Well 6004/12-1 - jf.fojf.fo/wp-content/uploads/2016/10/6004-12-1_analog-logs.pdf · Upstream...

Well 6004/12-1Composite Log (Pdf)

1. Composite Log Analog well logs (Pdf and cgm)

1. CBL - XMAC Elite: Acousitic Cement Bond Log from CBL-XMAC Elite. Loginterval 2060-2237 m. Run no. 3B. Scale 1:200

2. Digital Spectrallog. Log interval 4037-4560 m. Run no. 3B. Scale1:200 and 1:500

3. DSL - GR Log: Log interval 2208-3968 m. Run no. 1.1. Scale 1:200 and 1:500

4. HDLL – XMACII – MLL – ZDL – GR LOGS: Log interval 1020-4020 m. Run no.1.1. Scale 1:200 and 1:500

5. RCI (Run 1): Log interval 2691-2886 m. Run no. 1.3. Scale 1:200.

6. RCI (Run 2): Log interval 4416-4416 m. Run no. 2.1. Scale 1:200.

7. RCOR: Log interval 3415.3-3794.0 m. Run no. 1.2. Scale 1:200.

8. Sidewall Corgun: Log interval 4058.0-4472.5 m. Run no. 3B. Scale 1:200.

9. Sidewall Corgun – PFC: Log interval 2323.2-3974.0 m. Run no. 1.5. Scale 1:200

10. XMAC

11. XMAC – CBL: Log interval 1525-2208 m. Run no. 1.1. Scale 1:200. only as cgmfile.

12. XMAC (processed results): Log interval 1525-2208 m. Run no. 1.1. Scale 1:200.Only as cgm file.

13. XMAC II: Log interval 4037.5-4573.4 m. Run no. 3.B. Scale 1:200 and1:500.

Wells/6004-12-1/Digital logs.htm0000770000100400001440000020361710623256365014503 0ustarupusers

Well 6004/12-1

Well 6004/12-1 http://data.jf.fo/Wells/6004-12-1/Analog logs.htm

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Digital Logs (LAS)

1. CBL - XMAC Elite:2048.0274-2243.0994 m

DEPT (M)GR (GAPI)SFN1 (US)SPD (M/MN)PPT (US)TEN (LBF)AMN1 (1)FGA2 (1)WTBH (DEGC)FGP3 (US)

2. Digital Spectrallog: Run3_DSL_main: 3931.0056-4587.2402 m

DEPT (M)GRSL (GAPI)KTH (GAPI)SPD (M/MN)QCAL (----)K (%)TH (PPM)U (PPM)TEN (LBF)TTEN (LBF)CHT (LBF)

Run3_DSL_repeat: 3931.0056-4392.0156 mDEPT (M)GRSL (GAPI)KTH (GAPI)SPD (M/MN)QCAL (----)K (%)TH (PPM)U (PPM)TEN (LBF)TTEN (LBF)CHT (LBF)

3. DSL - GR Logs Run1-dsl-mainlog: 2152.7262-4022.2170 m

DEPT (M)GRSL (GAPI)KTH (GAPI)CAL (IN)SPD (M/MN)QCAL (----)K (%)TH (PPM)U (PPM)TEN (LBF)TTEN (LBF)CHT (LBF)RUK (----)RTHU (PPM)RTHK (----)KAPI (GAPI)UAPI (GAPI)TAPI (GAPI)

Run1-dsl-repeatlog: 3524.5548-3721.4556 mDEPT (M)GRSL (GAPI)KTH (GAPI)CAL (IN)SPD (M/MN)TAPI (GAPI)TH (PPM)U (PPM)TEN (LBF)


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TTEN (LBF)CHT (LBF)RUK (----)RTHU (PPM)RTHK (----)KAPI (GAPI)UAPI (GAPI)

4. HDLL – XMACII – MLL – ZDL – GR LOGS Run1_hdll_main: 2152.6500-4022.2170 m

DEPT (M)KTH (GAPI)RMLL (OHMM)S20C (OHMM)S30C (OHMM)S50C (OHMM)S16C (OHMM)S40C (OHMM)S10C (OHMM)S12C (OHMM)S14C (OHMM)CHT (LBF)TEN (LBF)TTEN (LBF)SPD (M/MN)

Run1_HRES_repeat_hdll: 3524.5548-3721.4556 mDEPT (M)CALX (IN)BIT (IN)KTH (GAPI)GR (GAPI)CALY (IN)S20C (OHMM)S30C (OHMM)S50C (OHMM)S16C (OHMM)S40C (OHMM)S10C (OHMM)S12C (OHMM)S14C (OHMM)CHT (LBF)TEN (LBF)TTEN (LBF)

Run1_HRES_rpt_zdl_log: 3524.5548-3721.4556 mDEPT (M)CALX (IN)BIT (IN)KTH (GAPI)GR (GAPI)CALY (IN)PE (B/E)ZDEN (G/C3)ZCOR (G/C3)CNC (PU)DT (US/F)RMLL (OHMM)TEN (LBF)TTEN (LBF)CHT (LBF)

Run1_processed-hdll: 2152.6500-4022.1409 mDEPT (M)GRC (GAPI)CALX (IN)BIT (IN)SPD (M/MN)RMLL (OHMM)SFR20MC (OHMM)SFR30MC (OHMM)SFR50MC (OHMM)


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SFR16MC (OHMM)SFR40MC (OHMM)SFR10MC (OHMM)SFR12MC (OHMM)SFR14MC (OHMM)CNCC (PU)ZCOR (G/C3)ZDEN (G/C3)PE (B/E)DT (US/F)TTEN (LBF)CHT (LBF)

Run1_xmacIIzdlmll_main: 2152.6500-4022.1409 mDEPT (M)KTH (GAPI)GR (GAPI)CALX (IN)CALY (IN)BIT (IN)PE (B/E)ZDEN (G/C3)ZCOR (G/C3)CNC (PU)DT (US/F)CHT (LBF)TEN (LBF)TTEN (LBF)SPD (M/MN)

WTBH_RUN1: 2152.6500-4022.2932 mDEPT (M)WTBH (DEGC)

5. HDLL Run1, LQCRun1_hdll: 2152.6500-4022.2170 m

DEPT (M)CAL (IN)CHT (LBF)CNC (PU)CNCC (PU)DEV (DEG)RMLL (OHMM)SFR10MC (OHMM)SFR12MC (OHMM)GRC (GAPI)SFR14MC (OHMM)SFR16MC (OHMM)SFR20MC (OHMM) SFR30MC (OHMM)SFR40MC (OHMM)SFR50MC (OHMM)TTEN (LBF)

6. RCI (Run 1)LAC_grcorr1_rci: 4048.7346-4296.6895 m

DEPT (M)CHT (LBF)GR (GAPI)SPD (M/MN)TEN (LBF)TTEN (LBF)

LAC_grcorr2_rci: 3085.7356-3120.9402 mDEPT (M)CHT (LBF)GR (GAPI)SPD (M/MN)TEN (LBF)TTEN (LBF)


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7. RCI (Run 2)Run2-grcorr1-rci: 4399.9577-4475.0151 m


Run2-grcorr2-rci: 4392.7776-4460.8242 mDEPT (M)CHT (LBF)GR (GAPI)SPD (M/MN)TEN (LBF)TTEN (LBF)

8. RCOR Sidewall CorgunRun1_swcpfc_gr-corr#1: 3917.5944-3935.1965 m

DEPT (M)GR (GAPI)TEN (LBF)TTEN (LBF)

Run1_swcpfc_gr-corr#2: 3608.7558-3640.6074 mDEPT (M)GR (GAPI)TEN (LBF)TTEN (LBF)





9. Sidewall Corgun – PFCRun1_swcpfc_gr-corr#1: 3917.5944-3935.1965 m


Run1_swcpfc_gr-corr#2: 3608.7558-3640.6074 m


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10. XMAC – CBLRun1_cbl_log: 1087.2216-2292.2485 m

DEPT (M)GR (GAPI)KTH (GAPI)SPD (M/MN)TEN (LBF)

SFN1 (US)FGA2 (1)

11. XMAC (processed results)dipole_main: 2143.5060-4024.5793 m

DEPT (M)DTX (US/F)DTX4 (US/F)SQINTX4

mainlog_results: 2143.5060-4024.5793 mDEPT (M)CALX (IN)GR (GAPI)BIT (IN)DTCB (US/F)DTSB (US/F)DTSC (US/F)ZDEN (G/C3)

monopole_main: 2143.5060-4024.5793 mDEPT (M)DTCB2DTCR2 (US/F)DTCX2 (US/F)DTSB2DTSR2 (US/F)DTSX2 (US/F)SQINTCR2. (US/F)SQINTCX2. (US/F9SQINTSR2. (US/F)SQINTSX2. (US/F)DT24QI (US/F)


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12. XMACxmac1_lac: 3928.5672-4589.6782 m

DEPT (M)BIT (IN)DTCB (US/F)DTSB (US/F)GR (GAPI)

xmac2_lac: 3928.5672-4589.6782 mDEPT (M)DTCB (US/F)

DTCR2 (US/F)DTCX2 (US/F)DTSB (US/F)DTSR2 (US/F)DTSX2 (US/F)SQINTCR2. (US/F)SQINTCX2. (US/F)SQINTSR2. (US/F)SQINTSX2. (US/F)

Wells/6004-12-1/Reports.htm0000770000100400001440000004421210643151236013622 0ustarupusers

Well 6004/12-1

ReportsREAD Well Services. VSP Processing Raport. September 2001.1.

Badley ashton reservoir geosience. A Petrographical and Reservoir Quality Evaluationof Sequence t31-T45 (Palaeocene-Eocene) in Well 6004-12-1 and 1Z, SvínoyProspect. Faeroes-Shetland Trough. December 2002.

2.

LGC Geochemistry. Geochemical Analysis of Cuttings, Sidewall Cores and Coresfrom 6004/12-1, Offshore Faerose. April 2002.

3.

Ichron. A Biostratigraphical evaluation of BP wells 6004/12-1 & 6004/12-1Z, SvínoyProspect, east of the Faroe Islands. March 2002.

4.

Svínoy 6004-12-15.

Main points from HM study of sidewall cores from 6004-12-1.6.

BP. End of Well Report 6004/12-1 &1z (Svinoy B).7.

Sperry-sun. Well No. 6004/12-1(z) Svinoy B Licence No. 4 West Navion End of wellreport.

8.

GeoStrat. BP Faroes 6004-12-1 & 6004-12-1Z Biostratigraphy of the intervals 1237m- 4520m (6004-12-1) and 4355m-4586m (6004-12-1Z). November 2001.

9.


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ICCS. Direct Determination of Petrophysical Parameters Well 6004-12-1 (Svinoy).April 2002

10.

Upstream Technology Group, Aberdeen. 6004/12-1, Svinoy Prospect, Offshore FaroeIsland: Core Description and Sedimentology. January 2002.

11.

BP. Geological completion report FCS 6004-12-1, 1Z (Svínoy-B) Foinaven Basin FCS.August 2002.

12.

Hm research associates. Heavy mineral data from well 6004-12-1 and 1Z, Faeroessector, Faeroe-Shetland Basin. May 2002.

13.

CoreLab Petroleum Services. Direct capture digital core image output. Well6004/12-1.

14.

OMI, Laboratories, Inc. Final core analysis report percussion sidewalls/rotary/conventional. February 2002.

15.

CoreLab Petroleum Services. Overburden Porosity & Permeability Study for BP Well6004/12-1.

16.

University Of Oklahoma, Tulsa OK. Velocity measurements on samples From Well6004/12-1, Svínoy prospect. November 2001.

17.

CoreLab Petroleum Services. Routine Rock Properties study for BP Well 6004/12-1.18.

Wells/6004-12-1/Well fakta.htm0000744000175100001440000002762711136324053013613 0ustarusers

Well 6004/12-1

Well information

Well number 6004/12-1Location OffshoreLongitude 4o 40´54.436´´ WLatitude 60o 35´19.746´´ NUTM Zone 30Spheroid WGS84Projection UTM Zone 30 (CM 3°W)Grid Easting (X) 407872.55. m


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Northing (Y) 6718167.44 mDatum ETRS89Hemisphere NorthernWell blok no. 6004/12Reference point KB 36 m above MSLWather depth 1074 m below MSLTD log 4589.6782TD drill 4586 m below KBThe well is VerticalSpud date 23/7-2001Completed 10 october 2001Spud classification ExplorationStatus (completion) Plugged and abandonnedLicense L004Operator BP Amoco Exploration (Faroes) LtdRig West NavionWells/6004-16-1/Analog logs.htm00007700001004000014400000034014106232566160143230ustar upusers

Well 6004/16-1

Composite Log (Pdf)

1. Composite Log Analog well logs (Pds). Schlumberger.

1. HALS-DSI-PEX-NGT-ACTS (Resistivity-Sonic, 15-Nov-2001) Log interval:3828-4272.7 m. Run no. 13a. Scale:1:500.

2. HALS-DSI-PEX-NGT-ACTS (Resistivity-Sonic, 15-Nov-2001). Log interval:3828-4272.7 m. Run no. 13a. Scale:1:200.

3. DSI-HRLA-PEX-NGT-ACTS (Resistivity-Sonic, 22-Oct-2001). Log interval:2218-3831.5 m. Run no. 4A. Scale:1:500.

4. DSI-HRLA-PEX-NGT-ACTS (Resistivity-Sonic, 22-Oct-2001). Log interval:2218-3831.5 m. Run no.: 4A. Scale:1:200.

5. HALS-DSI-PEX-NGT-ACTS (Nuclear, 15 Nov-2001). Log interval: 3828-4272.7m. Run no.: 13a. Scale:1:500.

6. PEX-GR-ATCS (Nuclear, 05 Nov-2001). Log interval: 3828-4159.8 m. Run no.:9c. Scale:1:500.

7. DSI-HRLA-PEX-NGT-ACTS (Nuclear, 22-Oct-2001). Log interval: 2218-3831.5m. Run no.: 4A. Scale:1:500.


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8. HALS-DSI-PEX-NGT-ACTS (Nuclear, 15 Nov-2001). Log interval: 3828-4254 m.Run no.: 13a. Scale:1:200.


10. DSI-HRLA-PEX-NGT-ACTS (Nuclear, 22-Oct-2001). Log interval: 2218-3831.5 m.Run no.: 4A. Scale:1:200.

11. DSI-HRLA-PEX-NGT-ACTS (NGT Ratios, 22-Oct-2001). Log interval:2218-3796.5 m. Run no.: 4A. Scale:1:500.

12. HALS-DSI-PEX-NGT-ACTS (NGT Ratios, 15 Nov-2001). Log interval:3828-4245.1 m. Run no.: 13a. Scale:1:200.


14. DSI-HRLA-PEX-NGT-ACTS (MONOPOLE, 22-Oct-2001). Log interval:2218-3821.5 m. Run no.: 4A. Scale:1:200.

15. MDT-GR-ACTS (MDT Samples, 19-Nov-2001). Log interval 4059.25-4157.4 m.Run no.: 13f. Scale:1:200.

16. MDT-GR-ACTS (MDT Samples, 18-Nov-2001). Log interval 4216.3-4255.5 m.Run no.: 13d. Scale:1:200.


18. MDT-GR-ACTS (MDT Samples, 18-Nov-2001). Log interval 4216.3-4255.5 m.Run no.: 6D. Scale:1:200.

19. MDT-GR-ACTS (MDT Pre-tests, 17-Nov-2001). Log interval 4059.5-4256.0 m.Run no.: 13d. Scale:1:200.

20. MDT-GR-ACTS (MDT Pressure Tests, 15-Nov-2001). Log interval 4083-4220.3m. Run no.: 13f. Scale:1:200.

21. MDT-GR-ACTS (MDT Pressure Tests, 17-Nov-2001). Log interval 4059.5-4256m. Run no.: 13d. Scale:1:200.


23. MDT-GR (MDT Pre-Tests, 05-Nov-2001). Log interval 4058.1-4156.5 m. Run no.:9d. Scale:1:200.

24. FMI-GR-ACTS (FMI Image, 16-Nov-2001). Log interval 3828-4274.6 m. Run no.:13c. Scale:1:200.


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25. FMI-GR-ACTS (FMI Dipmeter, 15-Nov-2001). Log interval 3828-4274.6 m. Runno.: 13c. Scale:1:200.

26. DSI-HRLA-PEX-NGT-ACTS (DIPOLES, 22-Oct-2001). Log interval 2218-3821.5m. Run no.: 4A. Scale:1:200.

27. CST-PGGD (CST SAMPLES, 23-Oct-2001) Log interval 2238.1-3798.7 m. Runno.: 4C. Scale:1:200.

28. CMR-GR-ACTS (CMR, 16-Nov-2001) Log interval 3828-4273.2. Run no.: 13b.Scale:1:200.

29. CSI-GR-AMS (Zero Offset VSP, 19 Nov-2001) Log interval 3750-4260 m. Runno.: 6E.


Well 6004/16-1

Digital logs (LAS) 6004-16-1 core_final: 3452.05-4203.65 m1.

DEPTH (M)CPOR (%)GDEN (G/C3)PERMH (MD)

6004-16-1 core_gamma_final: 3452-4203.95 m2. DEPTH (M)

CGS (API)K (API)TH (API)TOTAL_COUNT (API)U (API)

6004-16-1 dean_stark_final: 3455.22-3457.02 m3. DEPTH (M) CPOR (%)CSG (%)CSO (%)CSW (%)GDEN (G/C3)PERMH (MD)

6004-16-1 rab_run5_memory 1467.15-2258.11 m4. DEPTH (M)

GRRAB (GAPI)RESBD (OHMM)RESBIT (OHMM)RESBM (OHMM)RESBS (OHMM)RESRING (OHMM)ROP5RM (M/HR)

6004-16-1z cmr_gr_run6b: 13104.5-14042 F5. DEPTH (F) :

BADF_CMRBADF_CMRBFV (V/V)BFV (V/V)BFV_MW (V/V)BFV_MW (V/V)


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BFV_MW_SIG (V/V)BFV_MW_SIG (V/V)BFV_SIG (V/V)BFV_SIG (V/V)BS (IN)BS (IN)CBF1 (V/V)CBF1 (V/V)CBF2 (V/V) CBF2 (V/V) CBF3 (V/V)CBF3 (V/V)CBF4 (V/V)CBF4 (V/V) CBF5 (V/V)CBF5 (V/V)CBF6 (V/V)CBF6 (V/V)CBF7 (V/V)CBF7 (V/V)CBP1 (V/V)CBP1 (V/V)CBP2 (V/V)CBP2 (V/V)CBP3 (V/V)CBP3 (V/V)CBP4 (V/V)CBP4 (V/V)CBP5 (V/V)CBP5 (V/V)CBP6 (V/V)CBP6 (V/V)CBP7 (V/V)CBP7 (V/V)CBP8 (V/V)CBP8 (V/V)CDF (N)CDF (N)CFF1 (V/V) CFF1 (V/V)CFF2 (V/V)CFF2 (V/V)CFF2 (V/V) CFF3 (V/V)CFF3 (V/V)CFF4 (V/V)CFF4 (V/V)CFF5 (V/V)CFF5 (V/V)CFF6 (V/V)CFF6 (V/V)CFF7 (V/V)CFF7 (V/V)CLOS (M)CLOS (M)CMFF (V/V)CMFF (V/V)CMFF_MW (V/V)CMFF_MW (V/V)CMFF_MW_SIG (V/V)CMFF_MW_SIG (V/V)CMFF_SIG (V/V)CMFF_SIG (V/V)CMRP_3MS (V/V)CMRP_3MS (V/V)CMRP_3MS_MW (V/V)CMRP_3MS_MW (V/V)CMR_GAIN. CMR_GAIN. CMR_PHI_CONVCMR_PHI_CONVCMR_RAW_PHI (V/V)


