00 1705.00 1538.00 n 0 1 5 1884.OC 1884.OC 1717.00 6 0 1 6 1932.00 1932.UO 1765.00 0 0 1 7 1996.00 1996.00 1829.00 c 0 1 2 2100.00 2100.00 1933.00 0 0 1 9 2191.00 2191.00 2024.00 n 0 7 r 2213.00 2213.00 2046.00 n 0 2 1 2234.80 2234.80 2067.80 n n t. d - 2303.30 2303.80 2136.80 n 0 >' 7 2392.90 2392.90 2225 . PQ 6 0 2 4 2448.00 2448.00 2281.00 n 0 COMPANY : CRUSADEF ! LIMITED WELL : NAM AR AH - 2
PAGE 5 level M E A S U R VERTIC VERTIC 0 P S E R V VERTIC VERTIC AVERAGE DELTA delta IN TE R V R'J V 3FR DEPTH 0 EPTH DEPTH TRAVEL TRAVEL TRAVEL VELuC DEPTH T I fl E V EL 0 C F ROM F ROM F R 0 M TIME T I M E TIME SRD/GEO BETWEEN between BETWEEN KB SRD GL PYD/GEC SRC /GEO SRD/GtO SHOT S SHOTS SHOT S M 11 M M S MS M S S M MS M/ $ 1 167.00 n 161.00 193.00 100.20 0 80.50 32.1 5 2 5 04 2 247.50 80.5 0 241 .50 134.CC 132.35 32.1 5 2 504 180.50 77.79 23 20 t 428 .00 261.00 422.00 211.00 210.14 1C9.94 2374 226.50 37.34 2 5 9 3 k 654.50 487.50 648 . SO 293.00 297.49 197.29 2471 124.50 4 2.10 295 7 5 779.00 612.00 773.00 340.00 339.59 239.39 2 55 7 141.00 4 6.08 3 0 & 0 6 920.00 753.00 914 .00 386.CC 385.67 285.46 2638 72.00 2 4.03 2996 7 992.00 825.00 986.00 410.00 409.70 309.49 2665 116.00 3 9.04 29 71 a 1108.00 941.CO 1102,00 449.09 448.73 348.53 2700 171.00 49.0 5 3487 i 1279.00 1112.00 1273.00 498.00 497.78 397.58 2 797 101.00 32.02 3154 1 c 1380.00 1213.00 1374.00 530.OC 5 2 9.8 0 429.59 2324 81.00 21.01 38 5 4 11 1461 .00 1294.00 1455.00 551.00 550.81 450.61 2872 8 7.00 28.0 1 3106 1 2 1548.00 1381.00 1542.00 579.00 578.82 478.62 2 S3 5 96.00 32.01 2999 1 3 1644.00 1477.00 1638.00 611.00 610.84 510.63 2892 61.00 13.01 4689 1 4 1705.00 1538.00 1699.00 624.00 623.84 523.64 293 7 179.00 49.0 2 3652 1 5 1884.00 1717.00 1878.00 673.CC 672.86 572.66 2993 4 3.00 1 4 .Ou 34 28 16 1932.00 1765.00 1926.00 687.CC 636.87 586.66 3009 64.00 15.01 4 2 o 5 1 7 1996.00 1829.00 1 990.no 702.00 701.37 601 .67 3040 104.00 27.01 38 51 1 8 2100.00 1933.00 209^ .co 729.00 728.88 628.68 3075 91.00 21.01 433 2 1 " 2191.00 2024.GG 2185.00 750.00 749.89 049.68 311 5 2? 2213.00 2046.00 2207.00 755.00 754.89 654.69 3125 2 2.00 5.0 0 4 3 99 21 . 30 7.0 0 31 1 A 21 223A.80 2067.80 2228.80 762.00 7 6 1 . 8 9 661.69 3125 6 9.Cn 1-.no 3 6 31 22 2303.80 2136.80 2297.80 721.00 780.89 680.69 3139 89.10 2 4.0 0 37 1 2 2 7 2392.90 2225.90 2 3 8 6 . Q G JOS.co 804.90 704.70 3159 55.10 8.0 0 6834 24 2448.00 2281.00 2442.no 813.00 212.90 712.70 3201 COMPANY : CRUSADER LIMITED HELL : NAMARAH - 2 PAGE 4 LEVEL M E A S U R VERTIC VERTIC •3 ° S E R V VERTIC VERTIC AVERAGE DELTA DELTA INTERV t>, ij r a F R DEPTH DEPTH DEPTH TRAVEL T RAVE L TRAVEL VELOC DEPTH T IM E VELOC F ROM FROM FROM TIME TIME TIME SRD/GEO RETWEEN 3 E T W E E N GET W E c *• KF SRD GL H Y D / C- E C S R C / -3 E 0 SRD/GEO SHOTS SHOTS SHOTS M M M M S MS MS M/ S M MS M/S "k A * *•** ** * *** ** SCHLUM3ERGER * ★★★ ★★★★★ ★★★★★★ ★DRIFT COMPUTATION REPORT COMPANY : CRUSADER LIMITED WELL : NAMARAH - 2 FIELD : NAMAPAH REFERENCE: 569035 * * * * + SCHLUMBERGER * DRIFT ★ ★★ ★COMPUTATION REPORT COMPANY : CRUSADER LIMITED WELL : KANARAH - 2 FIELD : KAMARAH REFERENCE: 569335 LONG DEFINITIONS GLOBAL K? - ELEVATION OF THE KELLY-RUSHIN0 ABOVE MSL OR MWL SRh - ELEVATION OF THE SEISMIC REFERENCE DATUM ABOVE MSL OR MWL E K = - ELEVATION OF KELLY RUSHING CL - ELEVATION OF USER’S REFERENCE (GENERALLY GROUND LEVEL) ABOVE SRD XSTART - TCP OF ZONE PROCESSED BY WST XSTQP - 30TT0M OF ZONE PROCESSED BY WST GADuOl - RAW SONIC CHANNEL NAME USED FOR WST SONIC ADJUSTMENT UNFDEN - UNIFORM DENSITY VALUE ZONE LOFDEN - LAYER OPTION FLAG FOR DENSITY ; -1=NONE; O=UNIFCRM; 1 = U NI F 0 R M+L A Y E R LAYDEN - USER SUFPLIED DENSITY DATA SHOT DKB DSR D DGL S H T -1 P A « S SHOR q LSH SAMPLED SPOT NUMBER MEASURED DEPTH FROM KELLY-BUSPING DEPTH FROM SRD VERTICAL DEPTH PEL AT IVE TO GROUND LEVEL SHOT TIME
(WST) RAW SONIC (WST) DRIFT AT SHOT OP KNEE BLOCK SHIFT BETWEEN SHOTS OP KNEE (USER’S REFERENCE) (GLOBAL PARAMETERS) ELFV OF KB AB. MSL (WST) ELEV OF SRD AB. MSL(WST) ELEVATION OF KELLY BUSHI ELEV OF GL AB. SRD(WST) TOP CF ZONE PROCD (WST) POT CF ZONE PROCD (WST) PAW SONIC CH NAME (WST) UNIFORM DENSITY VALUE KB 417.C.00 M SRD 25C.C0C M E KB 167.COO M GL 161 .COO M XSTART 0 M X STOP 0 M GAD001 DT.ATT.002 . FLP . * UNFDEN 2.3CCOO G/C3 (VALUE) (VALUE) (ZONED PARAMETERS) (LIMITS) l.AVER CATION FLAG DENS LOFDEN USER SUFPLIED DENSITY DA LAYDEN : 1.CCCCOO :-999.25UO G/C3 30479.7 - 30479.7 - LEVEL MEA SURED vertical VERTICAL VERTICAL INTEGRATED COMPUTED COMPUTED NUMBER DEPTH DEPTH DEPTH TRAVEL RAW SONIC DR I FT 3LK-SH F T FROM from FROM TIME TIME AT LEVEL CORRECTION K8 SRD GL SRD/GEO M M MS MS MS US/ F 1 167.00 0 161 .00 0 0 0 0 2 247.50 3C.5O 241.50 32.15 32.15 n 0 6.58 3 428.00 261.00 422.00 109.94 106.04 3.90 7.21 4 654.50 487.50 648.50 197.29 138.03 9.26 •4 O 2 5 779.00 612.00 773.00 239.39 229.34 10.04 1 • / j A. 11 6 920.00 753.00 914 .00 285.46 273.52 1 1 .95 7.62 7 992.00 825.00 986.00 309.49 295.75 1 3.75 1 *Z A 3 1108.00 941.00 1102.00 348.53 333.50 1 5 .03 * • 0 -3.53 9 1279.00 1112.00 1273.00 397.58 384.53 1 3.04 7.33 1 0 1380.OU □1213.00 1374.00 429.59 414.22 15.37 / t i'\ 1 1 1461.00 1294.00 1455.00 450.61 436.41 14.20 “ u . « 'J 12 1548.00 1381.00 1542.00 478.62 462.00 16.62 X * u ( 13.84 1 3 1644.00 1477.00 1638.00 510.63 489.66 20.98 -13.75 1 4 1705.00 1538.00 1699.00 523.64 505.42 18.22 5.38 1 5 1884.00 1717.00 1873.00 572.66 551 .28 21 .38 1 6 1932.00 1765.00 1926.00 586.66 564.74 21 .92 3.46 -9.33 1 7 1996.00 1829.00 1990.00 601.67 581.70 19.97 -.73 1 3 2100.00 1933.00 2094.00 628.63 603.96 1 9.72 -2.1 6 19 2191.00 2024.00 2185.00 649.63 630.61 19.07 -8.89 20 2213.00 2046.00 22U7.00 654.69 636.26 18.43 21 2234.80 2067.80 2228.80 661.69 641.23 20.46 28.32 22 2303.80 2136.80 2297.80 680.69 657.40 23.29 1 C • J c 1 .32 23 2 39 2.90 2225.90 2 3 8 6. 0 0 704.70 681.02 23.67 24 2448.00 2281.03 2442.00 71 2 . 7 >0 690.61 22.03 - 8 • ( y LEVEL MEASURED vertical VERTICAL VERTICAL INTEGRATED COMPUTED COMPUTED NUMBER DEPTH DEPTH DEPTH TRAVEL RAW SONIC DRIFT oLK-SH FT FROM FRO M FROM TIME TIME AT LEVEL CORRECTION KB S RD GL S R D / G E 0 M M M MS M S MS US/ F WELL : NAMARAH - PAGE 3 CCHFANY : CRUSADER LIMITED ****x**+***>******** * * SCHLUMBERGER •* A SOMC ■★★★★★★ ★ ★ADJUSTMENT PARAMETER REPORT COMPANY : CRUSADER LIMITED WELL : KA^ARAH - 2 FIELD : KAMARAH REFERENCE: 569035 ♦ * •k ♦ ♦ * A ♦ * SCHLUMBERGER * ♦ ♦ **'* + * ********#♦ **'>!'* SO M C ADJUSTMENT PARAMETER REPORT COMPANY : CRUSADER ■ ♦LIMITED WELL : MAWARAH - 2 FIELD : KA^ARAH REFERENCE: 569035 LONG DEFINITIONS GLOBAL SRCDPF - ORIGIN OF ADJUSTMENT DATA CONADJ - CONSTANT ADJUSTMENT TO AUTOMATIC DELTA-T MINIMUM = 7.5 US/F UNFRTH - UNIFORM EARTH VELOCITY (GTRFRM) ZONE /DRIFT - USER DRIFT AT BOTTOM OF THE ZONE ADJu D Z - TYPE OF ADJUSTMENT IM THE DRIFT ZONE : 9-DELTA-T fl IN/ 1=BLOCKSHIFT A D J 'J S I " DELTA-T MINIMUM USED FOP ADJUSTMENT IN THE DRIFT ZONE LUFVEL - LAYER OPTION FLAG FOR VELOCITY: -1=NCNE; 0=UNIFORM; 1=UNI FCRM+LAYER LAYVFL - USER SUPPLIED VELOCITY DATA SAMPLED SHOT - SHOT NUMBER VDKB * VERTICAL DEPTH RELATIVE TO KB DSRD - DEPTH FROM SRD n GL - VERTICAL DEPTH RELATIVE TO GRCUND LEVEL (USER'S REFERENCE) KNEE - KNEE °LSH - BLOCK SHIFT BETWEEN SHOTS
OP KNEE DTM - VALUE OF DELTA-T MINIMUM USED COEF - DELTA-T MIN COEFFICIENT USED IN THE D p IFT ZONE D R G R - GRADIENT OF DRIFT CURVE 0 R I G OF ADJ DATA (WST) SRCDPF ?.COCOA C 0 N S SONIC ADJST (WST) CCNADJ 7.5CCOO US/F UNIFORM EARTH VELOCITY U N E R T H 2133.60 M / 3 (Z CNED PARAMETERS) (VALUE) (LIMITS) USE R DRIFT ZONE (WST) ZDRIFT 2?.COCOO M S 2443.00 - 1902.00 21.50COQ 19Q2.0U 1411.00 15.50C03 141 1.00 993.000 13 .8CC00 993.000 654.500 9.CCCC00 654.500 247.500 0 247.500 0 A D J U c mmt MODE (WST) ADJOPZ -9Q9.25U0 30479 . 7 n USE R DELTA-T MIN (WST) ADJUSZ -999.2500 US/F 30479.7 6 L A Y E R OPTION FLAG VELOC LC FV EL 1 . OO'DCDO 30479.7 n USER VELOC (WST) LAYVEL 1593.770 M / S 167.000 0 (GLOBAL PARAMETERS) (VALUE) <NEE VERTICAL vertical VERTICAL DRIFT BLOCKSHIFT DELTA-T REDUCTION equivalent NUMBER DEPTH DE°TH DEPTH AT MINIMUM FACTOR FROM FROM FROM K ME E USED USED G BLOCKSHIFT K8 SPD EL M M M WS US / F US/ F US/F 2 247.50 8 0.50 241.50 0 0 0 6.74 6. 74 3 654.50 487.50 648.50 9.00 4.32 4.32 4 993.00 326.00 9 3 ? . C C 1 3.80 1.24 1 . 24 5 141 1.00 1244.00 1495.CO 15.50 3.72 5. 72 A 1902.00 1735.00 1896.00 21 . 50 .28 .28 7 2448.00 2231.00 2442.00 22.00 CRUSADER LIMITED WELL : NAM AR AH - £ PAGE 2 COMPANY ANALYST: M. SANDERS 28-0CT-87 1 3 : 56:00 PROGRAM: GADJST 008.E08 **’*********** + *** * '* * * * * * * ■ ■ ■★********************* * SCHLUM3ERGER * Ik VELOCITY REPORT COMPANY : ■ ★CRUSADER LIMITED WELL iNAMARAH-Z FIELD : NANARAH REFERENCE: 569035 ANALYST: M . SANDERS 28-0CT-87 18:56:03 PROGRAM: GADJST 008.EOS * ♦ ic it ♦ ♦ * * ♦ ♦ ♦ ♦ ♦ ♦ ♦ ♦ SCHLUMBERGER * ♦ VELOCITY REPORT COMPAKY : CRUSADER LIMITED WELL :MMARAH-2 FIELD : HMRAH REFERENCE: 569075 LONG DEFINITIONS GLOBAL KG - ELEVATION OF THE KELLY-BUSHING ABOVE MSL OR MWL SRD - ELEVATION OF THE SEISMIC REFERENCE DATUM ABOVE MSL OR MWL EKS - ELEVATION OF KELLY BUSHING GL - ELEVATION OF USER’S REFERENCE (GENERALLY GROUND LEVEL) ABOVE U N E R T H - UNIFORM EARTH VELOCITY (GTRFPM) ZONE LOFVFL - LAYER OPTION FLAG FOR VELOCITY: -1=NONE; O=UNIFORM; 1 =u’N I F OR Mt* L A Y E R LAYVEL - USER SUPPLIED VELOCITY DATA SHOT DK? DS RD DGL SHTM ADJ 5 SHDR PEST INTV SAMPLED SHOT NUMBER MEASURED DEPTH FROM KELLY-BUSHING (USER* S REFERENCE) DFPTH FROM SRD VERTICAL DEPTH RELATIVE TO GROUND LEVEL SHOT TIME (WST) ADJUSTED SONIC TRAVEL TINE DRIFT AT SHOT OR KNEE RESIDUAL TRAVEL TIME AT KNEE INTERNAL VELOCITY/ AVERAGE (GLOBAL PARAMETERS) (VALUE) FLEV OF’ KB AB. MSL (WST) KB : 417.COO M ELEV OF SRD AB. MSL(WST) SRD : 75C.COO M C LEVATICN OF KELLY 8USHI EKB : 167.COO M ELEV OF GL AB. SRD(WST) GL : 161.COO M UNIFORM EARTH VELOCITY UNERTH : 2133.60 M/S (ZONFD PARAMETERS) (VALUE) (LIMITS) LAYER OPTION FLAG VELOC LO FVEL : 1.0D0CO0 30479.7 - 0 USER VELOC (WST) LAYVEL : 1593.770 M/S 167.000 - 0 LEVEL MEASURED VEPTICAL VERTICAL VERTICAL INTEGRATED DRIFT RESIDUAL ADJ USTED NUMBER DEPTH Dt°TH DEPTH TRAVEL ADJUSTED = = INTERVAL FROM K3 F ROM SR D FROM CL TIME SRD/GEOPH SONIC TIME SHOT TIME - RAW SON SHOT TIME - ADJ SON VELOCITY M M I'-i MS MS MS MS M/S 1 167.00 0 161.00 0 0 0 0 2 5 34 2 247.50 80.50 241 .50 32. 15 32.15 0 0 2318 3 428.00 261.00 422.00 109.94 1 10.04 3.90 -.10 26 04 4 654.50 487.50 648.50 197.29 197.03 9.26 .25 2 8 9 0 5 779.00 612.00 773.00 239.39 240.11 10.04 -.72 30 5 3 6 920.CO 753.00 914.00 285.46 286.23 11 .95 -.82
309 7 7 992.00 825.00 986.00 309.49 309.53 1 3.75 -.04 30 3 3 P 1108.00 941.00 1 102.00 348.53 347.77 15.03 .76 3 3 06 o 1279.CO 1112.00 1273.00 397.58 399.50 13.04 -1.92 33 5 5 10 1380.00 1 21 3 . C 0 1374.00 429.59 42^.60 15.37 j 1 1 1461.00 1294.00 1455.00 ■450.61 452.52 14.20 -1 .91 3 5 3 4 3 264 1 2 1548.00 1381.00 1542.00 473.62 479.13 16.62 -.55 33 3 0 1 3 1644.00 1477.00 1638.00 510.63 508.00 20.98 2.63 3 6 9 4 1 4 1 705.00 1538.00 1699.00 523.64 524.52 13.22 -.8 7 1 5 1834.00 1717.00 1878.00 572.66 572.56 21.38 .10 3726 35 02 1 6 1932.00 1765.00 1926.00 586.66 536.26 21 .92 .40 3750 1 7 1996.00 1829.00 1990.00 601.67 603.29 19.97 -1 .62 38 0 2 1? 2100.00 1933.00 2094.00 623.68 630.64 19.72 -1.96 41 87 19 2191.00 2024.00 2185.CC 549.68 652.33 19.07 -2.69 20 2213.00 2046.00 2207.00 654.69 658.04 13.43 -3.35 3 8 3 5 21 2234.80 2067.80 2228.80 661.69 6&3.03 20.46 -1.35 4 3 6 4 42 5 0 22 2303.80 2136.80 2297.80 580.69 679.27 23.29 1 .42 3760 23 2392.90 2225.90 2336.90 704.70 702.97 23.67 1.73 5 7 04 24 2448.00 2231.00 2442.00 712.70 712.63 2 2.08 .07 LEVEL NUMBER ME A SURED DEPTH FROM KB M VERTICAL DEPTH FROM SRD w VERTICAL DEPTH FROM GL VERTICAL TRAVEL TIME SRD/C-EOPH MS INTEGRATED ADJ USTED SONIC TIME MS DR IFT SHOT TIME - RAW SON MS RESIDUAL SHOT TIME - ADJ SON MS ADJ USTED INTERVAL VELOCITY rl / S A * * * X**”**«*********'***t* * * SCHLUMBERGER * * ******************** TIME CONVERTED VELOCITY REPORT COMPANY : CRUSADER LIMITED WELL : hAMARAH - 2 FIELD : KAMARAH REFERENCE: 569035 * * * * * * t+****»i*****W»*X*** * ♦ SCHLUMBERGER * * ********************* TIME CONVERTED VELOCITY REPORT COMPANY : CRUSADER LIMITED WELL : NAMARAH - 2 FI ELD : NAMARAH REFERENCE: 569035 LONG DEFINITIONS k-L SRD GL UNER TH - U N F D E N - OR MWL ABOVE MSL OR MWL GROUND LEVEL) ABOVE SR5 GLOBAL ELEVATION OF THE K c L L Y - ° U S H I N G ABOVE MSL ELEVATION OF the SEISMIC REFERENCE DATUM ELEVATION OF USER’S REFERENCE (GENERALLY UNIFORM EARTH VELOCITY (GTRFRM) UNIFORM DENSITY VALUE MATRIX MVODIS - MOVE-OUT DISTANCE FROM POREHOLE ZONE LOFVEL - LAYER OPTION FLAG FOR VELOCITY: -1=KOME; u=UNIFORM; 1=UN I F0RM+LAYER LAYVFL - USER SUPPLIED VELOCITY DATA LOFO^N - LAYER OPTION FLAG FOR DENSITY : -1=NONE; 0=UNIFORM; 1 = U N I F 0 R M < l A Y E R LAYDEN - USER SUPPLIED DENSITY DATA SAMPLED TWCT - ■TWO WAY TRAVEL TIME (RELATIVE TO THE SEISMIC REFERENCE DKB - MEASURED DEPTH FROM KELLY-8USHIMG 9SRD - DEPTH FROM SRD AVGV - AVERAGE SEISMIC VELOCITY RMSV - RCOT MEAN SQUARE VELOCITY (SEISMIC) MVCT - NORMAL MOVE-OUT MVOT - NORMAL MOVE-OUT MVCT - NORMAL MOVE-OUT INTV - INTERNAL VELOCITY/ AVERAGE ELEV OF KB AP. MSL (WST) KB : 417.COO M ELEV OF SRD AS. MSL(WST) SRD : 250 .COO Ml ELFV OF GL AB. S R D ( W S T ) GL : 161.COO Ml UNIFORM EARTH V ELOCITY UNERTH : 2133.60 M/S UNIFORM DENSITY VALUE U iN F D E N : 2.3CC00 G/C3 (GLOBAL PARAMETERS) (VALUE ) (MATRIX PARAMETERS) MVOUT DIST M 100G.0 1 500. 0 2000.0 (ZONED PARAMETERS) (VALUE) (LIMITS) LAYt* OPT I ON FLAG VELOC LC FVEL : 1.CCCCOC 3CU7 ?. 7 '.I S E R VELOC (W ST) L A Y V E L : 1 593.770 M/S 167.JOO LAYER OPTION FLAG DENS L 0 F D E N :-1 .ccccoo 30479.7 USER SUPPLIED DENSITY DA LAYDEN :-999.2500 G/C3 30479.7 C 0 M ° A N Y : CRUSADER LIMITED hcLL : NA MARAH - 2 PAGE TWO-hAY MEASURED VERTICAL AVERAGE RMS FIRST SECOND TH I RD INTERVAL TRAVEL DEPTH DEPTH VELOCITY V ELOC IT Y NOR MAL NOR MAL NORMAL VELOCITY T I
E FROS RD M S FROM KP M FROM SRD M SRD/GEO IV S M/S MOVEOUT MS MOVEOUT MS MOVEOUT MS M/S 0 2.CO 167.00 169.50 0 2.50 2 504 2504 397.40 597.10 796.80 1 594 2504 4.00 172.01 5.01 2 504 2 504 395.42 595.1 1 794.81 2504 6,CO 174.51 7.51 25C4 2 504 393.44 593.13 792.82 2 50 4 8.00 177.02 10.02 25C4 2 504 391.43 591 .15 790.84 2504 10.00 179.52 12.52 25C4 2 504 389.52 589.18 788.86 2 504 12.CO 182.02 15.02 25C4 2 504 387.53 587.22 786.89 2504 14.CO 134.53 17.53 25C4 2 504 385.64 585.26 734.92 2 504 1 6.00 187.03 20.03 2 504 2 504 383.72 583.31 782.96 2504 1 8. 0 0 189.53 22.53 2 504 2 504 381.80 531 .37 731 .90 2504 20.00 192.04 25.04 2 504 2 504 379.90 579.43 779.05 2504 22.CO 194.54 27. 54 2504 2504 378.00 577.50 777.10 2504 2 4.00 197.05 30.05 2 5 04 2 504 376.12 575.58 775.16 2504 26.00 199.55 32.55 2 504 2 504 374.24 573.66 773.22 2504 23.00 202.05 35.05 2504 2 504 372.38 571 .75 771 .29 2504 SC.00 204.56 37.56 2 504 2504 370.52 569.85 769.35 2504 S 2 . C 0 207.06 40.06 2 504 2 504 368.68 567.95 767.44 2 504 34.00 209.56 42.56 2 504 2 504 366.84 566.05 765.52 2504 36.00 212.07 45.07 2 504 2 504 365.02 564.18 763.61 2504 3°.00 214.57 47.57 2 504 2504 363.20 562.30 761 .70 2504 40.00 217.08 50.08 2 504 250a 361.40 560.43 759.80 2504 42.00 219.53 52.53 2 504 2 504 359.60 558.57 757.90 2 504 44.00 222.08 55.08 25G4 2 504 357.81 556.71 756.01 2504 46 .CO 224.59 57.59 2 504 2 504 356.04 554.86 754.12 2504 TV.'O-uaY MEAS'JR p D VERTI CAL AVERAGE RMS TRAVEL DEPTH DEPTH VELOCITY V ELOCITY TIME F ROM FROM SRD/GtO FROM SRO KP SRD MS M M/S M/S 4 2.00 227.09 60.09 2 504 2 504 5C.CC 229.59 62.59 25C4 2 504 52.00 232.13 65.10 25C4 2504 54.00 234.60 67.60 25C4 2 504 56.CO 237.11 70.11 25C4 2 504 5 3. CO 239.61 72.61 25C4 2594 6C.C0 242.11 75.11 25C4 2 504 52.00 244.62 77.62 2504 2 504 6 4. CO 247.12 30.12 25C4 2504 66.00 249.44 32.44 2498 2498 68.00 251 .76 84.76 2493 2493 7C.C0 253.99 86.99 2485 2486 7 2.00 256.18 89.18 2477 2473 7 4.00 258.40 91 .40 2470 2472 76.00 2 oO.8 6 93.86 2470 247 2 73.00 263.15 96.15 2465 2467 SC. 00 2 6 5.44 98.44 2461 2 463 32.00 267.67 100.67 2455 245 7 34 .CO 269.89 102.89 2450 245 2 66.00 272.47 105.47 2453 245 5 S° .CO 274.84 107.84 245 1 2 453 9C.C0 277.43 110.43 2454 2456 92.CO 279.72 112.72 2450 2 45 3 94.00 231.96 114.96 2446 2443 FIRST NORMAL HOVEOUT SECOND NORM A L HOVE OUT TH I RD NOR MAL fiOVEOUT MS MS MS 354.27 553.02 752.24 352.52 551.13 750.36 350.77 549.35 748.49 349.03 547.53 746.62 347.31 545.71 744.76 345.59 543.90 742.90 343.83 542.10 741 .05 342,18 540.30 739.20 340.49 538.51 737.36 339.6b 538.00 737.22 333.78 537.41 736.99 338.27 537.39 737.49 337,37 537.51 738.20 337.26 537.31 738.47 335.67 535.64 736.76 334.80 535.03 736.48 333.85 534.30 736.02 333.13 533.91 736.02 332.41 533.52 736.02 330.29 530.99 733.15 329 .C3 529.75 732.01 326.97 527.30 729.24 325.97 526.46 728.62 325.11 525.81 723.25 INTERVAL VELOCITY M/S 2 504 2504 2 504 2504 2504 2 504 2 504 2 504 2504 232 1 232 3 222 5 2187 2229 2460 2282 2296 222 7 2218 2583 2363 258 5 2289 2244 T U 0 - U A Y MEASURED VERTICAL AVERAGE RM S FIRST SECOND THIRD INTERVAL TRAVEL DEPTH DEPTH VELOCITY VELOCITY NORMAL MORTAL NORMAL VELOCITY TIME FROM SRD MS FRO M KO M FROM SPD M SRD/GEO M/ S M/ S MOVEOUT MS MOVEOUT MS MOVEOUT MS M / S 9 6 . C 0 254.19 117.19 2441 2444 324.23 525.21 727.94 2228 98.CO 236.40 1 19.40 2437 2440 323.47 524.63 727.66 221 4 1CC.CC 283.61 121.61 243 2 2435 322.64 524.03 727.35 2213 102.00 290.83 123.33 2428 2431 321.80 523.33 726.98 2215 1 ua.oo 293.04 1 26.04 2424 2427 320.95 522.72 726.58
221 1 1 06 .CO 295.26 128.26 2420 2 423 320.Oo 522.00 726.1 0 2220 10?.CO 297.52 130.52 2417 2420 319.03 521 .07 725.33 226 3 11c .co 299.83 132.83 2415 241 8 317.87 519 .91 724.26 2310 1 1 2 .-CO 302.11 135.11 2413 241 6 316.81 513.90 723.38 2273 1 1 A .00 304.35 137.35 2410 2413 315.82 518.00 722.65 2242 116.CO 306.56 139.56 2406 2410 314.90 517.20 722.05 2213 1 1?.00 308.73 141.78 2403 2407 313.97 516.38 721 .41 221 5 120.00 311.07 144.C7 2401 2405 312.82 515.21 720.31 2296 122.CO 313-36 146.36 2399 2 403 311.69 514.08 719.25 228 5 1 2A.CC 315.61 148.61 2397 2400 310.65 513.07 718.36 2252 1 26.00 317.77 150.77 2393 2397 309.84 512.41 717.92 2155 1 2? .CO 319.97 152.97 2390 2394 308.90 511.54 717.21 2206 130.CO 322.19 155.19 23 88 2391 307.92 510.59 716.39 2223 1 32.CO 324.44 157.44 23.85 2389 306.83 509.55 71 5.45 2243 134.CO 3 26..8 5 159.85 2386 2390 305.42 507.87 713.63 241 5 136. GO 329.26 162.26 2386 2390 303.97 506.21 711 .83 241 3 138.00 331.71 164.71 2387 23°1 302.45 504.41 709.86 2449 14C.ro 334.24 167.24 2389 2393 300.76 502.35 707.52 252 2 14?.CO 336.74 169.74 2391 2304 299.13 500.37 705.23 2507 COMPANY : CRUSADER LIMITED UELL : N A ri A r< A H - 2 PAGE T W J - W A Y W EASUR C D VERTICAL AVERAGE RMS FIRST SECOND third INTERVAL T PAVEL D EPT H DEPTH VELOCITY VELOCITY NORMAL NORMAL NORMAL VELOCITY T I *E FROM S P D MS FROM KO M FROM SRD M SRD/GEO M/S M/ S MOVEOIJT MS M 0 V E 0 U T MS MOVEOIJT MS M/S 1 4 A . 0 0 339.18 172.18 239 1 2 395 297.63 498.66 703.42 2437 146.00 341.82 174.82 2395 2399 295.75 496.20 700.53 2645 2328 148.00 344.15 177.15 2394 2 39 3 294.57 494.90 699.20 150.00 346.47 179.47 2393 2 397 293.40 493.62 697.90 2320 2271 2278 1 52 .00 348.74 181.74 2391 2 395 292.35 492.50 696.81 154.00 351.02 184.02 2390 2393 291 .23 491.35 695.63 156.CO 353.30 186.3C 2388 2392 290.21 490.19 694.53 2280 2324 2298 155.00 355.63 188.62 2388 2391 289.05 438.89 693.19 160.00 357.92 190.92 2387 2 390 287.95 48 7.67 691 .96 102 .CO 363.27 193.27 2386 2 390 286.75 436.30 690.52 2347 1 4.0 0 362.55 195.55 2385 2383 285.63 435.12 689.33 228 □5 166.00 364.79 197.79 2383 2337 284.70 484 .C7 688.31 2239 16?.CO 367.01 200.01 2381 2 385 233.7> 433.08 637.36 2220 170.CO 369.29 202.29 2380 2 38 3 232.70 481 .91 686.1 3 2279 172.00 371.55 204.55 2378 2 38 2 281.69 430..81 685.09 225 3 174. CO 373.80 206.80 237 7 2 380 280.69 479.71 634.00 225 2 176.00 376.05 209.05 2376 2379 279.69 473.59 682.88 2256 1 7 ? . C 0 378.34 211.34 2375 2378 278.62 477.38 681.63 2292 130.30 380.61 213.61 2373 2377 277.61 476.25 680. A3 2262 1 82.CO 382.85 215.85 2 37 2 2375 276.62 475.15 679.38 2248 184.CO 335.25 218.25 2372 2 376 275.33 473.64 677.71 2400 186.00 337.65 220.65 2 373 2376 274,16 472.16 676.08 2391 1 33.CO 390.09 223.09 2373 2377 272.8.5 470.55 674.26 2443 19C.C0 392.61 225.61 2375 2 37 8 271 .42 468.72 672.17 25 20 C 0 M p A Y : CRUSADER LIMITED WELL ; N A H A K A H - 2 PAGE T W 0 - W 4 Y MEASURED vertical AVERAGE RM S FIRST SECOND THIRD INTERVAL TRAVEL D EPTH DEPTH VELOCITY VELOCITY NOR MAL N 0 R K A L NOR MAL VELOCITY TIME FRO* S R D bi $ F R 0 M KA M F ROM SR D M SRD/GEO M/S M/S MOVEOUT MS MOVEOUT M S MOVEOUT MS M/S 192.00 394.90 227.90 2374 2 377 270.33 467.52 670.90 2295 19 A. 00 397.25 230.26 2374 2377 269.26 466.16 669.43 2354 196.00 399.65 232.65 2374 2377 263.07 464.71 667.82 2394 198.CO 401.99 234.99 2374 2377 266.98 453.40 666.41 2339 20C.CC 404.63 237.43 2374 2373 265.73 461.85 664.66 2438 232.00 406.22 239.82 2374 2 378 264.57 460 .A1 663.07 2394 204 .CO 409.14 242.14 2374 2377 263.53 459.17 661 .73 231