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CMR_RAW_PHI (V/V)CMR_SIG_PROC_SCMR_SIG_PROC_SCMR_TEMP (DEGF)CMR_TEMP (DEGF)CS (F/MN)CS (F/MN)CVEL (FT/MIN)CVEL (FT/MIN)CWEL (DEG/M)CWEL (DEG/M)DCAL (IN)DCAL (IN)DELTA_B0 (MT)DELTA_B0 (MT)DF (LBF)DF (LBF)DNPH (V/V)DNPH (V/V)EBSZ (%)EBSZ (%)ECGR (GAPI)ECGR (GAPI)ECHO_AMP_RECHO_AMP_RECHO_AMP_XECHO_AMP_XED (M)ELSZ (%)ELSZ (%)FCD (IN)FCD (IN)FREQ_OP (KHZ)FREQ_OP (KHZ)GAMMAGAMMAGDEV (DEG)GDEV (DEG)GR (GAPI)GR (GAPI)HDAR (IN)HDAR (IN)HTEM (DEGC)HTEM (DEGC)HWEC (DEG/M)HWEC (DEG/M)IPERM (MDM)IPERM (MDM)IPOR (M)IPOR (M)KSDR (MD)KSDR (MD)KTIM (MD)KTIM (MD)NCYT (DEGC)NCYT (DEGC)ND (M)ND (M)NOISE_ENV (V/V)NOISE_ENV (V/V)NOISE_FLAGNOISE_FLAGNOISE_PWRNOISE_PWRNOISE_TOOL (V/V)NOISE_TOOL (V/V)NOISE_TOOL_WSU (V/V)NOISE_TOOL_WSU (V/V)NO_UPDATE_COUNNO_UPDATE_COUNNPHI (V/V)NPHI (V/V)


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NPL (V/V)NPL (V/V)NPOR (V/V)NPOR (V/V)PHIE_HILT (V/V)PHIE_HILT (V/V)PXND_HILT (V/V)PXND_HILT (V/V)RGR (GAPI)RGR (GAPI)RHGX_HILT (G/CM3)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RMFA_HILT (OHMM)RO_HILT (OHMM)RO_HILT (OHMM)SPHASE (DEG)SPHASE (DEG)T2CUTOFF (MS)T2CUTOFF (MS)T2LM (MS)T2LM (MS)T2LM_MW (MS)T2LM_MW (MS)T2LM_MW_SIG (MS)T2LM_MW_SIG (MS)TCMR (V/V)TCMR (V/V)TCMR_MW (V/V)TCMR_MW (V/V)TCMR_MW_SIG (V/V)TCMR_MW_SIG (V/V)TCMR_SIG (V/V)TCMR_SIG (V/V)TENS (LBF)TENS (LBF)TNPH (V/V)TNPH (V/V)TNRAUMA_HILTUMA_HILTVCL_HILT (V/V)VCL_HILT (V/V)

6004-16-1z_cmr_gr_run6b_1: 13104.667-14042 F6. DEPTH (F)DPHZ (V/V)DPHZ (V/V)DSOZ (IN)DSOZ (IN)HAZ (M/S2)HAZ (M/S2)HDRA (G/C3)HDRA (G/C3)HGR (GAPI)HGR (GAPI)HMIN (OHMM)HMIN (OHMM)HMNO (OHMM)HMNO (OHMM)HNPO (V/V)HNPO (V/V)HTNP (V/V)HTNP (V/V)PEFZPEFZRHGR (GAPI)RHGR (GAPI)RHOZ (G/C3)RHOZ (G/C3)RSO8 (IN)RSO8 (IN)RSOZ (IN)


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RSOZ (IN)RXO8 (OHMM)RXO8 (OHMM)RXOZ (OHMM)RXOZ (OHMM)

6004-16-1z_cmr_gr_run6b_2: 13104.583-14042 F7. DEPTH (F)DPHZ (V/V)DPHZ (V/V)DSOZ (IN)DSOZ (IN)HAZ (M/S2)HAZ (M/S2)HDRA (G/C3)HDRA (G/C3)HGR (GAPI)HGR (GAPI)HMIN (OHMM)HMIN (OHMM)HMNO (OHMM)HMNO (OHMM)HNPO (V/V)HNPO (V/V)HTNP (V/V)HTNP (OHMM)PEFZPEFZRHGR (GAPI)RHGR (GAPI)RHOZ (G/C3)RHOZ (G/C3)RSO8 (IN)RSO8 (IN)RSOZ (IN)RSOZ (IN)RXO8 (OHMM)RXO8 (OHMM)RXOZ (OHMM)RXOZ (OHMM)

6004-16-1z_comb_up_downlog: 2535.8-4087.9 m8. DEPTH (M)

AF30 (OHMM)AF60 (OHMM)APLC (V/V)APLU (V/V)DRH (G/C3)DT (US/F)FPLC (V/V)FPLU (V/V)HCGR (GAPI)HSGR (GAPI)LCAL (INCHES)PEFL (B/E)RHOM (G/C3)TENS (LBF)TT1 (US)TT2 (US)TT3 (US)TT4 (US)

6004-16-1z_comp_resample: 1360-4177.2594 m9. DEPTH (M)CGR (GAPI)DTCO (US/F)DTSM (US/F)GR (GAPI)HCAL (IN)HDRA (G/C3)NPHI (V/V)PEFZ (B/E)POTA (%)RDEEP (OHMM)


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RHOZ (G/C3)RXOZ (OHMM)SGR (GAPI)SP (MV)SP (MV)SP (MV)THOR (PPM)TNPH (V/V)URAN (PPM)

6004-16-1z_core_provisional: 3452.05-4203.65 m10. DEPTH (M)

CPERM (MD)CPOR (%)GDEN (G/C3)

6004-16-1z_dsi_4161m: 3655.0092-4161.1296 m11. DEPTH (M)BS (IN)CDF (N)DT4P (US/F)DT4S (US/F)GR (GAPI)ITT (S)TDEP (IN)TENS (LBF)TIME (MS)

6004-16-1z_dsi_cnl_8inch: 2073.2496-3835.4508 m12. DEPTH (M)CDF (N)DTCO (US/F)DTSM (US/F)GR (GAPI)HCAL (IN)HDRA (G/C3)HTEM (DEGC)NPHI (V/V)PEFZPOTA}RHOZ (G/C3)RLA0 (OHMM)RLA1 (OHMM)RLA2 (OHMM)RLA3 (OHMM)RLA4 (OHMM)RLA5 (OHMM)RXOZ (OHMM)SP (MV)TENS (LBF)THOR (PPM)URAN (PPM)

6004-16-1z_dsi_gr_run5b: 11991-13652 F13. DEPTH (F)BS (IN)CDF (N)CS (F/MN)CVEL (FT/MIN)DF (N)DT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/FT)DTRS (US/FT)DTTP (US/FT)DTTS (US/FT)ECGR (GAPI)GR (GAPI)ITT (S)RGR (GAPI)SOBS (IN)SPHI (V/V)TENS (LBF)


16 of 374 19-10-16 10:43

6004-16-1z_dsi_pex_run4a: 2073.554-3835.4508 m14. DEPTH (M)BS (IN)CGR (GAPI)CS (F/MN)DNPH (V/V)DPHZ (V/V)DT1 (US/FT)DT1R (US/FT)DT2 (US/FT)DT2R (US/FT)DT3R (US/FT)DT4P (US/F)DT4S (US/F)DT5 (US/F)DTCO (US/F)DTRP (US/F)DTRS (US/F)DTSM (US/F)DTST (US/F)DTTP (US/F)DTTS (US/F)GR (GAPI)HCAL (IN)HDRA (G/C3)HGR (GAPI)ITT (S)NPHI (V/V)NPL (V/V)NPOR (V/V)PEFZPHIE (V/V)POTAPRRHO8 (G/C3)RHOZ (G/C3)RLA0 (OHMM)RLA1 (OHMM)RLA2 (OHMM)RLA3 (OHMM)RLA4 (OHMM)RLA5 (OHMM)RM (OHMM)RMFA (OHMM)RO (OHMM)RT (OHMM)RXO (OHMM)RXOI (OHMM)RXOZ (OHMM)SGR (GAPI)SP (MV)SPHI (V/V)TENS (LBF)THOR (PPM)TNPH (V/V)TNRATPRATURAUPRAURAN 8PPM)VCL (V/V)VPVS

6004-16-1z_dsi_r9b_final_rs: 12403.5-131190 F15. DEPTH (F)BS (IN)CDF (N)CHRPCHRSCHTPCHTSCS (F/MN)


17 of 374 19-10-16 10:43

CVEL (FT/MIN)DCI4DF (N)DT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/F)DTRS (US/F)DTTP (US/F)DTTS (US/F)ECGR (GAPI)ETIM (S)GR (GAPI)ITT (S)RGR (GAPI)SAS4SOBS (IN)SPHI (V/V)SPR4SPT4SSVE (M/S)SVEL (M/S)TENS (LBF)TIME (S)

6004-16-1z_dsi_run9b_final:11991-13652.5 F16. DEPTH (F)BS (IN)CDF (N)CHRPCHRSCHTPCHTSCS (F/MN)CVEL (FT/MIN)DCI4DF (N)DT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/F)DTRS (US/F)DTTP (US/F)DTTS (US/F)ECGR (GAPI)ETIM (S)GR (GAPI)ITT (S)PWN4RGR (GAPI)SAS4SOBS (IN)SPHI V/V)SPR4SPT4SSVE (M/S)SVEL (M/S)TENS (LBF)TIME (S)WF41WF42WF43WF44WF45WF46WF47WF48

6004-16-1z_dsi_run9b_final_1: 11991.083-13652 F17. DEPTH (F)IDWD (0.1_IN)SCD (0.1_IN)TIME (S)


18 of 374 19-10-16 10:43

6004-16-1z_hals_dsi_2224m: 1360.932-2224.278 m18. DEPTH (M)CDF (N)DT1R (US/F)DT2R (US/F)DTCO (US/F)GR (GAPI)HCAL (IN)HDRA (G/C3)HLLD (OHMM)HLLS (OHMM)HTEM (DEGC)NPHI (V/V)PEFZRHOZ 8G/C3)RXOZ (OHMM)SP (MV)TENS (LBF)

6004-16-1z_hals_dsi_pex_r6a. 12334-14033 m19. DEPTH (F)

ABS (M2)AFCD (M2)AREA (M2)BS (IN)BSD1CDF (N)CFGRCFTC (1/S)CGR (GAPI)CHRPCHRSCHTPCHTSCNTC (1/S)CS (F/MN)CVEL (IN)DCI4DF (LBF)DNPH (V/V)DRTADT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/FT)DTRS (US/FT)DTSM (US/F)DTTP (US/FT)DTTS (US/FT)EBSZ (%)ECGR (GAPI)ELSZ (%)ESSZ (%)ETIM (S)FCD (IN)GDEV (DEG)GR (GAPI)HDAR (IN)HLRGBHPATTHTEM (DEGC)HWEC (DEG/M)HWER (M)ICV (M3)IHV (M3)ITT (S)LSD1NCYT (DEGC)NPHI (V/V)NPL (V/V)NPOR (V/V)PHIE_HILT (V/V)


19 of 374 19-10-16 10:43

POTAPRPWN4PXND_HILT (V/V)QCBSLQCHALSQCMCFLQCPORRCFT (1/S)RCNT (1/S)RHGX_HILT G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)RSGR (GAPI)RWA_HILT (OHMM)RXIG (MA)SGR (GAPI)SOBS (IN)SP (MV)SPAR (MV)SPHI (V/V)SSVE (M/S)SVEL (M/S)SW_HILT (V/V)TALPTENS (LBF)THOR (PPM)TNPH (V/V)TNRATPRATURAUMA_HILTUPRAURAN (PPM)VCL_HILT (V/V)VPVS

6004-16-1z_hals_dsi_pex_r6a_1: 12334.083-14033 F20. DEPTH (F)BSW (1/S)BSWU (1/S)FCBR (OHMM)HCAL (IN)HDRXIDWD (0.1_IN)LHEW (1/S)LSW (1/S)LSWU (1/S)LWTO (1/S)RVV (MV)RXOI (OHMM)RXV (MV)

6004-16-1z_hals_dsi_pex_r6a_2: 12334.167-14033 F21. DEPTH (F)CDH (IN)DPHZ (V/V)DSOZ (IN)ECC (IN)EHGR (GAPI)HARS (OHMM) HART (OHMM) HAUD (OHMM) HAUE (IN)HAUS (OHMM) HAZ (M/S2)HCFT (1/S)HCNT (1/S)HDI (INS)HDRA (G/C3)HDRTHGR (GAPI)HLDU (OHMM)


20 of 374 19-10-16 10:43

HLGU (OHMM) HLLD (OHMM) HLLE (OHMM) HLLG (OHMM) HLLS (OHMM) HLSU (OHMM) HMIN (OHMM) HMNO (OHMM) HNPO (V/V)HPRAHRDU (OHMM) HREU (IN)HRLD (OHMM) HRLE (IN)HRLS (OHMM) HRM (OHMM) HRMD (OHMM) HRSU (OHMM) HSO (IN)HTALHTNP (V/V)PEFZQCPEFQCRHRHFT (1/S)RHNT (1/S)RHOZ (G/C3)RSO8 (IN)RSOZ (IN)RXO8 (OHMM) RXOZ (OHMM)

6004-16-1z_hals_dsi_pex_r6a_3: 12334.017-14033 F22. DEPTH (F)RVDRU (OHMM)RVSRU (OHMM)RXGR (OHMM)RXRU (OHMM)

6004-16-1z_lwd_mem_4168m: 3825.54-4168.44 m23. DEPTH (M)

AXXH_UNC (OHMM)GR_IMP_FI (GAPI)PXXH_UNC (OHMM)

6004-16-1z_lwd_mem_4192m: 4166.62-4179.72 m24. DEPTH (M)AXXH_UNC (OHMM)GR_IMP_FI (GAPI)PXXH_UNC (OHMM)

6004-16-1z_lwd_mem_4267m:4215.08-4266.9 m25. DEPTH (M)AXXH_UNC (OHMM)GR_IMP_FI (GAPI)PXXH_UNC (OHMM)

6004-16-1z_lwd_mem_run14: 4215.08-4266.926. DEPTH (M)AXXH_UNC (OHMM)GR_IMP_FI (GAPI)PXXH_UNC (OHMM)

6004-16-1z_mcfl_cnl_4160m: 3648.7608-4160.8248 m27. DEPTH (M)BS (IN)CDF (N)CS (F/HR)DPH8 (V/V)DPHZ (V/V)DSO8 (IN)DSOZ (IN)EHGR (GAPI)ETIM (S)GDEV (DEG)


21 of 374 19-10-16 10:43

GR (GAPI)HCAL (IN)HDRA (G/C3)HNPO (V/V)HTNP (V/V)NPHI (V/V)PEF8PEFZRHO8 (G/C3)RHOZ (G/C3)TDEP (1IN)TENS (LBF)TNPH (V/V)

6004-16-1z_mcfl_cnl_repeat: 3864.864-4160.8248 m28. DEPTH (M)BS (IN)CDF (N)CS (F/HR)DPH8 (V/V)DPHZ (V/V)DSO8 (IN)DSOZ (IN)EHGR (GAPI)ETIM (S)GDEV (DEG)GR (GAPI)HCAL (IN)HDRA (G/C3)HNPO (V/V)HTNP (V/V)NPHI (V/V)PEF8PEFZRHO8 (G/C3)RHOZ (G/C3)TDEP (1IN)TENS (LBF)TNPH (V/V)

6004-16-1z_pex_dsi_run6a: 3759.5556-4277.2584 m29. DEPTH (M)BS (IN)CDF (N)CGR (GAPI)DTCO (US/F)DTSM (US/F)GR (GAPI)HCAL (IN)HDRA (G/C3)HLLD (OHMM)HLLS (OHMM)ICV (M3)NPHI (V/V)PEFZ (B/E)POTA (%)RHOZ (G/C3)RXOZ (OHMM)SCD 81IN)SGR (GAPI)SP (MV)TENS (LBFTHOR (PPM)TPRATURAURAN (PPM)

6004-16-1z_pex_gr_run5c: 11970.5-13651 F30. DEPTH (F)BS (IN)CS (F/MN)CVEL (FT/MIN)DF (LBF)DNPH (V/V)


22 of 374 19-10-16 10:43

ECGR (GAPI)ELSZ (%)ESSZ (%)GDEV (DEG)GR (GAPI)HDAR (IN)HLRGBHTEM (DEGC)HWEC (DEG/M)NCYT (DEGC)NPHI (V/V)NPL (V/V)NPOR (V/V)PHIE_HILT. (V/V)PXND_HILT. (V/V)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)TALPTENS (LBF)TNPH (V/V)TNRAUMA_HILTVCL_HILT (V/V)

6004-16-1z_pex_gr_run5c_1: 11971.167-13651 F31. DEPTH (F)DPH8 (V/V)DPHZ (V/V)DSO8 (IN)DSOZ (IN)EHGR (GAPI)HDRA G/C3)HDRTHGR (GAPI)HMIN (OHMM)HMNO (OHMM)HNPO (V/V)HPRAHTALHTNP (V/V)PEF8PEFZRHNT (1/S)RHO8 (G/C3)RHOZ (G/C3)RSO8 (IN)RSOZ (IN)RXO8 (OHMM)RXOZ (OHMM)

6004-16-1z_pex_gr_run5c_2: 11971.083-13651 F32. DEPTH (F)FCBR (OHMM)HCAL (IN)HDRXRVV (MV)RXOI (OHMM)RXV (MV)

6004-16-1z_pex_gr_run5c_3: 11971.017-13651 F33. DEPTH (F)RVDRU (OHMM)RVSRU (OHMM)RXGR (OHMM)RXRU (OHMM)

6004-16-1z_pex_r4a_final_rs: 12403.5-13190 F34. DEPTH (F)BS (IN)CDF (N)CHRPCHRSCHTPCHTS


23 of 374 19-10-16 10:43

CS (F/MN)CVEL (FT/MIN) DCI4DF (N)DT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/F)DTRS (US/F)DTTP (US/F)DTTS (US/F)ECGR (GAPI)ETIM (S)GR (GAPI)ITT (S)RGR (GAPI)SAS4SOBS (IN)SPHI (V/V)SPR4SPT4SSVE (M/S)SVEL (M/S)TENS (LBF)TIME (S)

6004-16-1z_pex_r5c_final_rs: 13063.5-13653 F35. DEPTH (F)ABS (M2)AFCD (M2)AREA (M2)BS (IN)BSD1CDF (N)CFGRCFTC (1/S)CNTC (1/S)CS (F/MN)CVEL (FT/MIN)DF (LBF)DNPH (V/V)DRTAEBSZ (%)ECGR (GAPI)ELSZ (%)ESSZ (%)ETIM (S)FCD (IN)GDEV (DEG)GR (GAPI)HDAR (IN)HLRGBHPATTHTEM (DEGC)HWEC (DEG/M)HWER (M)ICV (M3)IHV (M3)LSD1NCYT (DEGC)NPHI (V/V)NPL (V/V)NPOR (V/V)PHIE_HILT. (V/V)PXND_HILT (V/V)QCBSLQCMCFLQCPORRCFT (1/S)RCNT (1/S)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)


24 of 374 19-10-16 10:43

RXIG (MA )SSD1TALPTENS (LBF)TGST (M/S2)TIME (S)TNPH (V/V)TNRAUMA_HILTVCL_HILT (V/V)

6004-16-1z_pex_r5c_final_rs_1: 13064.083-13653 F36. DEPTH (F)BSW (1/S)BSWU (1/S)FCBR (OHMM)HCAL (IN)HDRXIDWD (0.1_IN)LHEW (1/S)LSW (1/S)LSWU (1/S)LWTO (1/S)RVV (MV)RXOI (OHMM)RXV (MV)SCD (0.1_IN)SSW (1/S)SSWU (1/S)TIME (S)

6004-16-1z_pex_r5c_final_rs_2. 13064.167-13653 F37. DEPTH (F)DPH8 (V/V)DPHZ (V/V)DSO8 (IN)DSOZ (IN)EHGR (GAPI)HAZ (M/S2)HCFT (1/S)HCNT (1/S)HDRA (G/C3)HDRTHGR (GAPI)HMIN (OHMM)HMNO (OHMM)HNPO (V/V)HPRAHTALHTNP (V/V)PEF8PEFZQCPEFQCRHRHFT (1/S)RHNT (1/S)RHO8 (G/C3)RHOZ 8G/C3)RSO8 (IN)RSOZ (IN)RXO8 (OHMM)RXOZ (OHMM)TIME (S)UZ