9 206.00 411.55 244.55 2374 2 377 262.35 457.70 660.09 241 1 208.00 413.99 246.99 2375 2373 261.15 4 5 6.1 8 658.37 2436 210.00 416.22 249.22 2374 2377 260.25 455.16 657.32 2229 212.00 413.44 251.44 2372 2375 259.37 454.15 656.29 2222 2U.00 420.75 253.75 2 37 2 2 375 253.37 452.93 654.99 231 2 216 .00 423.18 256.13 2372 2375 257.20 451 .46 653.32 2424 212 .00 425.52 258.52 2372 2375 256.17 450.19 651.93 234 1 220.00 427.91 260.91 2 372 2375 255.07 443.3-0 650.37 2393 222.00 430.22 263.22 2371 2 374 254.09 447.61 649.09 2308 226.00 432.64 265.64 2372 2375 252.95 446.13 647.46 2418 226 .CO 435.17 268.17 2373 2376 251.68 444.49 645.49 253 2 222.00 437.75 270.75 2375 2378 250.33 4 <4 2.6 9 643.36 2 584 230.00 440.53 273.53 2378 2 382 248.72 440.45 640.62 2772 232.00 443. C9 276.09 2380 2 38 3 247.43 A33.74 638.60 2 564 236.00 445.90 278.90 2384 2387 245.79 436.44 635.73 281 4 236.00 448.48 281 .43 2385 2 389 244.52 434.74 633.77 257 2 2550 238.CO 451.03 234.G3 2387 2390 243.29 433.11 631.84 T M-WA Y MEASURED veptical AVE PA 0 E RMS FIRST SECOND THIRD INTERVAL TRAVEL DEPTH DEPTH VELOCITY VELOC ITY NOR MAL NORMAL NOR MAL VELOCITY time FROM FROM SRD/GEO MOVEOUT MOVEOUT MOVEOUT FROM S R D KB SRD MS M M M/S M/ S MS MS MS M/S 25 5 7 24^.00 453.58 286.53 2 3 8 S 2 392 242.06 431 .47 629.91 25 8 9 242,00 456.17 289.1 7 2390 2 394 240.81 429.77 627.90 2975 244.00 459.15 292.15 23^5 2399 239.01 427.19 624.67 2 75 8 246.00 461.90 294.90 2 398 2402 237.56 425.16 622.19 24 7 J 248.00 464.37 -297.37 2398 2 403 236.49 423.77 620.57 2637 2553 25C.CC 467.01 300.01 24C0 2405 235.23 422.03 618.49 252.CO 469.57 302.57 24C1 2406 234.07 420.43 616.66 2607 254.00 472.13 305.18 2 4C3 2 4 0 8 232 . 87 418.83 614.69 2 540 2 56 . CO 474.72 307.72 24C4 2409 231 .76 417.34 61 2 .93 24 8 9 25? .00 477.21 310.21 2405 2 409 230.72 415.95 611 .31 268 3 2cC.00 479.89 312 .89 24C7 241 1 229.45 414.13 609.16 3394 2 6 2.00 433.29 316.29 2414 242 1 227.21 410.81 604.82 25 2 1 2456 2462 264.C0 485.81 318.81 2415 2421 226.17 409.41 603.17 266.00 483.27 321.27 2416 242 2 225.21 408.14 601 .70 26?. CC 490.73 323.73 2 416 242 2 224.26 406.36 600.21 2530 27C-OO 493.26 326.26 241 7 2 423 223.23 405.46 598.57 2 59 6 7 72.00 495.85 328.85 24 1 S 2424 222.14 403.96 596.77 274.CO 499.23 332.23 2 4 2 5 2 43 2 220.07 400.83 592.72 3 3 7 6 25S 2 276.00 501.78 334.78 24 26 2 43 3 219.06 399.44 591 ,07 2 78.00 504.33 337.33 24 27 2 434 218.06 398.07 5 8 Q . 4 4 2 5 4 7 2 5 5 3 280.00 5G6.89 339.89 24 2 8 2435 217.Co 396.68 587.SC 2 5 06 2 3 2 . C 0 509.39 342.39 2428 2435 216.12 395.40 536.28 252 5 284.00 511 .92 344.92 24 29 2436 215.16 394.08 584.73 24 8 8 286.CC 514.40 347.40 24 29 2 436 214.75 392.84 533.27 company : CRUSADER LIMITED WELL : NAMARAH - 2 PAGE TWO-WAY MEASURED VERTICAL AVERAGE RMS FIRST SECOND TH I RD INTERVAL TRAVEL Tire FROM S R D DEPTH FROM KB DEPTH FROM SR D VELOCITY SPD/GEC VELOC I TY NOR MAL MOVEOUT NORMAL MOVEOUT NORMAL MOVEOUT VELOCITY MS M M M/S M/ S MS MS MS M/S 2770 ?38. CO 517.13 350.18 2432 243? 213.0o 391.11 581.13 2771 290.00 519.95 352.95 2434 2 441 211 .87 389.40 579.02 3210 292.00 523.16 356.16 24 3? 2447 210.20 386.83 575.77 2647 294.00 525.81 358.81 244 1 2449 209.17 385.42 574.00 265 1 296.00 528.46 361 .46 244 2 2450 203.15 383.97 572.23 2 736 293.00 531.20 364.20 2444 2 45 2 207.C6 382.39 570.28 272 4 ’00.00 533.92 366.92 244 6 2 454 205.93 380.84 568.37 2701 302.00 536.62 369.62 24 4 3 2 456 204.94 379.34 566.53 2727 ’04.CO 539.35 372.35 2450 245 8 203.89 377.81 564.65 2538 2480 306.CO 541.89 374.89 24 50 2458
203.02 376.59 563.18 308.90 544.37 377.37 24 5 0 245? 202.20 375.45 561 .85 2680 310.00 547.05 380.05 245 2 2460 201.22 374.03 560.10 2591 312 .CO 549.64 382.64 2 4 5 3 2461 200.32 372.75 558.54 2659 3 1 4.00 552.30 385.30 2454 2462 199.37 371.37 556.86 2690 316 .00 554.99 387.99 24 56 2464 198.40 369.96 55 5 . 1 2 245 7 3 1 8 . C 0 557.44 390.44 2456 2464 197.63 368.89 553.86 249 2 3 20 .CO 559.94 392.94 2456 2 4 6 4 196.84 367.78 552.53 2 5 5 9 322.00 562.50 395.50 24 5 6 2 46^ 196.01 366.58 551.09 2727 324.00 565.22 398.22 24 5 3 2460 195.03 3o5.15 549.30 2546 249 1 32* .00 567.77 400.77 24 5 9 246? 194.22 363.98 547.8? 32?. 00 570.26 403.26 2459 2467 193.4 O 362.90 546.60 248 4 330.00 572.74 405.74 24 5 9 2467 192.70 36 1 .82 545.32 2 57 1 2464 332.00 575.31 408.31 2 4 6 0 2463 191.8? 360.64 543.83 334.00 577.78 410.78 24*0 2 46 3 91.16 359.61 542.65 COMPANY : CRUSADER LIMITED WELL : NANA RAH - 2 PAGE TWO-WAY MEA SURFE> VERTICAL AVERAGE RMS FIRST SECOND THIRD INTERVAL TRAVEL T I M E FROM SRD DEPTH F ROM K5 DEPTH F ROM SRD VELOCITY S R D 7 G E C VELOC ITY NOR MAL MCVEOUT NORMAL MOVEOUT NORMAL MOVEOUT VELOCITY NS M M M 7 S M/ S MS M S MS M/S 252 7 3 36 .CO 580.31 413.31 2 4 60 2463 190.39 358.50 541.30 2 5 9 6 338.CO 582.9G 415.90 24 61 2469 139.57 357.30 539.83 259 3 34C .00 585.49 418.49 2462 2469 188.76 356.11 538.38 2 50 7 34?.CO 588.00 421 .90 246 2 2470 188.C2 355.04 537.09 2588 344.00 590.59 423.59 2 463 2470 137.23 353.88 535.65 25 2 8 346.00 593.12 4 26.1 2 2 46 3 2471 1 86.48 352.79 534.34 255 3 348 . CO 595.63 428.68 2464 247 1 135.72 351.63 532.97 2 5 7 2 35C.0D 598.25 431.25 2464 2472 134.95 350.55 531.59 2 54 3 352.00 600.79 433.79 2465 2 47 2 184.21 349.46 530.26 2544 3 54 .CO 603.34 436.34 2465 2473 183.48 348.38 528.94 2 56 2 356.CO 605.90 438.9C 2466 2 473 182.73 347.28 527.59 2571 2 5 7 6 3 5? .00 608.47 441.47 2466 2474 181.99 346.13 526.23 360.00 611.04 444.04 2467 2 474 131.25 345.07 524.87 25 6 5 362.CO 613.61 446,61 2467 2475 189.52 343.99 523.53 2569 364.00 616.18 449.18 2468 2475 179.79 342.91 522.19 2 5 3 7 2 5 3 7 2547 366.00 618.72 451 .72 2468 2476 179.C9 341 .87 520.91 3o8.CD 621.25 454.25 24 69 2476 178.39 340.83 519.64 370.00 623.80 456.80 2469 2 476 177.69 339.79 518.35 26 4 0 372.00 626.44 459.44 2 4 7 3 2477 176.94 338.65 516.92 268 9 374.00 629.13 462.13 2471 2473 176.15 337.45 515.41 2573 376.00 631.71 464.71 2472 2479 175.45 336.39 514.09 2509 378.00 634.31 467.31 2 4 7 3 2 4 80 174.74 335.31 512.75 2501 38C.C0 636.81 469.81 2 473 2 480 174.10 334.35 511 .57 2 5 8 9 382 .CO 639.40 472.40 2 4 73 2 480 73.40 ■333.30 510.25 k.,.. C 0 M 0 A t. Y : CRUSADER LIMITED \nELL • MAMA RAH - p PAGE T'a'O-VjAY MEASURED VERTICAL AVEPAGE RMS FIRST SECOND THIRD interval TRAVEL DEPTH DEPTH VELOC I TY VELOCITY NORMAL NORMAL NOR MAL VELOCITY T I v t FROM S R D M S FROM KO M FROM SR D M SPD/GEO 0 / S M / S MCVEOUT M S MOVEOUT MS HOVEOU T MS M/S 336.00 641.86 474.86 2 4 7 3 2 48 0 172.79 332.39 509.14 2459 386.00 644.28 477.28 2473 2 48 0 172.20 331.52 508.08 242 7 338.00 646.78 479.78 2 4 7 5 2 4 80 171 . 5 8 330.58 506.92 2 49 4 390.00 649.38 482.33 2474 2481 170.89 329.53 505.60 2603 392.00 651.93 484.93 2A74 2 48 1 170.24 328.55 504.37 2 5 50 396.00 654.42 487.42 2474 2431 169.64 327.63 503.24 2486 796.00 657.37 490.37 2477 2 4 8 4 168.73 326.19 501 .35 29 5 7 3 9 8 . C 0 660.42 493.42 2479 2487 167.78 324.65 499.33 3044 600.00 663.26 496.26 2481 2 4 8 9 166.97 323.37 497.67 2 34 1 602.00 666.17 499.17 2483 2491 166.12 322.02 495.90 291 4 606 .CO 668.93 501.92 24^5 2492 165.33 320.86 494.41 2 7 5 1
606.00 671.57 504.57 2 4 8 5 2493 164.72 319.82 493.09 254 4 608.00 674.22 507.22 2485 2494 164.05 318.7g 491 .76 2653 61C.CO 677.12 510.1 2 2 4 *8 2 49 6 163.24 317.49 490.07 239 3 612.00 679.79 512.79 24 89 2497 162.5? 316.44 488.73 2670 616.00 682.70 515.70 249 1 2499 161.77 315.14 487.02 291 4 616.00 685.41 518.41 249 2 2500 161.09 314.08 485.65 270 5 618.00 688.10 521.10 ? 4 0 3 2 501 160.43 31 3 .03 484.30 2o95 620.00 691.17 524.17 2 496 2 504 159.55 311.59 482.39 30 6 6 622.00 694.08 5 2 7.0 8 24^8 2 505 158.77 310.33 430.73 2 911) 626.00 696.72 529.72 249 9 2 507 157.15 309.35 479.48 264 7 426.00 699.37 532.37 2499 2 5 p 3 157.54 308.38 473.23 2 6 4 6 428.03 702.19 535.19 2 501 2 50 9 156.83 307.24 476.73 23 24 430.GC 704.93 537.93 2 5 0 2 7 510 156.17 306.19 475.37 273 ? TWO-WAY MEASURED VERTICAL AVERAGE R M S TRAVEL DEPTH D EPTH VELOCITY VELOCITY TIME F ROM FROM SRD/GFO FROM S R D KA SPD MS M M M/ S M/S 432.00 707.60 540.60 2503 251 1 434.00 710.31 543.31 2 504 2512 436.CO 713.36 546.36 2506 251 5 438.00 716.29 549.29 2 5 08 251 7 440.00 718.80 551 .80 2508 251 7 44 2 .CO 721.56 554.56 2 509 2518 444.00 7 2 4.4 0 557.40 2511 2519 446.00 727.50 560.50 251 3 252 2 448.00 730.92 563.92 251 7 2 5 2 7 450 .CO 734.01 567.01 2 5 2 0 2 530 452.00 737.10 5 70.1 0 25 23 2 53 3 454.00 740.08 573.08 2 5 2 5 2 535 456.00 742.98 575.98 2 5 26 2 536 458.00 745.93 578.93 2528 2538 460.00 748.85 581.85 2 5 30 2 540 46 2 .00 751.70 584.70 25 31 254 2 464.00 754.47 537.47 2 5 3 2 2 54 3 466.00 757.27 590.27 2 5 3 3 2 544 46^.00 760.17 593.17 2 5 3 5 2 545 470.00 763.03 596.08 2 5 3 7 2 54 7 472.00 766.09 599.09 2 5 33 2 549 A74.00 769.18 602.13 2 5 4 1 2 5 5 2 4 76 .CO 772.48 605.43 2 5 4 4 2 5 5 5 4 7 ° . 0 775.54 608.54 25 46 2 5 5 8 FIRST NOR ■MAL MOVEOUT MS 155.56 154.93 154.11 153.38 152.86 152.23 151.55 150.74 149.75 148.96 148.18 147.47 146.81 146.12 145.46 144.84 144.26 143.67 143.04 142.41 141.74 141.03 140.22 130.54 SECOND NORMAL MOVEOUT MS 335.21 334.20 302.85 301.65 300.83 299.81 298.71 297.36 295.68 293.06 291 .88 290.77 239.64 238.54 237.51 286.56 235.59 234.53 283.48 232.34 281 .14 279.75 278.60 THIRD NOR MAL MOVEOUT MS 474.11 472.80 471 .00 469.40 468.37 467.02 465.57 463.76 461.45 459.68 457.93 456.34 454.87 453.36 451.83 450.52 449.26 447.97 446.55 445.14 443.61 441 .97 440.07 433.49 INTERVAL VELOCITY M / S 2667 271 1 3 292 7 251 5 2 756 2842 3095 3420 3091 30 8 7 2984 2904 294 7 29 2 1 234 6 77 1 2301 2901 2903 3003 095 329 7 5 COMPANY : C RUSADER LIMITED «ELL ; N A M A R A H - 2 PAGE T '.-’O-WAY MEA SURED VERTI CAL AVERAGE R « S FIRST SECOND THIRD INTERVAL TRAVEL DEPTH DEPTH VELCCIU VELOCITY NOR MAL NORMAL NOR MAL V ELOCIT Y T 1ME FROM SRD MS FROM KO M F ROM SRD M S R D / G E 0 M/S 11/ S MOVEOUT MS M 0 V E 0 U T MS MOVEOUT MS M/S 48C.OO 778.63 611 .63 254 8 2560 138.85 277.43 436.91 3083 29 5 2 482.00 781.58 614.58 2 5 50 2 562 138.24 276.39 435.50 4 34.CO 784.42 617.42 2 5 5 1 256 3 137.63 275.45 434.24 2839 636.00 787.42 620.42 2 5 5 3 2 565 137.05 274.39 432.79 299 7 438.00 790.18 623.18 2 5 54 2 5 6 6 136.53 273.52 431.64 2760 490.00 793.13 626.18 2 5 56 2 5 6 3 135.92 272.47 430.21 3002 497.00 796.11 629.11 25 5 7 2569 135.33 271.48 428.87 2 9 2 9 496.00 799.18 632.18 2 5 59 2 57 2 134.70 270.39 427.38 3068 496.00 802.16 635.16 2 5 6 1 2 573 134.11 259.38 426.00 2 97 3 498.CO 805.31 638.31 2 5 6 3 2 576 133.44 268.23 424.42 3156 500.00 808.47 641 .47 2566 2 578 132.73 267.09 422.84 315 6 502.00 811 .61 644.61 2 563 2 581 132.13 265.97 421.30 3141 504.00 814.76 647.76
2 5 7 C 2 53 3 131.49 264.85 419.76 31 51 5 06 .GO 817.95 65Q.95 2 5 7 3 2586 130.83 263.71 413.18 3193 5 0 P.. 00 821.19 654.19 2 5 7 6 2 589 130.16 262.54 416.56 3234 510.00 824.28 657.28 257S 2 591 129.56 261.49 415 .1 1 3097 512 .00 827.40 660.4G 2 5 8 J 2 59 3 123.95 260.44 413.66 31 1 4 514 .00 830.41 663.41 2 5 c 1 2 59 5 128.39 259.48 412.33 3011 516 .00 833.38 666.38 ? 5 p 3 2 507 127.86 258.55 411.06 29 7 0 512.00 836.04 669.04 2 58 3 2 59 7 127.44 257.84 410.12 2 6 6 0 520.00 838.97 671 .97 2585 2 59 3 126.92 256.05 408.89 2934 522.00 841.80 674.83 25 q 5 2 59 9 126.45 256.14 4Q7.8Q 524.00 844.73 677.78 2 5*7 2601 125.93 255.23 406.53 2 9 8 3 5 26.0' 847.90 680.90 2 5 8 9 260 3 125.35 254.22 4 05.1 3 31 22 C C H F A K Y : CRUSADER LIMITED Vi ELL : NAMARAH - 2 PAGE 1 4 T W 0 - k A Y MEA SURED VERTICAL AVERAGE R^S FIRST SECOND THIRD INTERVAL TRAVEL 0 EPTH DEPTH VELUCITY VELOCITY NOR MAC NORMAL NORMAL VELOCIT Y time FROM F ROM SRD/GEO MOVEOUT MOVEOUT MOVEOUT FROM SRD KO SRD M 5 M M M / S M/3 MS MS MS M/S 3134 528.00 851.04 634.04 2591 2 605 124.78 253.20 403.72 3125 530.00 854.16 687.16 2 5 6 3 2607 124.21 252.21 402.34 305 5 532.00 857.22 690.22 2595 2 60 9 123.67 251 .27 401.03 3173 534.CO 860.39 693.39 25 c 7 261 2 123.10 250.25 399.61 3279 536.00 863.67 696.67 26 00 261 4 122.48 249.16 398.03 3239 538.00 866.91 699.91 2602 261 7 121.89 248.11 396.61 3123 54.0.00 870.05 7G3.03 26C4 2619 121.35 247.16 395.28 3165 542.00 873.19 706.19 2606 2 621 12O.8u 246.18 393.90 3123 544.00 876.32 709.32 26^8 2623 120.26 245.23 392.58 292 6 546.00 879.25 712.25 260° 2 62 4 119.81 244.43 391.47 30 2 6 5 48 .CO 882.28 715.23 2o10 2626 119.32 243.56 390.26 2986 550.00 835.26 718.26 2612 262 7 118.84 242.73 389.10 2929 552.03 888.19 721.19 2613 2 62 9 118.40 241 .94 388.00 2999 554.00 891.19 724.19 2614 2630 117.93 241.11 386.85 2892 556.00 894.08 727.03 2615 2631 117.50 240.35 335.79 558.00 897.22 730.22 2617 263 3 116.99 239.44 384.52 3042 560.00 900.26 733.26 2619 2635 116.51 238.60 383.34 562.CO 903.45 736.45 26 21 263 7 115.99 237.67 382.02 51^1 3 2 3 0 564.00 906.68 739.68 2 6 2 3 2 63 9 115.46 236.71 330.67 566.90 910.01 743.01 2 62 5 2642 114.91 235.71 379.24 5 5 c 6 568.00 913.15 746.15 26 2 7 2644 114.4? 234.82 377.99 5 14 3 309 4 570.00 916.25 749.25 26 29 2 64 6 113.95 233.98 376.80 295 3 572.00 919.20 752.20 26 30 2647 113.52 233.23 375.74 261 5 574.01 921.81 754.81 26 7 0 2647 *13.20 232.67 374.93 COMPANY : CRUSADER LIMITED WELL ; N A M A R A H _ *6 4. PAGE TWO-WAY MEASURED VERTICAL AVERAGE RM S FIRST SECOND THIRD INTERVAL TRAVEL DEPTH DEPTH VELOCITY VELOCITY NORMAL NORMAL NOR MAL VELOCITY TJme FROM SRD MS FROM K3 M FRO M SP D M SRD/GEO M/S M/S MOVEOUT MS MOVEOUT MS MOVEOUT MS M/S 576.00 924.46 757.46 2630 2647 112.87 232.09 374.19 264 4 578.00 927.35 760.35 2631 2647 112.48 231.39 373.21 2889 530.00 930.27 763.27 263 2 2 642 112.03 230.67 372.20 291 7 3013 582.00 933.2-8 766.28 2633 2650 111 .65 229.90 371.12 584 .CO 936.39 769.39 2635 265 1 111.20 229.08 369.95 31 1 2 586.00 939.64 772.64 26 37 265 4 110.70 223.1 3 368.67 325 1 588.00 942.89 7 7 5.8 9 2639 2 656 110.21 227.29 367.39 325 2 590.00 946.11 779.1 1 2641 2 65 8 109.74 226.43 366.16 321 3 592.00 949.25 782.25 2643 2 66 3 109.29 225.61 365.00 3142 594 .CO 952.26 785.26 2644 2661 103.83 224.88 363.96 3 014 596.CO 955.69 788.69 264 7 2 6 6 4 108.3b 223.90 362.55 3426 3105 59?.CO 958.79 791.79 2 6 4 8 2 6 6 6 107.93 223.13 361.44 600.CO 961.77 794.77 2649 266 7 107.54 222.43 360.45 2975 602.CO 964.62 797.62 2650 2667 107.19
221.79 359.56 23 5 4 604.00 967.49 800.49 2651 2 6 6 8 106.84 221.16 358.6o 2867 606.00 970.40 803.40 26 5 1 2 66 9 106.43 220.50 357.74 291 1 60? .CO 973.58 806.58 265 3 2671 106.04 219.71 356.59 3182 610. CO 977.12 810.12 26 5 6 267 4 105.50 218.71 355.14 35 3 7 612.00 980.41 813.41 2 6 5 3 2 6 76 105.05 217.86 353.91 329 5 614 .CO 933.69 816.69 2660 2678 104.60 217.03 352.72 327 3 616 .CO 986.84 819.84 2662 2 6 8 0 104.19 216.27 351 .63 3156 618 .CO 990.29 823.29 2664 2 68 3 103.69 215.36 350.29 34 4 7 620.00 993.29 826.29 2 6 6 5 268 4 103.33 214.69 349.34 3092 6 2 2.0( 995.86 8 2 8.8 6 2665 2 68 4 103.07 214.23 348.69 2571 COM”AhY : CRUSADER LIMITED UELL : NAM AR AH - 2 PAGE T W 0 - U A Y MEA S'JRED VEPTICAL AVERAGE RMS FIRST SECOND TH I RD INTERVAL TRAVEL T If* E PROM SRD DEPTH F ROM K3 DEPTH FROM SRD VELOCITY S P D / -3 F 0 VELOCITY NOR MAL MOVEOUT NOPMAL MOVEOUT MOR MAL MOVEOUT V ELOCIT Y M S M M M/S M/S M S MS MS M/S 2 74 2 624.00 998.60 831.60 2665 2684 102.77 213.69 347.94 3105 626 .CO 1001.71 834.71 2b67 2 68 5 102.39 212.98 346.91 232 3 62? .00 1004.53 837.53 26 6 7 2686 102.07 212.41 346.11 263 3 6 3C.CO 1007.16 840.16 ' 266 7 2686 101.81 211 .93 345.43 3060 632.00 1010.22 843.22 26 6 3 2 6*7 101 .44 21 1 .25 344.46 325 2 634.00 1013.48 846.48 2670 2689 101 .03 210.43 343.34 3178 636.00 1016.65 849.65 2672 2691 100.64 209.76 342.23 297 1 63?.00 1019.63 852.63 2673 2 69 2 100.30 209.13 341 .39 293 7 *40.00 1022.56 855.56 2674 269? 99.97 208.53 340.53 3066 642.00 1025.63 858.63 267 5 2694 99.62 207.37 339.58 3113 644.00 1028.74 861.74 2676 2 695 99.25 207.20 338.59 3077 646.00 1031.32 864.32 2677 2696 98.90 206.54 337.64 2907 64*.CO 1034.72 867.72 2673 2697 9 8.59 205.97 336.32 65C.OD 1038.10 871.10 2 680 2699 98.17 205.17 335.65 3 3 7 1 3041 652.00 1041.14 874.14 26 81 2 700 97.83 204.54 334.74 3063 3231 299 5 6 5 4 . C 0 1044.20 877.2C 26*3 2702 97.49 203.91 333.82 656.00 1047.43 880.43 2 53 4 2 70 3 97.11 203.20 332.78 658.00 1050.43 883.43 268 5 2 704 96.7 9 202.60 331.92 292 6 660.00 1053.35 886.35 2 58 6 2 705 96.4 9 202.04 331.11 293 6 66 2 .00 1056.29 889.29 26*7 2 706 96.19 201 .48 330.29 294 9 664.00 1059.24 892.24 26*7 2 706 95.88 200.91 329.47 312 8 666.00 1062.36 895.36 2 6*9 2 70 3 95.54 200.27 328.54 31 22 6 6 8.00 1065.49 898.49 2 6 9 0 2709 9 5.20 199.63 327.61 3115 670.00 1068.60 901 .60 2 6 G 1 2710 94.8 7 199.01 326.69 COMPANY ; CRUSADER TWO-WAY TRAVEL TIME FROM S9D M $ MEA SORED DEPTH F ROM KP M 672.00 1071.70 674.00 1074.91 676.00 1078.03 678.00 1081.00 630.00 1083.94 682.00 1086.79 684 .CO 1089.82 686.00 1092.94 688.00 1096.13 69C.C0 1099.36 692.00 1102.58 694.09 1105.66 696.00 1108.66 698.00 1111.43 700.00 1114.23 7C? .CO 1117-26 704.00 1120.20 706.00 1123.19 738.00 1126.19 710.00 1129.13 712.00 1132.13 714.00 1135.06 716.00 1138.04 7 1°. no 1141.01 LIMITED VERTICAL DEPTH F ROM SRD M A V E P A r. e VELOCITY S R D / G E 0 M/S 904.70 2 69 3 9C7.9D 2694 911 .03 2695 914.00 2696 916.94 26?7 919.79 26 Q 7 922.82 2698 925.94 2 700 929.18 2 701 932.36 2702 935.58 2 70 4 938.66 2 705 941 .66 2 7C6 944.43 2 706 947.28 2707 950.26 2 707 953.20 2703 956.19 2709 959.19 2710 962.13 271 U 965.13 2711 968.06 2712 971.04 2712 974.01 2713 WELL : NAMAR RMS VELOCITY FIRST NOR MAL MOVEOUT M/ S MS 2712 94.54 2713 94.19 271 5 93.86 271 5 93.56 271 6 93.23 271 6 93.01 271 7 92.71 2719 92.39 2720 92.05 272 2 91 .72 2723 91 .39 2 724 91 .09 272 5 9 0.80 272 5 90.56 2 726 90.31 2727 90.04 2727 89.77 2 72 8 89.50 2729 30.22 2 729 8 <8.9 6 2 73 0 88.69 273 1 88.43 2 73 1 88.17 2732 37.91 - 2 SECOND ■
NORMAL MOVE OUT THIRD NOR HAL MOVEOUT MS MS 198.39 325.79 197.73 324.81 197.11 323.90 196.55 323.10 196.02 322.32 195.52 321.59 194.95 320.76 194.35 310.88 193.70 318.91 193.07 317.99 192.44 317.06 191.87 316.21 191 .33 315.42 190.38 314.73 190.41 314.09 189.89 313.32 139.39 312.58 188.87 311.82 138.34 311.05 187.85 310.32 137.33 309.56 186.85 308.84 136.34 308.1 0 135.85 307.37 INTERVAL VELOCITY ?I/S 3095 3208 2? 2960 293 7 285 5 30 2 7 3118 ' 4 6 3179 3 2 1 5 30 8 2 300 2 2773 2848 8 1 2939 29? 3 3003 2 93 8 0 2 292 8 2981 2 ? 6 4 0 ;j| P A N Y : CRUSADER LIMITED WELL : NAMARAH - ? PAGE TV.O-^AY MEASURED VERTICAL AVERAGE R*i S FIRST SECOND THIRD INTERVAL TRAVEL T 1 M E C ROM SRD DEPTH FROM KB DEPTH F ROM SRO VELOCITY S R D / G F o VELOC ITY NOR MAL MOVEOUT NORMAL MOVEOUT NORMAL MOVEOUT VELOCITY MS M M M/S M/S MS M S MS M / S 30 4 1 72C. CO 1144.05 977.05 2714 2 733 87.64 185.33 306.60 3134 3109 722.CO 1147.18 930.13 2715 2 734 87.35 134.77 305.77 726.00 1150.29 933.29 2716 2 735 87.06 184.23 304.97 30 4 726. CO 1153.34 986.34 2717 2 73 6 86.80 133.72 304.21 3121 307 5 728.GO 1156.46 989.46 2718 2 73 7 36.52 183. 18 303.40 730.00 1159.53 992.53 2719 2738 86.24 182.66 302.63 30 7 9 732.00 1162.61 995.61 2720 2 73 9 85.98 132.14 301.86 2983 2969 734. CO 1165.60 998.60 2721 2 74 0 85.72 181.66 301.1 5 736.00 1163.56 1001.56 2722 2 74 1 85.48 181.19 300.44 3094 738.00 1171.66 1004.66 2723 2742 35. 21 180.67 299.67 3175 740 .CO 1174.83 1007.83 2 72 4 2 743 84.93 180.13 298.86 3 30 2 742.00 1178.14 1011 .14 272 5 2 74 5 84.63 179.55 297.98 3133 744.00 1131.27 1014.27 2727 2 746 84.36 179.02 297.20 335 3 746.00 1134.62 1017.62 2 7 28 2 748 84.05 178.43 296.29 3372 3417 3369 3 3 5 ? 748.00 1137.99 1020.99 2 7 30 2 749 83.74 177.82 295.33 750.00 1191.41 1024.41 2 7 3 2 275 1 83.42 177.21 294.45 752 .CO 1194.78 1027.78 2 7 3 3 2 75 3 33.12 176.61 293.55 754.00 1198.14 1031.14 273 5 2 75 5 82.82 176.03 292.67 3623 756.00 1201.76 1034.76 2737 2758 82.47 175.34 291.62 3638 758.00 1205.40 1038.40 2 7 4 0 2 760 3 2.12 174.66 290.58 3939 372 5 760 .00 1209.34 1042.34 2 7 4 3 2 764 81.71 173.85 289.35 762.00 1213.06 1046.06 2 746 2 767 31 .35 173.15 288.26 3475 764.00 1216.54 1049.54 2 74 7 2 769 81 .04 172.54 287.34 348 1 76^ .Ci 1220.02 1053.02 2 7 4 9 2771 80.74 171 .94 286.42 COMPANY : CRUSADER LIMITED kELL ! NAM A RAH - 2 PAGE T 'J 0 - W A Y MEASURED VERTICAL AVE p AGE R M S FIRST SECOND THIRD INTERVAL TRAVEL TR£ FROM 3RD D E°TH F ROM K3 DEPTH FROM SRD VELOCITY SRD/GEO VELOCITY NOR MAL MOVEOUT NORMAL MOVEOUT NOR MA L MOVEOUT VELOCITY MS M M M/S M / S M S MS MS N / S 351 7 768.00 1223.54 1056.54 27 5 1 2773 30.42 171.32 285.48 3662 770.00 1227.20 1060.20 2754 2 77 6 80.C9 170.66 234.47 35 5 7 772.00 1239.75 1063.75 2 7 56 2778 79.77 170.04 283.52 383 5 7 7 4 .00 1234.59 1067.59 2 7 5 9 2782 79.41 169.32 282.41 3857 776 .CO 1238.45 1071.45 2761 2 78 5 79.05 168.60 281 .30 3 57 4 777.90 1242.02 1075.02 2 764 2 78 7 78.74 167.93 280.36 32 9 8 780.00 1245.32 1078.32 2 765 2 789 78.43 167.47 279.59 3212 732.00 1248.53 1081.53 2 766 2790 78.23 166.99 278.86 3719 734.00 1252.25 1085.25 2768 2 793 77.90 166.34 277.85 367 4 786.00 1255.92 1088.92 2771 2 795 77. 53 165.71 276.83 358 5 788 .CO 1259.51 1092.51 2773 2793 77.23 165.12 275.97 356 1 3b32 790.00 1263.07 1096.07 277 5 2800 76.99 164.53 275.08 792.00 1266.70 1099.7C 2777 2802 76.69 163.93 274.15 3561 794.00 1270.26 1103.26 2 779 2 80 4 76.40 163.36 273.27 3494 796.00 1273.75 1106.75 2781 2 80 6 76.12 162.81 272.42
3543 798.00 1277.30 1110.30 2 7 8 3 2 808 75.84 162.25 271.56 32 2o 3219 800.CO 1280.53 11 13.53 2 7 84 2 810 75.61 161.79 270.86 202.00 1233.75 1116.75 2 7 8 5 281 1 75.38 161.34 270.18 30 7 9 804.00 1286.83 1119.83 27 9 6 231 1 75.17 160.94 269.56 2847 °06.00 1289.67 1122.67 2 73 6 281 1 75.CO 160.59 269 .04 305 3 8‘J 8.00 1292.73 1125.73 2786 2 812 74.79 160.20 268.43 324 5 710.00 1295.97 1128.97 ? 7 P 3 281 3 74.57 159.75 267.74 32°8 812.00 1299.27 1132.27 2789 2 81 4 74.33 159.28 267.03 334 1 71 4 .00 1302.61 1135.61 ?79C 2 81 6 74.09 153.81 266.30 C 0 M ° A N Y : CRUSADER LIMITED WELL : namarah - 2 PAGE TWO-WAY MEA SURED VERTICAL AVERAGE RMS FIRST SECOND THIRD INTERVAL TRAVEL TIME FROM SPD D EPTM F ROM KB DEPTH F ROM SRD VELOCITY S’D/GEO VELOC ITY NORMAL MOVEOUT NORMAL MOVEOUT MOP MAL MOVE OUT VELOCITY MS M M M/S M/ S MS MS MS M/S 3277 816 .00 1305.89 1138.89 2791 281 7 73.37 158.36 265.61 3429 818 .00 1309.32 1142.32 2793 2819 73.62 157.86 264.85 3461 3 46 3 82C.C0 1312.78 1145.73 2 79 5 232 1 73.37 157.36 264.07 32?.00 1316.24 1149.24 2 796 2 82 2 73.11 156.36 263.30 338 5 824.00 1319.63 1152.63 2798 2 3 24 72.88 156.39 262.57 332 7 ’26.00 1322.95 1 155.95 2 799 2 82 5 72.65 155.93 261 .87 3364 3363 35 30 82’.00 1326.32 1 159.32 23C0 2 32 7 22.42 155.47 261 .16 850.00 1329.63 1162.63 2802 2828 72.19 155.01 260.45 852.00 1333-21 1 166.21 2303 2 330 71 . 94 154.51 259.66 378 8 83 A.GO 1337.00 1170.OG 2806 2 833 71 . 6 5 153.92 258.76 3829 836.00 1340.83 1173.83 2 80 3 2 33 5 71 .35 153.33 257.83 361 5 858.00 1344.44 1177.44 23 1u 2 83 7 71.09 152.81 257.G2 3325 3337 RAC.GO 1347.77 1130.77 2811 2 33 9 70.33 152.33 256.35 342.CO 1351.10 1134.10 2813 2 349 70.66 151.95 255.68 3354 844.00 1354.46 1187.46 2314 2341 70.44 151.51 255.01 333 3 846.00 1357.80 1190.80 2315 2343 70.23 151.08 254.34 336 5 84’ .00 1361.16 1194.16 2816 2 344 70.01 150.65 253.67 3313 850.00 1364.48 1 197.48 2 313 2 34 5 69.80 150.23 253.02 32 89 ’52.00 1367.77 1200.77 2819 2846 69.60 149.82 252.38 3427 354.00 1371.19 1204.19 2 8 2G 2 34 8 69.33 149.37 251 .69 3505 856.00 1374.70 1207.70 2 3 2 2 2849 69.1 5 148.91 250.97 3 35 9 858.00 1378.06 1211 .06 2823 2 351 68.94 148.49 250.31 32 5 5 ’60.00 1381.31 1214.31 2824 2 35 2 6 8.74 148.10 249.71 3 2 5 4 8 6 2 .0' 1334.57 1217.57 28 2 5 2 8^3 : 68.55 147.71 ■249.10 COMPANY : CRUSADER LIMITED KELL : NAMARAH - 2 PAGE T'aO-NAY MEASURED VERTICAL AVERAGE RM S FIRST SECOND THIRD INTERVAL TRAVEL DEPTH DEPTH VELOCITY VELOCITY NORMAL NORMAL N 0 P MA L VELOCITY TIME FROM SRD NS F ROM KB M FROM SRD M SRO/GEO M/ S M/S MOVEOUT MS HOVEOUT MS MOVEOUT M$ M/S «64.00 1337.85 1220.85 23 26 2854 68.35 147.32 243.49 3280 266.00 1391.22 1224.22 2 32 7 235 5 68.15 146.90 247.84 337 7 86 s .00 1394.56 1227.56 2 3 2 8 2 85 6 67.95 146.50 247.21 3332 270.00 1 397.81 1230.81 28 29 2 857 67.76 146.12 246.62 325 3 872.CO 1401.11 1 234.1 1 2 3 31 2 35 8 67.56 145.73 246.01 3298 37^ .00 1404.73 1237.78 28 32 2 361 67.32 145.24 245.25 3672 276.00 1408.79 1 241 .79 2835 2364 67.04 144.66 244.33 4 010 878.CO 1412.33 1245.33 2 8 3 7 2365 66.82 144.21 243.63 354 3 830.00 1415.47 1248.47 233 7 2 36 6 66.65 143.87 243.10 3138 832.00 1418.55 1251.55 2838 2 86 7 66.43 143.55 242.60 3074 834.00 1422.02 1255.02 28 39 2863 66.28 143.12 241 .93 3476 886.CO 1425.71 1258.71 234 1 2370 66.04 142.65 241.1 9 3689 832.00 1429.44 1262.44 2343 2372 65.80 142.17 240.43 373 3 890 .00 1432.90 1265.90 284 5 2374 65.60 141.76 239.79 345 3 892.00 1436.63 1269.68 2 84 7 2 876 65.36 141.27 239.01 3732 894.00
1440.36 1273.36 23 4 9 2 873 65.14 140.81 238.29 3677 896.00 1443.97 1276.97 2 3 50 2 38 0 64.92 140.37 237.59 351 9 8 9 8.00 1447.61 1280.61 28 5 2 2882 64.70 139.93 236.89 3636 =00.00 1451.37 1284.37 28 54 2384 6 4.47 139.45 236.15 3 756 =02.00 1455.27 1288.27 28 5 6 2 88 7 64.22 138.95 235.34 3903 904.00 1459.01 1292.01 2 8 5 3 2 889 64.00 138.49 234.61 374 1 9 G 6 . C 0 1462.33 1295.33 23 5 9 2390 63.8 2 138.13 234.05 3313 QJ?.00 1465.94 1298.94 2 8 6 1 28 = 2 63.62 137.71 233.33 362 0 9 1 n .00 1469.54 1302.54 7 36 3 28 = 4 63.41 137.29 232.72 3596 COMPANY : CRUSADER LIMITED WELL : NAM AR AH - 2 PAGE TWO-WAY MEASURED VERTICAL AVERAGE RMS FIRST SECOND THIRD INTERVAL TRAVEL Ti w fc FROM 3RD DEPTH FROM K8 DEPTH FROM SRD VELOCITY SPD/GEO VELOCITY NORMAL MOVEOUT NOR MAL MOVEOUT NOR MA L MOVEOUT VELOCITY MS M M M/S M / S MS MS MS M/S 3 2 5 4 91 2 .OD 1472.79 1305.79 2 8 64 2 894 63.25 136.95 232.20 335 1 914 .00 1476.15 1309.15 286 5 289 6 63.07 136.60 231.64 2564 31 1 6 Q1 6 .00 1478.71 1311.71 2364 289 5 62.97 136.40 231 .33 918.00 1481.83 1 314.83 236 5 2 395 62.82 136.10 230.86 3294 920.00 1485.12 1318.12 286 5 2896 62.65 135.76 230.32 321 8 920.00 1488.34 1321.34 2 86 b 2 897 62.50 135.44 229.82 3202 926.00 1491.54 1324.54 2 367 2898 62.34 135.12 229.32 3363 926.00 1494.60 1327.60 2 86 7 2 393 62.20 134.83 228.87 327 9 928.CO 1497.88 1330.88 2868 2899 62.04 134.50 228.35 3228 930.00 1501.11 1334.11 2 3 69 2900 61 .88 134.18 227.85 3080 932.00 1504.19 1337.19 28 70 2900 61 . 74 133.90 227.40 3 67 9 936 .00 1507.87 1340.87 2371 2902 61 . 54 133.48 226.74 335 1 936.00 1511.22 1344.22 2372 2 903 61 .37 133.15 226.21 3199 938.00 1514.42 1347.42 2873 2 904 61 .22 132.84 225.72 3323 940.00 1517.74 1350.74 2 874 2 90 5 61 .06 132.51 225.20 3 37 2 9 4 2 . C 0 1521.11 1354.11 2875 2 906 60.90 132.17 224.67 321 6 944 .CO 1524.33 1357.33 2 8?6 2 90 6 60.75 131.87 224.19 3103 946.00 1527.43 1 360.43 2876 2907 60.61 131.59 223.74 3 2 a 3 948.00 1530.67 1363.67 237 7 2 90 3 60.45 131.23 223.25 33 26 950 .CO 1534.00 1367.00 2873 2909 60.30 130.96 222.75 3301 952.00 1537.30 1 370.3C 2379 29^9 60.15 130.64 222.24 3580 954.00 1540.88 1373.88 2 3 8 U 291 1 59.97 130.27 221 .65 3414 9 56.00 1544.29 1 377.2 9 2881 291 2 59.RJ 129.93 221 .1 2 3120 9 5 8.0 1547.41 1380.41 2 8 r 2 291 3 59.67 129.66 220.68 C 0 M P A N Y : CRUSADER LIMITED UELL : namarah - 2 PAGE T W 0 - W A Y MEASURED vertical AVERAGE RM S FIPST SECOND THIRD interval TRAVEL DEPTH depth VELOCITY VELOCITY NORMAL NORMAL NOR MAL VELOCITY T I v a F R 0 i v S R D M S FROM KB M FROM SRD M SRD/GEO 0/ S M/ S MOVEOUT MS MOVEOUT MS MOVEOUT MS M / S a 6C.OO 15 50.69 1333.69 2883 291 3 59.52 129.35 220.20 32^2 962.00 1553.86 1386.86 2 3 83 2914 59.33 129.07 219.75 31 77 ?04.00 1557.C7 1399.07 23 84 291 5 59.24 128.78 219.29 3207 966.00 1560.54 1393.54 288 5 291 6 59.07 128.44 218.75 347 1 968.00 1563.62 1396.62 2 3 8 6 291 6 58.94 128.17 218.33 30 7 9 97C.0C 1566.89 1399.89 28 9 6 291 7 5 8.80 127.88 217.86 3274 972.00 1570.35 1403.35 2883 291 8 58.64 127.54 217.33 3 4 5 3 974.00 1573.85 1406.85 2 3 8 9 2 9 2 0 58.47 127.20 216.78 350 2 976.00 1577.15 1410.15 2 8 90 2 920 58.33 126.91 216.31 3292 97? .00 1530.22 1413.22 23 90 2 92 1 58.20 126.65 215.90 3072 930.00 1533.57 1416.57 2891 2922 58.05 126.34 215.42 3 3 5 2 932.00 1537.16 1420.16 289 2 292 3 5 7.83 125.99 214.85 353 8 984.00 1591.07 1424.07 2894 2 925 5 7,68 125.53 214.13 3912 986.00 1594.71 1427.71 289 o 292 7 57. 51 125.22 213.61 36 4 6 98? .00 1597.93 1430.93 2897 2 928 57.38 124.94 213.1? 3213
990.00 1601.03 1434.08 239? 2 923 57,25 124.63 212.75 31 48 992.00 1604.28 1437.28 2 89 8 2 92 9 57.12 124.41 212.32 3207 994.00 1697.86 1449.36 2 3 9 ? 2 9 3 0 56.95 124.07 211 .78 3 574 996.00 1611.53 1444.53 29 Cl 2 932 56.73 123.72 211 .21 3o7u 3 4 9 2 9 9? .00 1615.02 1448.02 29^2 2 93 3 56.63 123.40 210.70 1009.00 1618.29 1451.29 2 9 r 3 2 934 56.49 123.12 210.26 o ' 0 * 1002.00 1621.91 1454.Q1 29 04 293 5 56.35 122.79 209.71 36 17 icQ4.ro 1624.66 1457.66 2904 2 93 5 56.24 122.59 209.41 2 75 6 1006.00 1627.83 1460.88 2 9 r.4 2 98 6 56.11 122.33 208.99 322 2 T '•! 0 -WAY MEASURED VERTICAL AVERAGE R M S TRAVEL de°th DEPTH VELOCITY VELOCITY TIME FROM FROM SRD/GEO FRCM 3RD K9 SRD M S M M M / S M/ S F IPST NORMAL KOVEOUT SECOND NORMAL MOVEOUT THIRD NOR MAL MOVE OUT MS MS MS 1008.00 1630.97 1463.97 2 9 0 5 2936 1010.CO 1634.33 1467.33 2906 2937 1 Cl? .CO 1637.74 1470.74 29 0 7 2 933 1014.CO 1640.83 1473.83 290 7 2938 1016.CO 1643.99 1476.99 290 7 2 939 1018.00 1647.36 1480.36 2 90 3 2 93 9 1020.00 1651.04 1484.04 2910 2941 1022.00 1654.73 1487.73 2911 2943 1024.CO 1658.45 1491.45 2913 2944 1026.00 1662.22 1495.22 29 1 5 294b 1028.00 1665.65 1498.65 2916 2947 1 030 .CO 1669.46 1502.46 2 917 2 949 1032.00 1673.13 1506.13 2919 2 95 1 1034.00 1676.69 1509.69 2 9 2 0 2 95 2 1036.CO 1630.42 1513.42 29 22 2 95 4 1^38.00 1634.30 1517.30 2924 2956 1040.00 1688.11 1521.11 29 2 5 2 953 1 r '4 2.C0 1691.86 1524.86 2 92 7 2 95 9 1044.00 1695.58 1528.53 2 9 2 8 2 961 1046.00 1699.43 1532.43 2 9 30 2963 10 4R.rrj 1703.17 1536.17 2932 2 965 1050.00 1706.66 153R.66 2933 2966 1052.00 1710.06 1543.06 29 34 2 96 7 1 0 54 .CC 1713.67 1546.67 2 9 3 5 2 968 5 5.99 55.85 55.59 122.09 121.80 121 208.61 208.15 55.48 121.02 206.90 55.34 120.74 206.44 55.18 120.40 205.90 55.01 120.06 205-35 54.85 119.72 204.80 5 4.63 119.37 204.23 54.54 119.03 203.77 54.37 118.73 203.20 54. 22 113.40 202.67 5 4.07 118.10 202.13 53.91 117.77 201.64 53.74 117.41 201 .05 53.58 117.06 200.50 53.42 116.73 199.95 53.26 116.41 199.44 53. 10 116.06 198- R ? 52.94 115.74 193.35 52.81 115.46 197.90 5 2.63 115.20 197.4? 52.54 114.90 196.99 121.26 207.28 interval VELOCITY M/S 309J 53 5 1 3414 31 39 31 1 1 3368 368 7 368 8 3719 376 5 343 7 3303 3670 355 5 4 382 2 381 1 5 3720 385 6 3734 349 1 3399 36 1 4 COMPANY : CRUSADER LIMITED WELL TWO-UAY MEA SURED VERTICAL AVERAGE RMS TRAVEL DEPTH DEPTH VELOC I TY VELOCITY TI*E FROM F ROM SRD/GFO FROM SRD KO SRD MS M M M/S M/ S 1056.00 1717.57 1550.57 29 3 7 2 9 7 0 1058.00 1721.43 1554.48 2 9 3 9 2 97 2 1060.00 1725.41 1558.41 2940 2974 1062.00 1729.29 1562.29 2942 2976 1064.00 . 1733.11 1566.11 29 44 2 97 3 1066.00 1736.88 1569.88 294 5 2980 1068.00 1740.63 1573.63 294 7 2 931 1070.00 1744.23 1577.23 2 94 8 2 98 3 1072.00 1748.01 1581.01 2950 2 984 1074.00 1751.83 1584.83 2951 2 98 6 1076.00 1755.53 1588.53 2953 2 93 3 1078.00 1759.32 1592.32 2 9 54 2 98 9 1030.00 1763.13 1596.13 2956 2991 1082.00 1766.93 1599.93 29 5 7 2993 1034.00 1770.71 1603.71 2 9 5 9 2994 1086.00 1774.38 1607.38 2960 2996 1088.00 1778.09 1611 .09 2 9 6 2 2997 1090.CO 1781 .67 1614.67 2963 2 998 1 092.00 1785.35 1618.35 2 9 64 3 00 0 1 094 . CO 1789.13 1622.13 296t 3001 1096.00 1792.82 1625.82 296 7 3 0^3 1 . 00 1796.53 1629.53 2 9 6 8 3 00 4 1100.CO 1800.25 1633.25 2 9 70 3 00 6 1 102.co 1803.87 1636.87 2971 3007 : NAMARAH PAGE 25 FIRST NORMAL MOVEOUT »S 52.37 52.21 52.04 51 .83 51 .73 51 .58 51 _A3 51 .30 51.15 51 .00 50.86 50.71 50.57 50.42 50.23 50.14 50.C1 49.88 49.75 49.61 49.48 49.35 49.21 49.09 SECOND MOR f*
A L MOVE CUT MS 114.55 114.21 113.36 113.52 113.20 112.88 112.53 112.29 111 .98 111.67 111 .38 111 .07 110.76 110.45 110.15 109.87 109.59 109.32 109.04 108.75 108.47 108.19 107.92 107.65 THIRD NORMAL MCVEOUT MS 196.43 195.86 195.29 194.75 194.22 193.71 193.21 192.75 192.24 191.73 191.25 190.75 190.24 189.75 139.26 138.80 1 88.33 187.90 187.45 186.97 136.51 186.06 135.60 135.17 INTERVAL VELOCITY H/S 3394 39 1 ? 392 8 387 5 38 2 5 3770 3746 3602 3 776 3821 3696 3791 381 5 3800 3781 3670 3703 358 3 3679 378 2 3693 3711 3711 36 26 T W 0 - W A Y MEASURED VERTICAL AVERAGE RMS FIRST SECOND THIRD INTERVAL TRAVEL DEPTH DEPTH VELOCITY VELOC ITY NOP MAL NORMAL NOR MAL velocity TI’-'E FROM FRO M SRD/GEO MOVEOUT MOVEOUT MOVEOUT FROM SRD KB SR D M M M M/S M/S MS MS MS M / S 3856 1104.00 1807.73 1640.73 2972 3009 48.95 107.35 134.69 3310 1106.00 1811.54 1644.54 2974 3010 48.81 107.07 184.21 3336 11 OP.00 1815.37 1648.37 29 7 5 3012 48.67 106.78 183.73 3689 3681 1110.00 1819.06 1652.G6 297 7 3013 48.55 106.51 183.30 1112.00 1822.74 1655.74 2978 3015 48.42 106.24 182.86 363 3 365 2 1 1 1 A.00 1826.38 1659.38 2979 3016 48.30 105.99 132.44 1116.00 1830.03 1663.03 29 8 0 3 917 48.18 105.73 182.02 375 1 362 4 1118.00 1833.78 1666.78 2982 3019 48.C5 105.46 181 .58 1 12C.00 1837.40 1670.40 2983 3020 47.93 105.21 181.16 3589 1 122.00 1840.99 1673.99 29 84 3021 47.81 104.96 180.76 1 124.00 1844.71 1677.71 298 5 3022 47.69 104.70 180.33 3721 375 4 "7 ”7 -1 ’J 1126.00 1848.47 1 631 .47 2 9 8 7 30 2 4 47.56 104.43 179.89 1 128.00 1852.18 1635.18 2983 30 2 5 47.44 104.17 179.47 3 71 7 3693 1 150.00 1855.88 1688.88 29 89 3026 47.32 103.92 179.05 362 2 1132.00 1859.50 1692.50 2990 3 0 2 3 47.20 103.67 178.65 3590 1 134.00 1863.09 1696.09 2991 302 9 47.09 103.43 178.26 3740 1136.00 1866.83 1699.S3 2993 3030 46.9? 103.18 177.83 3762 113p.no 1870.59 1703.59 2994 30 3 2 46.84 102.91 177.40 3688 1140.00 1874.28 1707.23 2905 3033 46.73 102.67 177.00 1142.00 1878.06 1711 .06 299? 3034 46.60 102.41 176.57 3 7 £ 5 3760 3707 3674 1146.00 1881 .82 1714.82 2 993 3036 46.48 102.15 176.15 1146.00 1835.53 1718.53 2909 3037 46.37 101.90 175.74 114^.00 1 889.20 1722.20 3000 3038 46.25 131.66 175.34 345 7 115 0.01] 1892.66 1725.66 3001 3039 46.15 101.45 174.99 Tk'O-WAY MEASURED VERTI CAL AVERAGE RMS FIRST SECOND THIRD INTERVAL TRAVEL DEPTH DEPTH VELOCITY VELOC ITY NOR MAL NOR PAL NOR MAL VELOCITY T 1 * E FROM SRD M S FROM K0 M F ROM SRD M S R D / 5 F 0 IV s M7 S MOVEOUT MS MOVE OUT MS MOVEOUT MS M / S 1152.00 1896.13 1729.13 3002 3040 46.05 101 .24 174.64 346 7 1 1 54.00 1899.69 1732.69 30C3 3 041 45.94 101.01 174.28 35 5 6 1156.00 1903.16 1736.16 3OC4 3042 4 5.84 100.80 173.93 3473 115°.00 1906.57 1739.57 30C4 3042 45.75 100.60 173.60 34 1 1 1160.00 1910.16 1743.16 30C5 3043 45.64 100.37 173.23 3533 1162.00 1913.75 1746.75 30C6 3 04 4 45.54 130.15 172.86 3596 1164.00 1917.32 1750.32 3 00 7 3 04> 45.43 99.93 172.50 356 3 1166.00 1920.62 1753.62 3 0C3 3046 45.34 99.74 172.19 3307 1165.00 1923.30 1756.80 30C8 3 04 6 45.26 99.57 171.91 3175 1 1 70.CO 1927.53 1760.53 7 0C9 3 04 7 45.15 99.33 171 .51 37 3 2 1 172.00 1930.94 1763.94 3010 3 04 8 45.06 99.13 171.19 3407 1 174.00 1934.89 1767.89 30 12 3 0 5 0 44.93 98.87 170.75 3 94 9 1176.00 1938.67 1771 .67 3013 3051 44.82 98.63 170.35 378 7 1 178.00 1942.57 1775.57 3015 3 05 3 44.*70 98.37 169.93 3 39 8 1130.CO 1946.31 1779.31 3016 3054 44.59 98.14 169.54 3742 1132.00 1950.03 1783.08 7017 3055 44.48 97.90 169.1 5 376 4 1134.00 1953.63 1786.63 3 018 305 6 4 4.33 97.69 168.80 35 5 7
1 186.CO 1957.31 1790.31 30 19 305 7 44.27 97.47 168.43 363-J 1 1 3 8 . C 0 I960.63 1793.63 3 0 2u 3 05 3 44.13 97.23 168.13 337 1 1190.00 1964.39 1797.39 3021 3 05 9 44.03 97.06 167.76 3710 119?.r 0 1968.13 1801.18 30 2 2 3361 43.97 9 6.82 167.37 3 7 90 1194.00 1971.92 1804.92 3023 3 06 2 43.8o 96.63 166.99 3733 1196.00 1975.80 1808.80 3025 3 06 5 43.75 96.35 166.5 9 33 7 9 1195.00 ( 1979.69 1812.69 30 26 3 0 6 5 4 3.63 Q 6.1 1 166.19 3892 T W 0 - W A Y MEA SURED VERTICAL AVERAGE RMS FIRST SECOND THIRD INTERVAL TRAVEL DEPTH depth VELOCITY V ELOC ITY NORMAL NORMAL NORMAL VELOCITY TIME FROM FROM SRD/GEO MOVEOUT MCVEOUT HOVEOUT FROM S R D K? SRD MS M Ml M/S M/5 ms MS MS M/S 3740 1 2 0 0 . C 0 1933.44 1816.44 3027 3066 43.53 95.83 165.22 3580 1202.00 1987.02 1820.02 3023 3067 43.43 95.68 165.48 1204.00 1990.99 1823.99 3C30 306 ^ 43.32 95.43 165.06 3963 3 86 8 12C6.CO 1994.86 1827.86 30 3 1 30^0 43.20 95.19 164.67 38 8 2 1 203.00 1998.74 1 831 .74 30 3 3 3072 43.09 94.96 164.28 3870 1210.00 2002.61 1835.61 30 34 3073 42.98 9 4.72 163.89 397 7 384 0 1212.CO 2006.53 1839.58 30 36 3075 42.87 94.48 163.48 1214.00 2010.42 1843.42 3037 3077 42.76 94.25 1 6 3.1 0 4106 3793 1216.00 2014.53 1847.53 30 3 9 3078 42 .64 93.99 152.6? 1218.CO 2018.32 1851.32 3U40 3080 42.54 93.77 152.30 374 7 39 9 4 122C.OO 2022.07 1855.07 304 1 3 081 4 2.44 93.55 161.95 1222.00 2026.06 1859.06 3043 3083 42.32 9 3.31 161.54 3894 1 2 24 .CO 2029.96 1362.96 3044 3U84 42.22 9 3.08 161 .16 1226.00 2033.61 1866.61 3045 3085 42.12 92.88 160.83 36 5 3 1228.00 2037.60 1870.60 3047 3087 42.01 92.64 160.43 399 4 3607 1 230 .CO 2041.21 1874.21 304 7 30*8 41 .92 92.45 160.11 1232.00 2044.95 1877.95 3649 3 08 9 41.82 92.24 159.7? 3 7 3 6 4113 1234.QO 2049.06 1882.06 30 5 0 3 091 41 .71 91 .99 159.35 1 2 3 6 . C 0 2052.98 1885.98 305 2 709 2 41 .60 91 .77 1 58.98 39 2 3 35 79 1238.00 2056.56 1889.56 305 3 3093 41.51 91 .58 158.67 353 0 1240.00 2060.09 1893.09 30 53 30 9 4 41 .43 91.40 158.37 364 7 1 2 4 2 . C 0 2063.74 1896.74 3054 3 0^5 41 . 34 91.21 158.05 1244.00 2067.59 1900.59 3 0 5 6 3 09 6 41 .24 90.99 157.69 325 2 3594 1246.00 2071.18 1904.18 30 5 6 3 0 ° 7 41.15 9 0.81 157.33 COMPANY : CRUSADER LIMITED WELL : NAMAR AH - 2 PAGE T V 9 -WAY MEASURED VERTICAL AVER ACE R'lS FIRST SECOND THIRD INTERVAL TRAVEL DEPTH D EPTM VELOCITY VELOC ITY MOP MAL NORMAL NOR MAL VELOCITY T I* E FROM SRD MS FROM KB M F ROM SRD M S R D / G E 0 M/S M/S MOVEOUT MS MCVECUT MS MOVEOUT MS M / S 1248 .CO 2 n 74,67 1907.67 30 5 7 3 09 3 41 .07 90.64 157.09 34 3 9 1250.00 2078.41 1911.41 3058 3 0Q9 40.93 90.44 156-76 3733 1252.00 2082.18 1915.18 3059 3 100 40.88 90.24 1 56.43 3777 1254.00 2086.C1 1919.01 30 61 3102 40.79 90.03 156.08 38 2 6 1 2 56.00 2089.76 1922.76 3 36 2 3103 40.69 89.83 155.75 375 4 12 5 8 . CO 2098.71 1926.71 3063 3104 40.59 89.61 155.39 39 5 0 1260.00 2097.55 1930.55 3064 3106 40.50 89.41 155.05 3834 1262.CO 2101.47 1934.47 3 0 66 3107 40.40 89.19 154.69 39 2 8 1264.00 2105.53 1938.58 3067 3109 40.29 88.96 154.30 4102 1 266.00 21G9.67 1942.67 3 3 6 9 3111 40.18 38.73 153.91 4095 12 6* .00 21 13.87 1946.87 3071 3113 40.07 88.49 153.51 4197 1270.00 21 17.97 1950.97 307 2 3114 39.96 88.26 153.12 40 9 9 1 2 7 2 .CO 2121.94 1954.94 3074 3116 39.86 88.04 1 52.77 3970 1274.00 2125.83 1958.83 3075 3117 39.77 87.84 152.43 3889 1276.00 2129.90 1962.90 30 77 3119 39.66 87.62 152.05 4078 127?.00 2133.98 1966.98 30 7 3 3121 39.56 87.40 151.63 407 2 1280.00 213 8.04 1971 .04 3080 3122 39.46 87.18 151.31 4059 1282.00 2142.34 1975.34 3082 312 5 39.34