6004-16-1z_pex_r5c_final_rs_3:13064.017-13653 F38. DEPTH (F)RVDRU (OHMM)RVSRU (OHMM)RXGR (OHMM)RXRU (OHMM)TIME (S)

6004-16-1z_pex_r6a_final_rs: 13105.5-13754 F39. DEPTH (F)


25 of 374 19-10-16 10:43

ABS (M2) AFCD (M2) AREA (M2) BS (IN) BSD1CDF (N)CFGRCFTC (1/S)CGR (GAPI)CHRPCHRSCHTPCHTSCNTC (1/S)CS (F/MN)CVEL (FT/MIN)DCI4DF (LBF)DNPH (V/V)DRTADT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/F)DTRS (US/F)DTSM (US/F)DTTP (US/F)DTTS (US/F)EBSZ (%) ECGR (GAPI)ELSZ (%) ESSZ (%) ETIM (S) FCD (IN)GDEV (DEG)GR (GAPI)HDAR (IN)HLRGBHPATTHTEM (DEGC)HWEC (DEG/M)HWER (M) ICV (M3)IHV (M3)ITT (S)LSD1NCYT (DEGC)NPHI (V/V)NPL (V/V)NPOR (V/V)PHIE_HILT (V/V)POTAPR PWN4PXND_HILT (V/V)QCBSLQCHALSQCMCFLQCPORRCFT (1/S)RCNT (1/S)RHGX_HILT (G/CM3) RMFA_HILT (OHMM)RO_HILT (OHMM)RSGR (GAPI)RWA_HILT (OHMM)RXIG (MA) SAS4SGR (GAPI) SOBS (IN)SP (M/V)SPAR (M/V)


26 of 374 19-10-16 10:43

SPHI (V/V)SPR4SPT4SSD1SSVE (M/S) SVEL (M/S)SW_HILT (V/V)TALPTENS (LBF) TGST (M/S2)THOR (PPM) TIME (S)TNPH (V/V)TNRATPRATURAUMA_HILTUPRAURAN (PPM)VCL_HILT (V/V)VPVSW1NG (1/S)W2NG (1/S)W3NG (1/S)W4NG (1/S)W5NG (1/S)WF41WF42WF43WF44WF45WF46WF47WF48

6004-16-1z_pex_r6a_final_rs_1: 13105.583-13753.5 F40. DEPTH (F) BSW (1/S)BSWU (1/S)FCBR (OHMM)HCAL (IN)HDRXIDWD (0.1_IN)LHEW (1/S)LSW (1/S)LSWU (1/S)LWTO (1/S)RVV (MV)RXOI (OHMM)RXV 8MV)SCD (0.1_IN)SSW (1/S)SSWU (1/S)TIME (S)

6004-16-1z_pex_r6a_final_rs_2: 13105.667-13753.5 F41. DEPTH (F)CDH (IN) DPHZ (V/V)DSOZ (IN) ECC (IN) EHGR (GAPI) HARS (OHMM)HART (OHMM)HAUD (OHMM)HAUE (IN) HAUS (OHMM)HAZ (M/S2)HCFT (1/S)HCNT (1/S)HDI (INS)HDRA (G/C3)HDRT


27 of 374 19-10-16 10:43

HGR (GAPI)HLDU (OHMM)HLGU (OHMM)HLLD (OHMM)HLLE (OHMM)HLLG .OHMMHLLS (OHMM)HLSU (OHMM)HMIN (OHMM)HMNO (OHMM)HNPO .V/V HPRAHRDU (OHMM)HREU (IN) HRLD (OHMM)HRLE (IN) HRLS (OHMM)HRM (OHMM)HRMD (OHMM)HRSU (OHMM)HSO (IN) HTALHTNP (V/V) PEFZQCPEFQCRHRHFT (1/S)RHNT (1/S)RHOZ (G/C3)RSO8 (IN) RSOZ (IN) RXO8 (OHMM)RXOZ (OHMM)TIME (S) UZZIT1 (MA) ZVB1 (MV) ZVBQ (MV) ZVT1 (MV) ZVTQ (MV)

6004-16-1z_pex_r6a_final_rs_3: 13105.517-13753.5 F42. DEPTH (F)RVDRU (OHMM)RVSRU (OHMM)RXGR (OHMM)RXRU (OHMM)TIME (S)

6004-16-1z_pex_run4a_final: 11991-13652 F43. DEPTH (F)BS (IN)CDF (N)CHRPCHRSCHTPCHTSCS (F/MN)CVEL (FT/MIN)DCI4DF (N)DT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/F)DTRS (US/F)DTTP (US/F)DTTS (US/F)ECGR (GAPI)ETIM (S) GR (GAPI) ITT (S) PWN4RGR (GAPI) SAS4


28 of 374 19-10-16 10:43

SOBS (IN)SPHI (V/V)SPR4SPT4SSVE (M/S)SVEL (M/S)TENS (LBF)TIME (S)

6004-16-1z_pex_run4a_final_1: 11991.083-13652 F44. DEPTH (F) IDWD (0.1_IN)SCD (0.1_IN)TIME (S)

6004-16-1z_pex_run5c_final. 11970.5-13651 F45. DEPTH (F) ABS (M2) AFCD (M2) AREA (M2) BS (IN) BSD1CDF (N)CFGRCFTC (1/S)CNTC (1/S)CS (F/MN)CVEL (FT/MIN)DF (LBF)DNPH (V/V)DRTAEBSZ (%) ECGR (GAPI) ELSZ (%) ESSZ (%) ETIM (S)FCD (IN)GDEV (DEG)GR (GAPI)HDAR (IN)HLRGBHPATTHTEM (DEGC)HWEC (DEG/M)HWER (M)ICV (M3) IHV (M3)LSD1NCYT (DEGC)NPHI (V/V) NPL (V/V) NPOR (V/V) PHIE_HILT (V/V) PXND_HILT (V/V) QCBSLQCMCFLQCPORRCFT (1/S)RCNT (1/S)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)RXIG (MA)SSD1TALPTENS (LBF)TGST (M/S2)TIME (S)TNPH (V/V) TNRAUMA_HILTVCL_HILT (V/V)

6004-16-1z_pex_run5c_final_1: 11971.083-13651 F46.


29 of 374 19-10-16 10:43

DEPTH (F) BSW (1/S)BSWU (1/S)FCBR (OHMM)HCAL (IN) HDRXIDWD (0.1_IN)LHEW (1/S)LSW (1/S)LSWU (1/S)LWTO (1/S)RVV (MV) RXOI (OHMM)RXV (MV) SCD (0.1_IN)SSW (1/S)SSWU (1/S)TIME .S

6004-16-1z_pex_run5c_final_2: 11971.167-13651 F47. DEPTH (F) DPH8 (V/V) DPHZ (V/V) DSO8 (IN)DSOZ (IN)EHGR (GAPI)HAZ (M/S2)HCFT (1/S)HCNT (1/S)HDRA (G/C3)HDRTHGR (GAPI)HMIN (OHMM)HMNO (OHMM)HNPO (V/V)HPRAHTALHTNP (V/V)PEF8PEFZQCPEFQCRHRHFT (1/S)RHNT (1/S)RHO8 (G/C3)RHOZ (G/C3)RSO8 (IN) RSOZ (IN)RXO8 (OHMM)RXOZ (OHMM)TIME (S) UZ

6004-16-1z_pex_run5c_final_3: 11971.017-13651 F48. DEPTH (F) RVDRU (OHMM)RVSRU (OHMM)RXGR (OHMM)RXRU (OHMM)TIME (S)

6004-16-1z_pex_run6a_final: 12334-14033.5 F49. DEPTH (F) ABS (M2)AFCD (M2)AREA (M2)BS (IN)BSD1 CDF(N)CFGRCFTC (1/S)CGR (GAPI)CHRPCHRS


30 of 374 19-10-16 10:43

CHTPCHTSCNTC (1/S)CS (F/MN)CVEL (FT/MIN)DCI4DF (LBF)DNPH (V/V) DRTADT4P (US/F) DT4S (US/F) DTCO (US/F) DTRP (US/FT) DTRS (US/FT) DTSM (US/F) DTTP (US/FT) DTTS (US/FT) EBSZ (%) ECGR (GAPI)ELSZ (%) ESSZ (%) ETIM (S)FCD (IN)GDEV (DEG)GR (GAPI)HDAR (IN) HLRGB HPATTHTEM (DEGC)HWEC (DEG/M)HWER (M)ICV (M3)IHV (M3)ITT (S)LSD1NCYT (DEGC)NPHI (V/V) NPL (V/V) NPOR (V/V) PHIE_HILT (V/V) POTAPR PWN4PXND_HILT (V/V) QCBSLQCHALSQCMCFLQCPORRCFT (1/S)RCNT (1/S)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)RSGR (GAPI)RWA_HILT (OHMM)RXIG (MA)SAS4SGR (GAPI) SOBS (IN)SP (MV)SPAR (MV)SPHI (V/V) SPR4SPT4SSD1SSVE (M/S)SVEL (M/S)SW_HILT (V/V) TALPTENS (LBF)TGST (M/S2)THOR (PPM)


31 of 374 19-10-16 10:43

TIME (S) TNPH (V/V) TNRATPRATURAUMA_HILTUPRAURAN (PPM) VCL_HILT. (V/V) VPVSW1NG (1/S) W2NG (1/S) W3NG (1/S) W4NG (1/S) W5NG (1/S) WF41WF42WF43WF44WF45WF46WF47WF48

6004-16-1z_pex_run6a_final_1: 12334.083-14033 F50. DEPTH (F) BSW (1/S) BSWU (1/S) FCBR (OHMM)HCAL (IN) HDRXIDWD (0.1_IN)LHEW (1/S) LSW (1/S) LSWU (1/S) LWTO (1/S) RVV (MV)RXOI (OHMM)RXV (MV)SCD (0.1_IN)SSW (1/S) SSWU (1/S) TIME (S)

6004-16-1z_pex_run6a_final_2. 12334.167-14033 F51. DEPTH (F) CDH (IN) DPHZ (V/V)DSOZ (IN) ECC (IN) EHGR (GAPI)HARS (OHMM)HART (OHMM)HAUD (OHMM)HAUE (IN) HAUS (OHMM)HAZ 8M/S2)HCFT (1/S)HCNT (1/S)HDI (NS) HDRA (G/C3)HDRTHGR (GAPI)HLDU (OHMM)HLGU (OHMM)HLLD (OHMM)HLLE (OHMM): HLLG (OHMM)HLLS (OHMM)HLSU (OHMM)HMIN (OHMM)HMNO (OHMM)HNPO (V/V)


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HPRAHRDU (OHMM)HREU (IN) HRLD (OHMM) HRLE (IN) HRLS (OHMM)HRM (OHMM)HRMD (OHMM)HRSU (OHMM)HSO (IN) HTALHTNP (V/V) PEFZQCPEFQCRHRHFT (1/S)RHNT (1/S)RHOZ (G/C3): RSO8 (IN) RSOZ (IN) RXO8 (OHMM)RXOZ (OHMM)TIME (S) UZ ZIT1 (MA)ZVB1 (MV)ZVBQ (MV)ZVT1 (MV)ZVTQ (MV)

6004-16-1z_pex_run6a_final_3: 12334.017-14033 F52. DEPTH (F)RVDRU (OHMM)RVSRU (OHMM)RXGR (OHMM)RXRU (OHMM)TIME (S)

6004-16-1z_pex_run6a_repeat: 3994.7088-4192.0668 m53. DEPTH (M)BS (IN)CDF (N)CGR (GAPI)DTCO (US/F)DTSM (US/F)GR (GAPI)HCAL (IN)HDRA (G/C3)HLLD (OHMM)HLLS (OHMM)ICV (M3)NPHI (V/V)PEFZPOTARHOZ (G/C3)RXOZ (OHMM)SCD (1IN)SGR (GAPI)SP (MV)TENS (LBF)THOR (PPM)TPRATURAURAN (PPM)

6004-16-1z_processed_cmr: 13103-13989 F54. DEPTH (F) ABS (M2)ACQ_TIME (MS)AC_REL_STATEAFCD (M2)AMP_DIST (V)AMP_DIST_SIG (V)AREA (M2)


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ATEMP (DEGC)B0_MC (MT)B0_TEMP (MT)BADF_CMRBCQR (%)BDIGBFV (V/V)BFV_MW (V/V)BFV_MW_SIG (V/V)BFV_SIG (V/V)BLEW (1/S)BPHV (V)BS (IN)BSD1BSFF (%)CART_TEMP (DEGC)CBF1 (V/V)CBF2 (V/V)CBF3 (V/V)CBF4 (V/V)CBF5 (V/V)CBF6 (V/V)CBF7 (V/V)CBP1 (V/V)CBP2 (V/V)CBP3 (V/V)CBP4 (V/V)CBP5 (V/V)CBP6 (V/V)CBP7 (V/V)CBP8 (V/V)CDF (N) CFF1 (V/V)CFF2 (V/V)CFF3 (V/V)CFF4 (V/V)CFF5 (V/V)CFF6 (V/V)CFF7 (V/V)CFGRCFTC (1/S)CLOS (M) CMFF (V/V)CMFF_MW. (V/V)CMFF_MW_SIG (V/V)CMFF_SIG (V/V)CMRP_3MS (V/V)CMRP_3MS_MW (V/V)CMR_GAINCMR_PHI_CONVCMR_RAW_PHI (V/V)CMR_SIG_PROC_SCMR_TEMP (DEGF)CMR_TEMP_RAWCMSNCNTC (1/S)CS (F/MN)CTEM (DEGF)CTMP (DEGC)CVEL (FT/MIN)CWEL (DEG/M)DELTA_B0 (MT)DF (LBF)DHC_ERRDNPH (V/V)DRTADSPPSDSPPT (MS)DSP_ERREBSZ (%)ECGR (GAPI)ECHO_AMP_R


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ECHO_AMP_XECHO_BASE (V)ED (M)ELSZ (%)ESSZ (%)ETIM (S)FCD (IN)FREQ_OP (KHZ)FREQ_OP_IDGAMMAGCHV (V)GDEV (DEG)GR (GAPI)GTHV (V)HAGR (V)HDAR (IN)HDGR (V)HDIGHHVO (V)HLRGBHM15 (V)HMRGBHP15 (V)HP5V (V)HPATTHPB0 (MT)HPB0CH (V)HPB0CL (V)HPB0_RAWHTEM (DEGC)HV (V)HV_CUR (MA)HV_LOADED (V)HV_PEAK_CUR (MA)HV_REG (V)HV_UNREG (V)HWEC (DEG/M)HWER (M)ICV (M3)IHV (M3)INV_AMP_MCKBFV (MD)KCMR (MD)KSDR (MD)KTIM (MD)LCQR (%)LDIGLLEW (1/S)LOOPLPHV (V)LSD1LSFF (%) MA5V (V)MDIGMINUS_15V (V)MINUS_5V_ANA (V)MP12 (V)MP5V (V)NCHV (V)NCYT (DEGC)ND (M)NDIANOISE_ENV (V/V)NOISE_FLAGNOISE_PWRNOISE_TOOL (V/V)NOISE_TOOL_WSU (V/V)NO_UPDATE_COUNNPHI (V/V)NPL (V/V)NPOR (V/V)NSGD (V)


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NTHV (V)NUM_MSGPHIE_HILT (V/V)PLUS_15V (V)PLUS_5V (V)PLUS_5V_ANA (V)PXND_HILT (V/V)QCBSLQCMCFLQCPORRBPHV (V)RCFT (1/S)RCNT (1/S)RD1P (MV) RD1Q (MV) RDA0 (MV) RDIARGCN (1/S)RG (GAPI)RHGX_HILT (G/CM3)RLPHV (V)RMFA_HILT (OHMM)RMS_NOISE (V)RO_HILT (OHMM)RSPHV (V)RTNRRXIB (MA)RXIG (MA)RXPS (DEG)RXVB (MV)RXVM (UV)SCQR (%)SDIGSIG_PROC_ERRSLEW (1/S)SPHASE (DEG)SPHV (V)SSD1SSFF (%)STATE_ERRT12RT2LM (MS)T2LM_MW (MS)T2LM_MW_SIG (MS)T2P1 (MS)T2P2 (MS)T2P3 (MS)TALPTCH (V)TCL (V/V)TCMR (V/V)TCMR_MW (V/V)TCMR_MW_SIG (V/V)TCMR_SIG (V/V)TENS (LBF)TGST (M/S2)TIME (S) TNPH (V/V)TNRATOOL_STATETREF (V)TUNE_WORDTVDE (M)TW_OFFSETUMA_HILTVCL_HILT (V/V)VSEC (M) WAIT_FLAGWSUM

6004-16-1z_processed_cmr_1: 13103.008-13989 F55. DEPTH (F) AZS1 (M/S2)


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AZS2 (M/S2)AZSNTIME (S)

6004-16-1z_processed_cmr_2: 13103.083-13989 F56. DEPTH (F)BIOMBSW (1/S)BSWU (1/S)BWTO (1/S)FCBR (OHMM)HCAL (IN)HDRXHIOMHMASHRCAL (IN)IDWD (0.1_IN)LHEW (1/S)LIOMLSW (1/S)LSWU (1/S)LWTO (1/S)MIOMNIOMQCRXORIOMRVID (UA)RVIS (UA)RVV (MV)RXI0 (UA)RXOI (OHMM )RXV (MV)SCD (0.1_IN)SIOMSSW (1/S)SSWU (1/S)SWTO (1/S)TIME (S)TQCA

6004-16-1z_processed_cmr_3: 13103.167-13989 F57. DEPTH (F) DPHZ (V/V)DSOZ (IN)HAZ (M/S2)HCFT (1/S)HCNT (1/S)HDRA (G/C3) HDRB (G/CM3)HDRTHGR (GAPI)HMIN (OHMM) HMNO (OHMM) HNPO (V/V)HPRAHTALHTNP (V/V) PEA PEFBAPEFLAPEFSAPEFZQCPEFQCRHRGHN (1/S)RHBA (G/CM3)RHFT (1/S) RHGR (GAPI) RHLA (G/CM3)RHNT (1/S) RHOZ (G/C3)RHSA (G/CM3)RMCZ (OHMM)


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ROMZ (G/CM3)RSO8 (IN)RSOZ (IN) RXO8 (OHMM) RXOZ (OHMM) TIME (S)UZ

6004-16-1z_processed_cmr_4: 13103.017-13989 F58. DEPTH (F)HAZ01 (M/S2)RVDRU (OHMM) RVSRU (OHMM) RXGR (OHMM) RXRU (OHMM)

TIME (S)

6004-16-1z_rab_6004_16_1: 1467.15-2258.11 m59. DEPTH (M)GRRAB (GAPI)RESBD (OHMM)RESBIT (OHMM) RESBM (OHMM)RESBS (OHMM) RESRING (OHMM) ROP5RM (M/HR)


Well 6004/16-1

Reports.1. Schlumberger. PVT Laboratory Study Report. April 2002.

2. Geotrack. Thermal history reconstruction in offshore Faroes well 6004-16-1,using AFTA and Vitrinite Reflectance. July 2002.

3. Robertson Research International limited. Maturity evaluation of the interval1519m - 4271m in the 6004-16-1, 1z well, offshore Faroe Islands. August 2002.

4. HM Research Associates. Provenance of paleocene sandstones in the Faroessector and adjacent areas of the NE Atlantic. Heavy mineral constraints. August2002.

5. Goodall GeoScience Ltd. Processing, sedimentological and structural evaluationof FMI data acquired in the drilled T10 and T20 stratigraphy, 6004-16-1z, Marjunprospect.

6. Jim White. Overview of CMR run on 6004-16-1z, Faroes. January 2002.

7. Heavy mineral data from Well 6004716-1Z, Faroes sector, Faroe-Shetland Basin.

8. Department of Earth Sciences, Open University. Ar-Ar Analysis of Ditch Cuttings


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from Dolerite sill – 6004/16-1Z well, Faroes.

9. Robertson Research International limited. Biostratigraphy of the Interval (1)1492m-2259m TD and (1Z) 2354-4274 TD. March 2002.

10. Robertson Research International limited. Combined conventional core Analysisand Slabbed Core Photography Report. March 2001.

11. Robertson Research International Limited. Geochemical Evaluation of Oil StainedCores 1 to 3 and MDT Water Samples. Vol. 1, February 2002.