36.93 150.90 4302 1284.00 2146.58 1979.58 30 8 3 3127 39.23 86.69 150.51 424 2 1286.00 2150.87 1983.37 3 085 3129 39.12 8 6.45 150.10 4285 1288.00 2155.15 1988.15 30 8 7 3131 39.01 36.21 149.70 428 5 1 290.00 2159.43 1992.43 3089 3133 38.90 3 5.98 149.30 4276 1292.00 2163.54 1996.54 3091 3135 38.80 85.76 148.94 4112 1294.00 2167.81 2000.81 3092 3137 ! 38.69 85.53 148.54 4270 C 0 ; 'i p A h Y : CRUSADFR LIMITED WELL : NA MAR AH - ? PAGE TWO-WAY MEA SURED VERTICAL AVERAGE RMS FIRST SECOND third INTERVAL TRAVEL T 1 V E FROM 3RD DE D TH FROM KB DEPTH FROM SRD VELOCITY SRD/GEO VELOC ITY NORMAL MOVFOUT NOR MAL MCVEOUT NOR MAL MOVEOUT VELOCITY MS M M M/S M/ S MS MS MS M / S 4 34 4 1296.CO 2172.15 2005.15 3094 3139 38.58 85.28 148.14 4296 1293.00 2176.45 2009.45 3096 3141 38.47 V 85.05 147.75 4319 1 3 0 C . 0 0 2180.77 2013.77 3098 3143 38.36 84.82 147.35 42 9 5 1302.00 2135.06 2018.06 3100 3145 38.25 34.58 146.96 43 5 3 4005 37 4 9 1304.CO 2189.42 2022.42 3102 3143 38.14 84.35 146.56 1306.00 2193.43 2026.43 3103 3149 38.05 84.15 146.23 1303.00 2197.17 2030.17 3104 3150 37.97 8 3.93 145.94 3 98 4 3374 1310.CO 2201.16 2034.16 3106 3152 37.83 83.73 145.61 1312.00 2205.03 2938.03 3107 3 153 37.79 33.60 145.31 1314.CO 2208.95 2041.95 3103 3154 37.71 83.41 144.99 5 914 389 5 1’16.CO 2212.84 2045.84 31 09 3155 37.62 83.23 144.68 4231 1 7 18 .CO 2217.12 2050.12 31 11 3157 37.52 83.01 144.31 4240 1320.00 2221.36 2054.36 3113 315? 37.42 32.79 143.95 4333 1322.CO 2225.69 2058.69 3115 3161 37.31 82.56 143.57 4 2 8 3 1324.00 2229.98 2062.98 31 16 3163 37.21 32.35 143.20 466 3 1326.CO 2234.64 2067.64 31 19 3166 37.09 32.09 142.77 465 3 1328.00 2239.30 2072.30 3121 3169 36.98 31 .83 142.34 4 6 2 3 1 330.00 2243.93 2076.93 3123 3172 36.86 31 .53 141.91 42 80 1332.CC 2248.21 2081.21 3125 3174 36.76 81 .37 141.55 42 20 1334.00 2252.43 2085.43 3127 3175 36.67 31.16 141 .21 40 3 3 396 7 401 7 1336.00 2256.46 2089.46 31 28 31 77 36.58 80.98 140.89 1338.00 2260.43 2093.43 3129 3173 36.50 80.80 140.59 1 7 40.00 2264.44 2097.44 3131 3180 36.41 80.61 140.28 4238 1 7 4 ?.CC .2268.63 2101.63 3132 318 2 56.32 30.41 139.94 COMPANY : CRUSADER LIMITED UELL : NAM AR AH - 2 PA TV'O-UAY MEASURED VERTICAL AVERAGE RM S FIRST SECOND TH I RD INTERVAL TRAVEL DEPTH DEPTH VELOCITY VELOCITY NOR MAL NORMAL NOR MAL VELOCITY TIME FROM F ROM SPD/GEO MOVEOUT MOVEOUT MOVEOUT FROM S R D KB SRD M S M M M/S M/S MS MS MS M/S 40 5 7 1344.00 2272.74 2105.74 3134 3183 36.23 80.22 139.62 41 72 1346.co 2276.91 2109.91 31 35 3185 3 6.14 80.03 139.30 4303 1348.00 2281.22 2114.22 3137 3187 36.04 79.82 138.94 4 3 8 3 1350.00 2235.61 2118.61 31 39 3189 35.95 79.61 1 3 8.5 8 4343 1352.CO 2289.05 2122.95 3140 3191 35.85 79.40 138.23 418 4 1354.00 2294.13 2127.13 3142 3192 35.76 79.21 137.91 4192 1356.00 2298.32 2131 .32 31 44 3194 35.67 79.01 137.58 4262 1358.00 2302.59 2135.59 3145 3196 35.53 78.31 137.25 3804 1360.03 2306.39 2139.39 3146 3197 35.51 78.66 136.98 40 3 4 13&2.OO 2310.42 2143.42 31 47 3193 35.45 78.48 136.69 42 7 3 1364.CO 2314.70 2147.7C 3149 3200 35.33 78.29 136.35 4370 1 3 6 6 . C 0 2319.07 2152.07 31 51 3202 35.24 73.03 136.01 4032 1768.00 2323.10 21 56.10 3152 3204 35.16 77.91 135.72 429 1 1370.00 2327.39 2160.39 31 54 320-5 35.07 77.71 135.39 42 9 0 1372.00 2331.68 2164.68 3156 3207 34.98 77.52 135.06 336 5 1 3 74 .CO 2335.55 2168.55 31 57 3208 34.91 77.36 134.79 1376.00 2338.83 2171.83 3157 3 20 9 34.86 77.25 134.61 3 c u c 3290 1 3 7^.03 2342.12 2175.12 31 5 7 3209 34.80 77.14
134.42 3629 138C.CU 2345.75 2178.75 31 58 3 2 0 9 34.74 77.00 134.19 3749 133?.00 2340.50 2182.50 31 58 3 210 34.67 76.86 133.94 4 30 9 1384.00 2353.81 2186.81 31 6 0 3212 3 4.59 76.67 133.62 3671 1 3 36 .CO 2357.48 2190.48 3161 321 3 34.52 76.53 133.3? 32 5 6 1 38° .CO 2360.73 2193.73 3161 3213 34.47 76.42 133.21 3167 1390.00 2363.90 2196.90 3161 321 3 34.42 76.32 133.04 COMPANY : CRUSADER LIMITED kELL : NAMAR AH “ c PAGE TtoO-hAY MEASURED VERTICAL AVERAGE RMS FIRST SECOND THIRD INTERVAL TRAVEL T 1M E FROM S P D DEPTH FROM K3 DEPTH F ROM SRD VELOCITY SRD/GEC VELOCITY NOR ML MOVEOUT NORMAL MOVEOUT NOR MAL MOVEOUT VELOCITY MS M M M/S M / S MS MS MS M / S 13??.00 2367.38 22OO.3S 3161 3213 34.37 76.20 132.83 348 1 1394.00 2371.17 2204.17 31 62 3214 3 4.30 76.05 132.59 378 3 398 0 1396.CO 2375.15 2208.15 31 64 3215 34.23 75.89 132.32 13 9 p. HQ 2378.42 2211.42 3164 3215 34.18 75.79 132.14 3271 1 4 0 C . C 0 2331.79 2214.79 3164 3216 34.13 75.67 131.95 3 3 7 2 1 402.CO 2385.98 2218.98 3165 321 7 34.C4 75.50 131.65 418 3 3282 14 Ct.GO 2389.26 2222.26 3166 3217 34.00 75.39 131.47 3810 1406.00 2393.07 2226.07 3167 3213 33.93 75.25 131.23 534 3 14C8.00 2398.41 2231.41 317 0 3222 33.80 74.96 130.75 141C .CO 2403.88 2236.88 31?3 3226 33.66 74.6? 130.24 5469 1412.CO 2409.47 2242.47 31 76 3 231 33.52 74.36 129.72 5 5 8 8 587<f 14U.00 24 15.34 2248.34 3 1 8 0 3236 33.37 74.03 129.15 1416.00 2421.25 2254.25 3184 3 242 33.21 73.69 128.58 591 2 1418.00 2427.09 2260.99 31 9 .3 324 7 33.0 7 73.37 123.02 58 34 1420.00 2432.87 2265.87 3 1 91 3 2 5 2 32.92 73.05 127.49 5773 1A22.ro 2438.50 2271.50 3195 3256 32.73 72.75 126.98 5 6 3 6 f “J O z 1424.00 2444.29 2277.29 319 3 3 261 32.64 72.44 126.45 5 6 8 6 ANALYST : M ANDERS 29-0CT-87 1C:53:A5 PROGRAM’: GMULTP 03 6.Eu6 * *•* * >* ** * **■★ ★ ★★★ ★ ★ * * ♦ * w SCHLUMBERGER * ♦ synthetic seismogram table COMPANY : CRUSADER LIMITED WELL ; NAMARAH - 2 FIELD ! NAMARAH REFERENCE: 569035 LO FVEL- LO FD E N- L A Y V = L - LA YD F N- UNERTH- UNFDEN- GRATE INIDFP IGESTP IN I T A U EKE S R D G F 0 ICDP C D P T I M SCRT I M SCRErL R C M A X ♦NOTE* THE HEADINGS AND FLAGS SHOWN IN THE DATA LIST ARE DEFINED AS FOLLOWS: IGEOFL- FLAG INDICATING MODE OF PROCESSING IGEOFL = 0 WST DATA AVAILABLE AND PROCESSED IGEOFL = 1 WST DATA NOT AVAILABLE LOG INFUT DATA : GRFOC1- CHANNEL NAME FOR INPUT DENSITY LOG DATA GTROC1- CHANNEL NAME FOR INPUT SONIC LOG DATA GCURVE- CORRELATION LOG NAMES USFR DEFINED MODELING LAYER OPTION FLAG FOR VELOCITY LAYER OPTION FLAG FOR DENSITY LAYERED VELOCITY VALUES FOR USER SUFFLIED ZONE LIMIT WITH RESPECT TO SONIC LOG DATA LAYERED DENSITY VALUES FOR USER SUPPLIED ZONE LIMITS WITH RESPECT TO SONIC LOG DATA UNIFORM EAPTH VELOCITY UNIFORM EARTH DENSITY SAMPLING RATE IN MS START DEPTH FOR COMPUTING SYNTHETIC SEISMOGRAM WITH RESPECT TO SONIC LOG DATA STOP DEPTH FOR COMPUTING SYNTHETIC SEISMOGRAM WITH RESPECT TO SONIC LOG DATA TWO WAY TRAVEL TIME FROM TOP SONIC TO SRD ELEVATION OF KELLY BUSHING WITH RESPECT TO MEAN SEA LEVEL SEISMIC REFERENCE DEPTH WITH RESPECTTO MEAN SEA LEVEL FLAG FOR COMPUTING RESIDUAL MULTIPLES TWO WAY TIME INTERVAL FOR COMPUTATION OF RESIDUAL MULTIPLES SURFACE REFLECTOR TWO WAY TIME ABOVE INITAU SURFACE REFLECTION COEFFICIENT REFLECTION COEFFICIENTS THAT ARE EQUAL TO OR GREATER THAN THIS VALUE SHALL BE FLAGGED IN CASE OF MODELING A SYNTHETIC
SEISMOGRAM WITHOUT SONIC LOG DATA ,THE DEPTH REFERENCES SHALL BE USER DEFINED OUTPUT DATA RFiSVWP POOT MEAN SQUARE VELOCITY FOUND FOR THE WELL SRDTIM TWO WAY TRANSIT TIME BETWEEN IMDEP AND SRDGEO CHANMNFL NAMES T WOT- DSRD- I N T V - PHOT- PcFL- ATTE- PR I “I- MULT- M U 0 N - T V. 0 WAY TRAVEL TIME DE P TH OF COMPUTED DATA INTERVAL velocity on a INTERVAL DENSITY ON A REFLECTION COEFFICIENT WITH RESPECT TO 3RD TIME STALE TIME SCALE AT GIVEN TWO WAY TRAVEL TIMES ATTENUATION COEFFICIENT AT GIVEN TWO WAY TRAVEL TIME SYNTHETIC SEISMOGRAM - PRIMARIES SYNTHETIC SEISMOGRAM - PRIMARIES + MULTIPLES MULTIPLES ONLY I GEOFL 0 I COP 0 C D P T I M .200000 S SRA TE 2.CCC00 MS INZDEP 80.5C00 M I G E S T P 2280.00 M I NITAU .064200 S S RDGEO -30479.7 M E KS 0 M SRDTIM 0 MS S C R T I M n MS SCREFL -1 .cccoo RCMAX .300000 RMS VWE 3299.46 M/S IJ N E R T H 2133.60 H / $ U N F D E N 2.300JO G/C3 (VALUE) CHANNEL NAMES CHAN 1 - TWOT . GMU.002.* CHAN 2 - DSRD.GR F .006.* CHAN 3 - INTV.GRF.007.* Chan 4 - RHOT.GkF.OO1 .♦ CHAN 5 - REFL.GRP.001.* C H a N 6 - ATTE.GRF.001.* chan 7 - PRIM.GRF.C01.* CHAN 3 - friULT.GMU.001 .* CHAN 9 - MUON.GMU.001 .* (GLOBAL PARAMETERS) MODE OF FRCC (GEOGRAM) INITIALIZE COP LOGIC CD 0 TIME TIME SAMPLING (wST) TOP DEPTH OF PROCESSING POTTO Mi DEPTH OF PRCCESSI INITIAL TWO WAY TRAVEL T SRD FOP GEO GRAM ELEVATION OF KELLY BUSH I S R D TIME SURFACE COEFFICIENT OF R SURFACE COEFFICIENT OF R REFLECTION COEFF MAXIMUM RMS VELOCITY IN NELL UNIFORM EARTH VELOCITY UNIFORM DENSITY VALUE C fl A TP I X PARAM ETC RS ) 1 GR* ?. CALI* (ZONED PARAMETERS) LAYER OPTION FLAG DENS LAYER OPTION FLAG VcLOC USER SUPPLIED DENSITY DA USER VE L 0 C (WS T) LO FDEN LO FVEL LAYDEN LAYVEL (VALUE) -1.ccccoo 1.ccccoo -997.2500 1593.770 G/C3 M/S (LIMITS) - 0 - 0 30479.7 - 0 167.000 - 0 CO-IP AMY CRUSADER LIMITED WELL : N A M A RAH - 2 PAGE T K 9 ‘a A Y DEPTH INTERVAL INTERVAL REFLECT. TWO W A Y SYNTHETIC PR 1MARY MULTIPLES TRAVEL poor' s r D VELOCITY DENSITY COEFF. A T T E N . S E I S M J . + ONLY TIME (OR TOP) COEFF. PRIMARY MULTIPLES NS M M/S G/C3 2304 2.450 6 6.3 3 2.3 C .002 1.00000 .00206 .00206 C 2314 2.45C 6 3.3 8 5.12 -.023 .99946 -.02323 -.02324 0 2209 2.45G 70.3 87.33 -.001 .99945 -.00112 -.00103 .00009 2 2 04 2.450 72.3 89.5 3 .002 .99945 .00234 .00131 -.00054 2214 2.450 74.3 91 .74 .054 .99648 .0 54 4 o .05440 -.00006 2469 2.450 76.3 94.21 -.039 .99493 -.33372 -.03886 -. 0001 3 2285 2.450 73.3 96.50 .003 .99497 .00251 .00514 .00263 22 96 2.450 30.3 98.79 -.018 .99463 -.31834 -.01998 -.00164 2213 2.450 3 2.3 101.01 .301 .99463 .00123 .00100 -.00023 2219 2.4 50 3 4.3 103.23 .083 .98734 .08222 .07860 -.00362 2618 2.450 36.3 105.34 -.022 .98738 -.02131 -.01715 .0041 6 2508 2.450 P2 •? 108.35 -.017 .98711 -.31634 -.01443 .00192 2426 2.45Q CO.3 110.78 -.031 .98618 -.03021 -.02830 .00191 2282 2.450 6 2.3 113.06 -.008 .98612 -.00755 -.01035 -.00280 2247 2.450 °4 .3 115.31 -.005 .93610 - . iJ 0 4 6 8 -.01515 -.01047 22 26 2.450 96.3 117.53 -.0 03 .93609 -.00341 .00398 .00739 2211 2.450 08.3 119.75 0 .98609 .00036 -.00048 -.00078 2212 2.450 1CC.3 121 .96 .001 .93609 .00391 .00654 .00562 2216 2.450 10 2.3 124.17 -.002 .93608 -.30199 -.00409 -.00210 2207 2.450 104.3 120.33 .004 .98607 .00388 -.00235 -.00623 2225 2.450 106.3 1 23.61 .018 .98575 .01778 .01880 .00101 23C7 2.450 108.3 130.91 -.008 .98568 -.00323 - .03634 .00194 2268 2.450 1 1 C.3 133.18 .002 .98563 .00165 .00536 .00421 22 76
2.450 11 2.3 135.46 -.008 .98561 -.00778 -.00715 .00063 2240 2.450 h C k A Y DEPTH interval INTERVAL REFLECT. T W 0 '.4 A Y SYNTHETIC PR IMARY MULT IPLES TRAVEL F P o m S R D VELOCITY DENSITY COEF F . ATTEN. SEI SOO. + ONLY T I M e (OR TOP) COEFF. PRIMARY MULTIPLES r S M M/S G/C3 114.3 137.70 -.006 .93558 -.00559 -.00545 . 0001 4 2215 2.4 5C 1 1 t. 3 139.91 0 .93558 .U0043 -.00345 -.00383 2217 2.450 115.3 1A2.13 .017 .98531 .01651 .01750 .00099 2292 2.450 1 2C.3 1AA.42 .001 .93531 .00394 -.00156 -.00250 22 97 2.450 122.3 146.72 -.015 .93508 -.01493 -.01155 .00339 2228 2.450 12 4.3 148.94 -.017 .93431 -.0162? -.01654 -.00037 21 56 2.450 1 2c.3 151.10 .016 .98455 .01606 .01254 -.00352 2227 2.450 123.3 153.33 -.003 .98454 -.03323 -.00488 -•0016 5 2213 2.450 1 3 0. 3 155.54 .307 .98449 .00651 .00789 .00139 2242 2.450 132.3 1 5 7.7 8 .043 .98294 .039C8 .04258 .00350 2427 2.450 1 3A.3 160.21 0 .93294 -.00014 .00268 .00282 2427 2.450 1 36.3 162.64 .012 .98231 .01147 .01093 -.00054 2484 2.450 1 38.3 165.12 0 .98281 -.00 } 0 6 -.00198 -.00192 2484 2.450 1 AC.3 ■167.60 .006 .93277 .30605 .00432 -.00123 2514 2.450 1 A 2.3 170.12 -.017 .93249 -.01653 -.01793 -.00135 2431 2.450 1 AA. 3 172.55 .042 .93074 .04147 .04774 .00626 2645 2.450 1A6.3 175.19 -.068 .97622 - . 0 6 a 61 -.07161 -.00500 2309 2.450 148.3 177.50 .003 .97621 .00295 .00741 .00445 2323 2.450 1 SC.3 179.82 -.013 .97604 -.01279 -.01333 -.00553 2263 2.450 1 52.3 132.09 .007 .97599 .00638 .00274 -.00414 22 9 5 2.450 1 5 A . 3 184.38 -.0G6 .97596 -.00601 -.01201 -.00600 2267 2.450 1 5c. 3 186.05 .015 .975 7 5 .01424 .02662 .01238 2334 2.45C 1 53.3 188.98 -.007 .9757C -.00680 -.01085 -.00405 2302 2.450 1 60.3 191 .28 .009 . 9 75 b 3 .G0849 .01 382 .00533 2342 2.450 162.3 193.63 -.014 .97544 -.01364 -.01442 -.00077 COMPANY : CRUSADER LIMITED WELL : N A M A R A H - 2 PAGE T to 0 W A Y DEPTH INTERVAL INTERVAL REFLECT. T W 0 w A Y SYNTHETIC PRIMAR Y MULTIPLES T R A V F FROM S R D VELOCITY DENSITY COEFF. A T T t N . S t I S m 0 . ONLY TINE (OR TCP) COEFF. PRIMARY MULTIPLES N S rl M/S G/C3 22 77 2.450 16 4.3 195.90 2229 2.450 -.011 .97532 -.01050 -.01551 -.00501 166.3 193.13 2241 2.450 .003 . 9 7 5 5 2 .00266 .01 135 .00869 16 3.3 200.37 2271 2.450 .007 .97527 .00656 .00534 -.00122 170.3 202.65 2247 2.450 -.005 .97524 -.00519 -.00393 .00126 172.3 204.39 2252 2.450 .001 .97524 .3,01 06 -.00086 -.00191 174.3 207.14 2261 2.450 .002 .97524 .00187 .00143 -.00044 176.3 209.41 22 90 2.450 .006 .97520 .00630 .00018 -.00611 1 7 8.3 211 .70 2 261 2.450 -.0 06 .97516 -.00622 -.00485 .00137 1 3C.3 213.96 2252 2.450 -.002 .97516 -.00200 -.00380 -.00180 1 82.3 216.21 2407 2.450 .033 .97407 .03246 .03661 .00414 1 9 4.3 218.62 2429 2.450 .005 .97405 .00440 .00659 .00219 17 6.3 221.04 2428 2.450 0 .97405 -.00012 -.00308 -.00296 18 8.3 223.47 25G1 2.450 .315 .97334 .01429 .01699 .00271 190.3 225.97 2279 2.450 -.046 .97176 -.04504 -.04522 -.0001 8 1 92.3 223.25 23 79 2.450 .021 .97131 .02034 .01 927 -.00157 194.3 230.63 2380 2.450 0 .97131 . 00 0 04 -.00129 -.00133 196.3 233.01 2331 2.450 -.010 .97121 -.01307 -.00915 .00092 192.3 235.34 2466 2.450 .023 .97044 .02739 .02512 -.00226 200.3 237.31 23 75 2.450 -.019 . 9700 9 -.01334 -.01069 .00766 202.3 240.18 2325 2.450 -.011 . 9 o 9 9 8 — . U 1 J 3 1 -.02152 -.01121 2 0 4.3 242.51 2425 2.450 .021 .96955 .02945 .02265 .00221 2 C 6.3 244.93 2407 2.450 -.004 .96954 -.00357 - .006 5 6 -.00299 20 8.3 247.34 22 22 2.450 -.040 .96799 -.03871 -.03995 -.00124 210.3 249.56 2227
2.450 .001 .96799 .00106 .01129 .01023 C 0 h 0 A h Y : CRUSADER Ll i’-l I T E D L tL L ; N A n A R A rt - 2 PAGE T 9 Q H A Y DEPTH IMTERVAL INTERVAL REFLECT. TWO JAY SYNTHETIC PRIMARY MULTIPLES TRAVEL F » 3 M S R D VELOCITY DENSITY C 0 E F F . A T T M . S E I S 00 . + ONLY TIME (OR TOP) C 0 E F F . P < I M ARY MULTIPLES v S M M/S ■G/C3 21 2.3 251 .79 .022 .96754 .02j 3 2 .01418 -.00664 2325 2.450 214.3 254.11 .022 .96709 .02099 .02390 .00290 24 28 2.450 216.3 256.54 -.018 .9o676 -.01783 -.01497 .00291 2340 2.450 218.3 253.88 .010 .9d667 .00935 .01214 .00279 2386 2.450 228.3 261 .27 -.016 .96642 -.01530 -.01655 -.00126 2311 2.450 222.3 263.58 .021 .96601 .01998 .02290 .00293 24C9 2.450 2 2 4.3 265.99 .032 .96500 .031 19 .01821 -.01298 25 70 2.450 226.3 268.56 .094 .96499 .00387 .01738 .01350 25 90 2.450 228.3 271 .15 .033 .96393 .03193 .03052 -.00141 2763 2.450 2 3 0.3 2?3.91 -.041 .96235 -.03910 -.03343 .00567 25 5 2 2.450 232.3 276.47 .051 .95930 .04954 .04305 -.00649 28 29 2.450 2 3 4 .3 279.29 -.049 .95749 -.04703 -.05202 -.00502 2565 2.450 23 6. 3 231 .36 -.002 .95749 -.00189 '-.00262 -.00073 2555 2.450 233.3 284.41 -.002 .95749 -.002^8 -.00301 -.00094 2543 2.450 24C.3 286.96 .012 .95736 .01112 .01850 .00739 2 6 G 3 2.450 242.3 289.56 .067 .95305 .06423 .05770 -.00653 2978 2.4 50 244.3 292.54 -.040 .95149 -.03350 -.02903 .00947 2746 2.450 246.3 295.28 -.043 .9492? -.04598 -.05246 -.00647 2493 2.450 248.3 297.78 .0 23 .94875 .02229 .01891 -.00338 2613 2.450 2 50.3 300.39 -.001 .94875 -.30130 .00038 .00168 2606 2.450 2 5 2.3 303.00 -.006 . 94871 -.00568 -.01927 -.01359 25 7 5 2.450 2 5 4.3 305.57 -.010 .94862 -.00928 .00852 .01780 2 5 2 5 2.450 256.3 308.10 -.006 .94858 -.00588 -.00374 .00214 2494 2.450 2 5 2.3 31C.5O .042 . 94694 .03948 .04000 .00052 2711 2.450 26 0.3 313.3C .111 .93520 .10545 .09843 -.00702 WO LAY DEPTH INTERVAL INTERVAL REFLECT. TWO W A. Y SYNTHETIC PRIMARY MULTIPLES TRAVEL F P 0 M S R D VELOCITY DENSITY COEFF. AHEN. S E I S M 0 . + ONLY TIME (OR TOP) COEFF. OR I MARY MULTIPLES I'S M M/S G/C3 3390 2.450 262.3 316.69 2494 2.450 -.1 52 .91352 -.14239 -.14639 -.00451 2 6 4.3 319.19 24 58 2.450 -.007 .91 3a7 -.00663 .00451 .01114 2 6 6 .3 321.64 2460 2.450 0 .91347 .00029 .00061 .00032 2 6 8.3 324.10 2543 2.450 .017 .91322 .01523 .00166 -.01357 270.3 326.65 2610 2.450 .013 .91306 .01187 .00906 -.00281 27 2.3 329.26 3359 2.450 .125 .89868 .11458 .13599 .02141 27 4.3 332.62 2 54 5 2.450 -.138 . 8 o 1 6 0 -.123 3 1 -.12444 -.00053 276.3 335.16 2556 2.450 .002 .88160 .00192 .00793 .00600 272.3 337.72 25 5 5 2.450 0 .83160 -.00018 -.02527 -.02509 220.3 343.27 25 01 2.450 -.311 .88149 -.00943 -.02151 -.01209 2 2 2.3 342.77 25 22 2.450 .3 04 . 8 81 4 S .00372 .01656 .01284 2 ? 4.3 345.29 2493 2.450 -.0 06 .88145 -.00522 .00863 .01385 2 8 6. 3 347.79 2814 2.4 50 .0 61 .87822 . 05 3 38 .05331 -.00006 228.3 350.60 2760 2.450 -.010 .87813 -.00851 -.00221 .00629 2 9 0.3 353.36 3209 2.450 .075 .87317 .06601 .05297 -.01304 2 9 2.3 356.57 2 6 38 2.450 -.0 93 . 8o4o4 -.08528 -.09695 -.01167 2 9 4.3 359.21 2653 2.450 .303 • 3o4 J4 .00 2 4 9 .01651 .01402 296.3 361.86 2784 2.450 .024 .80433 .02085 .01042 -.01043 2 9 8.3 364.64 2688 2.450 -.013 .86407 -.01517 -.00471 .01047 300.3 367.33 2714 2.450 .005 .86405 .00416 -.00441 -.00857 30 2.3 370.05 2688 2.450 -.005 .36403 -.00410
00432 .00842 30 4.3 372.73 25 31 2.450 -.030 -8o324 -.02602 -.03288 -.00686 306.3 ■375.26 2482 2.450 -.010 .86316 -.00847 -.01459 -.00612 30 8. 3 377.75 2698 2.450 .042 .86165 .03609 .02839 -.00770 COHP ANY ; CRUSADER I . IM I TED VcLL :