12. Robertson Research International Limited. Geochemical Evaluation of Oil StainedCores between 3455.17m and 3456.97m. Vol.2, February 2002.

13. Schlumberger. Marjun Prospect 6004716-1Z VSP Data Processing Report.February 2002. Data + Report.

14. Robertson Research International Limited. Well 6004-16-1z offshore Faroes,Core and Spectral Gamma Correlation Study, Palaeocene T10-T22. August2002.

15. Robertson Research International Limited. Well 6004-16-1z Faroes, Core andSpectral Gamma Correlation Study, Palaeocene T25-T36. August 2002.


Well 6004/16-1

Well information

Well number 6004/16-1Location Offshore, South East of Faroe IslandsLongitude 04o 54´58.196´´ WLatitude 60o 22´28.186´´ NUTM Zone 30Spheroid WGS84Datum ETRS89Well blok no. 6004/16Reference point KB 26.5 m above MSLWather depth 974.5 m below MSL


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TD log 4275 mTD drill 4274 m below KBThe well is VerticalSpud date 20 September 2001Completed 10 December 2001Spud classification ExplorationStatus (completion) Plug and AbandonedLicense L001Operator Amarada HessRig Sovereign Explorer

Reports1. Schlumberger. PVT Laboratory Study Report. April 2002.


3. Department of Earth Sciences, Open University. Ar-Ar Analysis of Ditch Cuttingsfrom Dolerite sill – 6004/16-1Z well, Faroes.



6. Robertson Research International Limited. Geochemical Evaluation of OilStained Cores 1 to 3 and MDT Water Samples. Vol. 1, February 2002.

7. Robertson Research International Limited. Geochemical Evaluation of OilStained Cores between 3455.17m and 3456.97m. Vol.2, February 2002.


9. Robertson Research International Limited. Maturity evaluation of the interval1519m - 4271m in the 6004-16-1, 1z well, offshore Faroe Islands. August 2002.

10. Overview of CMR run on 6004-16-1z, Faroes. January 2002.

11. Processing, sedimentological and structural evaluation of FMI data acquired in


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the drilled T10 and T20 stratigraphy, 6004-16-1z, Marjun prospect.

12. HM Research Associates. Provenance of Paleocene sandstones in the Faroessector and adjacent areas of the NE Atlantic: heavy mineral constraints. August2002.




Analog logs

Composite Log (Pdf)











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Digital logs (LAS)6004-16-1 core_final: 3452.05-4203.65 m1.




6004-16-1 dean_stark_final: 3455.22-3457.02 m3. DEPTH (M)CPOR (%)CSG (%)CSO (%)CSW (%)GDEN (G/C3)PERMH (MD)




BADF_CMRBADF_CMRBFV (V/V)BFV (V/V)BFV_MW (V/V)BFV_MW (V/V)BFV_MW_SIG (V/V)BFV_MW_SIG (V/V)BFV_SIG (V/V)BFV_SIG (V/V)BS (IN)BS (IN)CBF1 (V/V)CBF1 (V/V)CBF2 (V/V)CBF2 (V/V)


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CBF3 (V/V)CBF3 (V/V)CBF4 (V/V)CBF4 (V/V)CBF5 (V/V)CBF5 (V/V)CBF6 (V/V)CBF6 (V/V)CBF7 (V/V)CBF7 (V/V)CBP1 (V/V)CBP1 (V/V)CBP2 (V/V)CBP2 (V/V)CBP3 (V/V)CBP3 (V/V)CBP4 (V/V)CBP4 (V/V)CBP5 (V/V)CBP5 (V/V)CBP6 (V/V)CBP6 (V/V)CBP7 (V/V)CBP7 (V/V)CBP8 (V/V)CBP8 (V/V)CDF (N)CDF (N)CFF1 (V/V)CFF1 (V/V)CFF2 (V/V)CFF2 (V/V)CFF2 (V/V)CFF3 (V/V)CFF3 (V/V)CFF4 (V/V)CFF4 (V/V)CFF5 (V/V)CFF5 (V/V)CFF6 (V/V)CFF6 (V/V)CFF7 (V/V)CFF7 (V/V)CLOS (M)CLOS (M)CMFF (V/V)CMFF (V/V)CMFF_MW (V/V)CMFF_MW (V/V)CMFF_MW_SIG (V/V)CMFF_MW_SIG (V/V)CMFF_SIG (V/V)CMFF_SIG (V/V)CMRP_3MS (V/V)CMRP_3MS (V/V)CMRP_3MS_MW (V/V)CMRP_3MS_MW (V/V)CMR_GAIN.CMR_GAIN.CMR_PHI_CONVCMR_PHI_CONVCMR_RAW_PHI (V/V)CMR_RAW_PHI (V/V)CMR_SIG_PROC_SCMR_SIG_PROC_SCMR_TEMP (DEGF)CMR_TEMP (DEGF)CS (F/MN)CS (F/MN)CVEL (FT/MIN)CVEL (FT/MIN)CWEL (DEG/M)


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CWEL (DEG/M)DCAL (IN)DCAL (IN)DELTA_B0 (MT)DELTA_B0 (MT)DF (LBF)DF (LBF)DNPH (V/V)DNPH (V/V)EBSZ (%)EBSZ (%)ECGR (GAPI)ECGR (GAPI)ECHO_AMP_RECHO_AMP_RECHO_AMP_XECHO_AMP_XED (M)ELSZ (%)ELSZ (%)FCD (IN)FCD (IN)FREQ_OP (KHZ)FREQ_OP (KHZ)GAMMAGAMMAGDEV (DEG)GDEV (DEG)GR (GAPI)GR (GAPI)HDAR (IN)HDAR (IN)HTEM (DEGC)HTEM (DEGC)HWEC (DEG/M)HWEC (DEG/M)IPERM (MDM)IPERM (MDM)IPOR (M)IPOR (M)KSDR (MD)KSDR (MD)KTIM (MD)KTIM (MD)NCYT (DEGC)NCYT (DEGC)ND (M)ND (M)NOISE_ENV (V/V)NOISE_ENV (V/V)NOISE_FLAGNOISE_FLAGNOISE_PWRNOISE_PWRNOISE_TOOL (V/V)NOISE_TOOL (V/V)NOISE_TOOL_WSU (V/V)NOISE_TOOL_WSU (V/V)NO_UPDATE_COUNNO_UPDATE_COUNNPHI (V/V)NPHI (V/V)NPL (V/V)NPL (V/V)NPOR (V/V)NPOR (V/V)PHIE_HILT (V/V)PHIE_HILT (V/V)PXND_HILT (V/V)PXND_HILT (V/V)RGR (GAPI)RGR (GAPI)


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RHGX_HILT (G/CM3)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RMFA_HILT (OHMM)RO_HILT (OHMM)RO_HILT (OHMM)SPHASE (DEG)SPHASE (DEG)T2CUTOFF (MS)T2CUTOFF (MS)T2LM (MS)T2LM (MS)T2LM_MW (MS)T2LM_MW (MS)T2LM_MW_SIG (MS)T2LM_MW_SIG (MS)TCMR (V/V)TCMR (V/V)TCMR_MW (V/V)TCMR_MW (V/V)TCMR_MW_SIG (V/V)TCMR_MW_SIG (V/V)TCMR_SIG (V/V)TCMR_SIG (V/V)TENS (LBF)TENS (LBF)TNPH (V/V)TNPH (V/V)TNRAUMA_HILTUMA_HILTVCL_HILT (V/V)VCL_HILT (V/V)

6004-16-1z_cmr_gr_run6b_1: 13104.667-14042 F6. DEPTH (F)DPHZ (V/V)DPHZ (V/V)DSOZ (IN)DSOZ (IN)HAZ (M/S2)HAZ (M/S2)HDRA (G/C3)HDRA (G/C3)HGR (GAPI)HGR (GAPI)HMIN (OHMM)HMIN (OHMM)HMNO (OHMM)HMNO (OHMM)HNPO (V/V)HNPO (V/V)HTNP (V/V)HTNP (V/V)PEFZPEFZRHGR (GAPI)RHGR (GAPI)RHOZ (G/C3)RHOZ (G/C3)RSO8 (IN)RSO8 (IN)RSOZ (IN)RSOZ (IN)RXO8 (OHMM)RXO8 (OHMM)RXOZ (OHMM)RXOZ (OHMM)

6004-16-1z_cmr_gr_run6b_2: 13104.583-14042 F7. DEPTH (F)DPHZ (V/V)DPHZ (V/V)


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DSOZ (IN)DSOZ (IN)HAZ (M/S2)HAZ (M/S2)HDRA (G/C3)HDRA (G/C3)HGR (GAPI)HGR (GAPI)HMIN (OHMM)HMIN (OHMM)HMNO (OHMM)HMNO (OHMM)HNPO (V/V)HNPO (V/V)HTNP (V/V)HTNP (OHMM)PEFZPEFZRHGR (GAPI)RHGR (GAPI)RHOZ (G/C3)RHOZ (G/C3)RSO8 (IN)RSO8 (IN)RSOZ (IN)RSOZ (IN)RXO8 (OHMM)RXO8 (OHMM)RXOZ (OHMM)RXOZ (OHMM)



6004-16-1z_comp_resample: 1360-4177.2594 m9. DEPTH (M)CGR (GAPI)DTCO (US/F)DTSM (US/F)GR (GAPI)HCAL (IN)HDRA (G/C3)NPHI (V/V)PEFZ (B/E)POTA (%)RDEEP (OHMM)RHOZ (G/C3)RXOZ (OHMM)SGR (GAPI)SP (MV)SP (MV)SP (MV)THOR (PPM)TNPH (V/V)URAN (PPM)


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6004-16-1z_dsi_pex_run4a: 2073.554-3835.4508 m14. DEPTH (M)BS (IN)CGR (GAPI)CS (F/MN)DNPH (V/V)DPHZ (V/V)DT1 (US/FT)DT1R (US/FT)


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DT2 (US/FT)DT2R (US/FT)DT3R (US/FT)DT4P (US/F)DT4S (US/F)DT5 (US/F)DTCO (US/F)DTRP (US/F)DTRS (US/F)DTSM (US/F)DTST (US/F)DTTP (US/F)DTTS (US/F)GR (GAPI)HCAL (IN)HDRA (G/C3)HGR (GAPI)ITT (S)NPHI (V/V)NPL (V/V)NPOR (V/V)PEFZPHIE (V/V)POTAPRRHO8 (G/C3)RHOZ (G/C3)RLA0 (OHMM)RLA1 (OHMM)RLA2 (OHMM)RLA3 (OHMM)RLA4 (OHMM)RLA5 (OHMM)RM (OHMM)RMFA (OHMM)RO (OHMM)RT (OHMM)RXO (OHMM)RXOI (OHMM)RXOZ (OHMM)SGR (GAPI)SP (MV)SPHI (V/V)TENS (LBF)THOR (PPM)TNPH (V/V)TNRATPRATURAUPRAURAN 8PPM)VCL (V/V)VPVS

6004-16-1z_dsi_r9b_final_rs: 12403.5-131190 F15. DEPTH (F)BS (IN)CDF (N)CHRPCHRSCHTPCHTSCS (F/MN)CVEL (FT/MIN)DCI4DF (N)DT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/F)DTRS (US/F)DTTP (US/F)DTTS (US/F)


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ECGR (GAPI)ETIM (S)GR (GAPI)ITT (S)RGR (GAPI)SAS4SOBS (IN)SPHI (V/V)SPR4SPT4SSVE (M/S)SVEL (M/S)TENS (LBF)TIME (S)



6004-16-1z_hals_dsi_2224m: 1360.932-2224.278 m18. DEPTH (M)CDF (N)DT1R (US/F)DT2R (US/F)DTCO (US/F)GR (GAPI)HCAL (IN)HDRA (G/C3)HLLD (OHMM)


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HLLS (OHMM)HTEM (DEGC)NPHI (V/V)PEFZRHOZ 8G/C3)RXOZ (OHMM)SP (MV)TENS (LBF)


ABS (M2)AFCD (M2)AREA (M2)BS (IN)BSD1CDF (N)CFGRCFTC (1/S)CGR (GAPI)CHRPCHRSCHTPCHTSCNTC (1/S)CS (F/MN)CVEL (IN)DCI4DF (LBF)DNPH (V/V)DRTADT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/FT)DTRS (US/FT)DTSM (US/F)DTTP (US/FT)DTTS (US/FT)EBSZ (%)ECGR (GAPI)ELSZ (%)ESSZ (%)ETIM (S)FCD (IN)GDEV (DEG)GR (GAPI)HDAR (IN)HLRGBHPATTHTEM (DEGC)HWEC (DEG/M)HWER (M)ICV (M3)IHV (M3)ITT (S)LSD1NCYT (DEGC)NPHI (V/V)NPL (V/V)NPOR (V/V)PHIE_HILT (V/V)POTAPRPWN4PXND_HILT (V/V)QCBSLQCHALSQCMCFLQCPORRCFT (1/S)RCNT (1/S)


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RHGX_HILT G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)RSGR (GAPI)RWA_HILT (OHMM)RXIG (MA)SGR (GAPI)SOBS (IN)SP (MV)SPAR (MV)SPHI (V/V)SSVE (M/S)SVEL (M/S)SW_HILT (V/V)TALPTENS (LBF)THOR (PPM)TNPH (V/V)TNRATPRATURAUMA_HILTUPRAURAN (PPM)VCL_HILT (V/V)VPVS


6004-16-1z_hals_dsi_pex_r6a_2: 12334.167-14033 F21. DEPTH (F)CDH (IN)DPHZ (V/V)DSOZ (IN)ECC (IN)EHGR (GAPI)HARS (OHMM)HART (OHMM)HAUD (OHMM)HAUE (IN)HAUS (OHMM)HAZ (M/S2)HCFT (1/S)HCNT (1/S)HDI (INS)HDRA (G/C3)HDRTHGR (GAPI)HLDU (OHMM)HLGU (OHMM)HLLD (OHMM)HLLE (OHMM)HLLG (OHMM)HLLS (OHMM)HLSU (OHMM)HMIN (OHMM)HMNO (OHMM)HNPO (V/V)HPRA


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HRDU (OHMM)HREU (IN)HRLD (OHMM)HRLE (IN)HRLS (OHMM)HRM (OHMM)HRMD (OHMM)HRSU (OHMM)HSO (IN)HTALHTNP (V/V)PEFZQCPEFQCRHRHFT (1/S)RHNT (1/S)RHOZ (G/C3)RSO8 (IN)RSOZ (IN)RXO8 (OHMM)RXOZ (OHMM)







6004-16-1z_mcfl_cnl_4160m: 3648.7608-4160.8248 m27. DEPTH (M)BS (IN)CDF (N)CS (F/HR)DPH8 (V/V)DPHZ (V/V)DSO8 (IN)DSOZ (IN)EHGR (GAPI)ETIM (S)GDEV (DEG)GR (GAPI)HCAL (IN)HDRA (G/C3)HNPO (V/V)HTNP (V/V)NPHI (V/V)PEF8PEFZRHO8 (G/C3)RHOZ (G/C3)


53 of 374 19-10-16 10:43

TDEP (1IN)TENS (LBF)TNPH (V/V)



6004-16-1z_pex_gr_run5c: 11970.5-13651 F30. DEPTH (F)BS (IN)CS (F/MN)CVEL (FT/MIN)DF (LBF)DNPH (V/V)ECGR (GAPI)ELSZ (%)ESSZ (%)GDEV (DEG)GR (GAPI)HDAR (IN)HLRGBHTEM (DEGC)HWEC (DEG/M)NCYT (DEGC)


54 of 374 19-10-16 10:43

NPHI (V/V)NPL (V/V)NPOR (V/V)PHIE_HILT. (V/V)PXND_HILT. (V/V)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)TALPTENS (LBF)TNPH (V/V)TNRAUMA_HILTVCL_HILT (V/V)




6004-16-1z_pex_r4a_final_rs: 12403.5-13190 F34. DEPTH (F)BS (IN)CDF (N)CHRPCHRSCHTPCHTSCS (F/MN)CVEL (FT/MIN)DCI4DF (N)DT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/F)DTRS (US/F)DTTP (US/F)


55 of 374 19-10-16 10:43

DTTS (US/F)ECGR (GAPI)ETIM (S)GR (GAPI)ITT (S)RGR (GAPI)SAS4SOBS (IN)SPHI (V/V)SPR4SPT4SSVE (M/S)SVEL (M/S)TENS (LBF)TIME (S)

6004-16-1z_pex_r5c_final_rs: 13063.5-13653 F35. DEPTH (F)ABS (M2)AFCD (M2)AREA (M2)BS (IN)BSD1CDF (N)CFGRCFTC (1/S)CNTC (1/S)CS (F/MN)CVEL (FT/MIN)DF (LBF)DNPH (V/V)DRTAEBSZ (%)ECGR (GAPI)ELSZ (%)ESSZ (%)ETIM (S)FCD (IN)GDEV (DEG)GR (GAPI)HDAR (IN)HLRGBHPATTHTEM (DEGC)HWEC (DEG/M)HWER (M)ICV (M3)IHV (M3)LSD1NCYT (DEGC)NPHI (V/V)NPL (V/V)NPOR (V/V)PHIE_HILT. (V/V)PXND_HILT (V/V)QCBSLQCMCFLQCPORRCFT (1/S)RCNT (1/S)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)RXIG (MA )SSD1TALPTENS (LBF)TGST (M/S2)TIME (S)TNPH (V/V)TNRAUMA_HILTVCL_HILT (V/V)


56 of 374 19-10-16 10:43




6004-16-1z_pex_r6a_final_rs: 13105.5-13754 F39. DEPTH (F) ABS (M2)AFCD (M2)AREA (M2)BS (IN)BSD1CDF (N)CFGRCFTC (1/S)CGR (GAPI)CHRP


57 of 374 19-10-16 10:43

CHRSCHTPCHTSCNTC (1/S)CS (F/MN)CVEL (FT/MIN)DCI4DF (LBF)DNPH (V/V)DRTADT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/F)DTRS (US/F)DTSM (US/F)DTTP (US/F)DTTS (US/F)EBSZ (%)ECGR (GAPI)ELSZ (%)ESSZ (%)ETIM (S)FCD (IN)GDEV (DEG)GR (GAPI)HDAR (IN)HLRGBHPATTHTEM (DEGC)HWEC (DEG/M)HWER (M)ICV (M3)IHV (M3)ITT (S)LSD1NCYT (DEGC)NPHI (V/V)NPL (V/V)NPOR (V/V)PHIE_HILT (V/V)POTAPRPWN4PXND_HILT (V/V)QCBSLQCHALSQCMCFLQCPORRCFT (1/S)RCNT (1/S)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)RSGR (GAPI)RWA_HILT (OHMM)RXIG (MA)SAS4SGR (GAPI)SOBS (IN)SP (M/V)SPAR (M/V)SPHI (V/V)SPR4SPT4SSD1SSVE (M/S)SVEL (M/S)SW_HILT (V/V)TALPTENS (LBF)TGST (M/S2)


58 of 374 19-10-16 10:43

THOR (PPM)TIME (S)TNPH (V/V)TNRATPRATURAUMA_HILTUPRAURAN (PPM)VCL_HILT (V/V)VPVSW1NG (1/S)W2NG (1/S)W3NG (1/S)W4NG (1/S)W5NG (1/S)WF41WF42WF43WF44WF45WF46WF47WF48

6004-16-1z_pex_r6a_final_rs_1: 13105.583-13753.5 F40. DEPTH (F)BSW (1/S)BSWU (1/S)FCBR (OHMM)HCAL (IN)HDRXIDWD (0.1_IN)LHEW (1/S)LSW (1/S)LSWU (1/S)LWTO (1/S)RVV (MV)RXOI (OHMM)RXV 8MV)SCD (0.1_IN)SSW (1/S)SSWU (1/S)TIME (S)

6004-16-1z_pex_r6a_final_rs_2: 13105.667-13753.5 F41. DEPTH (F)CDH (IN)DPHZ (V/V)DSOZ (IN)ECC (IN)EHGR (GAPI)HARS (OHMM)HART (OHMM)HAUD (OHMM)HAUE (IN)HAUS (OHMM)HAZ (M/S2)HCFT (1/S)HCNT (1/S)HDI (INS)HDRA (G/C3)HDRTHGR (GAPI)HLDU (OHMM)HLGU (OHMM)HLLD (OHMM)HLLE (OHMM)HLLG .OHMMHLLS (OHMM)HLSU (OHMM)HMIN (OHMM)HMNO (OHMM)HNPO .V/VHPRA