NAMAHAH - 2 PAGE tv; v ay DE°TH INTERVAL INTERVAL REFLECT. TWO wAY SYNTHETIC PR I HA RY MULTIPLES T A A V c L FPC* SRD VELOC ITY DENSITY COEFF. A T T i . S E I S H U . + ONLY T I * F (OR TCP) C 0 G F F . P R I H ARY MULT IPLES M S *1 M / S G/C3 31C.3 380.44 -.022 .86123 -.01915 -.01038 .00878 25 31 2.450 312.5 383.03 .016 . 8 o 1 01 .u1555 .02237 .00881 2 6 6 4 2.450 314.3 385.69 .003 .86100 .00285 .00755 .0047J 2681 2.450 316.3 388.37 -.346 .85916 -.03983 -.04594 -.00611 2444 2.450 318.3 390.81 .013 .85902 .01117 .01333 .0021 6 2508 2.450 320.3 393.32 .011 .85890 .00974 .00656 -.00318 25 66 2.450 3 2 2.3 395.89 .034 .85793 .02391 .02387 -.00504 2745 2.450 3 2 4 .3 398.63 -.044 .85625 -.03800 -.01172 * .02623 2512 2.450 326 .3 401.15 -.004 .85624 -.00323 -.02231 -.01908 2493 2.450 328.3 403.04 -.001 .85624 -.00064 -.01185 -.01121 2489 2.450 33C.3 406.13 .014 .85607 .01208 .02545 .01337 2561 2.450 332 .3 408.69 -.019 .85577 -.01583 -.03037 -.01449 2467 2.450 334.3 411.16 .013 .85562 .01143 .01182 .00039 2534 2.450 33 6.3 413.69 .012 . 3 5 5 5 C .01028 .02878 .01351 25 96 2.450 33 3.3 416.29 .001 . .85549 .00054 -.00533 -.00587 25 90 2.450 J 340.3 418 .88 -.020 .85515 - . 01 7 1 0 -.04006 -.02296 2497 2.450 3 4 2.3 421.38 .0 23 .85483 .01 669 .05257 .03588 2597 2.45C 3 4 4.3 423.98 -.014 .85466 -.01191 - .04434 -.03243 2525 2.450 3 4 6.3 426.50 .006 .85463 .00533 .02178 .01639 25 57 2.450 343.3 429.06 .003 .85452 .00250 .00208 -.00042 25 72 2.450 350.3 431.63 -.006 .85458 -.00553 .00223 .00776 25 39 2.450 35 2.3 434.17 .001 .85458 .00063 -.03067 -.03130 25 43 2.450 3 5 4.3 436.72 .007 .85455 .00567 .05022 .04455 2577 2.450 356.3 439.29 -.003 .35454 -.09278 -.04226 -.03943 2560 2.450 3 5 3.3 441.65 .002 .85453 .00181 .02280 .02093 C 0 f-1 P A N Y : CRUSADER LIMITED WELL : IM A n A R A H - 2 PAGE T >•/ 0 ii A Y DEPTH INTERVAL INTERVAL REFLECT. TWO rtAY S Y N T h E T I C PR IMAR Y MULTIPLES travel FROM $ R D VELOCITY DENSITY COEFF. A TTEN. S 11 SMO. + ONLY T I ye (OR TOP) COEFF. PRIMARY M UL T IP L E S vs Pi M/S G/C3 25 71 2.450 3 60.3 444.42 2578 2.45C .001 .85453 .00113 -.00420 -.00533 36 2.3 447.00 2568 2.450 -.302 .85453 -.00169 -.01104 -.00935 364.3 449.57 25 27 2.450 -.008 .85447 -.00680 -.00565 .00115 366.3 45 2.1 0 2541 2.450 .003 .85447 .00240 .00521 .00281 36 8.3 454.64 2564 2.450 .004 .85445 .00371 .01414 .01043 37C.3 457.20 2623 2.459 .011 .85434 .00980 .00737 -.00243 372.3 459.82 2706 2.450 .016 .85413 .01329 .03443 .02114 37 4.3 462.53 25 5 3 2.450 -.029 .85341 -.02431 -.04065 -.01584 3 7 6 .3 465.08 2617 2.450 .012 .85328 .01 349 .00550 -.00499 3 73.3 467.70 2511 2.450 -.021 .85292 -.01764 -.C2676 -.00913 380.3 470.21 2564 2.450 .010 .85233 .00892 .01747 .00856 3 8 2.3 472.77 2442 2.450 -.024 .85232 -.02071 -.03475 -.01 404 3*4.3 475.22 24 37 2.450 -.001 .85232 -.30087 .01685 .01772 3 8 6.3 477.65 2545 2.450 .022 .85193 .01338 .02998 .01160 7 q >. 7 4RC.2C 2 5 84 2.450 .008 .85138 .00653 -.01906 -.02559 390.3 482.78 2515 2.450 -.014 .8j1 72 -.0115 0 -.02329 -.01 179 392.3 435.30 2576 2.450 .012 .85160 .01020 .01520 .00501 394.3 487.37 2910 2.450 .061 . 8 4 8 4 5 .05175 .06492 .01317 39 6 .3 490.7.3 3035 2.450 .021 .84808 . 01 7 8 6 .03167 .01381 398.3 493.82 28 92 2.450 -.024 . 84759 -.02033 -.00042 .01 996 4 C l • 3 496.71 2366 2.450 -.905 .84757 -.00383 -.03722 -.03339 402.3 ■499.53 2741 2.450 -.022 .84714 -.01393 .00242 .02140 404.3 502.32 2658 2.450 -.015 .84695 -.01294 -.01926 -.00633 4T6.3 504.98 26 54 2.450 -.001 .84695 -.00062
-.03497 -.03436 T 'J 0 W A Y DEPTH INTE RVAL INTERVAL REFLECT. TWO vMY SYNTHET IC PRIMARY MULT IPLES TRAVEL FROM S R D VELOCITY DENS ITY COEF F . ATTuN. S E I S M 0 . + ONLY TIME (OR TOP) COEFF. PRIMARY MULTIPLES M S M M/S G/C 3 4 C 8 . 3 507.o3 .0 40 .84 5o1 .03361 .04674 .01 31 3 28 74 2.459 410.3 510.50 -.033 .84470 -.02771 -.02167 .00604 2691 2.450 41 a. 3 513.20 .039 .84343 .03277 .04515 .01238 2909 2.450 41 4.3 516.10 -.039 .84216 -.03275 -.04399 -.01124 2691 2.450 416.3 518.79 .007 .84212 .00589 .02049 .01460 2729 2.459 416.3 521 .52 .062 .83866 .05237 .01735 -.03502 3091 2.450 42 C. 3 524.61 -.041 .83746 -.03436 -.00829 .02606 2 848 2.450 422.3 527.46 -.035 .83663 -.02927 -.03311 -.00384 2655 2.450 4 2 4.3 530.12 -.003 .83643 -.00266 .01791 .02057 2639 2.450 426.3 532.76 .039 .83515 .03263 .01418 -.01 34 5 28 53 2.450 426.3 535.61 -.034 .83421 -.02305 -.02732 .00073 2667 2.459 430.3 538.28 .012 .83410 .00980 .01103 .00123 2731 2.450 43 2.3 541 .01 .002 .83409 .00203 .00516 .0031 3 2744 2.450 434.3 543.75 .056 .83146 .04680 .05134 .00455 3C7C 2.450 4 3 6.3 546.32 -.037 .83032 -.03992 -.05708 -. 0261 6 28 50 2.450 438.3 549.67 -.057 .82762 -.04729 -.03845 .00834 254 3 2.450 4 4 0.3 552.21 .039 . 82 635 .03240 .03800 .00561 2750 2.450 44 2.3 554.96 .0 24 .82588 .01983 .04945 .02956 2886 2.450 444.3 557.35 .043 .82435 .03551 .00133 -.03413 3145 2.450 446.3 561 .00 .033 .82344 .02739 .04857 .02118 3361 2.450 448.3 564.36 -.040 .82212 -.032 q 7 -.03907 -.00610 3103 2.450 450.3 567.46 -.004 .82210 -.00337 -.01374 -.0103? 3077 2.450 4 5 2.3 570.54 -.013 . 8 2 1 8 5 -.01441 .00521 .01963 2971 2.450 4 5 4.3 573.51 -.014 .82159 -.01139 -.03608 -.02469 2890 2.450 4 5 6.3 576.40 .325 .82119 .02041 .02948 .00908 COMPANY : CRUSADER LIMITED WELL : NAMA RAH - 2 PAGE 12 T k0 WAY DEPTH INTERVAL INTERVAL REFLECT. TWO JAY SYNTHETIC PRIMARY MULTIPLES TRAVFL FROM SRD VELOCITY DENSITY C 0 E F F . A T T c N . S E I S M 0 . + ONLY T 1 M F (OR TOP) COEFF. PRIMARY MULTIPLES S M M/S G/C 7 30 37 2.450 4 5 8 .3 579.44 28 51 2.4 50 -.032 . 8 2 0 3 7 -.02592 .00621 .03213 4 6 0.3 582.29 2827 2.450 -.004 .32035 -.00357 -.01712 -.01 35s 4 6 2.3 585.11 2764 2.45C -.011 .82025 -.00922 -.03771 -.02849 46 4.3 587.88 2818 2.450 .010 .82017 .00799 -.00501 -.01300 466.3 590.70 2913 2.450 .017 .81995 .01357 -.00445 -.01802 4 6,3 . 3 593.61 2898 2.450 -.003 .81994 -.00217 .01481 .01693 470.3 596.51 30C? 2.450 .019 .81966 .01519 .07731 .0621 2 472.3 599.51 31 96 2.450 .0 30 .81890 .02402 .00088 -.02405 474.3 602.71 3203 2.450 .001 .81890 .00091 .00142 .00050 476.3 605.91 3C56 2.4 50 -.023 .81845 -.01924 -.02495 -.00571 473.3 608.9? 31 54 2.450 .016 .81824 .01299 .0243? .01138 4 8 0.3 612.12 2870 2.450 -.047 .81642 -.03865 -.06148 -.02283 48 2.3 614.99 2876 2.450 .001 .81642 .00085 .01898 .01813 4 8 4.3 617.3? 2972 2.450 .016 .81620 .01333 .00413 -.00925 4 2 6.3 620.84 2790 2.450 -.032 .81538 -.02577 -.02891 -.0031 4 4 8 8.3 623.63 2988 2.450 .034 .81443 _u27 Q 4 .03566 .00773 490.3 626.62 2923 2.450 -.011 .81433 -.00893 -.02261 -.01367 49 2.3 629.54 3078 2.450 .026 .81379 .02101 .01 555 -.00546 494.3 632.62 2989 2.450 -.015 .81361 -.01 18 3 .00292 .01475 496.3 635.61 3196 2.450 .033 .81271 .02720 .02515 -.00205 498.3 638.80 31 23 2.450 -.012 .81260 -.00946 -.01992 -.01046 5CC.3 641.Q2 3240 2.450 .018 .81232 .01501 .06718 .05217 502.3 645.17 3029 2.450 -.034 .81140 -.32732 -.05299 -.02567 5C4.3 643.19 3303 2.450 .043 .80938 .03512 .02571 -.00941 C C K p A A Y :
CRUSADER L . IM I T E D WELL : N A M A R A H - 2 PAGE TWO wAY DEPTH INTERVAL INTERVAL REFLECT. T ’ 1 0 WAY SYNTHETIC PRIMARY MULTIPLES TRAVEL FROM S R D VELOCITY DENSITY COEFF. ATTcN. S 11 S M 0 . + ONLY T I !•; E (OR TOP) COEFF. PRIMARY multiples M S M M/S G/C3 506.3 651.50 -.026 .80934 -.02085 -.01247 .00838 31 58 2.450 5C8.3 654.64 -.005 .80932 -.00403 -.01553 -.01150 31 07 2.450 510.3 657.74 -.001 .80932 -.00091 -.00249 -.00153 31 00 2.450 512.3 660.84 -.015 .30913 -.01253 .00271 .01524 3OG5 2.450 51 4.3 663.85 -.012 .80902 -.00946 -.04765 -.03818 2936 2.450 516.3 666.78 -.048 .80712 -.03921 -.03551 .00370 2664 2.450 518.3 669.45 .060 .80417 .04372 .05247 .00375 3006 2.450 5 20.3 672.45 -.047 .80237 -.03311 -.03941 -.00130 2734 2.450 5 22.3 675.19 .056 .79989 .04 4 60 .04747 .00287 3056 2.450 52 4.5 678.24 .010 .79981 .00803 .03594 .02791 31 18 2.450 5 26.3 081 .36 .002 .79981 .00154 -.01761 -.01915 31 30 2.450 5 28.3 684.49 -.001 .79981 -.00088 .02226 .02314 31 23 2.450 532.3 687.62 -.013 .79967 -.01025 -.02290 -.01266 3044 2.450 53 2.3 690.66 .024 .79921 . u 1 9 2 o .01650 -.00276 31 95 2.450 534.3 693.35 .020 .79888 .01634 .03607 .01972 33 28 2.450 536.3 697.18 -.024 .79842 -.01906 -.03147 -.01241 3173 2.450 5 3 8.3 700.36 -.003 .79836 -.00676 -.00809 -.00133 31 20 2.450 5 40.3 703.48 .003 .79831 .00659 .02117 .01459 31 72 2.450 5 4 2.3 706.65 -.006 .79828 -.00487 -.02109 -.01623 31 33 2.450 5^4.3 709.78 -.044 .79677 -.03473 ■-.06278 -.02805 2872 2.450 5 46.3 712.o5 .0 33 .79588 .02656 .03569 .00914 3070 2.450 548.3 715.7? -.017 .79567 -.01318 -.00207 .01111 2970 2.450 5 5 0 .3 713.69 -.005 .79565 -.00371 -.02127 -.01 757 2942 2.450 5 5 2.3 721.63 .005 .795o3 .00432 .03713 .03281 29 75 2.45C 5 5 4 .3 724.61 -.008 .79558 -.00b10 -.03721 -.03111 C C i v ! D A N Y : CRUSADER LIMITED WELL : NAMA RAH - 2 PAGE T y 0 W A Y DEPTH INTERVAL INTERVAL REFLECT. TWO wAY SYNTHETIC FP IMAR Y MULTIPLES TRAVEL FROM SRD VELOCITY DENS I TY COEFF. A T T c A| . S 11SMO . + ONLY TIME (OR TOP) COEFF. PRIMARY MULTIPLES ms M M/S G/C3 2929 2.450 5 5 6.3 727.54 31 26 2.450 .033 .79474 .02589 .94728 .02139 5 5 3.3 730.66 30 53 2.450 -.012 .79462 -.00945 -.021 11 -.01167 56C.3 733.72 319 9 2.45G .3 23 .79419 .01353 .03853 .02000 562.3 736.9? 32 29 2.450 .005 .79417 .00376 -.02469 -.02345 5 6 4 . 3 740.14 3324 2.450 .014 .79401 .01145 .03399 .02254 5 6 6.3 743.47 31 32 2.45C -.030 .79331 -.02361 -.03632 -.01271 5 6 3.3 746.60 3097 2.450 -.006 .79328 - .00440 -.00559 -.00113 5 7-5.3 749.70 2916 2.450 -.030 . 792 57 -. 02 3 8 5 -.00579 .01806 5 7 2.3 752.61 2534 2.450 -.060 .73968 -.04781 -.08128 -.03347 574.3 755.20 2698 2.450 .022 .78932 .01598 .02072 .00374 576.3 7 5 7 .8'9 2 8 90 2.450 .034 .73838 .02713 .01341 -.01372 573.3 760.73 291 ? 2.450 .005 .73837 .00370 .04760 .04390 58C.3 763.70 30 2 2 2.450 .018 .78812 .01 398 -.04400 -.05798 >82.3 766.7? 31 40 2.450 .019 . 78783 .01511 .07718 .06206 50 4.3 769.86 3246 2.450 .017 .78761 .01306 -.00045 -.01351 5 P 6.3 773.11 3247 2.450 0 .73761 .U0002 .02017 .02014 5 8 3.3 776.36 3206 2.450 -.006 .73758 -.00490 -.02695 -.02205 5 Q Cl.3 779.56 31 30 2.450 -.012 .78747 -.00952 .00368 .01320 5 q 2.3 732.69 30 27 2.450 -.017 . 7 3 7 2 5 -.01315 -.93173 -.01858 59 4.3 785.72 34 31 2.450 .062 .78417 .04920 .04308 -.00612 596.3 789.15 3093 2.45C -.052 .78207 -.04J57 -.02815 .01242 593.3 792.24 2945 2.450 -.025 .78160 -.01913 -.02122 -.00204 6CC.3 795.19 2866 2.4 50 -.014 .73146 -.01063 -.00058 .01 006 02.3 793.05 2861 2.450 □
-.001 .78146 -.00065 - .04848 -.04783 COMPANY CRUSADER I . IM I T E D NELL : NAM AR AH - 2 PAGE TWO NAY DEPTH INTERVAL I N' T r R V A L REFLECT. TWO WAY SYNTHETIC PRIMARY MULTIPLES TRAVEL FROM SRD VELOCITY DENSITY COEFF. ATTEN. S E I S M 0 . + ONLY TIME (OR TOP) COEFF. PRIMARY MULTIPLES r s M M / S G/C3 60 A.3 800.91 .0 09 .78140 .00683 .00191 -.00492 2912 2.450 606.3 303.83 .055 .77902 .04307 .06776 .02470 3251 2.450 608.3 807.08 .037 .77794 .02904 .03595 .00692 3503 2.450 61C.3 810.58 -.029 .77727 -.02283 -.00278 . 0201 0 3303 2.450 612.3 813.88 -.008 .77722 -.00612 -.01293 -.00681 3 2 5 1 2.450 61 4.3 81 7.13 -.011 .77714 -.00817 -.00062 .00755 31 84 2.450 616.3 320.32 .039 .77597 .03010 .03670 .00660 34 40 2.450 618.3 823.76 -.086 .77023 -.06673 -.08098 -.01425 28 9 5 2.4 50 62G.3 826.65 -.057 .76777 -.04353 -.08352 -.03998 25 86 2.450 6 2 2.3 829.24 .034 . 76690 .02578 .06396 .03819 2765 2.450 624.3 832.00 .067 .76348 .05124 .03616 -.01508 3161 2.450 626.3 835.17 -.067 .76010 -.05081 -.05572 -.00490 2767 2.450 6 2 8.3 837.93 -.020 .75979 -.01533 -.00919 .00614 2657 2.450 630.3 840.59 .076 .75538 .05788 .04808 -.00980 3095 2.450 632.3 843.68 .037 .75433 .02814 .04864 .02049 3335 2.450 63 4.3 847.02 -.041 .75303 -.03078 -.03763 -.00685 30 74 2.450 636.3 850.09 -.018 .75233 -.01359 -.01548 -.00189 2965 2.450 6 38.3 853.06 -.003 .75282 -.00249 .00185 .30434 294 5 2.450 6 40.3 856.00 .021 .75248 .01 597 .02669 .01072 3073 2.450 6 42.3 859.08 .004 .75247 .00294 -.03188 -.03481 3097 2.450 64 4.3 862.17 -.005 .75245 -.00383 .04743 .05131 3065 2.450 646.3 86 5.24 -.023 .75204 -.01760 -.02168 -.00407 2925 2.450 6 4 8.3 863.16 .073 .74799 .05519 .045 28 -.00992 3388 2.450 65C.3 371.55 -.056 .74 564 -.04190 -.05547 -.01356 3029 2.4 50 6 5 > 874.58 .0 .74555 .00 3 30 -.02056 -.02 0 COMPANY : CRUSADER LIMITED WELL : namarah - 2 PAGE TWO WAY DEPTH INTERVAL INTERVAL REFLECT. TWO WAY SYNTHETIC PR IMARY MULTIPLES TRAVEL FROM S R D VELOCITY DENSITY COEFF. ATTEN. S E I S M 0 . + ONLY TIKE (OR TOP) COEFF. PRIMARY MULTIPLES K S M M/S G/C3 3097 2.450 o54.3 877.68 3191 2.450 .015 .74539 . 0' 1 1 11 .02254 .01143 656.3 880.37 30CC 2.450 -.031 .74468 -.02299 -.00337 .01962 6 5 8.3 383.37 2926 2.450 -.012 .74456 -.00929 -.01430 -.00501 6 6 C . 3 886.79 2963 2.450 .006 .74453 .00466 .01198 .00733 66a.3 889.75 2934 2.45C -.005 .74451 -.00365 -.01601 -.01236 6 6 4.3 892.69 31 34 2.450 .033 .74370 .02455 .01753 -.00702 6 6 6.3 895.32 31 14 2.450 -.003 .74370 -.00235 -.00787 -.00552 668.3 898.94 31 15 2.450 0 .74370 .00010 .01140 .01130 6 ? C . 3 902.05 31 37 2.450 .003 .74369 .00258 .02560 .02301 672.3 905.19 31 57 2.450 .003 .74368 .00240 -.00309 -.00549 6?4.3 908.34 31 36 2.450 -.003 .74367 -.00252 -.00237 .00016 676.3 911.48 29 51 2.450 -.030 .74299 -.02253 -.00362 .01891 6?8.3 914.43 2926 2.450 -.004 . 74297 -.90324 -.05151 -.04827 68C.3 917.36 2849 2.450 -.013 .74284 -.00985 .00383 .01369 682.3 920.21 3040 2.450 .0 32 .74206 .02414 .02675 .00262 634.3 923.25 31 40 .2.450 .016 .74187 .01198 .01315 .00117 68 6.3 926.39 3251 2.450 .017 . 74164 .91284 .01317 .00033 6 8 8.3 929.64 31 83 2.450 -.011 .74156 -. 00 7 8.2 .02588 .03370 6 9 0.3 932.32 3216 2.450 .005 .74154 .00386 -.02168 -.0 2 55 4 692.3 936.04 3061 2.450 -.025 .74109 -.01831 -.02289 -.00457 69 4.3 939.10 2979 2.450 -.014 .74095 -.01 307 .00911 .01919 696.3 942.08 2767 2.450 -.037 .73994 -.32736 -.06730
-.03995 698.3 944.84 28 54 2.450 .015 .73977 .01141 .04043 .02901 7CC.3 947.70 2989 2.450 .023 .73937 .01710 -.01473 -.03184 COMPANY : CRUSADER LIMITED WELL : NAM AR AH - 2 PAGE 17 TWO WAY depth INTE RVAL INTERVAL REFLECT. TWO WAY ♦SYNTHETIC PRIMAPY MULTIPLES TRAVEL FROM SRO VELOCITY DENS ITY COEPF. AT TEN. SEISMO. + ONLY TIME (OR TOP) COEFF. primary MULTIPL ES M M /S G/C3 702.3 950.63 -.001 .73937 -.00093 -.00218 -.00126 2981 2.450 70 4.3 953.67 -.005 .73935 -.00333 .00163 .00496 29 54 2.450 7C6.3 956.62 .009 .75930 .00661 .03328 .02667 3008 2.450 733.3 959.63 -.011 .73921 -.00807 -.01944 -.01138 2943 2.450 71 C .3 962.57 .0 0? .73914 .00681 .02308 .01627 2997 2.450 712.3 965.57 -.012 .73903 -.00908 -.00737 .00172 29 25 2.450 71 4.3 968.49 .012 .73893 .00859 -.01060 -.01919 2993 2.450 716.3 971.49 -.006 .73891 -.00449 -.00028 .00422 29 57 2.450 713.3 974.44 .022 .73353 .01659 -.00624 -.02282 3093 2.450 72C.3 977.54 .002 .73853 .00146 .01710 .01564 31 05 2.450 7 2 2 .3 980.64 -.302 .73853 -.00136 .02220 .02356 3094 2.450 72 4.3 983.74 -.007 .73349 -.00535 -.03241 -.02706 3049 2.450 7 2 6.3 986.79 .012 .73839 .00364 .01140 .00276 3122 2.450 723.3 939.91 -.006 .73836 -.00448 -.00848 -.00399 30 84 2.450 730.3 992.99 0 .73836 .00028 .00151 .00123 3086 2.450 732.3 996.08 -.322 .73799 -.01653 .00569 .02222 29 51 2.4 50 7 3 4.3 999.03 .004 . 7 3 7 9 8 .00312 .01257 .00944 2976 2.450 73o.3 1002.00 .022 .73762 .01624 -.00139 -.01763 31 10 2.450 7 3 3.3 1005.11 .010 .73755 .00705 .03782 .03076 31 7C 2.450 7 4 C . 3 1GC3.29 .026 .73705 .01919 -.00558 -.02477 3340 2.450 7A2.3 1011.62 -.037 .73607 -.02697 -.04533 -.01885 3104 2.450 744.3 1014.73 .0 43 .73471 .03165 .04340 .01175 3383 2.450 746.3 1018.11 -.303 . 73470 -.00253 .00137 .00391 3360 2.450 74 3.3 1021.47 .003 .73465 ,005 Q 1 -.00868 -.01459 34 14 2.450 750.3 1 O 2 4.3 8 -.0 06 .73462 -.90457 ."2855 .03312 Vj 0 Ift A Y D F P T H INTERVAL INTERVAL REFLECT. TWO WAY SYNTHETIC PRIMARY MULTIPLES travel FROM S RD VELOCITY DENSITY COEFF . A T T E N . S E I S i* 0 . + ONLY T I E (OR TOP) C 0 E F F . PRIMARY MULTIPLES MS M M/S G/C3 3372 2.450 7 5 2.3 1028.26 0 .73462 -.00023 .00034 .00057 3370 2.450 754.3 1331.63 .046 .73306 .03388 .00466 -.02921 3695 2.450 7 5 6.3 1035.32 -.020 .73277 -.01464 -.00822 .00643 35 51 2.450 758.3 1038.87 .073 .72832 .05377 .07473 .02096 41 13 2.450 76C.3 1042.99 -.0 69 .72531 -.05059 -.04616 .00443 35 79 2.450 762.3 1046.56 -.016 .72512 -.01164 -.00488 .006? 6 34 6 6 2.450 76 4.3 1050.03 .002 .72512 .00170 -.02917 -.03087 3482 2.450 766.3 1053.51 .007 .72508 .00541 .03512 .02970 3535 2.450 763.3 1057.05 .017 .72436 .01243 .01227 -.00016 36 58 2.450 770.3 1060.71 -.013 .72474 -.00970 -.01205 -.00235 3562 2.450 7?2.3 1064.27 .33? .72377 .02650 -.01033 -.03683 38 32 2.450 77 4.3 1068.10 .004 .72376 .00278 .03881 .03603 3861 2.450 776.3 1071.96 -.040 .72259 -.02909 -.02658 .00251 35 6 3 2.450 7 7 8.3 1075.52 -.050 .72030 -.03591 -.03140 -.04549 3226 2.450 780.3 1078.75 .010 .72073 .00713 .06173 .05455 3290 2.450 782.3 1082.04 .061 .71806 .04389 -.00609 -.04998 3717 2.450 78 4.3 1085.76 -.006 .718u4 -.00399 .02742 .03141 3676 2.450 7*6.3 1089.43 -.01 5 .71738 -.01043 -.01078 -.00035 35 71 2.450 7*8.3 1093.30 .001 .71783 .000*5 .02764 .02679 35 79 2.45P 79C.3 1096.58 .003 .71784 .00559 -.05047 -.05606 3635 2.450 792.3 1100.22 -.011 .71775 -.00302 .03389 .04191 35 55 2.450 794.3 1 103.77 -.008 .71770 -.00582 -.02067 -.01485
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86C . 3 1265.43 3764 2.450 .0 38 .69035 .02620 .01120 -.01503 8 9 2.3 1270.19 368C 2.450 -.011 .69076 -.00781 .01131 .01912 89 4.3 1273.87 3617 2.45C -.009 .69071 -.00590 -.03681 -.03091 8 q 6. 3 1277.49 3643 2.450 .004 .69321 .00248 .03637 .03439 COMPANY CRUSADER LIMITED WELL : N A '! A R A H - 2 PAGE T'-jO ‘a AY DEPTH INTE AVAL INTERVAL REFLECT. TWO WAY SYNTHETIC PRIMARY MULTIPLES TRAVEL F R 0 iM S R D VELO C I TY DENS ITY COEFF. A T T t N . S E I S M 0 . + ONLY T I M E (OR TCP) COEFF. D R I N A R Y MULTIPLES M S i‘1 M/S G/C3 3 9 8 . 3 1281.13 3764 2.450 .016 .69052 .01123 .02834 .01711 9CC.3 1234.90 3916 2.450 .020 .69025 .01571 .01865 .00493 9C2.3 1288.81 37 24 2.450 -.025 .63981 -.01738 -.03872 -.02134 904.3 1202.54 3291 2.45C -.062 .63719 -.04256 -.03928 .00328 906.3 1295.83 3620 2.450 .048 .63563 .03275 .00078 -.03196 9 G 8.3 1299.45 35 90 2.450 -.304 .63561 -.00291 .00439 .00730 910.3 1303.04 -.050 .68390 -.33433 -.03180 .00253 3247 2.450 912.3 1306.29 32 50 2.450 0 .68390 .00031 -.01346 -.01378 91 4.3 1309.54 2589 2.450 -.113 .67513 -.0774a -.08935 -.01191 916.3 1312.13 3167 2.450 .100 .66832 .06776 .06411 -.00365 918.3 1315.29 32 96 2.450 .0 20 .66806 .01332 .00965 -.00367 920.3 1318.59 32 19 2.450 -.012 .66797 -.00782 .01988 .02770 922.3 1321.81 3143 2.450 -.012 .66787 -.80305 -.00420 .00386 9 2 6.3 1324.95 31 17 2.450 -.004 .66786 -.00274 .01819 .02093 926.3 1328.07 3 3 08 2.450 .030 .65727 .01986 -.00026 -.02012 9 2 8.3 1331.58 3242 2.450 -.010 .66720 -.00679 -.00443 .00236 9 3 0.3 1334.62 3056 2.450 -.0 30 .66662 -.01963 -.041 10 -.02141 9 3 2 .3 1337.6? 3675 2.450 .0 92 . 66098 .06130 .07555 .01425 934.3 1341.35 3306 2.450 -.053 .65914 -. 334 *9 -.02479 .01011 936.3 1344.65 32 37 2.450 -.011 .65907 -.00694 -.01623 -.00929 938.3 1347.39 3320 2.450 .013 .65896 .00327 -.01660 -.02487 940.3 1351 .21 3397 2.4 50 .011 .65888 .30755 .02392 .01637 942.3 1354.61 32 20 2.450 -.027 .65841 -.01758 -.03643 -.01885 94 4.3 1357.83 3084 2.450 -.022 . 6 > 8 1 C -.01417 -.00864 .00553 946.3 1360.91 .0 29 .65755 .19 0 5 .00353 -.01552 T vi 0 to A Y DEPTH INTE RVAL INTERVAL REFLECT. TWO WAY SYNTHETIC PRIMARY MULTIPLES TRAVEL FROM 3RD VELOCITY DENSITY COEFr . A T T - N . S c I S N 0 . + ONLY TIME (OR TCP) COEF F. PRIMARY MULTIPLES M S M M/S G/C3 3268 2.450 9 4 i . 3 1364.18 .001 .65755 . 00097 .03145 .03047 32 78 2.450 9 5 0.3 1367.46 .009 .65750 .00563 .03700 .03137 3334 2.450 952.3 1370.79 .038 .65655 .02502 .00187 -.02315 3598 2.45Q 954.3 1374.39 -.043 .65535 -.02805 -.01813 .00992 3303 2.450 956.3 1377.69 -.016 .65519 -.01036 .01297 .02333 3201 2.450 952.3 1380.89 .010 .65512 .00644 -.01382 -.02025 3264 2.450 9 6 C . 3 1384.16 -.016 .65495 -.01065 -.05190 -.04125 31 60 2.450 9 6 2.3 1387.32 .011 .65487 .00707 .00472 -.00235 32 29 2.450 964.3 1390.55 .039 .65389 .02534 .03317 .00734 34 88 2.450 966.3 1394.03 -.067 .65096 -.04382 -.02 9 3.5 .01446 3C50 2.450 9 6 8.3 1397.08 .032 .65027 .02112 .04231 .02120 32 55 2.450 970.3 1400.34 .036 .649^3 .02347 -.02623 -.04970 3499 2.450 97 2.3 1403.84 -.005 .64941 -.00331 .04828 .05158 3463 2.450 97 4.3 1407.30 -.0 30 .64881 -.01977 -.01878 .00099 3259 2.450 9 7 6.3 1410.56 -.016 .64863 01 07 0 -.05157 -.04087 31 53 2.450 97 3.3 1413.71 .0 29 .64808 .01 88 6 .04321 .02434 3342 2.450 980.3 1417.05 .046 .6a 6 7 3 .02966 .04982 .0201 6 36 c 2 2.450 982.3 1420.72 .0 27 .64624 .01770 .02176 .00406 38 6 8 2.450 9 8 4.3 1424.58 -.038 .64529 -.02483 -.00403 . 02080 3589 2.445 98 6.3 1428.17
-.090 . 6 <* 0 8i 8 -.05798 -.05505 .00293 31 74 2.309 988.3 1431.35 .0 22 .63977 . 01 3 94 -.03888 -.05282 3217 2.3 80 990.3 1434.56 -.006 .63975 -.00369 .00585 .OC953 32 36 2.339 99 2.3 1437.80 .075 .63613 .04312 -.02119 -.06931 35 70 2.465 9 C 4.3 1441.37 .013 .63602 .00335 .04125 .03290 3699 2.442 T V 0 w A Y DEPTH INTERVAL INTERVAL REFLECT. TWO WAY SYNTHETIC PRIMARY MULTIPLES TRAVEL FROM S R D VELOCITY DENSITY COEFF. ATTlN. S E I s 0 . + ONLY T I ! •' F (OR TOP) COEFF. PRIMARY MULTIPLES X S M M/S G/l 3 996.3 1445.07 -.039 .65506 -.02471 .01032 .03503 3439 2.430 99 3 .3 1 44 3.51 -.031 .63445 -.0196? .01446 . 03 41 3 3295 2.334 1000.3 1451.30 .056 .63249 .03529 -.00985 -.04513 3610 2.432 1002.3 1455.41 -.294 .57790 -.185*2 -.1 75 51 .01032 2633 1.820 1 CCA.3 1453.05 .250 .54177 .14449 .11743 -. 02 706 33 28 2.400 1006.3 1461.37 -.044 .54072 -.02388 .00650 .03033 3039 2.407 1 0 0 3.3 1464.41 .062 .53862 .03367 .03440 .00073 3397 2.439 1 C 1 C . 3 1467.31 .002 .538o2 .00129 .00174 .00044 3390 2.456 1012.3 1471 .20 -.057 .53636 -.03330 - .00352 .02728 31 17 2.382 101 A .3 1474.32 .011 .53679 .00602 -.04214 -.0481 5 31 24 2.430 1016.3 1477.44 .055 .53517 .02953 .02634 -. 0031 9 3440 2.464 1 G1 8.3 1480.38 .03 5 .53457 .01790 -.00231 -.02021 3682 2.461 1020.3 1484.56 0 . 534 57 .00002 .07025 .07023 3695 2.453 1022.3 1483.26 .004 .53456 .00199 .00379 .00180 3725 2.452 1 0 2 A . 5 1491.98 .002 .53456 .00091 -.00476 -.00567 37 21 2.462 1026.3 1495.70 -.025 .53422 -.01351 .02315 .03665 34 76 2.506 1023.3 1409.13 .046 .53309 .02452 .01339 -.01113 3847 2.482 1C3C.3 1503.07 - .8 26 .53272 -.01408 -.03479 -.02071 36C1 2.515 1032.3 1506.63 -.003 .53272 -.00155 .05603 .03753 35 4 6 2. 540 1034.3 1510.17 .0 20 .53250 .010 77 .01694 .0061 7 3734 2.478 1036.3 1513.96 .015 .53233 .00793 -.04826 -.05619 3836 2.436 1338.3 1517.84 -.011 .53232 -.00564 .03112 .03675 3798 2.490 1040,3 1521.64 -.010 .53227 -.00520 -.04834 -.04363 37 38 2.481 1042.3 1525.38 -.012 .53219 -.00623 .00497 .01125 3732 2.428 1044.3 1529.11 .021 .53195 .01142 .05259 .04118 COMPANY : CRUSADER LIMITED ViELL : NA MA RAH - 2 PAGE T H 0 m A Y DEPTH INTE RVAL INTERVAL REFLECT. T W 0 W A Y synthetic PR IMARY MULTIPLES TRAVEL FROM SRD VELOCITY DENSITY COEFF. A T T u M . SEIS 0 . + ONLY T I M F. (OR TO- 3 ) COEFF. P RIM ARY MULTIPLES KS M/S G/C3 3855 2.453 1046.3 1532.97 3707 2.423 -.0 26 . 5 3 1 o 0 -.01363 -.03170 -.01807 1 045.3 1536.67 34 68 2.390 -.0 40 .53075 -.02132 -.05320 -.03189 1O5C.3 1540.14 3430 2.474 .012 .5306? .00619 .01199 .00581 1052.3 1543.57 3628 2.440 .021 .53044 .-31 1 25 -.03403 -.04528 1054.3 1547.20 3913 2.402 .030 .52996 .01592 .04337 . 0274 5 1056.3 1551.11 3927 2.402 .002 .52996 .00083 .06059 .05976 1058.3 1555.04 3914 2.417 .002 .52996 ,00u?4 -.02917 -.03001 1060.3 1558.95 3877 2.366 -.016 .52933 -.00322 .00252 .01073 1062.3 1562.33 3787 2.401 -.004 .52982 -.00232 .00607 .00838 1064.3 1566.62 3800 2.429 .008 . 52979 .00399 .02238 .01839 1066.3 1570.42 37 22 2.415 -.013 .52970 -.00697 -.04771 -.04074 1068.3 1574.14 35 99 2.431 -.013 .52960 -.00714 .00524 .01239 1070.3 1 57 7. 74 3806 2.428 .027 .52921 .01436 -.01148 -.02584 1072.3 1581.55 3800 2.390 -.009 .52917 -.00455 .04685 .05140 1074.3 1535.35 3706 2.437 -.003 .52917 -.00148 -.00611 —.00463 1076.3 1589.05 3805 2.395 .0 05 .52916 .00239 -.02889 -.03128 1078.3 1592.36 38 3C 2.395 .003 .52915 .00175 .01028 .00853 1080.3 1596.69 3776 2.369 -.013 .5290? -.00666
-.03991 -.03325 1082.3 1600.46 3782 2.436 .015 .52895 .00777 .03731 .02955 1084.3 1604.24 366? 2.498 -.004 .52895 -.00188 .00142 .00330 1086.3 1607.91 3716 2.359 -.021 .52371 -.01124 .00727 .01851 1083.3 1611.0? 35 50 2.431 -.003 ,52853 -.00407 -.02353 -.02446 1080.3 1615.17 37 17 2.332 .013 .52859 .00678 .01436 .00808 1092.3 1618.89 3760 2.519 .0 34 .52799 .01775 -.03124 -.04899 w 0 w a Y T R A V ~ 1 T I T F P S DEPTH FROM S R D (OR TOP) M INTE RVAL VELOCITY M/S INTERVAL DENSITY G/C3 peflect. COEFF. TWO WAY A T T t \'. COEFF. SYNTHETIC SEIS 0 . PRIMARY PRIMARY + MULTIPLES MULTIPLES ONLY 1 09 a. 3 1622.65 -.019 .52779 -.01024 .03668 .04692 3705 2.459 1 0 9 6.3 1626.35 .003 .52779 .00157 -.01867 -. 02023 3722 2.462 1998.3 1630.08 -.006 .52777 -.00294 .00853 .01148 36 7 3 2.467 11 CO.3 1633.75 -.005 .52776 -.00272 - .00641 -.00369 3639 2.465 1 1 C 2.3 1637.39 .020 .52754 .01064 .01769 . 00705 3881 2.407 11 C 4 . 3 1641.27 -.003 .52751 -.00442 -.02196 -.01754 3790 2.423 1 1 n 6.3 1645.06 -.301 .52751 -.00379 -.03093 -. 00014 38 56 2.375 11C8.3 1643.92 -.023 .52730 -.01 3 37 -.00394 .00644 3654 2.439 1 1 1 C .3 1652.57 .016 .52716 .00867 .03802 .02935 3692 2.464 1112.3 1656.26 .014 .52706 .00724 -.02031 -.02755 3621 2.58 3 1114.3 1659.83 -.012 .52693 -.00534 .01049 .01683 3664 2.491 1 1 1 t .3 1663.55 -.001 .52698 -.00029 -.00479 -.00451 3737 2.441 1113.3 1667.28 -.006 .52696 -.00327 -.00251 . 0007 6 3623 2.486 1122. 3 1670.91 -.008 .5269? —.30404 .00659 .01063 3603 2.462 1122.3 1674.51 .026 ,52658 .01 356 .01154 -.00 201 3729 2.504 1124.3 1678.24 0 .52658 -.00014 -.00805 -. 00792 3749 2.490 112c.3 1681.99 -.014 .52648 -.00742 .00844 .01586 3720 2.440 1128.3 1635.71 .006 .52646 .00294 -.07139 -.07433 3687 2.489 11 7 C. 3 1639.39 -.019 .52627 -.01015 .03052 .04066 3617 2.441 1132.3 1 693.01 .0 04 .52626 .00201 .01185 .00984 3601 2.471 1134.3 1696.61 .020 .52636 .01029 .01253 .00224 3741 2.473 1136.3 1700.35 -.001 .52606 -.00078 .01734 .01312 37 52 2.458 1138.3 1704.11 -.004 .52605 -.001°3 .02652 .02839 3690 2.432 114C.3 1707.30 . 0 09 .52601 .30485 -.05434 -. 9591 8 3 7 88 2.463 1142.3 1711.58 -.018 .52583 -.Uu956 -.00145 .0031 1 C 0 M F A N Y : CRUSADER LIMITED WELL : NAMARAH - 2 PAGE 26 T0 WAY DEPTH interval INTERVAL REFLECT. TWO WAY SYNTHETIC PRIMARY MULTIPLES TRAVEL F R 0 M S R D VELOCITY DENSITY COEFF. A T T 2 N . S £ I S 9 0 . + ONLY T I F (OR TOP) COEFF. PRIMARY MULTIPLES * s M M/S G/C3 37 72 2.385 1144.3 1715.36 3657 2.523 .013 . 5 2 5 75 .00663 -.01746 -.02409 1146.3 1719.01 3707 2.529 .003 .52572 .00416 .01318 .00903 1148.3 1722.72 34 51 2.441 -.053 .52423 -.02798 -.00824 .01975 1150.3 1725.17 34 56 2.493 .011 .52416 .00589 .02462 .01873 1152.3 1 729.63 3564 2.567 .030 .52369 . 015 6 8 -.00766 -.02334 1154.3 1733.19 3454 2.485 -.032 .52316 - . 01 6 6 8 -.01836 -.00167 115 6.3 1736.65 3439 2.473 -.004 .52315 -.O n 235 -.00125 .00110 1158.3 1740.09 35 78 2.487 .322 .52288 .01175 -.06247 -.07421 1 1 6 0 . 3 1743.66 3595 2.495 .004 .52288 .00293 .07367 .07164 1 162.3 1747.26 35 31 2.518 -.304 .52287 -.00230 .01605 .01335 1164.3 1750.79 32 73 2.480 -.045 .52179 -.02370 -.03555 -.01185 1166.3 1754.06 32G7 2.475 -.011 .52173 -.00590 -.00321 .00270 1168.3 1757.27 3328 2.569 .107 .51578 .05569 .03163 -.02405 1170.3 1 761 .10 33 77 2.525 -.071 .51313 -.03565 .00964 .04630 1172.3 1764.47 3936 2.535 .078 .51003 .04018 .01657 -.02361 1174.3 1768.41 3817 2.472 -.0 28 . 5 0 9 6 3 -.01427 -.03357 -.01 930 1176.3 1772.23 3883 2.497 .014 .50954 .00699 -.00868 -.31567 117 8.3 1776.11 37 33 2.441
-.031 .50904 -.01586 .02699 .0A285 1180.3 1779.84 3764 2.433 .002 .50904 .0012o .00007 -.00119 11^2.3 1733.61 35 23 2.432 -.033 .50848 -.01590 -.02007 -.00318 1184.3 1787.13 3693 2.468 .0 31 .50799 .01 570 -.00311 -.01881 1186.3 1790.82 3342 2.340 -.0?6 .50503 -.03381 -.03366 .0051 4 1188.3 1794.16 37 52 2.473 .086 .50126 .04365 .01653 -.02713 1190.3 1797.92 3801 2.488 .003 .50122 .00423 -.00638 -.01061 W 0 WAY DEPTH INTERVAL INTERVAL REFLECT. TWO WAY SYNTHETIC PRIMARY MULTIPLES TRAVEL FROM SRD VELOCITY DENSITY COEFF. A T T E M . S E IS»0 . f ONL Y TIME (OR TOP) M/S COEr F. PRIMARY MULT IPL ES r s H G/C3 1192.3 1301 .72 3769 2.484 -.005 .50121 -.00256 .04044 .04300 1194.3 1805.49 3857 2.475 .310 .5u116 .004*1 .00360 -.00121 1196.3 1809.34 3854 2.434 -.009 .50112 -.00429 .01121 .01 550 1196.3 1813.20 37 53 2.519 . 004 .59112 .00194 -.00243 -.00437 1 2 C 0.3 1816.95 3612 2.434 -.026 .50077 -.01313 -.04658 -.03346 1 2C2.3 1320.56 3982 2.485 .049 .49953 .02449 .02754 .00305 1204.3 1824.54 3856 2.437 -.026 .49925 -.01279 -.00443 .00 837 1206.3 1828.40 3925 2.517 .025 .49894 .01244 .00601 -.00643 1203.3 1832.32 38 34 2.546 -.006 .49892 -.30299 .05553 .05852 1210.3 1336.16 3 9 58 2. 554 .017 .49877 .00372 .06919 .06047 1212.3 1340.12 3897 2.600 .001 .49877 .00057 -.11232 -.11289 1214.3 18A4.01 4019 2. 564 .003 .49873 .00421 .02454 .02033 1216.3 1843.03 38 24 2.530 -.031 .49824 -.01 571 -.03706 -.02135 1218.3 1851 .86 37 52 2.530 -.010 . 4 9 8 1 9 -.00473 .00199 00677 ■1220.3 1 85 5.01 4055 2.582 .049 .49700 .02438 .05310 .02872 1222.3 1859.66 38 30 2.567 -.031 .49651 -.01562 -.02938 -.01376 1224.3 1863.49 3637 2.499 -.3 39 .49575 -.31942 .01734 .03725 1226.3 1867.13 4003 2.522 .052 .49439 .02592 .01284 -.01309 1223.3 1 8 7 1 . 1 3 3634 2.449 -.063 . 4 9 2 4 4 -.03109 -.06526 -.03416 1 2 7 0.3 1874.77 3713 2.495 .3 20 .49224 .00985 -.02446 -.03431 1232.3 1878.48 41 56 2.567 .070 .43979 .03468 .06903 .03435 1274.3 1882.64 3879 2. 571 -.0 34 .48924 -.01646 -.00208 .01438 1236.3 1886.52 3541 2.528 -.0 54 .48732 —.02640 -.01689 .00951 1238.3 139C.C6 35 53 2.529 .002 .43782 .00090 .02383 .02294 1 24C. 3 1893.01 .020 .43761 .00991 -.04551 -.05542 C C M F A N Y CRUSADER LIMITED WELL : MA 1-1 AR AH - 2 PAGE 23 TWO WAY DEPTH INTERVAL INTERVAL REFLECT. TWO WAY SYNTHETIC PRIMARY MULTIPLES TRAVEL FRO" SRD VELOCITY DENSITY COEFF. ATTtN. S 6 I SM3. + ONLY T T M E (OR TOP) COEFF. PRIMARY MULTIPLES M S M M/S G/C3 3712 2.521 124 2.3 1897.32 3770 2.574 .013 .43745 .00387 .00689 -.00198 1244.3 1901.09 3674 2.555 -.017 .43732 -.00313 .03134 .03947 1246.3 1904.77 3411 2.055 -.145 .47709 -.37059 -.08863 -.01809 1243.3 1 908.1 8 37 50 2.554 .155 .46569 .'07376 .03065 .00689 1250.3 1911 .93 37 58 2.535 -.003 .46569 -.00122 -.07257 -.07135 1252.3 1915.69 3869 2.576 .023 .46545 .01357 .01935 .00877 1254.3 1919.55 3746 2.483 -.034 .46439 -.01604 .01668 .03273 1 2 5 6.3 1923.30 3976 2.588 .050 .46371 .02341 .04586 .02245 1258.3 1927.28 3847 2.559 -.022 .46349 -.01028 .00215 .01243 1 2 6 C . 3 1931.12 3928 2.492 -.003 . 4 6 3 4 8 -.00131 .00843 .00974 1262.3 1935.05 4113 2.523 .029 .46308 .01559 .01479 .00120 1264.3 1939.17 4077 2.523 -.005 . 46307 -.00211 -.01307 -.01096 1266.3 1943.24 4197 2.523 .014 .46298 .00671 .03222 .02551 1 2 6 3.3 1947.44 4096 2.509 -.015 .46287 -.00692 -.041 14 -.03422 127C.3 1 951 .54 3939 2.532 -.015 .46277 -.00595 .00944 .01639 1272.3 1955.48 3913 2.571 .004 .46276 .00207 .01014 .00807 1274.3 1959.39 4088 2.459 0 .46276
-.00921 .01317 .01333 1276.3 1963.48 40 54 2.410 -.014 .4o2o7 -.03656 -.01578 -.00922 1278.3 1967.53 40 74 2.455 .012 . 4 o 2 o 0 .00538 -.05974 -.06512 1280.3 1971.60 43 21 2.486 .036 .45202 .01649 .03280 .01631 1252.3 1975.92 4255 2.444 -.016 .46190 -.00746 .02192 .02938 12°4.3 1980.18 4231 2.462 .007 .46188 .00307 .041 17 .03810 12 P 6. 3 1984.46 4287 2.479 .004 .45187 .00195 -.05862 -.06057 12 p 8.3 1988.75 4261 2.503 .002 .45187 .00080 .02276 .02196 C C M P A r y : CRUSADER LIMITED hELL : NAM AR AH - 2 PAGE 29 T w 0 V) A Y DEPTH INTERVAL INTERVAL REFLECT. T W 0 W A Y SYNTHETIC PRIMARY MULTIPLES TRAVEL F R 0 M S R D V ELO CITY DENS ITY COEF F . A T T E N . SETSM0 . + ONLY T I .Y E (OR TCP) COEF F. PRIMARY MULTIPLES MS M M/S G/C3 129Q.3 1993.01 -.003 . 4 61 8 6 -.00161 -.00608 -.00447 41 12 2.576 1292.3 1997.12 .021 -461o5 .00976 .07656 .06680 4291 2.575 1294.3 2001.41 .0 09 .46161 .004 35 -.03364 -.03800 4 3 4 6 2.590 12^6.3 2005.76 -.008 .46159 -.00354 .04858 .0521 2 4282 2.589 1298.3 2010.04 0 .46159 .30023 -.03759 -.03782 4324 2.56? 1 5 C ij . 3 2014.36 -.004 .4o158 -.00192 .00021 .00213 4298 2.561 1302.3 2018.66 .011 .46153 .00492 -.03311 -.03802 4355 2.582 1304.3 2025.02 -.043 .46069 -.31968 -.00951 .01017 3941 2.619 1306.3 2026.96 -.032 .46021 -.01475 .00090 . 01 565 3735 2.593 1303.3 2030.69 .035 . 45954 .31625 .00882 -.00744 4003 2.596 1310.3 2034.70 -.014 .45955 -.00560 -.04292 -.03632 3870 2.609 1312.3 2038.57 .005 .45953 .00235 .01 800 .01565 393C 2.596 1314.3 2042.50 0 .45953 .00004 .00755 .00751 3931 2. 596 1316.3 204o.43 .030 .45913 .01363 .00428 -.00935 4280 2.530 1 .j 1 3 • 3 2050.71 .001 .45913 .00830 .03451 .03421 42 54 2.548 1320.3 2054.96 .016 .45901 .00726 .01793 .01067 43 37 2.580 1322.3 2059.30 -.023 .45878 -.01039 .01817 .02855 42 95 2.490 1 32 4.3 2063.59 .061 .45707 .02800 .02584 -.0021 5 4681 2.582 1326.3 2065.27 .009 .45704 .00396 -.021 19 -.02515 4676 2.63C 1 3 2 8.3 2072.95 -.013 ' . 45 ■696 -.00581 -.02964 -.02383 4590 2.611 133C.3 2077.54 -.0 44 .45610 -.01989 .00538 .02527 4261 2.579 1332.3 2081.80 -.007 .45607 -.00318 -.05727 -. 0541 0 4201 2.579 1334.3 2036.00 -.031 .45562 -.u14 36 .00586 .02022 4017 2.533 1336.3 2090.02 -.014 .455)4 -.00622 .01794 .02417 3978 2.489 1332.3 2094.00 .013 .45546 .00601 -.01564 -.02165 CCH^AKY : CRUSADER LIMITED WELL : NAM AR AH - 2 PAGE 30 TWO WAY DEPTH INTERVAL INTERVAL REFLECT. TWO WAY S Y NTHET I C PRIMARY MULT IPLES TRAVEL FROM SRD VELOCITY DENS ITY COEFF . A T T t N . S E I Sf1 0 . + ONLY TIME (Of? TOP) COFFF. PRIMARY MULTIPLES K S M/S G/C3 4038 2.517 134C.3 2093.03 4232 2.509 .022 .45524 .00995 -.01626 -.02621 1342.3 2102.27 4060 2.542 -.014 .45515 -.00649 .02498 .03147 1344.3 2106.33 4181 2.484 .003 .45514 .00142 -.00053 -.00195 1346.3 2110.51 43C7 2.499 .018 .45500 .00813 .03128 .02315 1343.3 2114.31 4399 2.543 .020 .45431 .00930 -.01076 -.02006 1350.3 21 19.21 4322 2.543 -.010 .45476 -.00449 .01332 .01780 1352.3 2123.53 41 76 2.4 94 -.027 .45443 -.01227 -.02120 -.00893 1354.3 2127.71 4199 2.512 .006 .45441 .00289 .03597 .03308 1356.3 2131 .91 42 96 2.486 .006 .45440 .00282 -.08918 -.09200 1358.3 2136.20 3697 2.490 -.074 .45190 - . 0 3 3 6 5 -.01223 .02141 1360.3 2139.90 41 27 2.500 .057 .45044 .02569 -.01981 -.04551 1362.3 2144.03 4295 2.510 .022 .45023 .00984 .04093 .03109 1364.3 2143.32 4319 2.537 .008 .45020 .00368 .00625 .00256 1366.3 2152.64 40 71 2.538 -.029 .44981
-.01316 .01829 .03145 1363.3 2156.71 42 57 2.433 .011 .44976 .00511 -.00892 -.01403 137C.3 2160.97 43C5 2.518 .013 .44968 .00569 .04911 .04342 1372.3 2165.28 3771 2.401 -.090 .A46D5 -.04043 -.05426 -.01384 1374.3 2169.05 3266 2.119 -.133 .43811 -.05952 -.10684 -.04732 1376.3 2172.31 33C3 2.194 .023 .43788 .01905 -.04362 -.05367 1378.3 2175.61 3636 2.445 .102 .45333 .04^62 .08750 .04287 138C.3 2179.25 .036 .43278 .01543 .01431 -.00113 3828 2.494 1322.3 2183.08 4312 2.518 .064 .43100 .02778 .06142 .03365 1334.3 2187.39 35 70 2.361 -.1 26 .42415 -. 054 30 -.03289 .02142 1326.3 2190.96 3233 2.066 -.1 16 .41S47 -.04910 -.13474 -.03565 COMPANY : CRUSADER L . IM I T e D WELL : N A M A R A H - 2 PAGE TWO u»AY depth I NTE AVAL INTERVAL REFLECT. TWO .JAY SYNTHETIC PRIMARY MULT IPLES TRAVEL FRO^ SRD VELOCITY DENSITY COcFF. ATTEN. S c I S w 0 . + ONLY Tire (OR TCP) C 0 E. F F . PR IMA RY multiples vs M/S G/C 5 1388.3 2194.19 -.319 .41831 -.03314 -.02707 -.01893 31 56 2.C36 1390.3 2197.35 .123 .41202 .05131 .06698 .01567 35 38 2.323 1392.3 2200.89 .0 66 .41021 .02729 -.01430 -.04159 3819 2.458 1394.3 2204.71 .024 .40997 .00987 .05230 .04293 3971 2.480 1396.3 2208.68 -.186 .39578 -.07529 -.03699 .03930 32C5 2.109 1398.3 2211 .88 .085 .39293 .03355 -.01043 -.04398 3470 2.309 14CC.3 2215.35 . 1 44 .38483 .05644 .03373 -. 02271 41 99 2.548 1402.3 2219.55 -.224 .36550 -.08524 -.05375 .03249 3202 2.118 1404.3 2222.75 .204 .35034 .07443 .05937 -.01506 40 19 2.550 1406.3 2226.77 .170 .34024 .05950 .14285 .08336 54 07 2.671 1408.3 2232.18 .003 .34024 .00086 .05364 .05279 54 44 2.666 1410.3 2237.62 .017 .34014 .30 5 85 .00026 -.00559 5620 2.673 1412.3 2243.24 .030 .33984 .01 010 .04821 .03811 58 93 2.705 1414.3 2249.14 .005 .33983 .00172 .02597 .02424 5911 2.724 1416.3 2255.05 -.006 .33982 -.00195 -.06475 -.06280 58 26 2.733 1418.3 2260.37 -.014 .33975 -.00487 .02260 .02746 5745 2.693 1420.3 2266.62 -.007 .33973 -.00224 .05242 .05466 5670 2.693 1422.3 2272.29 .010 .33970 .00324 -.01890 -. 0221 4 5781 2.692 1424.3 2278.07 .010 .339c? .00326 .00440 .00113 58 53 2.711 1426.3 2283.92 0 0 0 .01521 .01521 1428.3 -.02216 -.02216 1430.3 .00740 .00740 1432.3 .00442 .00442 1434.3 .00017 .00317 1436.3 .01285 .01285 T i/,' 3 w A Y TRAVEL t i r e m s DEPTH FROM SRD (OR TCP) INTERVAL VELOCITY M/S INTERVAL DENSITY G/C3 REFLECT. COEF F . 1438.3 1440.3 1442.3 1444.3 1446.3 1442.3 1450.3 1453.3 1454.3 1456.3 146C.3 1462.3 1464.3 1466.3 1462.3 1470.3 1472.3 1474.3 1476.3 1473.3 1 420.3 1482.3 1484.3 TWO WAY A T T E N . COF F F . SYNTHETIC S 11 5 M 0 . PRIMARY PR IMARY + MULTIPLES MULTIPLES ONLY -.00602 -.00o02 -.01747 -.01747 .00992 .00992 .01027 .01027 -.00283 -.00288 .02459 .02459 -.02086 -.02086 -.00944 -.00944 .02256 .02256 .02419 . 0241 9 -.05411 -.05411 .03712 .03712 .01898 .01 898 .00656 .00656 -.03999 -.03999 -.05044 -.05044 .01374 .01374 .08888 .08888 -.06036 -.06086 -.01116 -.01116 .00934 .00934 -.02009 -.02009 -.01508 -.01508 .01957 .01957 T 0 U A Y DE D TH INTERVAL INTERVAL REFLECT TRAVEL FP 3M SRD VELOCITY DENSITY CO £ F F . TIME (OR TCP) ms M M/S G/C3 1486.3 1488.3 14C 2 .3 1494.3 1496.3 1498.3 1500.3 150 2.3 1504.3 1506.3 1503.3 1510.3 1512.3 1514.3 1516.3 1513.3 1580.3 1522.3 1524.3 1526.3 153C.3 1532.3 1534.3 TWO wAY A T T c N . COEFF. SYNTHETIC S 11 S M 0 . P X I MARY PRIMARY + multiples MULTIPLES ONLY .02486 .02486 -.00197 -.00197 .01426 .01426 -.09573