59 of 374 19-10-16 10:43

HRDU (OHMM)HREU (IN)HRLD (OHMM)HRLE (IN)HRLS (OHMM)HRM (OHMM)HRMD (OHMM)HRSU (OHMM)HSO (IN)HTALHTNP (V/V)PEFZQCPEFQCRHRHFT (1/S)RHNT (1/S)RHOZ (G/C3)RSO8 (IN)RSOZ (IN)RXO8 (OHMM)RXOZ (OHMM)TIME (S)UZZIT1 (MA)ZVB1 (MV)ZVBQ (MV)ZVT1 (MV)ZVTQ (MV)


6004-16-1z_pex_run4a_final: 11991-13652 F43. DEPTH (F)BS (IN)CDF (N)CHRPCHRSCHTPCHTSCS (F/MN)CVEL (FT/MIN)DCI4DF (N)DT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/F)DTRS (US/F)DTTP (US/F)DTTS (US/F)ECGR (GAPI)ETIM (S)GR (GAPI)ITT (S)PWN4RGR (GAPI)SAS4SOBS (IN)SPHI (V/V)SPR4SPT4SSVE (M/S)SVEL (M/S)TENS (LBF)TIME (S)

6004-16-1z_pex_run4a_final_1: 11991.083-13652 F44. DEPTH (F)


60 of 374 19-10-16 10:43

IDWD (0.1_IN)SCD (0.1_IN)TIME (S)

6004-16-1z_pex_run5c_final. 11970.5-13651 F45. DEPTH (F)ABS (M2)AFCD (M2)AREA (M2)BS (IN)BSD1CDF (N)CFGRCFTC (1/S)CNTC (1/S)CS (F/MN)CVEL (FT/MIN)DF (LBF)DNPH (V/V)DRTAEBSZ (%)ECGR (GAPI)ELSZ (%)ESSZ (%)ETIM (S)FCD (IN)GDEV (DEG)GR (GAPI)HDAR (IN)HLRGBHPATTHTEM (DEGC)HWEC (DEG/M)HWER (M)ICV (M3)IHV (M3)LSD1NCYT (DEGC)NPHI (V/V)NPL (V/V)NPOR (V/V)PHIE_HILT (V/V)PXND_HILT (V/V)QCBSLQCMCFLQCPORRCFT (1/S)RCNT (1/S)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)RXIG (MA)SSD1TALPTENS (LBF)TGST (M/S2)TIME (S)TNPH (V/V)TNRAUMA_HILTVCL_HILT (V/V)

6004-16-1z_pex_run5c_final_1: 11971.083-13651 F46. DEPTH (F)BSW (1/S)BSWU (1/S)FCBR (OHMM)HCAL (IN)HDRXIDWD (0.1_IN)LHEW (1/S)LSW (1/S)LSWU (1/S)


61 of 374 19-10-16 10:43

LWTO (1/S)RVV (MV)RXOI (OHMM)RXV (MV)SCD (0.1_IN)SSW (1/S)SSWU (1/S)TIME .S

6004-16-1z_pex_run5c_final_2: 11971.167-13651 F47. DEPTH (F)DPH8 (V/V)DPHZ (V/V)DSO8 (IN)DSOZ (IN)EHGR (GAPI)HAZ (M/S2)HCFT (1/S)HCNT (1/S)HDRA (G/C3)HDRTHGR (GAPI)HMIN (OHMM)HMNO (OHMM)HNPO (V/V)HPRAHTALHTNP (V/V)PEF8PEFZQCPEFQCRHRHFT (1/S)RHNT (1/S)RHO8 (G/C3)RHOZ (G/C3)RSO8 (IN)RSOZ (IN)RXO8 (OHMM)RXOZ (OHMM)TIME (S)UZ

6004-16-1z_pex_run5c_final_3: 11971.017-13651 F48. DEPTH (F)RVDRU (OHMM)RVSRU (OHMM)RXGR (OHMM)RXRU (OHMM)TIME (S)

6004-16-1z_pex_run6a_final: 12334-14033.5 F49. DEPTH (F)ABS (M2)AFCD (M2)AREA (M2)BS (IN)BSD1 CDF(N)CFGRCFTC (1/S)CGR (GAPI)CHRPCHRSCHTPCHTSCNTC (1/S)CS (F/MN)CVEL (FT/MIN)DCI4DF (LBF)DNPH (V/V)DRTADT4P (US/F)


62 of 374 19-10-16 10:43

DT4S (US/F)DTCO (US/F)DTRP (US/FT)DTRS (US/FT)DTSM (US/F)DTTP (US/FT)DTTS (US/FT)EBSZ (%)ECGR (GAPI)ELSZ (%)ESSZ (%)ETIM (S)FCD (IN)GDEV (DEG)GR (GAPI)HDAR (IN)HLRGBHPATTHTEM (DEGC)HWEC (DEG/M)HWER (M)ICV (M3)IHV (M3)ITT (S)LSD1NCYT (DEGC)NPHI (V/V)NPL (V/V)NPOR (V/V)PHIE_HILT (V/V)POTAPRPWN4PXND_HILT (V/V)QCBSLQCHALSQCMCFLQCPORRCFT (1/S)RCNT (1/S)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)RSGR (GAPI)RWA_HILT (OHMM)RXIG (MA)SAS4SGR (GAPI)SOBS (IN)SP (MV)SPAR (MV)SPHI (V/V)SPR4SPT4SSD1SSVE (M/S)SVEL (M/S)SW_HILT (V/V)TALPTENS (LBF)TGST (M/S2)THOR (PPM)TIME (S)TNPH (V/V)TNRATPRATURAUMA_HILTUPRAURAN (PPM)VCL_HILT. (V/V)VPVS


63 of 374 19-10-16 10:43

W1NG (1/S)W2NG (1/S)W3NG (1/S)W4NG (1/S)W5NG (1/S)WF41WF42WF43WF44WF45WF46WF47WF48

6004-16-1z_pex_run6a_final_1: 12334.083-14033 F50. DEPTH (F)BSW (1/S)BSWU (1/S)FCBR (OHMM)HCAL (IN)HDRXIDWD (0.1_IN)LHEW (1/S)LSW (1/S)LSWU (1/S)LWTO (1/S)RVV (MV)RXOI (OHMM)RXV (MV)SCD (0.1_IN)SSW (1/S)SSWU (1/S)TIME (S)

6004-16-1z_pex_run6a_final_2. 12334.167-14033 F51. DEPTH (F)CDH (IN)DPHZ (V/V)DSOZ (IN)ECC (IN)EHGR (GAPI)HARS (OHMM)HART (OHMM)HAUD (OHMM)HAUE (IN)HAUS (OHMM)HAZ 8M/S2)HCFT (1/S)HCNT (1/S)HDI (NS)HDRA (G/C3)HDRTHGR (GAPI)HLDU (OHMM)HLGU (OHMM)HLLD (OHMM)HLLE (OHMM):HLLG (OHMM)HLLS (OHMM)HLSU (OHMM)HMIN (OHMM)HMNO (OHMM)HNPO (V/V)HPRAHRDU (OHMM)HREU (IN)HRLD (OHMM)HRLE (IN)HRLS (OHMM)HRM (OHMM)HRMD (OHMM)HRSU (OHMM)HSO (IN)


64 of 374 19-10-16 10:43

HTALHTNP (V/V)PEFZQCPEFQCRHRHFT (1/S)RHNT (1/S)RHOZ (G/C3):RSO8 (IN)RSOZ (IN)RXO8 (OHMM)RXOZ (OHMM)TIME (S)UZZIT1 (MA)ZVB1 (MV)ZVBQ (MV)ZVT1 (MV)ZVTQ (MV)



6004-16-1z_processed_cmr: 13103-13989 F54. DEPTH (F)ABS (M2)ACQ_TIME (MS)AC_REL_STATEAFCD (M2)AMP_DIST (V)AMP_DIST_SIG (V)AREA (M2)ATEMP (DEGC)B0_MC (MT)B0_TEMP (MT)BADF_CMRBCQR (%)BDIGBFV (V/V)BFV_MW (V/V)BFV_MW_SIG (V/V)BFV_SIG (V/V)


65 of 374 19-10-16 10:43

BLEW (1/S)BPHV (V)BS (IN)BSD1BSFF (%)CART_TEMP (DEGC)CBF1 (V/V)CBF2 (V/V)CBF3 (V/V)CBF4 (V/V)CBF5 (V/V)CBF6 (V/V)CBF7 (V/V)CBP1 (V/V)CBP2 (V/V)CBP3 (V/V)CBP4 (V/V)CBP5 (V/V)CBP6 (V/V)CBP7 (V/V)CBP8 (V/V)CDF (N)CFF1 (V/V)CFF2 (V/V)CFF3 (V/V)CFF4 (V/V)CFF5 (V/V)CFF6 (V/V)CFF7 (V/V)CFGRCFTC (1/S)CLOS (M)CMFF (V/V)CMFF_MW. (V/V)CMFF_MW_SIG (V/V)CMFF_SIG (V/V)CMRP_3MS (V/V)CMRP_3MS_MW (V/V)CMR_GAINCMR_PHI_CONVCMR_RAW_PHI (V/V)CMR_SIG_PROC_SCMR_TEMP (DEGF)CMR_TEMP_RAWCMSNCNTC (1/S)CS (F/MN)CTEM (DEGF)CTMP (DEGC)CVEL (FT/MIN)CWEL (DEG/M)DELTA_B0 (MT)DF (LBF)DHC_ERRDNPH (V/V)DRTADSPPSDSPPT (MS)DSP_ERREBSZ (%)ECGR (GAPI)ECHO_AMP_RECHO_AMP_XECHO_BASE (V)ED (M)ELSZ (%)ESSZ (%)ETIM (S)FCD (IN)FREQ_OP (KHZ)FREQ_OP_IDGAMMA


66 of 374 19-10-16 10:43

GCHV (V)GDEV (DEG)GR (GAPI)GTHV (V)HAGR (V)HDAR (IN)HDGR (V)HDIGHHVO (V)HLRGBHM15 (V)HMRGBHP15 (V)HP5V (V)HPATTHPB0 (MT)HPB0CH (V)HPB0CL (V)HPB0_RAWHTEM (DEGC)HV (V)HV_CUR (MA)HV_LOADED (V)HV_PEAK_CUR (MA)HV_REG (V)HV_UNREG (V)HWEC (DEG/M)HWER (M)ICV (M3)IHV (M3)INV_AMP_MCKBFV (MD)KCMR (MD)KSDR (MD)KTIM (MD)LCQR (%)LDIGLLEW (1/S)LOOPLPHV (V)LSD1LSFF (%)MA5V (V)MDIGMINUS_15V (V)MINUS_5V_ANA (V)MP12 (V)MP5V (V)NCHV (V)NCYT (DEGC)ND (M)NDIANOISE_ENV (V/V)NOISE_FLAGNOISE_PWRNOISE_TOOL (V/V)NOISE_TOOL_WSU (V/V)NO_UPDATE_COUNNPHI (V/V)NPL (V/V)NPOR (V/V)NSGD (V)NTHV (V)NUM_MSGPHIE_HILT (V/V)PLUS_15V (V)PLUS_5V (V)PLUS_5V_ANA (V)PXND_HILT (V/V)QCBSLQCMCFLQCPOR


67 of 374 19-10-16 10:43

RBPHV (V)RCFT (1/S)RCNT (1/S)RD1P (MV)RD1Q (MV)RDA0 (MV)RDIARGCN (1/S)RG (GAPI)RHGX_HILT (G/CM3)RLPHV (V)RMFA_HILT (OHMM)RMS_NOISE (V)RO_HILT (OHMM)RSPHV (V)RTNRRXIB (MA)RXIG (MA)RXPS (DEG)RXVB (MV)RXVM (UV)SCQR (%)SDIGSIG_PROC_ERRSLEW (1/S)SPHASE (DEG)SPHV (V)SSD1SSFF (%)STATE_ERRT12RT2LM (MS)T2LM_MW (MS)T2LM_MW_SIG (MS)T2P1 (MS)T2P2 (MS)T2P3 (MS)TALPTCH (V)TCL (V/V)TCMR (V/V)TCMR_MW (V/V)TCMR_MW_SIG (V/V)TCMR_SIG (V/V)TENS (LBF)TGST (M/S2)TIME (S)TNPH (V/V)TNRATOOL_STATETREF (V)TUNE_WORDTVDE (M)TW_OFFSETUMA_HILTVCL_HILT (V/V)VSEC (M)WAIT_FLAGWSUM

6004-16-1z_processed_cmr_1: 13103.008-13989 F55. DEPTH (F)AZS1 (M/S2)AZS2 (M/S2)AZSNTIME (S)

6004-16-1z_processed_cmr_2: 13103.083-13989 F56. DEPTH (F)BIOMBSW (1/S)BSWU (1/S)BWTO (1/S)


68 of 374 19-10-16 10:43

FCBR (OHMM)HCAL (IN)HDRXHIOMHMASHRCAL (IN)IDWD (0.1_IN)LHEW (1/S)LIOMLSW (1/S)LSWU (1/S)LWTO (1/S)MIOMNIOMQCRXORIOMRVID (UA)RVIS (UA)RVV (MV)RXI0 (UA)RXOI (OHMM )RXV (MV)SCD (0.1_IN)SIOMSSW (1/S)SSWU (1/S)SWTO (1/S)TIME (S)TQCA

6004-16-1z_processed_cmr_3: 13103.167-13989 F57. DEPTH (F)DPHZ (V/V)DSOZ (IN)HAZ (M/S2)HCFT (1/S)HCNT (1/S)HDRA (G/C3)HDRB (G/CM3)HDRTHGR (GAPI)HMIN (OHMM)HMNO (OHMM)HNPO (V/V)HPRAHTALHTNP (V/V)PEAPEFBAPEFLAPEFSAPEFZQCPEFQCRHRGHN (1/S)RHBA (G/CM3)RHFT (1/S)RHGR (GAPI)RHLA (G/CM3)RHNT (1/S)RHOZ (G/C3)RHSA (G/CM3)RMCZ (OHMM)ROMZ (G/CM3)RSO8 (IN)RSOZ (IN)RXO8 (OHMM)RXOZ (OHMM)TIME (S)UZ

6004-16-1z_processed_cmr_4: 13103.017-13989 F58. DEPTH (F)


69 of 374 19-10-16 10:43

HAZ01 (M/S2)RVDRU (OHMM)RVSRU (OHMM)RXGR (OHMM)RXRU (OHMM)

TIME (S)

6004-16-1z_rab_6004_16_1: 1467.15-2258.11 m59. DEPTH (M)GRRAB (GAPI)RESBD (OHMM)RESBIT (OHMM)RESBM (OHMM)RESBS (OHMM)RESRING (OHMM)ROP5RM (M/H)

Wells/6004-17-1/Analog logs.htm00007440001004000014400000142311111400530440143060ustar upusers

Well 6004/17-1

Composit Log

Composit Log (Pdf and odf)1.

Analog well logs (Pdf and PDS)

PEX(HALS)−DSI−ACTS−SP, Log interval 2486.5 m - 3841.57 m. Run no. 1A−1. Lower Dipole 1:200.2.

PEX(HALS)−DSI−ACTS−SP, Log interval 2486.5 m - 3841.57 m. Run no. 1A-1. Upper Dipole 1:200.3.

PEX(HALS)−DSI−ACTS−SP, Log interval 2486.5 m - 3841.57 m. Run no. 1A−1. Nuclear Log 1:200.4.

PEX(HALS)−DSI−ACTS−SP, Log interval 2486.5 m - 3841.57 m. Run no. 1A-1. Nuclear Log 1:500.5.

PEX(HALS)−DSI−ACTS−SP, Log interval 2486.5 m - 3841.57 m. Run no. 1A-1. P&S Monopole 1:200.6.

PEX(HALS)−DSI−ACTS−SP, Log interval 2486.5 m - 3841.57 m. Run no. 1A-1. Resistivity Sonic Log1:200.

7.


8.

Analog well logs (PDS)

CST-GR, Log interval 2771 m – 3828 m. Run no. 1C. Side eall Core sampling.1.

Analog well logs (Pdf)

PEX(HALS)−DSI−ACTS−SP, Log intrval 2486.5 m - 3841.57 m. Run no. 1A-1. Lower Dipole Speed1.


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Corrected 1:200.

PEX(HALS)−DSI−ACTS−SP, Log intrval 2486.5 m - 3841.57 m. Run no. 1A-1. Upper Dipole SpeedCorrected 1:200.

2.

PEX(HALS)−DSI−ACTS−SP, Log intrval 2486.5 m - 3841.57 m. Run no. 1A-1. Nuclear Log SpeedCorrected 1:200.

3.


4.

PEX(HALS)−DSI−ACTS−SP, Log intrval 2486.5 m - 3841.57 m. Run no. 1A-1. Resistivity Sonic LogSpeed Corrected 1:200.

5.


6.

LWD data (Pdf)12 in hole 1735-2485 m

Depth (m)GRC (API)ROP (m/hr)CALI (in)WSOD (in)WSON (in)R25A (ohmm)R655A (ohmm)R55P (ohmm)R25P (ohmm)RHOB (g/cc)NLIMDNPHDRHO (g/cc)

8 in hole 2450-2850 mDepth (m)GRC (API)ROP (m/hr)CALI (in)WSOD (in)WSON (in)R25A (ohmm)R655A (ohmm)R55P (ohmm)R25P (ohmm)RHOB (g/cc)NLIMDNPHDRHO (g/cc)

Wireline Logs (PDS Files)Gama Ray

Depth (m)CDF (LBF)


71 of 374 19-10-16 10:43

TENS (LBF)ECGR (GAPI)

NuclearDepth (m)HCAL (in)ECGR (GAPI)BS (in)SP (MV)CDF (LBF)TENS (LBF)TNPH (V/V)RHOZ (G/C3)PEFZHDRA (G/C3)

Resistivity Sonic LogDepth (m)HCAL (in)ECGR (GAPI)BS (in)SP (MV)CDF (LBF)TENS (LBF)RXOZ (ohmm)HLLS (ohmm)HLLG (ohmm)HLLD (ohmm)DT4P (us/f)

VSP (PDS files)DUAL CSAT-GR form 2482-3848 m Run no. 1B 1:200.DUAL CSAT-SGT-L-TOC-B-ACTS-LEH-QT Seismic VSP Run no. 1B

1:200 and others PDS files

Geodetic and survey Listing from 1072-3847 mMD (m)Incl (deg)Azim (deg)TVD (m)N/S (m)E/W (m)MapN (m)MapE (m)LatLongVS (m)DLS (deg/30m)Tool


Well 6004/17-1


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Run 1A-1 Non-SC

HALS_DSI_TLD_MCFL_003PUP (DLIS, DLIS.FMA and LAS) 8725-9200Depth (ft)GR (gAPI)HCAL (in)BS (in)SP (mV)HMIN (ohm.m)HMNO (ohm.m)DSOZ (in)RSOZ (in)RXOZ (ohm.m)PEFZTNPH (m3/m3)NPHI (m3/m3)NPOR (m3/m3)SPHI (m3/m3)TENS (lbf)DPHZ (m3/m3)

HALS_DSI_TLD_MCFL_154PUP (DLIS, DLIS.FMA and LAS)Depth (ft)GR (gAPI)HCAL (in)BS (in)SP (mV)HMIN (ohm.m)HMNO (ohm.m)DSOZ (in)RSOZ (in)RXOZ (ohm.m)PEFZTNPH (m3/m3)NPHI (m3/m3)NPOR (m3/m3)SPHI (m3/m3)TENS (lbf)DPHZ (m3/m3)

LWD log8 in hole (LAS, LAS.txt and LAS.zip)

Depth (ft)GRC (API)R55P (OHMM)R25P (OHMM)R55A (OHMM)R25A (OHMM)ROP (M/HR)RHOB (G/CC)NLIMDRHO (G/CC)DNPHCALI (in)WSOD (in)


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WSOD (in)S3

8 in hole (LAS)Depth (ft)GRC (API)R55P (OHMM)R25P (OHMM)R55A (OHMM)R25A (OHMM)ROP (M/HR)RHOB (G/CC)NLIMDRHO (G/CC)DNPHCALI (in)WSOD (in)WSOD (in)DTC (US/F)

Merged 8 and 12 in log (LAS)Depth (ft)GRC (API)R25P (OHMM)R25A (OHMM)R55P (OHMM)R55A (OHMM)RHOB (G/CC)NLIMDRHO (G/CC)DNPHROP (M/HR)SWOB (TONN)CALI (in)DPT (US/F)


Wireline Logs (LAS)1A-1-HALS-DSI-TLD-MCFL-054-on depth

DEPTBSECGR


74 of 374 19-10-16 10:43

TNPHHLLDHLLSHCALHDRAPEFZRHOZRXOZSPDT1RDT1CHR1DTRPDTRSDT4SDTTSDT4PDTTPCHTSCHRSCHTPCHRPGRDTCODTSM

HALS-DSI-TLD-MCFL-049PUP (LAS)DEPTTDEPECGRCDF

VSPVSP field data (LAS)VSP processing data (SGY and VER files)logs_TVD-MSL (LAS)logs_TWT-MSL (LAS)Synthetics (LAS)

Well 6004/17-1 (ASC)Bit DepthTVD DepthHK HghtWOBRPMTORQUESPPROP m/hrFLWpmpsMW INTMP INFP EatonFrac EatonD ExpDexp RW


75 of 374 19-10-16 10:43

ECD at BDMW OUTTMP OUTT GAS mainC1 mainC2 mainC3 mainiC4 mainnC4 mainiC5 mainnC5 main


Well 6004/17-1

Reports

Eni Uk, Schlumberger, Q-Borehole. Approval record. Zero-Offset Vertical SeismicProfile Processing Report for Well 6004/17-1. September 2003.

1.

Robertson. Biostratigraphy of the Interval 1760m–3843m TD for Well 6004/17-1Marimas) southeast of Faroe Islands.

2.

ENI UK Limited. Core Analysis Report. October 2003.3.

Core photos4.

Pathfinder and ENI UK Limited. MLWD End of Well Report for Well 6004/17-1.5.

ENI UK Limited. Final Well Geological Report 6004/17-1 New Field Wildcat. Juddsub-basin (Faroe-Shetland basin) Faroe Islands. November 2003.

6.

Geoservices and ENI UK. Final well report 6004-17-1.7.

Wells/6004-17-1/Well fakta.htm0000744000100400001440000002622211137317555014154 0ustarupusers

Well 6004/17-1


76 of 374 19-10-16 10:43

Well information

Well number 6004/17-1Location Offshore, South East of Faroe IslandsLongitude 04o 47´30.981´´ WLatitude 60o 29´46.838´´ NDatum ETRF89Spheroid WGS84 (CM3°W)UTM Zone 30UTM Easting (X) 401,548.68 mUTM Northing (Y) 6,708,011.6 mWell blok no. 6004/17Reference point KB 24.4 m above MSLWather depth 1048 m below MSLTD log 3844 mTD drill 3847 m below KBThe well is VerticalSpud date 15 June 2003Completed 9 August 2003Spud classification ExplorationStatus (completion) Plugged and AbandonedLicense L002Operator ENI UK LimitedRig Belford Dolphin

Wells/6005-13-1/Analog logs.htm00007440001004000076500000153167113722465700143100ustar upstaff


1. Composite Log Analog well logs (Pdf and odf files)

2. Lithology Log 767-1501 (Pdf and odf)

Analog well logs (Pdf and CGM)

3. Propagation Resistivity, Gamma Ray. Loginterval 1977-3010.0 Scale 1:200.




77 of 374 19-10-16 10:43


7. Propagation Resistivity, Gamma Ray, Bulk Density, Neutron Porosity. Loginterval2560.0-3366.0. Scale 1:200.




11. Propagation Resistivity, Gamma Ray. Loginterval 767.0-1501.0. Scale 1:200.



14. Propagation Resistivity, Gamma Ray. Loginterval 767.0-1501.0. Scale 1:3600.LWD MEMORY LOG 12.25" SECTION LOGS

15. Vibration Stick Slip, Equivalent Circulating Density. Loginterval 1977-3010.0Scale 1:500.


17. Vibration Stick Slip, Equivalent Circulating Density. Loginterval 767-1501.0 Scale1:500.



Wireline-17.5 inch hole

SP-DSI-HRLA-PEX-ACTS-ECRD DSI Delta T Log. Loginterval 1499-1970.11 m. Runno. 1. Scale 1:200.

1.

SP-DSI-HRLA-PEX-ACTS-ECRD DSI Delta T Log. Loginterval 1499-1970.11 m. Runno. 1. Scale 1:500

2.

BestDT QC Plot – DSI LDP: Interval 1499-1970.11 m. Scale 1:2003.



78 of 374 19-10-16 10:43

SP-DSI-HRLA-PEX-ACTS-ECRD DSI_VDL Lower Dipol Log. Loginterval1499-1970.11 m. Run no. 1. Scale 1:200.

4.

BestDT QC Plot – DSI MPS: Interval 1499-1970.11 m. Scale 1:200.5.

BestDT QC Plot – DSI UDP: Interval 1499-1970.11 m. Scale 1:200.6.

SP-DSI-HRLA-PEX-ACTS-ECRD DSI_VDL Upper Dipol Log. Loginterval1499-1970.11 m. Run no. 1. Scale 1:200.

7.

SP-DSI-HRLA-PEX-ACTS-ECRD DSI VDL P&S Log. Loginterval 1499-1970.11 m.Run no. 1. Scale 1:200

8.

SP-DSI-HRLA-PEX-ACTS-ECRD GR Log. Loginterval 799.9-1937.77 m. Run no. 1.Scale 1:200.

9.


10.


11.

SP-DSI-HRLA-PEX-ACTS-ECRD Nuclear Log High Resolution. Loginterval1499-1943.43 m. Run no. 1. Scale 1:200.

12.


13.


14.

SP-DSI-HRLA-PEX-ACTS-ECRD Nuclear and Resistivity Log. Loginterval1499-1943.4 m. Run no. 1. Scale 1:200.

15.


16.

SP-DSI-HRLA-PEX-ACTS-ECRD Resistivity Log. Loginterval 1499-1948.33 m. Runno. 1. Scale 1:200.

17.


79 of 374 19-10-16 10:43


18.


19.

SP-DSI-HRLA-PEX-ACTS-ECRD Nuclear Log. Loginterval 1499-1943.43 m. Run no.1. Scale 1:200.

20.


21.


22.

Schlumberger Verification ListingFile Header CAL_HRLA_TLD_MCFL_108PUC Sequence:108

CAL_HRLA_TLD_MCFL_109PUC Sequence:109

Gamma Ray Log. Loginterval 1967-3360.3 m. Run no. 2B. Scale 1:200.23.


Spectroscopy GR Ratios Log. Loginterval 1967-3357.7 m. Run no. 2B. Scale 1:200.25.


Spectroscopy GR Yields Log. Loginterval 1967-3357.7 m. Run no. 2B. Scale 1:200.27.


Nuclear Log. Loginterval 1967-3366.4 m. Run no. 2B. Scale 1:200.29.

Nuclear Log. Loginterval 1967-3366.4 m. Run no. 2B. Scale 1:500.30. Nuclear High Resolution Log. Loginterval 1967-3362.5 m. Run no. 2B. Scale 1:200.31.

Nuclear High Resolution Log. Loginterval 1967-3362.5 m. Run no. 2B. Scale 1:500.32.

Resistivity Log. Loginterval 1967-3371.2 m. Run no. 2B. Scale 1:200.33.



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Schlumberger Verification ListingFile Header CAL_DSI_ECS_TLD_CNL_011PUP Sequence:1

CAL_DSI_ECS_TLD_CNL_014PUP Sequence:1

DSI Sonic Delta T Log. Loginterval 1967-3367.5 m. Run no. 2C. Scale 1:200.35.

DSI Monopole and Stoneley Images Log. Loginterval 1967-3367.5 m. Run no. 2C.Scale 1:200.

36.

DSI Upper and Lower Dipole Image Log. Loginterval 1967-3367.5 m. Run no. 2C.Scale 1:200.

37.

Elemental Capture Spectroscopy Log. Loginterval 1967-3352.5 m. Run no. 2C. Scale1:200.

38.

Caliper Log. Loginterval 1967-3383 m. Run no. 2C. Scale 1:200.39.

Plug setting Record. Loginterval 1967-3383 m. Run no. 1B. Scale 1:200.40.

Wells/6005-13-1/Digital logs.htm0000744000100400007650000036443411372246265014466 0ustarupstaff

Well 6005/13-1 Digital Logs (LAS and DLIS)

Wireline 17.5 inch hole

1. DSC_processed DSI_datat_6005_ DTCO-DTSM:Best DT: 1442.314-1968.246 m

DEPT (M)DT1R (US/F)DT2R (US/F)DT2R (US/F)DTCO (US/F)DTRP (US/F)DTSM (US/F)DTTP (US/F)

2. SP_DSI_HRLA_PEX_ACTS_ECRDRun1: DSL_main_Log DSI_HRLA_TLD_MCFL_020PUC: 1450.5432-1973.4276 m

DEPT (M)BS (IN)DT1 (US/F)DT1R (US/F)DT2 (US/F)DT2R (US/F)DT4P (US/F)DT4S (US/F)DTRP (US/F)DTRS (US/F)DTSM (US/F)DTTP (US/F)DTTS (US/F)


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GDEV (DEG)GR (GAPI)HCAL (IN)SP (MV)STIA (M)STIT (M)TENS (LBF)

Run1: DSI_Repeat_DSI_HRLA_TLD_MCFL_021PUC: 1799.8440-1971.2940 mDEPT (M)BS (IN)DT1 (US/F)DT1R (US/F)DT2 (US/F)DT2R (US/F)DT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/F)DTRS (US/F)DTSM (US/F)DTTP (US/F)DTTS (US/F)GDEV (DEG)GR (GAPI)HCAL (IN)SP (MV)STIA (M)STIT (M)TENS (LBF)

Run1: GR_tosurface_DSI_HRLA_TLD_MCFL_020PUC: 801.9288-1973.4276 mDEPT (M)BS (IN)GR (GAPI)HCAL (IN)SP (MV)TENS (LBF)

Run1: Main_Log_DSI_HRLA_TLD_MCFL_020PUC: 1450.5432-1973.4276 mDEPT (M)BS (IN)DF (LBF)DI_HRLT (USIN)DPHZ (V/V)GDEV (DEG)GR (GAPI)HCAL (IN)HDRA (G/C3)HTNP (V/V)PEF8PEFZRHO8 (G/C3)RHOZ (G/C3)RLA1 (OHMM)RLA2 (OHMM)RLA3 (OHMM)RLA4 (OHMM)RLA5 (OHMM)RM_HRLT (OHMM)RSOZ (IN)RT_HRLT (OHMM)RXOZ (OHMM)SP (MV)TENS (LBF)TNPH (V/V)

Run1: Repeat_Log_DSI_HRLA_TLD_MCFL_021PUC: 1799.8440-1971.2940 mDEPT (M)BS (IN)DF (LBF)


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DI_HRLT (USIN)DPHZ (V/V)GDEV (DEG)GR (GAPI)HCAL (IN)HDRA (G/C3)HTNP (V/V)PEF8PEFZRHO8 (G/C3)RHOZ (G/C3)RLA1 (OHMM)RLA2 (OHMM)RLA3 (OHMM)RLA4 (OHMM)RLA5 (OHMM)RM_HRLT (OHMM)RSOZ (IN)RT_HRLT (OHMM)RXOZ (OHMM)SP (MV)TENS (LBF)TNPH (V/V)


3. SP_PPC_HRLT_PEX_HNGS:

Run 2B: CAL_HRLA_TLD_MCFL_108PUC: 1750.4664-3387.8520 mDEPT (M)BS (IN)CDF (N)CRD1_PPC1 (IN)CRD2_PPC1 (IN)CRD3_PPC1 (IN)CRD4_PPC1 (IN)GR (GAPI)GTEM (DEGF)HBHK (V/V)HCAL (IN)HCGR (GAPI)HD1_PPC1 (IN)HD2_PPC1 (IN)HDRA (G/C3)HFK (V/V)HGR (GAPI)HSGR (GAPI)HTEM (DEGF)HTHO (PPM)HTNP (V/V)HTPRHTURHUPRHURA (PPM)PEF8PEFZRB_PPC1 (DEG)RHO8 (G/C3)RHOZ (G/C3)RLA0 (OHMM)RLA1 (OHMM)RLA2 (OHMM)RLA4 (OHMM)RLA5 (OHMM)RM_HRLT (OHMM)RT_HRLT (OHMM)RXO_HRLT (OHMM)SP (MV)TENS (LBF)


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TNPH (V/V)

Run 2B: CAL_HRLA_TLD_MCFL_109PUC: 3255.4164-3387.8520 mDEPT (M)BS (IN)CDF (N)CRD1_PPC1 (IN)CRD2_PPC1 (IN)CRD3_PPC1 (IN)CRD4_PPC1 (IN)GR (GAPI)GTEM (DEGF)HBHK (V/V)HCAL (IN)HCGR (GAPI)HD1_PPC1 (IN)HD2_PPC1 (IN)HDRA (G/C3)HFK (V/V)HGR (GAPI)HSGR (GAPI)HTEM (DEGF)HTHO (PPM)HTNP (V/V)HTPRHTURHUPRHURA (PPM)PEF8PEFZRB_PPC1 (DEG)RHO8 (G/C3)RHOZ (G/C3)RLA0 (OHMM)RLA1 (OHMM)RLA2 (OHMM)RLA4 (OHMM)RLA5 (OHMM)RM_HRLT (OHMM)RT_HRLT (OHMM)RXO_HRLT (OHMM)SP (MV)TENS (LBF)TNPH (V/V)

4. PPC_DSI_PPC_ECS_GR

Run 2C: CAL_DSI_ECS_TLD_CNL_011PUC: 3211.8300-3383.2800 mDEPT (M)AX (M/S2)AY (M/S2)AZ (M/S2)BS (IN)CDF (N)CRD1_PPC1 (IN)CRD1_PPC2 (IN)CRD2_PPC1 (IN)CRD2_PPC2 (IN)CRD3_PPC1 (IN)CRD3_PPC2 (IN)CRD4_PPC1 (IN)CRD4_PPC2 (IN)DT1 (US/F)DT1R (US/F)DT2 (US/F)DT2R (US/F)DT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/F)


84 of 374 19-10-16 10:43

DTRS (US/F)DTSM (US/F)DTST (US/F)DTTP (US/F)EHD1_PPC1 (IN)EHD1_PPC2 (IN)EHD2_PPC1 (IN)EHD2_PPC2 (IN)FX (A/M)FY (A/M)FZ (A/M)GR (GAPI)HAZI (DEG)HD1_PPC1 (IN)HD1_PPC2 (IN)HD2_PPC1 (IN)HD2_PPC2 (IN)ITT (S)RB_PPC1 (DEG)RB_PPC2 (DEG)TENS (LBF)

Run 2C: CAL_DSI_ECS_TLD_CNL_014PUC: 1856.0796-3386.3280 mDEPT (M)AX (M/S2)AY (M/S2)AZ (M/S2)BS (IN)CDF (N)CRD1_PPC1 (IN)CRD1_PPC2 (IN)CRD2_PPC1 (IN)CRD2_PPC2 (IN)CRD3_PPC1 (IN)CRD3_PPC2 (IN)CRD4_PPC1 (IN)CRD4_PPC2 (IN)DT1 (US/F)DT1R (US/F)DT2 (US/F)DT2R (US/F)DT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/F)DTRS (US/F)DTSM (US/F)DTST (US/F)DTTP (US/F)EHD1_PPC1 (IN)EHD1_PPC2 (IN)EHD2_PPC1 (IN)EHD2_PPC2 (IN)FX (A/M)FY (A/M)FZ (A/M)GR (GAPI)HAZI (DEG)HD1_PPC1 (IN)HD1_PPC2 (IN)HD2_PPC1 (IN)HD2_PPC2 (IN)ITT (S)RB_PPC1 (DEG)RB_PPC2 (DEG)TENS (LBF)

LWD LAS Files

839-1500.95 mDEPTH (m)


85 of 374 19-10-16 10:43

GR1AX (API)RACLX (ohm.m)RPCHX (ohm.m)TCDX (degF)ROP_AVG (2.00.m/hr)ACTECDX (sg)APRESX (psi)

910.00-1173.00 mDEPTH (m)GR1AX (API)RACLX (ohm.m)RPCHX (ohm.m)TCDX (degF)ROP_AVG

Mud Log LAS Files

767.00-1170.00 mDEPTH (m)WOB_AVG (klbf)HKLD_AVG (klbf)PUMP_AVG (psi)TORQUE_AVG (kft.lb)BIT_RPM_AVG (RPM)FLOWIN (USgal/min)MTOUT (degF)DXC (unitless)TOTGAS_AVG (%)CHR1C1_AVG (ppm)CHR1C2_AVG (ppm)CHR1C3_AVG (ppm)CHR1IC4_AVG (ppm)CHR1NC4_AVG (ppm)CHR1IC5_AVG (ppm)CHR1NC5_AVG (ppm)MTIN (degF)MTOUT (degF)TVD (m)

767.00-1501.00 mDEPTH (m)ROP_AVG (m/hr)WOB_AVG (klbf)HKLD_AVG (klbf)PUMP_AVG (psi)TORQUE_AVG (kft.lb)BIT_RPM_AVG (RPM)FLOWIN (USgal/min)MTOUT (degF)DXC (unitless)TOTGAS_AVG (%)CHR1C1_AVG (ppm)CHR1C2_AVG (ppm)CHR1C3_AVG (ppm)CHR1IC4_AVG (ppm)CHR1NC4_AVG (ppm)CHR1IC5_AVG (ppm)CHR1NC5_AVG (ppm)MTIN (degF)MTIN (degF)TVD (m)

BP-William-6005/13-1 12-1-4 Section-Final

6005_13-1_5_Res_M_1954-3011: 1954.00-3011.00 m (LAS and excel files)DEPTH (m)ROP (m/hr)GRAM (API)TCDM (degF)


86 of 374 19-10-16 10:43

RACHM (ohm.m)RACLM (ohm.m)RPCHM (ohm.m)RPCLM (ohm.m)RPTHM (min)TVD (m)

6005_13-1_Res_Mem_ 1501-1977: 1495-1980 m (LAS and excel files)DEPTH (m)ROP (m/hr)GRAFM (API)RPTHM (min)RACHM (ohm.m)RACLM (ohm.m)RPCHM (ohm.m)RPCLM (ohm.m)TVD (m)TCDM (degF)

6005_13-1_Res_Mem_ 760-1502_26: 760-1502 mDEPTH (m)ROP (m/hr)GRAFM (API)TCDM (degF)RPTHM (min)RACHM (ohm.m)RACLM (ohm.m)RPCHM (ohm.m)RPCLM (ohm.m)TVD (m)TCDM (degF)

6005_13_1A_OTK_LTK_MEM_2583_3383m: 72560-3383 mDEPTH (m)ROP (m/hr)GRAFM (API)RPCHM (ohm.m)RPCLM (ohm.m)RACLM (ohm.m)RACHM (ohm.m)RPTHM (min)NPLM (pu)DRHM (g/cc)DPEM (unitless)BDCM (g/cc)]TCDM (degF)TVD (m)

Wells/6005-13-1/Reports.htm0000744000100400007650000002766411372246251013616 0ustarupstaff

Well 6005/13-1

ReportsBP. Geological Operations End of Well Reports. May 2008.1.

APT. Laboratory analytical studies, Igneous petrography, radiometric age dating andthermal maturity of the interval 1500m to 3010m. June 2009.

2.

Ichron. Summary of Wellsite Biostratigraphy Wells 600513-1 and 600513-1A, WilliamProspect, Faroese Continental Shelf. April 2008.

3.


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Baker Hughes. Surface Logging Systems End of Well Report. March 2008.4.