-.09573 .12496 .12496 -.03353 -.03353 -.00917 -.00917 -.02722 -.02722 .04355 .04355 -.04635 -.04635 .03397 .03397 .02282 .02282 -.90357 -.00357 -.00597 -.00597 -.02496 -.0249o .00361 .00361 -.00994 -.00994 .03636 .03636 -.03032 -.03032 .01552 .01552 .00332 .00332 .00431 .00431 -.05792 -.05792 .03639 .03639 .05602 .05602 T b 3 ‘rt A Y TRAVEL T I M E M S 1536.3 1533.3 1540.3 1542.3 1564.3 1 5 4 6.3 1 5 4 8.3 1550.3 1552.3 1 55 4. 3 1556.3 1558.3 1 5 6 C . 3 1 5 6 2.3 1564.3 1566.3 1568.3 1 570.3 1 572.3 1 574.3 1576.3 158C.3 1582.3 DEPTH FROM SRD (OR TOP) INTERVAL VELOCITY M/S INTERVAL DENSITY G/C3 REFLECT COEFF. T W 0 >1 4 Y A T T 2 N . COEFF. SYNTHETIC S E I 5 M 0 . PRIMARY PRIMARY + MULTIPLES MULTIPLES ONLY .01049 -.03431 -.03371 -.04005 .04576 .01543 -.00599 .00476 .04055 -.01556 -.06805 -.02727 .05928 .01715 .00776 -.02876 -.02005 .03671 -.05225 -.06936 .06765 -.01540 .05450 .04392 .01049 -.03431 -.03371 -.04005 .04576 .01543 -.00599 .00476 .04055 -.01556 -.06805 -.02727 .05928 .01715 .00776 ‘.02876 -.02005 .03671 -.05225 -.06936 .06765 -.01540 .05450 . 04392 T V, 0 h A Y TRAVEL T IME v S DEPTH F P 0 M S R 0 (OR TCP) INTERVAL VELOCITY M/S INTERVAL DENSITY G/C3 REFLECT COEFF. 1584.3 1 5 81. 3 1 5 9 C . 3 1592.3 1594.3 1596.3 1598.3 16C2.3 16G4.3 1606.3 1 o 1 C • 3 1612.3 1614.3 1616.3 162C.3 1622.3 1624.3 1626.3 163C. 3 1632.3 TWO WAY A T T E N . COEFF. SYNTHETIC seisno. PRIMARY PRIMARY + MULTIPLES MULTIPLES ONLY -.06732 -.06782 -.02192 -.02192 .01118 .01118 -.02254 -.02254 .02658 .02658 .04168 .04168 -.03617 -.03617 .04196 .04196 -.03962 -.03962 -.05980 -.05980 .01606 .01606 .03410 .03410 .00913 .0091 3 .06037 .06037 -.00961 -.00961 -.08035 -.08035 .00602 .00602 .00693 .00693 -.00265 -.00265 .02250 .02250 .03166 .03166 -.03793 -.03793 -.01 171 -.01171 -.00741 -.00741 .00377 .00377 T V C A A Y DEPTH INTEAVAL INTERVAL RE ELEC f TRAVEL F R G V S R D VELOCITY DENS I TY COEFF . T 14 E (OR TCP) S M/S G/C3 TWO WAY SYNTHETIC PR IHARY ATT cN. S c I 5 'V 0 . + COE F F . P is I M ARY MULTIPLES 1 o 3 I- . 3 1636.3 16 7 8.3 1640.3 1642.3 1644.3 1646.3 1045.3 1650.3 1652.3 1654.3 1656.3 166C.3 1662.3 1664.3 1 666.3 1 6 6 3.3 167C.3 1672.3 1674.3 1676.3 1673.3 1630.3 -.00519 .00280 -.01679 -.01550 .00911 .00872 .06164 -.02331 -.04313 -.00132 .01875 -.03019 .03954 .02991 -.04108 .02098 -.01527 -.01757 .05333 -.03779 -.00814 .05079 -.04690 .00958 MULTIPLES ONLY -.00519 .00280 -.0167 9 -.01550 .00911 .00872 .06164 -.02331 -.04313 -.00132 .01875 -.03019 .03954 .02991 -.04108 .02098 -.01527 -.01757 .05333 -.03779 -.00814 .05079 -.04690 .00958 T 0 '.’.ay DEPTH INTERVAL INTERVAL REFLECT travel FROM 3RD VELOCITY DENSITY COEFF. T I F. E (OR TOP) PS M M/S G/C3 TWO WAY atten. COEFF. 1682.3 1684.3 16 8-8.3 169C.3 1692.3 16^6.3 1698.3 1zoc.s 17C4.3 17C6.3 171C.3 1712.3 1714.3 1716.3 1718.3 1720.3 1722.3 1724.3 1726.3 1728.3 1730.3 SYNTHETIC SEIS M 0 . P R I H A R Y PRIMARY + MULTIPLES MULTIPLES ONLY .05833 .05833 -.06765 -.06765 .02501 .02501 .01 157 .01157 -.04002 -.04002 .02502 .02502 -.01 222 -.01222 .04569 .04569 -.06923 -.06923 .03530 .03530 -.09569 -.09569 .03764 .08764 .01929 .01929 .01673 .01673 -.02682 -.02682 .01613 .01613 -.03127 -.03127 -.03507 -.03507 .00673 .06673 -.05810 -.05810 .03677 .03677 .015 89 .01589 -.02249 -.02249 -.04610 -.04610 .02749 .02749 T <r! 0 w A Y TRAVEL T I P E M S 1732.3 1734.3 1736.3 174C.3 1742.3 1744.3 1746.3 175C.3 1 7 5 2.3 1754.3 1756.3
1758.3 1760.3 1762.3 1764.3 1 766.3 1768.3 1 77C.3 1772.3 1774.3 1776.3 1778.3 DEPTH F R u S R 0 (OR TCP) n; INTERVAL VELOC I TY M/S INTERVAL D c N S I T Y G/C3 REFLECT COEFF. T W 0 WAY A T T E N . COEFF. SYNTHETIC S E I S M 9 . PRIMARY PRIMARY + multiples MULT IPLES ONLY .01529 .01529 .00845 .00845 -.00533 -.00538 -.01378 -.01378 -.02892 -.02892 .03427 .03427 -.01025 -.01025 .03126 .03126 -.02788 -.02788 .00236 .00236 -.01431 -.01431 -.00844 -.00844 .02116 .02116 -.01269 -.01269 -.01770 -.01770 .02897 .02897 .04842 .04842 -.00089 -.00089 .01714 .01714 -.01777 -.01777 -.02854 -.02354 -.00465 -.00465 -.02968 -.02968 .01940 .01940 T w 0 k A Y TRAVEL TIME M S DEPTH FPOM SRD (OR TCP) M INTERVAL VELOCITY M/S INTERVAL DENSITY G/C3 RE ELECT COEFF. 1 7 C . 3 17?2.3 1784.3 1786.3 1 788.3 179C.3 1792.3 1794.3 1796.3 1798.3 1 3CC.3 1802.3 1 8 C 4 . 3 1306.3 1 808.3 131C.3 1812.3 1814.3 1812^3 1820.3 1822.3 1824.3 1826.3 1828.3 TWO WAY ATTEN. COEFF. SYNTHETIC S E I sro. PRIMARY PRIMARY + MULTIPLES MULTIPLES ONLY .04248 .04248 -.02798 -.02798 -.07316 -.07316 .00837 .00837 -.01138 -.01138 .04216 .04216 -.00494 -.00494 -.00801 -.00801 .03574 .03574 .01 558 .01558 -.04628 -.04623 .00164 .00164 .02875 .02875 -.02740 -.02740 .02051 .02051 .01110 .01110 .00702 .00702 -.06310 -.06310 -.00349 -.00349 -.00794 -.00794 .05675 .05675 .02784 .02784 -.04365 -.04365 -.00598 -.00598 .04108 .04108 T 0 k A Y TRAVEL TIME F S DEPTH FROM ShD (OR TCP) interval VELOCITY M/S INTERVAL DENSITY G/C3 REFLECT. COEFF. TWO JAY A T T L b‘ . COFF F. synthetic S 11 S'«0 . PRIMARY PR I MA RY + MOL T IPL cS MULTIPLES ONLY 1 8 3 C . 3 1c34.3 1336.3 184C.3 1342.3 1344.3 1846.3 125C.3 1352.3 1 3.5 4.3 1356.3 1858.3 1 8 6 C . 3 1362.3 1 8 6 6.3 137C.3 1872.3 1874.3 1876.3 -.00001 -.04378 .04810 -.02055 -.01410 -.06883 -.01994 .05570 .03037 -.00204 .02229 -.03662 -.01821 .04901 .02463 -.02775 .03061 -.06239 -.03887 .00577 .05756 -.03271 .07181 -.05128 -. 00001 -.04378 .04810 -. 02055 -.01410 -.06883 -.01994 .05570 .03037 -.00204 .02229 -.03662 -.01821 .04901 . 02463 -.02775 .03061 -.06239 -.03887 .00577 .05756 -.0327-1 .07181 -.05128 T WC WAY T RA VEL T I hl F M S 1873.3 DF°TH FRO** SRD (OR TCP) M INTERVAL VELOCITY M/S INTERVAL DENSITY G/C3 REFLECT. COEFF. 18°2.3 1 8 8 A . 3 1886.3 1 39C.3 1892.3 1894.3 1396.3 1 9 0 C . 3 1902.3 1904.3 1906.3 1 90S.3 1910.3 1912.3 1914.3 1916.3 192C.3 1922.3 1924.3 1926.3 TWO WAY ATTEN. COFF F. SYNTHETIC s e i s y o. P RIMARY PR IMARY + MULTIPLES MULT IPLES ONLY -.00474 -.00474 .00038 .00088 -.06278 -.06278 .04230 .04230 .04609 .04609 -.01674 -.01674 -.01368 -.01368 -.01213 -.01213 .00570 .00570 -.01348 -.01343 .04743 .04743 -.04598 -.04593 .02748 .02748 -.02242 -.02242 .05927 .05927 -.04270 -.04270 .G5829 .05329 -.06642 -.06642 -.02235 -.02235 .08703 .08703 -.01014 -.01014 .00447 .00447 .01268 .01268 -.03912 -.03912 -.04898 -.04898 T«iG WAY travel TIME NS 19^0.3 1932.3 1934.3 1936.3 1938.3 1940.3 1942.3 1944.3 1946.3 1943.3 1953.3 1952.3 1 95 4 ..3 1956.3 1953.3 1 96C..3 1962.3 1964.3 1 9 6 6..3- 1 96S„3 1 9 7 0. ,3 1 97 2 .3 1974.3 DEPTH FROM SRD (OR TOP) M INTERVAL VELOCITY M/S INTERVAL R DENSITY G/C3 TWO WAY A T T r. N . COEF F . SYNTHETIC S E I S M 0 . PRIMARY PRIMARY + MULTIPL ES MULTIPLES ON-LY .03233 .03233 -.07175 -.07175 .06555 . 06555 .02711 .0271 1 -.00740 -.00740 -.02894 -.02894 .00571 .00571 -.02848 -. 02848 .02541 .02541 .02550 . 02550 -.00231 -.00281 -.02356 -. 02356 -..00335 -.00335 .00743 .00743 .00798 .00798 -.,02364
-.02364 .02217 .02217 .03061 .03061 -.03263 -.03263 .02266 .02266 .00291 .00291 .00024 .00024 -.03639 -.03639 -.00219 -.0021 9 TWO WAY TRAVEL T IM E *'S 1976.3 1978.3 1930.3 1982.3 1984.3 1986.3 199C.3 1992.3 1994.3 1996.3 7 C r C.3 2002..3 20C4.3 2006.3 2C10.3 2012.3 201 4. 3 2016.3 2018.3 2020.3 DEPTH FROM SRD (OR TOP) M INTE RVAL VELOCITY M/S INTERVAL DENSITY G/C3 REFLECT COEFF. TWO WAY A T T E N . COEFF. SYNTHETIC SEI SMO. PRIMARY PRIMARY + MULTIPLES MULT TPLES> ONLY' .01017 .01017 -.01280 -.012 80 .02398 .02398 -.00842 -.00342 .00676 .00676. -.03279 - . 03279 .02008 . 020,08 -.05573 -..05 57 3 .05611 .0561 1 -.01673 -.01673 .06073 . 06073 -.03181 -.031-81 -.00466 -.0046.6- .00823 .00328 -.02599 -.02599 .02117 .02117' -.03426 -.C342’6 .0572? .05 72 7 -.0 4-9 31. -..049-31 -.00021; -.00021 -.015-52 -.01562 .04414 .U4414 -.01970 -.01970 .03017 . 0301 7 -.07075 -. 0707:' TWO «AY depth INTERVAL INTERVAL REFLECT TRAVEL F R C V S R 0 VELOCITY DENSITY COEFF . TIES (OR TCP) MS M/S GZ C 3 TWO WAY A T T E N . C 0 E F F . SYNTHETIC SEISHO. PRIMARY PRIMARY + MULTIPLES MULT IPLES ONLY 2026.3 203C.3 2C34.3 2036.3 2038.3 2040.3 2042.3 2044.3 2046.3 2043.3 2050.3 2052.3 265c.3 2058.3 2063.3 2062.3 2064.3 2066.3 2C7C.3 2 0 7 2.3 .05975 .00064 -.06549 .07475 -.01234 -.00693 -.00416 .00358 .02460 .00877 -.02715 .04304 .00052 -.07566 .04180 .01169 .00509 .03831 -.03618 -.00887 -.00856 .00852 -.00314 .04668 .05975 .00064 -.06549 .07475 -.01234 -.00693 -.00416 .00358 .02460 .00877 -.02715 .04304 .00052 -.07566 .04180 .01169 .00509 .03831 -.03613 -.00887 -.00856 .00852 -.00314 .04668 TaO 1 a»Y DEPTH INTERVAL interval REFLECT. TRAVEL FROM SRD VELOCITY DENSITY COEFF. TIME (OR TOP) MS M M/S G7C3 2074.3 2076.3 2078.3 2080.3 2082.3 2084.3 2086.3 2088.3 2090.3 2CJ94.3 2CP8.3 2100.3 2102.3 2104.3 2106.3 TWO WAY ATTEN. COEFF. synthetic SEISmo. PRIMARY PRIMARY MULTIPLES MULTIPLES ONLY -.07729 -.07729 .01807 .01207 .01398 . 01398 -.00580 -.00580 -.0130? -.01 307 .03743 .03743 -.05404 -.05404 .02913 . 02 91 3 -.00851 -.OC 35 1 -.04730 -.04230 -.01785 ' -.0178 5 .03129 .03129 .04194 • 04 1 9 4 -.0464? -.04647 -.01198 -.01198 .03770 •03770 -.02220 -.02220
°^or' N n C 0NDff' 0N D0081414 APPENDIX 14 LOCATION SURVEY QUEENSLAND Cat. No - The I’etroleum Regulations (Land) 1966 OIL WELL LOCATION REFERENCE MARKS SKETCH PLAN WeN name NAMARAH NO. 2 File No_ . ELGIN, _ _ _ Map _ lllOO OOG Sheet 8T4f lm.S 27*2L45"28L AMG Ct wdi _ T3 *373 • 893 _f _ £971222-tszjj Zone £5 Grid Convergence — f t* fLOt __ Cawdi obtainedW _JrPlWft ft**" N Omer eh No. I , Co-ordt on A .6.6. 84 or^Gi Authority to Prospect (or other title!. Parish of -UNGABILL^ : County of hole - bteennmenti out teent/e tn to bo ttenvr Item the wet to the rtfenort etttht. Meourementtm^notbemcok ffafoced terete to be eboten on eAttth. Type of mott to be thetrn eg. hen Pin in townie. B bl. on bteeop tonborb Mmurernntt tra in meirii ORIGINAL IN POOR CONDITION WHm» Poet a ' A- 64c? *c?^ BM. 2 Too on Rock Date. 2K - 19 -®8 BM. I Star Picket In Cone. Collor NAMARAH No. 2 srzsq zzs/ tozs 6.L. Nomofah No. 2. 412*8 BM. I .... . 4 11*782 BIT. 2 ..410*668 H nM h; McGhie Pty Ltd o»tr_ Itvefedbf _. *•**«_Fox_a McGhie_ Pty. LJ<f [) Brt .... levaieti Horn .... JRMB- at. Namarah # ! : by- .trig. .heigh I Ins Adopted fi t. of Datum 88.1: 23 ? .W .A,H.PiPi Coneciion Iw ARO Datum .... Dalum for bantings _ __A MSLto_eUQl i Uwlily'thiutMtHTfi*mwo mark ahowir in thia sketch haw U-en |dnr«l ■tnithe ground in iwrmdahce with iregttlatitHiB’under "ThulPtlfoIcnfn Aeta 192340 1982" and that the information ahbwn hereon is correct* Approved Surveyor DEPARTMENT OF MINES,QUEENSLAND souq anjq uiqij.M UMBjp aq jsniu ue[j Plan n , be drawn within blue lines WARNING I'okling or niiililafiiig will lead to rejection-plan may l>c rolled 3 <N 5. » * ■" a •7 ** s < i H <4 3 tn > ft •» H £ H! * » 5 5 8* K < ft % 5 c» I; S 5 <4 "1 1 t I 3■
A Company: grusaijlr kjjs ourcics nl. Country: Australia Date: 29-September 1987 NMARAH 7/2 Well: QUEENSL AND Well State: : 200 Field: Field: : Location:. grain density pun: 2230 2260 2280 Gamma Log • (Increasing) Fluoifttcenca SL TA TR — FAIR GOOC DEPTH LITHOLOGY 40 CORE SERVICES OF AUSTRALIA PETROLEUM RESERVOIR ENGINEERING DATA Company: CttU SADER RESO URCES Nl. NAMARAH #2 60 60 40 20 0 -I I—' ■■Scale:-J. File No: CA2 ~* n CORE LOG :R # 19 9 ‘ CORE SERVICES OF AUSTRALIA' PETROLEUM RESERVOIR ENGINEERING DATA Mffl . Q0020398 Porosity (Percent) Permeability (Millidarcys) Water Saturation X Oil Saturation-0 20 40 60 8C 100 2208. □2210 -V?
Q0020235 '1 Schlumberger SYDNEY LOG INTERPRETATION CENTRE SEISMIC CALIBRATION LOG (Adjusted Continuous Velocity Log) Comply. < tnUSADGR LMTH) * Weft NAMARAH - 2 fiekt NAMARAH Country AUSTRALIA Reference No: &69O35 Date logged" 06/10/87 Location 027 2T 33.r S Etevatione: KB 417 0 M PermOTent Datum: MSI miD IKCOtONO A RlCHMOO COhrUTATCN Amlyit M SANDERG htecval 24700 to 2448 00 Date Processed: 13/10/87 149 20' 22.8' E DF: 416.7 M GL 411.0 M Depth Units METRFS LocltkXi QfA 2fi 4 Cartre: •»•»&» 14 VX4 ELEVATION ABOVE MEAN SEA LEVEL Logging Datum: K 417 0 M Seisrrrc Reference Datum Ground Level 411.0 M LOGONG DATUM GROUND FLOOR SHSMJC REFFRENCF LEVEL MEAN SEA LEVEL Total Number of Leveb 24 (167 M to 2448 M beJow KB) SRD Depth Reference J * 4 i noiiionoo BOOd Nl 1VNI0IH0 -J us o O O o P d C o c D O O o O O o D o o D c D O Q N r (0 CD C rw < U) CD O (XI * w -4 *4 N N N cr LU Q < CO D cc o CN cc I— z D O O
v. r Q0020234 *r Schlumberger SYDNEY LOG INTERPRETATION CENTRE 8 8 o o O Q O O ■r'' c o o o CM J X <£> 6 6 6 o o o CM 8 K) o o 00 8 CT 8 o CM CM 8 CM CM 8 CM CM 8 <£) CM 8 fX Cm 8 CO CM o o CT> CM (/) ‘S (Synthetic Seismogram) r. v w*F'> - • • Rett Country:' ■Reference Na Data Loosed Location: J Elevations 4 UMTTED . it. Au..,4-„V NAMARAH - 2 NAMAAAH AUSTRALIA .569035 06/10/87 v 027 2t 33JT S Permanent Datum- CQMPUTATCNr A Writ q< SaUvnOarftr PRIMARIES AND MULTIPLES j 50 HERTZ ■REVERSE POLARITY! •* Interval: Date Processed: 247.00 to 2448.00 13/10/87 143 20* 22.8* E A? Kft 417.0 M MSI DP. 416 7 M GL 411.0 M Depth Units: METRES LOG INFORMATION AJMCMMDND Location- OEA Pro-am Veraux AMtyat M SANDERS Centra SYJ SM«lin«- ELEVATION ABOVE MEAN SEA LEVEL Logging Datum: Seisrrvc Reference Datum GrbundLwef” ' —-————y •** •" — " " " “ 417.0 M 4TtOt4 Sonic Caltoration By ■■■Check Shots: YES Sonic Edited By Analyst Two-Way Trne Sample totervat 2 ms Environment: 28.4 14.10X4 YES onshore KkA Data Tool th>» , Mt Size/ Dap* Casing Sea/ Depth Top Depth Bottorn Depth 1 M0-S? BHC 8 1/2' O 2448 M 12 1/4' O 247 M 247 M 2446 M W Date Gun hydro Gun Hydrophone Gur Hycro Run Oftaat OtlMt Bevatton Elevation Azimuth Azimuth 1 0010-07 M M SM IS M detow GL t» M batow GL 10 0 True Vertical Depth Corrections Applied YES Source of True Vertical Depth Data Maxtnum Hole Deviation: POLAHTY An upgotogweve, reflected by en tocredH to acoustic impedance wtthdwttK to dhpttyed m e whrte trough under normal polarity. “ * SIGNATURES Al tignatures dtopfeyed to the fleogrem results correspond to s wavelet OtntoMd wttto rellocfien coefficient of -0.5 (A decrease in accoustic Impedance With depth). . & s 1 2 .1 I 1 •f PR I MAR ; ES •50 HERTZ REVERSE P0lARi t y< ,! U». I . | Hi? II 8 sd iff! oh: ■■■■ ■thj ? 8 J u ill? b • c I o g I !« f • c 2 3 ° M II i f 2 3 » ! zSH5 I I I < Ct o o Ld e * *’ primar.es and multiples 40 HERTZ reverse polarity- j. PR IMARIES 40 HERTZ REVERSE POL.ARIT V in i— Ld J Ld > <rxi cr CCLd LUX oo —in cc LdT> (/) C < O X 0.0 O (X - LdO isin CM I < or < ACOUSTi0 IMPEDANCE GAMMA RAY PRIMARIES AND MULTIPLES 50 HERTZ NORMAL POLARITY Pft I MAfc Its 50 HERTZ NORMAL POLARITY PR!MAR IES AND MULTiPLES 30 HERTZ REVERSE POLARITY PRIMARIES 30 HERTZ REVERSE P0lAR- t y 1 PRIMARIES AND MULTIPLES 40 HERTZ NORMAL POLARITY FA iUaRT E § 40 HERTZ NORMAL ■POLARITY j 0.200 -0.200 50000.000 10000.001 40.000 140.000 2.800 1 800 200000 0,000 FSGC FSGC usA usA C/C3 G/C3 GAPi GAR I i a -i f PRIMARIES AND MULTIPLES * ‘30 ■HERTZ NORMAL POLARITY ' I P^IMAFtrfS SO HERTZ NORMAL POLARITY i — | 3 4 ■Uiixaia J t t t ,» 4 - X * 8 **- 6 8’’J © < oc LU Q < co ZD cc o < CL y A'> .8 .8 ci 8 CM CM IN ■ ■CM 8 r-. <M CM CM CM T < cc < X < cr < < cc I- co D < > cc H LU Li_ O cn s_ <D X E a x o co
5chlumberqEr CYBERDIP RUN 01 COMPANY! NELLI FIELD! STATE* NATION* LOCATION* LATITUDE* LONGITUDE! Q0020361 Q0020361 CRUSADER LIMITED. NAMARAH 02. NAMARAH. QUEENSLAND. AUSTRALIA ELEVATIONS* LAT t* LONG ARE PROVISIONAL. ■027 21’33.9"S 149 20"22.8 H E MSL 0.0 M KB PERMANENT DATUM* ELEV. OF PERM. DATUM* LOG MEASURED FROM* 417.0 M ABOVE PERM. DATUM DRLG. MEASURED FROM* ELEVATIONS- 417.0 M 416.7 M 411.0 M KB! DFi GLI KB DATE* RUN ND* 6 OCT 87 1 DEPTH-DRILLERi DEPTH-LDGGERi BTM. LOG INTERVAL! TOP LOG INTERVAL* 2445.0 M 2450.5 M 2450.0 M 2180.0 M OTHER SERVICES- DLL-MSFL-GR LDL-CNL-GR SONIC-GR SHDT USS PROGRAM TAPE ND* 30.2 SERVICE ORDER ND* QEA CASING-DRILLER* CASING-LOGGER* CASING* WEIGHT* BIT SIZE* DEPTH* 247.5 M 247.5 M 9 5/8 IN. 36.0000 LB/F 12 1/4 IN. 249.0 M 8 1/2 IN. 2445.0 M TYPE FLUID IN HOLE! DENSITY! VISCOSITY! PHI FLUID LOSS! SOURCE OF SAMPLE! RM* RMFl RMCI SOURCE RMF/RMCi RM AT BHTi RMF AT BHTi RMC AT BHTi KCL POLYMER. 10.10 LB/G 42.0 S 9.5 6.0 C3 FLONLINE .139 QHMM AT 19.5 DEGC • 121 DHMM AT 24.0 DEGC .274 OHMM AT 22.5 DEGC PRESS /PRESS .053 DHMM AT 86.7 DEGC .051 DHMM AT 86.7 DEGC .112 OHMM AT 86.7 DEGC TIME CIRC. STOPPED* TIME LOGGER ON BTM.* 06100 5/DCT 04128 6/DCT MAX. REC. TEMPI 86.7 DEGC LOGGING UNIT NO* LOGGING UNIT LOC* RECORDED BY* WITNESSED BYl 2763 QEA ALAN RICHMOND. J.BOULER/M.WILTSHIRE REMARKS! LOCAL MAGNETIC DECLINATION IS 7 DEGREES. EQUIPMENT NUMBERS- ALL INTERPRETATIONS ARE OPINIONS BASED ON INFERENCES FROM ELECTRICAL OTHER MEASUREMENTS AND UE CANNOT* AND DO NOT GUARANTEE THE ACCURACY OR CORRECTNESS OF ANY INTERPRETATIONS. AND UE SHALL NOT* EXCEPT IN THE CASE OF GROSS OR WILLFUL NEGLIGENCE ON DUR PART* BE LIABLE OR RESPONSIBLE FOR ANY LOSS* COSTS* DAMAGES DR EXPENSES INCURRED OR SUSTAINED BY ANYONE RESULTING FROM ANY INTERPRETATION MADE BY ANY OF OUR OFFICERS* AGENTS OR EMPLOYEES. THESE INTERPRETATIONS ARE ALSU SUBJECT TO OUR GENERAL TERMS AND CONDITIONS AS SET OUT IN DUR CURRENT PRICE SCHEDULE. OR CP 30.2 FILE 06-DCT-87 13141 SHDT CYBERDIP ND KNUCKLE JOINT IS USED <SOFF « -1> 0.0 0.0 0.0 GR (6API) _ 150.00 C21_<IN > 20.000 > JVim Cl.$. CP 30.2 FILE 06-DCT-87 13138 CJ 0.0 0.0 INPUT FILES 6 DATA ACQUIRED 06-DCT-87 04146 1/200 TRuvotP 10 20 40 60 90 Devifrnou Q . 5 I: c— u— K s c t— e— c— \ T + X I T t i- X- a TT *4- • V ig tT ft ft t4 U t * 2200 2250 TT -fr- -V- 1 4 1 I I 1 t z I » i> — - Jrr^ - • — I I *" I ' 2300 n r» X- XT - -M - i A t 2350 < -t £ j; TT t T t T •i i! t *1 * « T f f •I 4 r. ir 4 1 I 4 1 x-* CP 30.2 ■2400 450 1/200 FILE INPUT FILES 6 GR (GAPI) 150.00 ? 20.000 PAS.Xltl .J 20.000 0.0 TENS DCHV C2 EV FY PP RAD2 RAD4 ATEM VPR AY AZ NAME 1 I x- 4- 4- Wr- “s- A- V 5“ r- N- t' ■1 U- -t— r TI+- —L±4- th Uw -w K- JkL. 3k- Z- -t / 7 r ; r r -i— Ml .. lJ 4- M. it >=b- Hi/- ■ ■ ■—i— 4=- -i— iv 4—i- 4. 1- k •• £ r 4_. i II -*r 4 < V “V "V 44 H *• Jh. 40 10 20 TRUC T>iP ■fH® biMznow. 06-DCT-87 12*37 DATA ACQUIRED 06-OCT-87 04*29 SENSOR MEASURE POINT TO TOOL ZERO .38 METER .38 METER .38 METER .38 METER .38 METER .38 METER .38 METER .38 METER .38 METER .38 METER .38 METER .38 METER PARAMETERS VALUE UNIT 8.50000 HQUA 14 ELRA .500000 DPAD NONE SPAN 4 2.28600 1NT DSCA 5 XGAI 3 ICMO OPEN IDFQ RAW FCDD 1. SHDI BB MDEC 7.00000 DO PP 0.0 NORM SHDT IN IN M DEG DEG M 60 0 5 DfcVlfrnoU SHDW ADCR Cl El FX FZ RADI RAD3 ADCZ VMR AX NAME BHS .38 METER •38 METER .38 METER .38 METER .38 METER .38 METER .38 METER .38
METER •38 METER .38 METER .38 METER VALUE UNIT OPEN LQUA 6 SDFA .900000 DMAX 90 SANG 135.000 STEP 1.06680 SBUT 8 XOFF 0 XMOD MANU ODFQ DIP SOFF -1.00000 VREF -5.00000 SHDS B WMUD 10.1000 DATA NOT RECORDED CYBERDIP ND KNUCKLE JOINT IS USED <SOFF » -1> 0.0 0.0 0.0 GR <GAPI> 150.00 20.000 CIS.AIN ..J 20.000 CP 30.2 FILE 06-OCT-87 12*35 0.0 0.0 DEG IN VDC LB/G INPUT FILES 4 DATA ACQUIRED 06-■■DCT-87 04*25 1/200 40 9p 5, 4 4 I T + V! -* 2400 4 TT 4 I + I 3 ll • r "T I ‘ -3 -4 J I -r TT il ■if if 77 > + hI > —r- >t *i Hz CP 30.2 JO m u m > m q o z 2450 1/200 FILE INPUT FILES 4 GR (GAPI> 150.00 ^gS_£IN_2 20.000 ) 20.000 WJI-US TENS DCHV C2 EV FY PP RAD2 RAD4 ATEM VPR AY AZ NAME /- 10 20 r .U 1 Jkl ,* IF 40 06-DCT-87 12*21 DATA ACQUIRED 06-■DCT-87 04*21 SENSOR MEASURE POINT TO TOOL ZERO .38 METER .38 METER .38 METER .38 METER .38 METER .38 METER .38 METER .38 METER .38 METER .38 METER .38 METER .38 METER PARAMETERS VALUE UNIT 8.50000 BS HQUA 14 ELRA .500000 DPAD NONE SPAN 4 2.28600 INT DSCA 5 XGAI 3 ICMO OPEN IDFO RAW FCDD 1. SHDI BB MDEC 7.00000 DO PP 0.0 NORM IN IN M DEG DEG M SHOW ADCR Cl El FX FZ RADI RAD3 ADCZ VMR AX NAME BHS .38 METER .38 METER .38 METER .38 METER .38 METER .38 METER .38 METER .38 METER .38 METER .38 METER .38 METER VALUE UNIT DPEN LQUA 6 SDFA .900000 DMAX 90 SANG 135.000 STEP 1.06680 SBUT 8 XOFF 0 XMOD MANU ODFD DIP SOFF -1.00000 VREF -5.00000 SHDS B WMUD 10.1000 DATA NOT RECORDED CYBERDIP RUN #1 DEG IN VDC LB/G