Schlumberger. Zero Offset VSP Processing Report. June 2008.5. Wells/6005-13-1/Well fakta.htm0000744000100400007650000003015311372246225014116 0ustarupstaff

Well 6005/13-1

Well information

Well number 6005/13-1/1ALocation OffshoreLongitude 5o 28´43.887´´ WLatitude 60o 36´58.639´´ NUTM Zone 30Spheroid WGS84Projection UTM Zone 30 (CM 3°W)Grid Easting (X) 364,336.67 m

Northing (Y) 6,722606.81 mDatum ETRS89Hemisphere NorthernWell blok no. 6005/13Reference point KB 25 m above MSLWather depth 742 MSLTD log 3351mTD drill 3383 m below KBSidetrack Started 2583 mThe well is VerticalSpud date 22/10-2007Completed 01/04 2008Spud classification ExplorationStatus (completion) Plugged and abandonnedLicense L007Operator BP Amoco Exploration (Faroes) LtdRig Transocean RatherWells/6005-15-1/Analog logs.htm00007700001004000014400000031743106233370510143220ustar upusers

Well 6005/15-1

Composite Log (Pdf)


88 of 374 19-10-16 10:43

1. Final Well Composition Log.

Analog Open Hole Logs

Run1A: 17.5´´ Open Hole: HRLA-DSI-PEX1. HRLA-DSI-PEX (Sonic Log 2-Aug-2001). Log interval 1780.0-2324.0 m. Run 1A. Scale 1:200.

2. HRLA-DSI-PEX (Sonic Log 2-Aug-2001). Log interval 1780.0-2324.0 m. Run 1A. Scale 1:500.

3. HRLA-DSI-PEX (Nuclear Log 2-Aug-2001). Log interval 1780.0-2324.0 m. Run 1A. Scale 1:200.


5. HRLA-DSI-PEX (Resistivity Log 2-Aug-2001). Log interval 1780.0-2324.0 m. Run 1A. Scale1:200.


Run2B: 12.25´´ Open Hole: HRLA-DSI-PEX1. HRLA-DSI-PEX (Sonic Log 15-Aug-2001). Log interval 2342.0-3395.0 m. Run 2B. Scale 1:200.

2. HRLA-DSI-PEX (Sonic Log 15-Aug-2001). Log interval 2342.0-3395.0 m. Run 2B. Scale 1:500.

3. HRLA-DSI-PEX (Nuclear Log 15-Aug-2001). Log interval 2342.0-3395.0 m. Run 2B. Scale 1:200.


5. HRLA-DSI-PEX (Resistivity Log 15-Aug-2001). Log interval 2342.0-3395.0 m. Run 2B. Scale1:200.


Run3: 8.5´´ Open Hole: HRLA-DSI-PEX-FMI-MSCT-CST1. CST (5-Sep-2001) CST Log. Log interval 3453.0-3592.0 m. Run no. 3A & B.

2. FMI-GPIT-DSI-GR (Sonic Log 1-Sep-2001). Log interval 3366.0-4007.0 m. Run no. 3C. Scale1:200.

3. FMI-GPIT-DSI-GR (Sonic Log 1-Sep 2001). Log interval 3366.0-4007.0 m. Run no. 3C.Scale 1:500.

4. FMI-GPIT-DSI-GR (FMI Log 1-Sep 2001). Log interval 3366.0-4007.0 m. Run no. 3A.Scale 1:40.

5. MSCT-GR (MSCT Log 3-Sep-2001). Log interval 3442.0-3573.0 m. Run no. 3A & B.

6. HRLA-PEX (Nuclear Log 1-Sep-2001). Log interval 3416.0-4014.0 m. Run 3C. Scale 1:200.


8. HRLA-PEX (Resistivity Log 1-Sep-2001). Log interval 3416.0-4014.0 m. Run 3C. Scale 1:200.


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9. HRLA-PEX (Resistivity Log 1-Sep-2001). Log interval 3416.0-4014.0 m. Run 3C. Scale 1:500.Wells/6005-15-1/Digital logs(DLIS).htm0000770000100400001440000001302210623326303015317 0ustar upusers

Well 6005/15-1

Digital Open Hole Logs (DLIS)

1. Run 1A: 17.5´´ Open Hole: HRLA-DSI-PEX

HRLA-DSI-TLD-MCFL-008PUP-Repeat-Section: 1780.0-2324.0 m

HRLA-DSI-TLD-MCFL-052PUP-Main-Log: 1780.0-2324.0 m

2. Run 2B: 12.25´´ Open Hole: HRLA-DSI-PEX

DSI-HRLA-TLD-MCFL-060PUP- Repeat-Section: 2342.0-3415.0 m

DSI-HRLA-TLD-MCFL-054PUP-Main-Log: 2342.0-3415.0 m

3. Run 3: 8.5´´ Open Hole: HRLA-DSI-PEX-FMI-MSCT-CST

FMI-DSI-184PUP-Repeat-Section: 3366.0-4007.0 m

FMI-DSI-185PUP-Main-Log: 3366.0-4007.0 m

HRLA-TLD-MCFL-CNL-197PUP-Repeat-Section: 3416.0-4014.0 m

HRLA-TLD-MCFL-CNL-198PUP-Main-Log: 3416.0-4014.0 m

Wells/6005-15-1/MWD Data andReport.htm0000770000100400001440000004473010623326347015442 0ustar upusers

Well 6005/15-1

MWD Data and Report

Sperry-Sun Drilling Services. MWD end of Well Report. September 2001.1.

DDS, PWD and QC plots in pdf formate.2. · DDS Timebased 100 962-1022 m· DDS Timebased 300 1022-1778 m· DDS Timebased 400 1778-2155 m· DDS Timebased 500 2155-2350 m· DDS Timebased 600 2350-2758 m· DDS Timebased 700 2758-3123 m· DDS Timebased 800 3123-3416 m


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· DDS Timebased 900 3416-3508 m· DDS Timebased 1000 3508-3577 m· DDS Timebased 1100 3577-3764 m· DDS Timebased 1200 3764-3860 m· DDS Timebased 1300 3860-4026 m· PWD Timebased 400· PWD Timebased 500· PWD Timebased 600· PWD Timebased 700· PWD Timebased 800· PWD Timebased 900· PWD Timebased 1000· PWD Timebased 1100· DGR-EWR QC Timebased 100 962-1022 m· DGR-EWR QC Timebased 300 1022-1778 m· DGR-EWR QC Timebased 400 1778-2155 m· DGR-EWR QC Timebased 500 2155-2350 m· DGR-EWR QC Timebased 600 2350-2758 m· DGR-EWR QC Timebased 700 2758-3123 m· DGR-EWR QC Timebased 800 3123-3416 m· DGR-EWR QC Timebased 900 3416-3508 m· DGR-EWR QC Timebased 1000 3508-3577 m· DGR-EWR QC Timebased 1100 3577-3764 m· DGR-EWR QC Timebased 1200 3764-3860 m· DGR-EWR QC Timebased 1300 3860-4026 m

MD and TVD logs (Pdf)1. · TVD Final Log from 962.0-4026.0 m. Scale 1:500.· MD Final Log from 962.0-4026.0 m. Scale 1:500.· MD Final Log from 962.0-4026.0 m. Scale 1:200.· MD RT Log from 962.0-4026.0 m. Scale 1:500.

MWD digital log from 950.0-4028.10 m in (LAS)2. · Depth (m)· SROP (FPH)· SGRC (API)· SFXE (HR)· SEXP (OHMM)· SESP (OHMM)· SEMP (OHMM)· SEDP (OHMM)· SEXA (OHMM)· SESA (OHMM)· SEMA (OHMM)· SEDA (OHMM)


Well 6005/15-1

Reports

Heavy Mineral data from Well 6005/15-1, Faroes Sector, Faroe-Shetland Basin. April2002.

1.

Geochemical analysis of cuttings samples from Statoil well longan 6005/15-1, Faroes.2.


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April 2002.

Sedimentoligical description and facies interpretation of well 6005/15-1 Faroes. April2002.

3.

A Biostratigraphical Evaluation of the Statoil 6005/15-1, Longan Well, East of theFaroe Islands (Ichron Report). April.2002.

4.

Res Lab. Core Photographs, Scale 1:4 White light and UV light. November 2001.5.

ResLab. Conventional Core Analysis, Well: 6005/15-1 Faroe Islands. December 2001.(3 digital exel files and1 SWP file).

6.

Sperry-Sun Drilling services. End of well Report for Statoil Well 6005/15-1.7.

Schlumberger. FMI Interpretation-Exploration Well 6005-15-1.8.

Petrophysical evalution of well 6005-15-1.9.

Vertical Seismic Profile and Walkaway VSP. April 2002.10.

F&T LET HKS. Petrography composition, diagenesis and reservoir quality ofsandstones from well6005-15-1, Longan well, Faroe Island. March 2002.

11.

Geotrack. Thermal History reconstruction in Offshore Faroes Well 6005-15-1 UsingAFTA and Vitrinite Reflectance. April 2002.

12.

Advanced geochemical Systems Ltd. Hydrocarbon Generation Modelling in Well6005-15-1 Faroe-Shetland Channel. April 2002.

13.

University of Sheffild. Stratigraphical and environmental analysis of the marine andterrestial floras in well 6005. April 2002.

14.

University of Sheffild. Biostratigraphy, Ecology and Phytogeographic Evidence forSediment provenance. A Palynological Study of the late Palaeocene to Early EoceneInterval in Statoil 6005-15-1. July 2002.

15.

Security DBS. Coring Report for Well 6005-15-1.16.

Final Well Report.17.


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Schlumberger. FMI interpretation and electrofacies analysis. April 2002.18.

Well Analysis Results. April 2002.19.


Well 6005/15-1

Well information

Well number 6005/15-1Location Offshore, Offshore, South East of Faroe IslandsLongitude 05o 11´50.01´´ WLatitude 60o 30´50.01´´ NDatum ETRF89Spheroid GRS 1980UTM Easting (X) 380 061.0 mUTM Northing (Y) 6710635.0 mUTM Zone 30 (CM 03° W)Well blok no. 6005/15Reference point KB 26.5 m above MSLWather depth 935.5 m below MSLTD log 4014 mTD drill 4026 m below KBThe well is VerticalSpud Date 11th July 2001Completed 1st September 2001Spud classification ExplorationStatus (completion) Plugged and abandonnedLicense L003Operator StatoilRig Sovereign ExplorerWells/Glyvursnes-1/Analog logs.htm00007700001004000014400000074616106434474310157020ustar upusers

Well Glyvursnes-1

Composite Log (Pdf files)

GL1-logs-core: Composite well log: 0-700 mGL1-1: Composite well log: 0-700 m


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GL1: Composite well log: 0-700 m

Analog well logs (Pdf files)

GL1-optv (Interpreted OPTV Dips Log): 150-690.2 m

GL1-FWS: 6.0-697.0 mVp

VsVp-semblance

VS-semblanceImported raw RG vdl file

P slownessS slowness

Logs from LogTek

Gly1test-WellCad-log: 609.0-655.0 mCaliper

Vp RGVp RG proc.Vp LogTek proc.Vs RS proc.Vs LogTek proc.NPHIDENS ResistivityGamma Ray

Gly1-w210mm-length66inches: 0-700.0 m.Gamma Ray

CaliperVpVsPoisson´s Ratiog/ccShear SlownessComp. SlownessBulk DensityShear SlownessComp. SlownessRes 1 Time – CompRes 2 Time ShearReceiver 1Res 2 Time – CompRes 2 Time –ShearReceiver 2

Glyvursnes-1-300dpiGamma Ray


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Logs from Robertson Geologging Limited

GLDPDlog 1/100: 0-698 m1st arrivals (microsec)

Compr near signalCompr far signalShear near signalShear far signal

Velocity (km/sec)ComprShear

Compr/Shear slowness

GLMODlog (Dynamic Modulae Log 1/100): 0-698 mVelocity

ComprShear

DensityModulae

BulkShearYoung

Poisson Ratio

PlotMo1 (Dynamic moudulae Log 1/100): 0-698 mVelosity

ComprShear

CaliperDensityModulae

BulkShearYoung

Poisson Ratio


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STCpro1 (STC Results Log 1/100): 0-698 mVelosity

ComprShearStoneley

Vshear/Vcompr

Wells/Glyvursnes-1/Digital logs.htm00007700001004000014400000565042107302435300160430ustar upusers

Well Glyvursnes-1

Digital VSP Data from Glyvursnes-1: (All VSP data are on oneDVD)

Digital Logs: (All Digital log data are on one DVD)

LAS files

GL1-composite-log

GL1-logs-core: -0.47-700.03 m

DEPT (M)3-AR (INCH)GR (GAPI)RES (OHMM)NPHI (LPU)DENS (GM/CC)VP (KM/S)VS (KM/S)POIS (RATIO)TEMP (DEGC)FLUI (MS/CM)VP_B (KM/S)VS_B (KM/S)VP-G (KM/S)VPSBVS-G (KM/S)VSSB

GL1-logs-core-1cm: -0.47-699.98 mDEPT (M)POIS (RATIO)


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NPHI (LPU)DENS (GM/CC)RES_ (Ohm.m)TEMP (°C)CALI (INCH)FLUI (µS/CM)VP (KM/S)VS (KM/S)GAMM (API_UNITS)GROS (CPS)

GL1-LAS-1cm-raw

3ACSM: 2.37-700.27DEPT (M)CALI (INCH)

DNNSM: 1.98-699.54 mDEPTH (M)Near (CPS)Far (CPS)NGAM (CPS)Pors (LPU)

DNNSR: 2.04-20.03 mDEPTH (M)Near (CPS)Far (CPS)NGAM (CPS)Pors (LPU)

FDGSM: 2.92-700.3 mDEPTH (M)NGAM (API)CALP (Inch)DENS (gm/cc)HRD (CPS)BRD (CPS)

FDGSR: 3.05-20.10 mDEPTH (M)NGAM (API)CALP (Inch)DENS (gm/cc)HRD (CPS)BRD (CPS)

FWVSM: 7.5-700.3 mDEPTH (M)SVEL (µs/ft)


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FWVSR: 38.41-70.64 mDEPTH (M)SVEL (µs/ft)

GLOGM: 12.45-700.25 mDEPTH (M)RES (Ohm M)NGAM (API Cs)

GLOGR: 12.45-33.29 mDEPTH (M)RES (Ohm M)NGAM (API Cs)

SGAMM: 2.66-700.3 mDEPT (M)POT (PCT)URAN (PPM)THOR (PPM)GROS (CPS)

TCDSM: 0.01-698.04DEPTH (M)COND (µS/cm)TEMP (oC)NGAM (CPS)

TCDSR1: 117.59-130.24 mDEPTH (M)TEMP (oC)NGAM (API Cs)COND (µS/cm)

TCDSR: 692.12-679.83 mDEPTH (M)TEMP (oC)NGAM (API Cs)COND (µS/cm)

GL1-LAS-1cm-fitted-to-core

3ACSMc: 2.08-699.49 mDEPTH (M)CALP (INCH)

DNNSMc: 1.9-698.97 mDEPTH (M)Near (CPS)Far (CPS)NGAM (CPS)


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Pors (LPU)

DNNSRc: 1.96-19.46 mDEPTH (M)Near (CPS)Far (CPS)NGAM (CPS)Pors (LPU)

FDGSMc: 2.84-699.73 mDEPTH (M)NGAM (API)CALP (Inch)DENS (gm/cc)HRD (CPS)BRD (CPS)

FDGSRc: 2.97-19.53 mDEPTH (M)NGAM (API)CALP (Inch)DENS (gm/cc)HRD (CPS)BRD (CPS)

FWVSMc: 8.04-700.38 mDEPT (M)SVEL (µS/cm)

FWVSRc: 38.99-70.73 mDEPT (M)SVEL (µS/cm)

GLOGMc: 12.19-699.5 mDEPTH (M)

RES (OHM)NGAM (API)

GLOGRc: 12.19-32.54 mDEPTH (M)

RES (OHM)NGAM (API)

LogTekc: 6.19-697.5 mVPVS

SGAMMc: 2.48-699.63 mDEPT (M)POT (PCNT)URAN (PPM)


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THOR (PPM)GROS (CPS)

TCDSMc: -0.47-697.07 mDEPTH (M)COND (µS/cm)TEMP (oC)NGAM (API Cs)

TCDSR1c: 117.11-129.27 mDEPTH (M)TEMP (oC)NGAM (API Cs)COND (µS/cm)

TCDSRc: 679.35-691.15 mDEPTH (M)TEMP (oC)NGAM (API Cs)COND (µS/cm)

GL1-Logs-10cm-Robertson




FDGSM: 3.0-700.3 mDEPTH (M)NGAM (API)CALP (Inch)DENS (gm/cc)HRD (CPS) BRD (CPS)

FDGSR: 3.1-20.1 m


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DEPTH (M)NGAM (API)CALP (Inch)DENS (gm/cc)HRD (CPS)BRD (CPS)





SGAMLAS5: 1.0-699.5 mDEPTH (M)

POT (PCNT)URAN (PPM )THOR (PPM )GROS (CPS)

SGAMM2: 2.35-700.3 mDEPT (M)POT (PCT)URAN (PPM)THOR (PPM)GROS (CPS)

SPECGAM: 2.4-700.3 mDEPT (M)POT (PCT)URAN (PPM)THOR (PPM)GROS (CPS)GROS (CPS)

TCDSM: 0.1-698.0DEPTH (M)TEMP (oC)COND (µS/cm)


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DELT (oC)DELC (µS/cm)NGAM (CPS)



ROBERTSON GEOLOGGING FILES

GL1-Logs-binary-Robertson

3ACSM: 2.37-700.27 mDepth (m)Borehole Diameter (INCH)Casing Collar Locat (CPS)

Comp: 0.1-699.29Depth (m)Interval Transit (s/ft)Far Detector Count (CPS)Near Detector Count (CPS)Natural Gamma Radia (CPS)

DNNSM: 1.98-699.54 mDepth (m)

Casing-Collar LocatorNatural Gamma Radia (CPS)Near Detector Count (CPS)Far Detector Count (CPS)

DNNSR: 2.04-20.03 mDepth (m)


FDGSM: 2.92-700.31 mDepth (m)Natural Gamma (CPS)


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Borehole Temperatu (DEGC)Borehole Diameter (INCH)Long Spacing Densit (CPS)High Resolution Den (CPS)Bed Resolution Dens (CPS)

FDGSR: 3.05-20.11 mDepth (m)Natural Gamma (CPS)Borehole Temperatu (DEGC)Borehole Diameter (INCH)Long Spacing Densit (CPS)High Resolution Den (CPS)Bed Resolution Dens (CPS)

FWVSM: 7.46-700.3 mDepth (m)

Transit Time TX1-RX1 (s)Transit Time TX1-RX2 (s)Transit Time TX2-RX1 (s)Transit Time TX2-RX2 (s)Interval Transit (s/ft)

FWVSR: 38.41-79.64 mDepth (m)Transit Time TX1-RX1 (s)Transit Time TX1-RX2 (s)Transit Time TX2-RX1 (s)Transit Time TX2-RX2 (s)Interval Transit (s/ft)

GLOGM: 12.45-700.26 mDepth (m)Formation Resist (Ohm M)Natural Gamma (API Cs.)

GLOGR: 12.45-33.29 mDepth (m)Formation Resist (Ohm M)Natural Gamma (API Cs.)

Glogsonic:5.39-699.19 mDepth (m)Formation Resist (Ohm M)Natural Gamma (API Cs.)Interval Transit (s/ft)

SGAMM. 2.66-700.31 mDepth (m)POT (PCNT)


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URAN (PPM)THOR (PPM)GROS (CPS)GROS (CPS)

SPECGAM: 2.36-700.31 mDepth (m)POT (PCNT)URAN (PPM)THOR (PPM)GROS (CPS)

TCDSM: 01.-6989.04 mDepth (m)Fluid Conductivit (S/cm)Fluid Temperature (C)Natural Gamma (API Cs.)