j/500 COMPANY! MELLi FIELDS STATES NATIONS LOCATIONS LATITUDES LONGITUDES LDL-CNL-GR RUN 01 <8445-1600 M.> CSU FiEld Ld o CRUSADER LIMITED. NAMARAH *8. NANARAH. Q0020368 Q0020368 QUEENSLAND. AUSTRALIA. ELEVATIONS* LAT 6 LONG ARE PRELIMINARY. 087 81*33.9*3 149 80*88.8"E PERMANENT DATUMS? ELEV. OF PERM. DATUMS LOG MEASURED FROM! 417.0 N DRLG. MEASURED FROM! MSL 0.0 M KB ABOVE PERM. DATUM KB ELEVATIDNS- 417.0 M 416.7 M 411.0 M KBs DFl GLS DATES RUN NOS 5 OCT 87 1 DEPTH-DRILLERS DEPTH-LOGGERS BTN. LOG INTERVALS TOP LOG INTERVALS CASING-DRILLERS CASING-LOGGERS CASINGS HEIGHTS BIT SIZES DEPTHS 8445.0 M 8450.5 M 8450.0 M 1600.0 M 847.9 N 847.9 N 9 9/8 IN. 36.0000 LD/F 18 1/4 IN. 849.0 N 8 1/8 IN. 8445.0 M OTHER SERVICES- DLL-HSFL-GR LDL-CNL-GR SONIC-GR SHOT USS PROGRAM TAPE NDs 30.88 SERVICE ORDER NOS QEA ro <o TYPE FLUID IN HOLES DENSITY! VISCOSITYl PHS FLUID LOSS! SOURCE OF SAMPLES RNs RMFS RNCS SOURCE RNF/RNCS RM AT BHTS RNF AT BHTs RISC AT BHTS TINE CIRC. STOPPEDI TINE LOGGER ON BTN.s MAX. REC. TEMPI L066ING UNIT NOs LOGGING UNIT LDCs RECORDED BYs WITNESSED BYs REMARKSs KCL POLYMER. 10.10 LB/G 48.0 S 9.5 6.0 C3 FLOWLINE .139 OHMN AT 19.5 DEGC •181 OHMM AT 84.0 DEGC .874 OHMM AT 88.5 DEGC PRESS /PRESS .055 OHMM AT 88.8 DEGC .053 OHMM AT 88.8 DEGC .117 OHMM AT 88.8 DEGC 06s00 5/OCT 19117 5/OCT 88.8 DEGC 8763 QEA ALAN RICHMOND. J.DOULER/M.WILTSHIRE NPHI CORRECTED DY CALIPER FROM DLL-NSFL-GR RUN. (LDL-CNL-GR CALIPER MAS DAMAGED WHILE LOGGING.) —— - - —— - DR other' ■■NEASURENENTS AND HE CANNOT» AND DO NOT GUARANTEE THE ACCURACY OR CORRECTNESS OF ANY INTERPRETATIONS! AND HE SHALL NOT. EXCEPT IN THE CASE OF GROSS OR UILLFUL NEGLIGENCE ON DUR PART> BE LIABLE OR RESPONSIBLE FOR ANY LOSS* COSTSi DANAGES DR EXPENSES INCURRED DR SUSTAINED BY ANYONE RESULTING FRON ANY INTERPRETATION NADE BY ANY OF DUR OFFICERS. AGENTS OR EMPLOYEES. THESE INTERPRETATIONS ARE ALSO SUBJECT TO OUR GENERAL AND CONDITIONS AS SET OUT IN OUR CURRENT PRICE SCHEDULE. ALL INTERPRETATIONS ARE OPINIONS BASED ON INFERENCES FROM ELECTRICAL CP 30.88 FILE 88-0CT-87 14181 -.8500 TERMS JKWK6ZG3X .85000 J1_£JULJ 6.0000 16.000 CRLIUM...) 6.0000 16.000 GR CGQPI) 12IUU ZEE. 0,0 0.0 JUKI .45000 1,8500 CP 30.88 FILE 10.000 -.1500 RH0D<G/C3> 88-0CT-87 14116 -4 < -f- s 8 8 / •” 8 8 « 8 • 8 8 8 t - 0 8 J 8 1 8 4-8 f > > f- L * 8 8 8 - 4- I Ji- INPUT ■FILES 8 4 DATA ACQUIRED 05-OCT-87 15H9 NA 1/500 ’ 1600 * 1650 1700 . I 'T ' -»PR\-O -I J* S'--, If •• 4’— 1 — ft r £: — 1 . w f 4 . 1 X: IPOI IP 3 k- L r ?- 9 [its lili HEr 38’' 5' ■ ■ ■1750 •c •1 8 t 8 —R 1800 - 1850 < Z -o X H 8 I I < 0 - •— 0 8 - 8 — 8 8 0 8 8 “ T" 8 ■ ■ ■z ! > •p — 4 4 / 9 8 8 8 8 8 _4 4 4 t 8 •9 I 8 A- 8 8 0 8 8 8 8 8 t 8 “8“ 8 8 8 8 8 8 8 8 8 -«• 8 J 8 8 t 8 8 I 4- 0 8 8 6 +- 8 8 8 8 X 4 IT" L lA 4 I i- i *-~c. v 1-- ll r <- > » CP 30.88 GR • 8 S m n .■ -i s 9 !Z m - 8050 8100 : 8150 . 8800 8850 Z -o X 8 $ TP i <n *< 8300 8350 8400 z ■ ■ ■ ■tHl/ (p.i m' 8430 LUL 1/500 FILE INPUT FILES 8 4 K_.£IM—>_ 6.8000 16.000 -GeUKHL.A 6.8000 16.000 GR (GAPI) 0.0 0.0 STSG NCNL LITH LS SSI CALI NRAT £ i -e- 4- « .43000 ■1.8900 J < i- * I z 4 ' 7* Sw. Z PB<: - II gi 4! L? « <’ 'f- r', — 8 J r 2,. c. * ieIIz '• 'v. lE r> » ■ ■ ■< N1HI .2. > 88-DCT-87 14406 DATA ACQUIRED 05-OCT-87 14407 NA e£E H.PJL 4 4- li •> 4 -.8900 RHDB<G/C3> SENSOR MEASURE POINT TO TOOL ZERO -.88 NETER 7.84 NETER .79 NETER .79 NETER .64 NETER .81 NETER 7.84 NETER GR FCNL SCNL LL LU SS8 TENS NAME
VALUE UNIT PARAMETERS NANE RflOB PRH0.<.G«.« .89000 NETER NETER -.88 NETER .79 NETER .79 NETER .64 NETER -.88 NETER VALUE UNIT 10.000 -.1900 IS HC FD BFN 8.90000 CALI 1.00000 LIQU IN G/C3 UNUD 8.00000 DO PP 0.0 NORN LB/G N BHS OPEN PSNR 8.86900 NATR LINE MDEN 8.71000 NONE DHC D08 0.0 G/C3 DATA NOT RECORDED C3U F ^ F °g
fb 1 /Soo BORE HOLE GEOMETRY LOG Q0020362 CRUSADER LIMITED COMPANY! EhlumbergEF UELLi FIELD! STATE! NATION! LOCATION! LATITUDEi LONGITUDE! □
NAMARAH «2 NAMARAH. QUEENSLAND. AUSTRALIA. ELEVATIONS* LAT fc LONG ARE PROVISIONAL 027 21'33.9"S 149 20*22.8"E PERMANENT DATUM! ELEV. OF PERM. BATUMI LOG MEASURED FROM: 417.0 M ABOVE DRLG. MEASURED FROM! MSL 0.0 M KB PERM. DATUM KB ELEVATIONS- KB! DFi GLI 417.0 416.7 411.0 DATE! RUN ND! 6 OCT 1 87 DEPTH-DRILLERi DEPTH-LOGGER! BTM. LOG INTERVAL! TOP LOG INTERVAL! 2445.0 2450.5 2450.0 2180.0 M M M M OTHER SERVICES DLL-MSFL-GR LDL-CNL-GR SONIC-GR SHDT USS PROGRAM TAPE NOi 30.22 SERVICE ORDER NO! QEA CASING-DRILLERt CASING-LOGGER! CASINGi WEIGHT! BIT SIZEi DEPTHi 247.5 247.5 9 5/8 IN 36.0000 LB/F 12 1/4 IN. 8 1/2 IN. 249.0 M 2445.0 M TYPE FLUID IN HOLE! DENSITY! VISCOSITY! PHi FLUID LDSSi SOURCE OF SAMPLE* RMi RMFi RMCI SOURCE RMF/RMCi RM AT BHTi RMF AT BHTI RMC AT BHTi KCL POLYMER. 10.10 LB/G 42.0 S 9.5 6.0 C3 FLOULINE . 139 OHMM .121 OHMM .274 OHMM PRESS /PRESS AT AT AT 24.0 22.5 DEGC DEGC DEGC TIME TIME CIRC. STOPPEDi LOGGER ON BTM. MAX REC. TEMPI LOGGING UNIT NOi LOGGING UNIT LOCI RECORDED BY! WITNESSED BYi .053 OHMM AT .051 OHMM AT .112 OHMM AT 06:00 04128 5/DCT 6/OCT 86.7 DEGC 86.7 86.7 86.7 DEGC DEGC DEGC 2763 QEA ALAN RICHMOND. J.BDWLER/M.WILTSHIRE REMARKS! PIPS ON R.H. SIDE OF DEPTH TRACK INDICATE CEMENT VOL PIPS ON L.H. SIDE OF DEPTH TRACK INDICATE HOLE VOL. EQUIPMENT NUMBERS- ALL INTERPRETATIONS ARE OPINIONS BASED ON INFERENCES FROM ELECTRICAL OR OTHER MEASUREMENTS AND WE CANNOT* AND DO NOT GUARANTEE THE ACCURACY DR CORRECTNESS OF ANY INTERPRETATIONS* AND WE SHALL NOT* EXCEPT IN THE CASE OF GROSS OR WILLFUL NEGLIGENCE ON OUR PART* BE LIABLE DR RESPONSIBLE FDR ANY LOSS* COSTS* DAMAGES OR EXPENSES INCURRED OR SUSTAINED BY ANYONE RESULTING FROM ANY INTERPRETATION MADE BY ANY OF DUR OFFICERS* AGENTS DR EMPLOYEES. THESE INTERPRETATIONS ARE ALSO SUBJECT TO DUR GENERAL TERMS AND CONDITIONS AS SET OUT IN OUR CURRENT PRICE SCHEDULE. FILE CP 30.22 EVENT MARK SUMMARY! OUTPUT INTERVAL BETWEEN PIPS DEPTH TRACK EDGE IHV ICV 100000 100000 M3 M3 LEFT EDGE RIGHT EDGE CEMENT VOLUME
4.93431 M3 HOLE VOLUME • 11.7219 M3 FROM 2452.73 TO 2177.49 METE HAZI AND ■RB CURVES DISALLOWED UHEN DEV LESS THAN 0.5 DEG ND KNUCKLE JOINT IS USED (SDFF • -1> 6.0000 16.000 > Cl (IN 6.0000 16.000 BS (IN > 6.0000 16.000 GR (GAPI> 0.0 150-00 FCD (IN > FCD (IN ) 23.000 3.0000 23.000 3.0000 JU...UM..Z 3.0000 23.000 3.0000 23.000 .Q2...UH..?. 23-000 3.0000 MW WW. FILE CP 30.22 FILES INPUT 04146 1/500 2450 1/500 06-OCT-87 2 CP 30.22 FILES ILE DATA ACQUIRED 06-DCT-87 * J INPUT 6 DATA ACQUIRED 06-DCT-87 04129 6.0000 PA. ..UM.. 16.000 _? 6.0000 16.000 BS (IN 6.0000 16.000 fifi (GAPI> 0.0 P2 <LN J FCD (IN > FCD UN > 23.000 3.0000 3.0000 23.000 BS _ (JN UN 23.000 3.0000 3.0000 23.000 PA.. UN .? .P.2.. UM J 23-000 3-0000 mw. 23-000 SENSOR MEASURE POINT TO TOOL ZERO STSG .38 METER GR 8.08 METER TENS .38 METER SHDU .38 METER DCHV .38 METER ADCR .38 METER C2 .38 METER Cl .38 METER EV .38 METER El .38 METER FY .38 METER FX .38 METER PP .38 METER FZ .38 METER RAD2 .38 METER RADI .38 METER RAD4 .38 METER RAD3 .38 METER ATEN .38 METER ADCZ .38 METER VPR .38 METER VMR • 38 METER AY .38 METER AX .38 METER AZ .38 METER
PARAMETERS NAME VALUE UNIT NAME VALUE UNIT BS 8.50000. IN BHS OPEN XDFF 0 SDFF -1.00000 IN XMDD MANU XGAI 0 VREF -5.00000 VDC FCDD 1. SHDS B SHDI BB DO 0.0 M MDEC 7.00000 DEG PP NORM DATA NOT RECORDED BORE HOLE GEOMETRY LOG .1 Field Log
Schlumberger CHECK SHOTS RUN 01 Q0020363 COMPANY: WELL! FIELD: STATE: NATION: LOCATION: LATITUDE: LONGITUDE: CRUSADER LIMITED. NAMARAH 02. NAMARAH. QUEENSLAND. AUSTRALIA. ELEVATIONS* LAT I LONG ARE PROVISIONAL. 027 21*33.9"S 149 20*22.8"E PERMANENT DATUM: ELEV. DF PERM. DATUM: LOG MEASURED FROM: MSL 0.0 M ELEVATIONS- KB: 417.0 M KB DF: 417,0 M 416.7 M ABOVE PERM. DATUM DRLG. MEASURED FROM: DATE: RUN ND: DEPTH-DRILLER: DEPTH-LOGGERi GL: 411.0 M OTHER SERVICES- DLL-MSFL-GR LDL-CNL-GR SDNIC-GR SHOT USS PROGRAM TAPE NO: 30.22 SERVICE ORDER ND: KB 6 OCT 87 2445.0 M 2450.5 M QEA BTM. LOG INTERVAL: TOP LOG INTERVAL: CASING-DRILLER: CASING-LDGGERi CASING! HEIGHT: BIT SIZE: DEPTH: TYPE FLUID IN HOLE: DENSITY: VISCOSITY: PHI FLUID LOSS: SOURCE DF SAMPLE: RM: RMF: RMCI SOURCE RMF/RMC: RM AT BHTi RMF AT BHTI RMC AT BHT: TIME CIRC. STOPPED: 2303.8 M 40.0 M 247.5 M 247.5 M 9 5/8 IN. 36.0000 LB/F 12 1/4 IN. 249.0 M 8 1/2 IN. 2445.0 M KCL POLYMER. 10.10 LB/G 42.0 S 9.5 6.0 C3 FLOULINE .139 DHMM AT 19.5 DEGC ,121 DHMM AT 24,0 DEGC .274 DHMM AT 22.5 DEGC PRESS /PRESS .053 DHMM AT 86.7 DEGC .051 OHMM AT 86.7 DEGC .112 DHMM AT 86.7 DEGC TIME LOGGER ON BTM.i MAX. REC. TEMPI LOGGING UNIT NO: LOGGING UNIT LOCI RECORDED BY: UITNESSED BYi REMARKS: 06:00 5/DCT 07:00 6/OCT 86.7 DEGC 2763 QEA ALAN RICHMOND. J.BDULER/M.WILTSHIRE BASEMENT SHOTS COULD NOT BE READ DUE TO SIGNAL ATTENUATION. SHDTS FIRED FROM MUD PIT UITH A 20 MS DELAY. FROM UELL-HEAD* SHOT OFFSET UAS 38 M. AT 350 DEG. CMAG) HYDROPHONE IN MUD PIT UAS PLACED 3 M. FROM SHOTS. MUD PIT DEPTH FROM GL UAS 1.3 M. EQUIPMENT NUMBERS- DR ALL INTERPRETATIONS ARE OPINIONS BASED DM INFERENCES FROM ELECTRICAL AND UE CANNOT* AND DO NOT GUARANTEE THE ACCURACY OR OTHER CORRECTNESS DF ANY INTERPRETATIONS* AND UE SHALL NOT* EXCEPT IN THE CASE MEASUREMENTS DF GROSS OR UILLFUL NEGLIGENCE ON OUR PART* BE LIABLE DR RESPONSIBLE FOR INCURRED OR SUSTAINED BY ANYONE ANY LOSS* COSTS* DAMAGES OR EXPENSES OR RESULTING FROM ANY INTERPRETATION MADE BY ANY DF OUR OFFICERS* AGENTS DR TERMS EMPLOYEES. THESE INTERPRETATIONS ARE ALSO SUBJECT TO DUR GENERAL AND CONDITIONS AS SET OUT IN OUR CURRENT PRICE SCHEDULE. CP 30.22 FILE 06-OCT-87 15138 •Z- 7 C U>«zx. UST DEPTH VS TTIME CURVE DEPTH CM > 0.0 600.0 1200.0 1800.0 2400.0 3000.0 0.0 160.0 320.0 480.0 640.0 800.0 TTIME (MS) UST DEPTH VS TTIME SUMMARY STACK NBR DEPTH C M > TTIME CMS) 31 30 29 28 27 26 1 25 24 23 22 21 21 20 19 18 17 16 15 14 2 13 12 11 10 9 8 7 7 6 6 5 4 3 40.0 60.0 80.0 100.0 167.0 247.5 428.0 779.0 920.0 992.0 992.0 1108.0 1279.0 1380.0 1461.0 1548.0 1644.0 1705.0 1705.0 1884.0 1932.0 1996.0 2100.0 2191.0 2213.0 2234.8 2234.8 2303.8 2303.8 2392.9 2448.0 44.0 58.3 67.7 72.8 133.9 211.0 298.6 340.2 386.9 410.7 410.7 449.5 499.6 531.1 552.8 580.1 612.3 626.2 626.9 689.0 703.7 754.7 756.3 765.4 781.3 781.3 720.0 720.0 794.0 j l 40.0 M STACK 0 31 8 GEOPHONE SHOTS STACKED I 51 FILTER i OFF - OFF 60.0 M 10 Z6 Z87 .008822 9 144 CM/SEC a TT - 44,0 MS 64.3 MS 11111 500 STACK « 30 8 GEOPHONE SHOTS STACKED : 50 FILTER I OFF - OFF 10 Z6 Z87 .007010 9 142 CM/SEC TT 58.3 MS 8■ 77.7 MS i i i i 500 j L J L j L J L J L j L j L j L J L 80.0 M STACK 0 29 8 GEOPHONE SHOTS STACKED I 49 FILTER l OFF - OFF 10 /6 /87 .004588 9 141 CM/SEC a TT - 67.7 MS 87.5 MS i 500 J L J L J L i i i i i i i i i J L 100.0 M STACK I 28 9 GEOPHONE SHOTS STACKED i 48 FILTER
I OFF - OFF 10 Z6 Z87 .003724 9 139 CM/SEC TT - 72.8 MS 8 93.2 MS i i i i i i i i i i iiii 500 J L J L iiii i i i i i i i i i 167.0 M STACK « 27 8 GEDPHDNE SHOTS STACKED : 47 FILTER i OFF - OFF 10 /6 /87 .001542 9 137 CM/SEC a TT - 182.3 MS 103.5 MS i i i i i i i i i i i 500 J L J L J L J L J L j L j l J L J L J L 247.5 M STACK 0 26 8 GEDPHDNE SHOTS STACKED I 46 FILTER : OFF - OFF u I j l j L J L 1 I I I 1 1 428.0 M 10 Z6 Z87 .000934 9 132 CM/SEC TT - 154.3 MS 133.9 MS 500 STACK ft 25 8 GEOPHONE SHDTS STACKED I 45 FILTER : DFF - DFF 10 Z6 /87 .000317 9 :29 CM/SEC TT • a 211.0 MS 230.6 MS 1 1 1 1 1 j L j L j L j L j L 500 654.5 M STACK fl 24 9 GEDPHDNE SHDTS STACKED I 44 FILTER i OFF - DFF 10 Z6 Z87 .000172 9 124 CM/SEC TT - 318.5 MS 298.6 MS iiii i i i i i i i i i 200 700 j L j L i i i i i i i i i 779.0 M STACK 0 23 8 GEOPHONE SHOTS STACKED I 43 FILTER : OFF - OFF 10 /6 /87 .000115 9 l 17 CM/SEC TT • 340.2 MS 8 360.2 MS 300 800 920.0 M STACK fl 22 8 GEDPHDNE SHDTS ■STACKED I 42 FILTER i OFF - OFF 10 /6 Z87 .000099 9 :14 CM/SEC a TT 406.6 MS 386.9 ■MS i i i 800 j L J L j L J L j L j L j L j L 300 992.0 M STACK 0 21 a GEDPHDNE SHOTS STACKED I 41 FILTER i OFF - OFF 10 /6 /87 .000110 9 U3 CM/SEC TT • 8 430.7 MS 410.7 MS i i i iiii 800 j L j L j L j I j I j L l I J L 300 1108.0 M STACK a 20 8 GEOPHONE SHDTS STACKED I 40 FILTER i OFF - OFF 10 Z6 Z87 .000081 9 18 CM/SEC TT a 449.5 MS 469.7 ■MS iiii J L j L j L j L j L 300 800 1279.0 M STACK ft 19 8 GEOPHONE SHOTS STACKED i 39 FILTER : OFF - OFF 10 Z6 Z87 .000055 9 16 CM/SEC TT • a 499.6 MS 519.7 MS 300 800 1380.0 M STACK « 18 8 GEDPHDNE SHOTS STACKED i 38 FILTER i OFF - OFF 10 /6 Z87 .000063 9 14 CM/SEC TT • a 531.1 MS 551.0 MS V I—I L 300 400 I 800 STACK ft 17 8 1461.0 M GEOPHONE SHOTS STACKED I 35 FILTER i OFF - OFF 10 76 787 .000044 8 154 CM/SEC a TT - 572.7 MS 558.8 MS 1 J L J L J L J L J L J L 900 1548.0 M STACK ft 16 8 GEOPHONE SHDTS STACKED I 34 FILTER i OFF - OFF 10 76 787 .000044 8 i51 CM/SEC a TT - 600.3 MS 580.1 MS Ill L J I I l l I I I L I I I 400 900 1644.0 M STACK ft 15 8 — GEDPHDNE SHDTS STACKED I 38 FILTER i OFF - OFF 10 Z6 Z87 .000035 8 <47 CM/SEC 8 618.3 NS 638.0 MS TT • 400 J L J L 900 1705.0 M STACK ft 14 a 1705.0 M 10 Z6 Z87 GEOPHONE .000037 SHOTS STACKED I 88 >89 >30 FILTER I OFF - OFF 8 143 CM/SEC 8 TT - 646.4 MS 686.3 MS i J L J i i— i j i i i i 500 1000 1884.0 M STACK ft 13 a 1884.0 M 10 Z6 Z87 GEOPHONE 0.0 SHOTS STACKED I 85 >86 >87 FILTER l OFF - OFF 8 135 CM/SEC TT - l. 8 0.0 MS 671.7 MS i i i J I I I I I I I L 500 1000 J L J L 1938.0 M STACK ft 18 8 GEOPHONE SHOTS STACKED i 83 FILTER l OFF - OFF 10 Z6 Z87 .000087 8 185 CM/SEC a TT - 688.6 MS 708.5 MS 500 1000 1996.0 M STACK ft 11 a GEOPHONE SHDTS STACKED i 81 FILTER i OFF - OFF 10 76 Z87 .000088 8 118 CM/SEC 8 703.4 NS 783.3 MS TT - I I I J L 500 1000 8100.0 M STACK » 10 a GEOPHONE SHOTS STACKED 19 ■FILTER i OFF 10 76 787 .000014 8 118 CM/SEC a TT 746.9 MS 786.7 MS - OFF j i i i i i i i i■ i i I i i i i i i i i i i i i i i i 500 1000 STACK ft 9 a 8191.0 M 10 Z6 Z87 GEDPHDNE .000019 SHOTS STACKED I 16 >17 >18 FILTER l OFF - OFF 8 17 CM/SEC TT a 754.6 MS 774.6 MS ■iiii 500 1000 J L 1 I I I I IIII J I 8813.0 M STACK ft 8 8 GEOPHONE SHOTS STACKED 15 ■FILTER I OFF - OFF 10 76 787 .000088 8 10 CM/SEC TT - 8 749.4 MS 769.1 MS 500 1000 STACK ft 7 8 8834.8 M 10 Z6 Z87 GEOPHONE .000058 SHOTS STACKED I 14 FILTER I DFF - OFF 8834.8 M 7 155 CM/SEC TT - a 765.4 MS 784.9 MS i 500 1000 8303.8 M STACK ft 6 a GEOPHONE SHOTS STACKED > 13 FILTER « OFF - OFF 10 76 787 .000045 7 151 CM/SEC TT - a 781.3 MS 800.7 MS J L. 1 I I I I 500 1000 J L 8398.9 M STACK ft 5 3
GEOPHONE SHOTS STACKED I 18 FILTER i OFF - OFF 10 76 787 0.0 7 147 CM/SEC TT - 0.0 MS a 0.0 MS i i i i i i i i i i i i 500 1000 J L J i i i i i i i i 8398.9 M STACK ft 4 3 8398.9 M 10 Z6 Z87 GEOPHONE 0.0' SHOTS STACKED i 11 FILTER i OFF - OFF 7 144 CM/SEC 0.0 MS 0.0 MS Al i i i i i i i i I, i J L j i i i i 500 1000 8448.0 M STACK ft 3 8 .. GEDPHDNE SHOTS STACKED■ i 10 FILTER i OFF - OFF 10 76 787 0.0 7 137 CM/SEC TT - a 0.0 MS 0.0 MS J 1000 1 500 STACK ft 8 8 1705.0 M GEOPHONE SHOTS STACKED l 4 FILTER I OFF - OFF 10 Z6 787 .000088 7 ll CM/SEC TT - a 686.9 MS 646.6 MS rxZ' I I I I I I I I I J I I I I I—J I L J L J L 800 700 847.5 M STACK ft 1 8 GEOPHONE SHDTS STACKED I 1 FILTER i OFF - OFF 10 76 Z87 .000686 6 136 CM/SEC TT - a 133.9 MS 153.6 MS I I I I I I I I I I 500 FILE « 1 Schiumber ger CHECK SHOTS RUN 01
o o?o H z / i / / COMPANY! WELL! FIELD! STATE! NATION! LOCATION! LATITUDE! LONGITUDE! SHDT-GR RUN «1 (2445-2180 M. > i.. Q0020360 CRUSADER LIMITED. NAMARAH «2. NAMARAH. QUEENSLAND. AUSTRALIA. ELEVATIONS' LAT I LONG ARE PROVISIONAL. 027 21*33.9"S 149 20’22.8"E MSL 0.0 N KB PERMANENT DATUM! ELEV. OF PERM. DATUM! LOG MEASURED FROM! 417.0 M ABOVE PERM. DATUM DRLG. MEASURED FROM! ELEVATIONS- 417.0 M 416.7 M 411.0 M KBi DFi GLi KB DATE! RUN NO! 6 OCT 87 1 DEPTH-DRILLERi DEPTH-LOGGERi BTM. LOG INTERVALS TOP LOG INTERVAL! CASING-DRILLER! CASING-LOGGER! CASING! WEIGHT! BIT SIZE! DEPTH! TYPE FLUID IN HOLE* DENSITY! VISCOSITY! PH! FLUID LOSS! SOURCE OF SAMPLE! RM! RMFi RMCl SOURCE RMF/RMCi RM AT BHTi RMF AT BHTi RMC AT BHTi 2445.0 M 2450.5 M 2450.0 M 2180.0 M 247.5 M 247.5 M 9 5/8 IN. 36.0000 LB/F 12 1/4 IN. 249.0 M 8 1/2 IN. 2445.0 M KCL POLYMER. 10.10 LB/G 42.0 S 9.5 6.0 C3 FLOWLINE .139 OHMM AT 19.5 DEGC .121 OHMM AT 24.0 DEGC .274 OHMM AT 22.5 DEGC PRESS /PRESS .053 OHMM AT 86.7 DEGC •051 OHMM AT 86.7 DEGC .112 OHMM AT 86.7 DEGC TIME CIRC. STOPPED! TIME LOGGER ON BTM.i MAX. REC. TEMPI LOGGING UNIT NO! LOGGING UNIT LOCI RECORDED BYi WITNESSED BYi REMARKS’ 06100 5/OCT 04128 6/DCT 86.7 DEGC 2763 QEA ALAN RICHMOND. J.BOULER/M.WILTSHIRE LOCAL MAGNETIC DECLINATION IS 7 DEGREES. REPEAT SECTION RUN WITH GAIN OF 3* MAIN LOG RUN AT 2. EQUIPMENT NUMBERS- i SHDC-BB 467 CCC-B 1995 SHDS-B 672 SGC-SA 456 SHDI-BB 1241 CCSM 244 OTHER SERVICES- DLL-MSFL-GR LDL-CNL-GR SONIC-GR SHDT wss PROGRAM TAPE NO! 30.22 SERVICE ORDER NOi QEA SGD-TAB 8351 R ALL INTERPRETATIONS ARE OPINIONS □BASED ON INFERENCES FROM ELECTRICAL OTHER MEASUREMENTS AND WE CANNOTi AND DO NOT GUARANTEE THE ACCURACY OR CORRECTNESS OF ANY INTERPRETATIONS' AND WE SHALL NOT* EXCEPT IN THE CASE OF GROSS OR WILLFUL NEGLIGENCE ON OUR PART' BE LIABLE OR RESPONSIBLE FDR ANY LOSS' COSTS' DAMAGES DR EXPENSES INCURRED DR SUSTAINED BY ANYONE RESULTING FROM ANY INTERPRETATION MADE BY ANY OF OUR OFFICERS' AGENTS DR EMPLOYEES. THESE INTERPRETATIONS ARE ALSO SUBJECT TO DUR GENERAL TERMS AND CONDITIONS AS SET OUT IN OUR CURRENT PRICE SCHEDULE. CP 30.22 -1000. DB1 0.0 -40.00 -40.00 0.0 -40.00 CP 30.22 .1/200 z* t « a a a a a M a a a a a a a a • / a a a a a a a a a a a a a a a B a a 4 4 9 % * * 4 W 9 9 \ / 2200 ■“a , a a + a a a a ‘a a ! a a a a ( a a J» a a a a \ a a a o a a* a • a 1 a a a a a a a a a •a a a a ■ ■a .a a a I a a a a a* k I a I I a a a a I a : a l a a » a I a a a a a . a a a a a a a a a a *5 a I • I a a ■ ■ ■a '»2250 a a « a a k a a a _ a a a a > a a a a a a a B a a a , a a a a a a a .» I I a , a a a a a • a a a ■a a a a a a a a '• a* « a a > a a a a » a a a a a a . a a a 9 9 a a B a a a l a a a , a a a a a a a a a■ ♦ a a a a B a a a a a a 9 a a a 9 9 * a . a a 9 9 a a a a a • a _ a a a a a 72300 - a a . a » 9 a a a a ■a a 9’ a^ a 9 9 a a _ a 9 a a a a a a a a a a B a a a a a a a a a . a a a a a a a a a a a a « a 9 a a a a a a a a a a a a a a a a » a a a a _ a a a • a • a a a I a a a a a 9* 9 a 9 9 a I a a a a a “ a a a I a i * a a a a a a ’2350 a a I a a a , a a « a a a a’' a a a . a a a a a a a a I » a a a a a a a a a a a a a a a a a a a■ a a a a a a a 0 I I t 1 I « a * * a a a a a *a a a i a a a o a a a a a a a a a a ’ a • % FILE 06-QCT-87 05131 4000.0 5000.0 b J420._ 1000. 1£ .0 4000.0 5000.0 360.00 GR CGAPP PEYKPEG > FILE 360.00 200.00 360.00 10.000 INPUT FILES 6 i 4- « -9- I a a L a a a a a a a a a -h _L_ I -f— J_ 4 4— I U“ 4— 1 -t- _L I —T -4- I —v —u I —v -t- <• “T -4 “f —t IF. in /I a a a T" a ’ —- a • a a ftf- I a / T, -1000. m 4000.0 0.0 24.000 5000.0 -1000. ®14 4000.0 0.0 5000.0
4.0000 £2__UtL.L 06-OCT-87 05121 DATA ACQUIRED 06-DCT-87 04146 1 » 1 I a ——I 4 I T 4- I r t- a a a a a Cl cz a _L 9 t J / + / =* I I 17 4 A « J a * t 9 9 4 —4 tr J f t 4- e a a a a a a ■ ■a a a a a a a a a a a a a a 9 2400 a a a a a a a 1 a a a a a a I a 9 a % a a a a a a a a a a a a a a a a a I a a a a a a a a a a a a a a a a a a a a a a a a a a a a . 9 a a a a a a a a a a a a a a a a a a a a a a a a •zcv a a a a a a a « a a a a a a a a a a a a a a a a a £450 a - » a 1/200 I ii -a. It Ei i; 4 f. —K /I 'J » •4 •P .1 _ :•> v.*. —v • V v:-> Vj -u -ft % & T *5 ’ 1 - 1 " * - - ~~T i a* tour a I “I a —/ a -Z -a -5 -- : =^ n 1 * 1 -V ->r Jt-1 =4 — -P9 4->: :a 3 -9 8-::j • it a - X* ==J .•» •a 4 4 .a '.r~ •.a it I •a■ Si last I a <a a a a a a • a a t —9 a » a a j a a a -4- I t T 4- I -r I I 1“ 1— I CP 30.22 JllfU. -1000. jai FILE 06-OCT-87 04128 4000.0 5000.0 b Rl-XUMJ -40.00 0.0 1000. 12 4000.0 .0 5000.0 360.00 -40.00 0.0 -40.00 0.0 STSG TENS DCHV C2 EV FY PP RAD2 SRAD4 'ATEM VPR AY AZ NAME BS GR CGAPI) HAZKDEG > DEVI(DEG > 360.00 200.00 360.00 *- DMA -1000. 4000.0 0.0 5000.0 -1000. DB4 4000.0 0.0 5000.0 24.000 24.000 Cl 4.0000 4.0000 SENSOR MEASURE POINT TO TOOL ZERO .38 METER .38 METER .38 METER .38 METER .38 METER .38 METER .38 METER .38 METER .38 METER .38 METER .38 METER .38 METER .38 METER PARAMETERS VALUE UNIT 8.50000 XDFF 0 XMDD MANU VREF -5.00000 SHDS B MDEC 7.00000 » IN VDC GR SHOW ADCR Cl El FX FZ RADI RAD3 ADCZ VMR AX NAME 8.08 METER .38 METER .38 METER .38 METER .38 METER .38 METER .38 METER .38 METER .38 METER .38 METER .38 METER .38 METER VALUE UNIT BHS OPEN SOFF -1.00000 XGAI 2 FCDD 1. SHDI BB IN BEFORE SURVEY CALIBRATION SUMMARY PERFORMED! PROGRAM FILE! SHDT 06-DCT-87 03159 <VERSION 30.22 87/02/10 87/02/09) SGTL GR SHOT Cl C2 DETECTOR CALIBRATION SUMMARY MEASURED BKGD JIG 21 179 CALIBRATED 165 UNITS GAP I CALIPER CALIBRATION SUMMARY MEASURED SMALL 7.02 6.99 LARGE 11.3 11.3 CALIBRATED LARGE 12.0 12.0 SMALL 8.00 8.00 UNITS IN IN CP 30.22 FILE 06-DCT-87 03159 •/ijOO Schlumberger SHDT-GR RUN «1 <2445-2180 M.) kA