TCDSR1: 117.59-130.24 mDepth (m)Fluid Temperature (C)Natural Gamma (API Cs.) Fluid Conductivit (S/cm)

TCDSR: 679.83-692.12 mDepth (m)Fluid Temperature (C)Natural Gamma (API Cs.) Fluid Conductivit (S/cm)

OTV files

GL1-OPTVRaw (otv files): 2.910-52.058 m

DEPTHBOREHOLE VIEWORIENTATIONROTATIONINCLINATIONSPARE

Raw (otv files): 49.998-152.216 mDEPTH

BOREHOLE VIEWORIENTATIONROTATIONINCLINATIONSPARE


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Raw (otv files): 249.984-352.126 mDEPTHBOREHOLE VIEWORIENTATIONROTATIONINCLINATIONSPARE





GL1-OPTV (RG-Processed)

RGLDIPv6.1 OPTV results: 2.910-52.058 mRGLDIPv6.1 OPTV results: 49.998-152.216 m


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RGLDIPv6.1 OPTV results: 149.988-252.032 mRGLDIPv6.1 OPTV results: 249.984-352.126 mRGLDIPv6.1 OPTV results: 349.982-452.078 mRGLDIPv6.1 OPTV results: 449.970-552.970 mRGLDIPv6.1 OPTV results: 549.982-644.516 mRGLDIPv6.1 OPTV results: 644.176-690.256 m

DepthAzimuth Dip1-P0/100nQKUpper DepthLower DepthWell DiamWell AzimuthDeviation DevThickness

Glyvursnes-1 Composite: 2.954-690.25 mDepthNorthEastDownDevazDev

GL1-sonic-processed

LAS files

GEUS-GL1-FWS_GEUS: 5.6-697.4 mDEPT (M)VC (KM/S)VS (KM/S)VC_SVS_S

LogTek1_Test: 609.0-654.0DEPTH (M)

DTC01 (US/F)DTS01 (US/F)

LogTek2_False_Glyvursnes-1_june03: 6.15-697.55+ Slowness Computation, Summary Report

DEPT (M)DTC (US)DTS (US)DTSC (US)


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DTSM (US)VP (US)VS (US)VPVSPOIST1 (US)T2 (US)T3 (US)T4 (US)

LogTek3_Final: 5.8-697.8 m

Gly1 (txt file)Depth (M)Ttc1 (µs)

Tts1 (µs)Ttc2 (µs)Tts2 (µs)Dtc (µs/f)Dts (µs/f)Vpvs (ratio)PR (ratio)

Gly1 (xls file)Depth (M)

Ttc1 (µs)Tts1 (µs)Ttc2 (µs)Tts2 (µs)Dtc (µs/f)Dts (µs/f)Vpvs (ratio)PR (ratio)

Vp (km/s)Vs (km/s)

Gly1-us_m (txt file)C (µs/m)S (µs/m)

Robertson1_DPD

GLDPD (txt)Depth (mm)

Time3c (km/sec)Time5c (km/sec)Velocity (km/sec)Sembl (km/sec)Time3c (km/sec)Time5c (km/sec)Vels sembl (km/sec)


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GLMODdataDepth (mm)

Vcompr (km/s)Vshear (km/s)Density (g/cc)Bulk (GPa)Shear (GPa)Young (GPa)Poisson (ratio)

Robertson2_STC

MOD dataDepth (mm)


STC dataDepth (mm)Compr (km/sec)Sembl (km/sec)Shear (km/sec)Sembl (km/sec)Shear/compr(km/sec)

Sembl (km/sec)

Other files

Density: 1.22-700.31 m (MRG file)Depth (m)NGAM (API)CALP (INCH)LSD (CPS)HRD (CPS)BRD (CPS)DENS (GMCC)

DPD data: RG FULL WAVE SONIC PROCESSING,DIRECT PHASE DETERMINATION RESULTS:7.46-700.3 m (txt).

depthtime3ctime5cvelc


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sembltime3stime5svelssembl

MOD data: RG FULL WAVE SONIC PROCESSING,CALCULATED DYNAMIC MODULAE: 10.6-700.3 m(txt).

DepthVcomprVshearDensityBulkShearYoungPoissonPOIST1T2T3T4

Wells/Glyvursnes-1/Reports.htm0000770000100400001440000002571210643446637015212 0ustarupusers

Well Glyvursnes-1

Reports

Robertson Geologging Limited. Geophysical logging of Glyvursnes and VestmannaBorehole Faroe Islands, DK. Vol I Glyvursnes-1.

1.

GEUS. Preliminary analysis of ultrasonic and geochemical properties of core samplesfrom Glyvursnes-1 and Vestmanna-1, Faroe Islands.2005

2.

Preliminary processing of the seismic data acquired in the vicinity of wellsGlyvursnes-1 and Vestmanna-1.

3.

GEUS. Rock physics analysis of sonic velosities in wells Lopra-1, Glyvursnes-1 andVestmanna-1. 2005.

4.

Øregaard A/S. SeiFaBa well log analysis, Lithology and Rock Physics. 2005.5.

GEUS. Special Core Analysis for the SeiFaBa Project. Ultrasonic velositymesurements on plug samples from the Vestmanna-1 and Glyvursnes-1 wells, faroeIslands. 2005.

6.


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GEUS. Robertson Geologging Limited. Well completion report, Glyvursnes-1 andVestmanna-1, Faroe Islands. 2005.

7.

SAMA. Zeolites and other secondary minerals in the drill core Glyvursnes-1, FaroeIslands. 2005.

8.

Robertson Geologgíng Limited. Geophysical borehole logging.9. Wells/Glyvursnes-1/Well fakta.htm00007440001751000014400000024201111363300460151430ustar users

Well Glyvursnes-1

Well information

Well number Glyvursnes-1Location Onshore streymoy Faroe IslandsLongitude 6o 44.592609´ WLatitude 61o 58,965493´ NDatum WGS84Wather depth +16.48 mTD log 700.3 mTD drill 700.3 mThe well is VerticalSpud date October 2002Completed November 2002Spud classification ScientificOperator GEUS

Wells/Lopra-1/Analog logs.htm0000770000100400001440000000762410623257510014564 0ustarupusers

Well Lopra-1/1A

Analog Logs

1. Pressure Log: 2185-3156 m2. Pressure Log: 3091-3565 m3. Parameter Log: 2180-3160 m4. Parameter Log: 3091-3565 m5. Hydrocarbon Well Log: 3000-3565 m


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6. Well Log: 2155-3160 m

Wells/Lopra-1/Digital logs.htm0000770000100400001440000017507110730243704014741 0ustarupusers

Well Lopra-1/1A

Digital VSP Data from Lopra-1A: (All VSP data is in one DVD)

Digital Logs: (All Log data from 1981 and 1996 are on one DVD)

Lopra-1 (1981) (DAT)

1. Depth and calliper log from 6.9-2160.2 m

2. Depth, neutron-neutron(?) and natural gamma(?)logs from 4.1-2179.9 m.

3. Depth and resitivity (R 16" and R64") from 34.5-2171.7 m.

4. Depth and gamma ray log from 10.3-2172.1 m.

5. ???. 5.5-2169.5 m

6. Depth, temperature and gradient logs from57.4-2179.1 m

Lopra-1A (1996) (ASCII and DAT files)

Lopre1A- formation density: -3.0-2185 m.DepthRHOBDRHOCALIPEFNPHISGRCGRTHORPOTAURANTENS

Tape1-A: 2167,7375-3101.0352 m (DAT)DEPTH


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RGRGRTIMETENSMRESMTEM

Tape2-A: 2171.2427-3133.6487 mBSCVELTENSSDEVDEVICGRPOTASGRTHORTPRATURAURANUPRAHTENMRESTIMECTEMMTEM

Tape2-B: 2185.1111-3136.6968 mBSCVELTENSCGRPOTASGRTHORTPRATURAURANUPRASDEVHTENDRHOPEFRHOBNRHORLLRCALLITHCALITIMEDTEM


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DPHINPHISCNLCSETIMMARKAREAAFCDABSFCDHDARIHVICVSTIASTITW1NGW2NGW3NGW4NGW5NGTPUWTPLWAPUWAPLWPPUWPPLWRSGR FNORFINCHAZIP1AZRBHVMRESBDQCDALPLSRHLURHQRLSQLSQRSSQSSS1RHRLURLSRLITRLLLRLULRLLURLUULSHV


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FFLSRSS1RSS2RSLLRSULRSLURSUUSSHVFFSSLLLULSLLLLULLLULUUSS1SS2SLLSULSLUSUURGCNDRTATALPRTNRRCNTRCFTCNTCTNRACFTCANORGATGMTCTEMRMTEMTEMAMTEPHNDTNPH NPLNPORAXAYAZFXFY7AFZ

Tape3-A: 180.13538-2127.3503 m


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CALIBSSGRSDEV

Tape3-B: 174.65039-2121.5603 mDTSMDT1TDT1R

Tape3-C: 174.34560-2121.5603 mDTSMDT2TDT2R

Tape3-D: 2179.0151-3136.6968 mSGRCALISDEVTENSHTEN

Tape4-A: 2105.1011-2187.8545 mBSCSCVELTENSDTCODTSMVPVSDT1RDT2RDT1DT2DTSTDT4PDT4SSDEVCGRPOTASGRTHORTPRATURAURANUPRACTEMDRHOPEFRHOBNRHORCAL


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LITHTIMECALI

Wells/Lopra-1/Reports.htm0000770000100400001440000003736610730240506014076 0ustarupusers

Well Lopra-1/1A

Reports

GEUS Core Laboratory, Christian Høier: Acoustic Velocities Wells: Lopra-1/1A FaroeIslands 1996.

1.

GEUS Core Laboratory, Christian Høier and Regin Waagstein: Conventional CoreAnalysis Well Lopra-1 Faroe Islands 1996.

2.

BP: Dipole Sonic Imager (DSI) Processing Report. April 1997.3.

BP: Additional logs DSI-BP4.

BP: Formation Micro-Scanner Processing. February 19975.

Troels Laier: Headspace and mud gas analyses Lopra-1/1A well, Faroe Islands.6.

Bojesen-Koefoed, J. A. & Nytoft, H. P.: Petroleum geochemistry of sidewall coresamples, Lopra 1-1A well Faroe Islands 1996.

7.

DGU: Radiometric Dating of the Basalts in and around the Lopra-1 well, FaeroeIslands. 1995.

8.

DGU: Biomarker- og isotopundersøgelse. 1993.9.

BP: Dipole Shear Imager Processing. August 1996.10.

Danop: Drilling Programme, Well Loprea-1. 1996.11.

Danop: End of Well Report. February 1997.12.

FINA: Geochemical Characterisation. February 1997.13.

GEUS: Preliminary palaeotemperature studies Lopre-1/1A well Faroe Islands 1996.1998.

14.

Prakla Seismos AG: Report on the Seismic Survey in the Well Lopra 1. 1989.15.

GEUS. Preliminary rock physics analysis of basalts in the Lopra-1 well. 2004.16.

Rock physics analysis of sonic velocities in wells Lopra-1, Glyvursnes-l andVestmanna-1

17.


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Rockmagnetic, Paleomagnetic and Density determinations on cores from Lopra-1/1AWell, Faroe Islands 1996

18.

The Lopra Project 1995-9619.

Volcanic Rocks, Lopra-1/1A Faroe Islands 199620.

Zeolites and other secondary minerals in cavities and veins, Lopra-1/1A well, FaroeIslands, 1996

21.

Wells/Lopra-1/Well fakta.htm0000744000175100001440000002612011136332324014042 0ustarusers

Well Lopra-1/1A

Well information

Well number Lopra-1 DeepeningLocation Onshore Suðuroy, Faroe IslandsLongitude 06o 46´30´´ WLatitude 61o 26´36´´ NUTM Easting (X) 618649.9507 mUTM Northing (Y) 6814355.9520 mUTM Zone 29Reference point KB 16.2 m above MSLWather depth 1048 m below MSLTD log 3132 m below KBTD drill 3158 m below KBThe well is VerticalSpud date 13 July 1996Completed 1996Spud classification Stratigraphic WellOperator Mærsk Contractors Drilling Div.Rig Mærsk Rig 81

Wells/Vestmanna-1/Analog logs.htm00007700001004000014400000025735106435040120154400ustar upusers

Well Vestmanna

Composite Log (Pdf)


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1. VM1-1: 0-658 m2. VM1: 0-658 m3. VM1-logs-core: 0-658 m4. VM1-TCDS: 0-576 m5. vm1-w810mm-length55inches: 0-588 m

Wells/Vestmanna-1/Digital logs.htm00007700001004000014400000264363107302436460156300ustar upusers

Well Vestmanna-1

Digital VSP data: Vestmanna-1 (All VSP data are on one DVD)

Digital logs: Vestmanna-1 (1980) (Log data from 1980 and 2002 onone DVD)

Depth and calliper log from 0.5-589.5 m.1.

Depth and neutron-neutron(?) from 0.1-589.5 m.2.

Depth and resitivity (R 16" and R64") from 33.7- 589.5 m.3.

Depth and resistivity (R16") from 33.42-589.66 m.4.


Depth, temperature and gradient logs from 4.3-582.7 m.6.

Depth and porosity log from 0.58-590.38 m.7.

Digital logs: Vestmanna-1 (2002) (LAS)

GLOGV1M: 15.1-588.6 mDEPTH (M)RES (Ohm M)NGAM (API Cs)

DNNSV1M: Depth 2.0-588.6 mDEPTH (M)Near (CPS)Far (CPS)NGAM (API Cs)Pors (LPU)

fdgsV1M: 3.1-589.6 mDEPTH (M)


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NGAM (API Cs)CALP (inch)DENS (gm/cc)

HRD (CPS)BRD (CPS)

FWVSV1M: 14.9-590.6 mDEPTH (M)SVEL (µs/ft)

3ACSV1M: 2.4-594.2 mDEPTH (M)CALP (inch)

TCDSV1M: 0.0-586.1 mDEPTH (M)

COND (mS/cm)TEMP (DegC)DELT (DegC)DELC (mS/cm)NGAM (CPS)

SGAMV1: 1.35-588.0 mDEPTH (M)POT (PCT)URAN (PPM)THOR (PPM)GROS (CPS)

SGAMVES5: 2.0-587.0 mDEPTH (M)POT (PCT)URAN (PPM)THOR (PPM)GROS (CPS)

HPFS:1.8-282.25226 mDEPTH (M)HPFS (m3/h)

IND: 17.27448-303.887448 mDEPTH (M)Ind (mS/m)IG (cps)

DENS1: 174.41299-412.84323 mDEPTH (M)DENS (g/ml)DENS (g/ml)


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FOC_RES: 11.36479-302.92477 mDEPTH (M)FOC (OHM)RG (cps)

RIX: 18.54-302.91 mDEPTH (M)RES

SCAL: 0.59438-304.11438 mDEPTH (M)SCal (mm)

Scansgam: 5.18-657.51001 mDept (M)Tot (cpm)K (p.pct)U (pp.ppm)Th (p.ppm)Th/KTh/UU/K

TCGS_D: 1.91-305.88998 mDEPTH (M)T1 (oC)

L1 (mS/m)TG1 (cps)

TCGS_U: 1.58642-304.05643 mDEPTH (M)T2 (oC)

L2 (mS/m)TG2 (cps)

fdgsV1R: 16.0-40.0 mDEPTH (M)NGAM (API Cs)CALP (inch)DENS (gm/cc)HRD (CPS)

BRD (CPS)


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TCDSV1R: 507.1-525.6 mDEPTH (M)TEMP (oC)NGAM (API Cs)COND (µs/cm)

GLOGV1R: 16.0-37.0 mDEPTH (M)RES (Ohm M)NGAM (API Cs)

FWVSV1R: 4.2-40.2 mDEPTH (M)SVEL (µs/ft)

DNNSV1R: 2.0-20.0 mDEPTH (M)Near (CPS)Far (CPS)NGAM (CPS)Pors (LPU)

TCDSV1R1: 298-308 mDEPTH (M)TEMP (oC)NGAM (API Cs)COND (µs/cm)

VM1-edit2-1: 0.1-658.5 mDEPTH (M)CALP (mm)NGAM (API Cs)RES (Ohm M)Pors (LPU)DENS (gm/cc)SVEL (km/s)POT (PCT)URAN (PPM)THOR (PPM)GROS (CPS)CALP (mm)Pors (LPU)RES (Ohm M)RES (Ohm M)DENS (gm/cc)


RGLDIPv6.1 OPTV results: 19.744-70.080 mRGLDIPv6.1 OPTV results: 68.916-102.082 m


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RGLDIPv6.1 OPTV results: 99.862-201.944 mRGLDIPv6.1 OPTV results: 199.878-302.058 mRGLDIPv6.1 OPTV results: 299.906-401.998 mRGLDIPv6.1 OPTV results: 399.982-502.024 mRGLDIPv6.1 OPTV results: 499.982-590.108 m


Glyvursnes-1 Composite: 0-590.1 mDepthNorthEastDownDevazDev

ROBERTSON GEOLOGGING FILE

TCDSV1R: 1.98-588.61 mDepth (M)

Natural Gamma Radia (CPS)Near Detector Count (CPS)Far Detector Count (CPS)

TCDSV1M: 1.98-588.61 mDepth (M)Casing-Collar LocatorNatural Gamma Radia (CPS)Near Detector Count (CPS)Far Detector Count (CPS)

TCDSV1R1: 297.91-308.82 mDepth (M)Fluid Temperature (oC)Natural Gamma (API Cs.)Fluid Conductivit (S/cm)

Sgamv1. 1.6-588 mDepth (M)POT (PCNT)


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URAN (PPM)THOR (PPM)GROS (CPS)GROS (CPS)

GLOGV1R: 15.94-37.26 mDepth (M)Formation Resist (Ohm M.)Natural Gamma (API Cs.)

GLOGV1M: 15.08-588.63 mDepth (M)Formation Resist (Ohm M.)Natural Gamma (API Cs.)

FWVSV1R: 4.19-40.25 mTransit Time TX1-RX1 (s)Transit Time TX1-RX2 (s)Transit Time TX2-RX1 (s)Transit Time TX2-RX2 (s)Interval Transit (s/ft)

FWVSV1M: 3.05-589.61 mDepth (M)Natural Gamma (CPS)Borehole Temperatu (DEGC)Borehole Diameter (INCH)Long Spacing Densit (CPS)High Resolution Den (CPS)Bed Resolution Dens (CPS)

fdgsV1R: 15.98-40.03 mDepth (M)Natural Gamma (CPS)Borehole Temperatu (DEGC)Borehole Diameter (INCH)Long Spacing Densit (CPS)High Resolution Den (CPS)Bed Resolution Dens (CPS)

fdgsV1M: 3.05-589.61 mDepth (M)Natural Gamma (CPS)Borehole Temperatu (DEGC)Borehole Diameter (INCH)Long Spacing Densit (CPS)High Resolution Den (CPS)Bed Resolution Dens (CPS)

DNNSV1R: 1.98-20.16 mDepth (M)


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DNNSV1M: 1.98-588.61 mDepth (M)Casing-Collar LocatorNatural Gamma Radia (CPS)Near Detector Count (CPS)Far Detector Count (CPS)

VM1-composite_logV-CALP 2.6-594.4 mV-COND -0.2-585.9 mV-DENS 0.2-658.6 mV-GRGLOG 15.2-588.7 mV-NPHI 0.2-658.6 mV-RES 15.2-588.7 mV-TEMP -0.2-585.9 mV-VpGEUS 13.1-588.7 mV-VpLT-c 13.2-589.4 mV-VpLTEK 13.2-589.4 mV-VsGEUS 13.1-589.7 mV-VsLT-c 13.2-589.4 mV-VsLTek 13.2-589.4 m

Wells/Vestmanna-1/Reports.htm0000770000100400001440000001360510624272314014747 0ustarupusers

Well Vestmanna-1

Reports

Reports done only on Vestmanna-1 before the re-logging ofVestmanna-1

DGU. Addendum to geological well completion report. 1983.1.

DGU. Geological Well Completion Report. 1983.2.

GEUS. Laboratory Core Scanning and Wireline Well Logging on Well Westmanna-1,Faeroe Islands. 2001.

3.

Reports conducted after the drilling of Glyvursnes-1 and re-logging ofVestmanna-1 in 2002. These reports are also included under theGlyvursnes-1 report list.


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4.


5.


6.


7.


8.


9.

Robertson Geologgíng Limited. Geophysical borehole logging.10.

Wells/Vestmanna-1/Well fakta.htm00007440001751000014400000023545111363303640147330ustar users

Well Vestmanna-1/1A

Well information

Well number Vestmanna-1Location Onshore Streymoy, Faroe IslandsLongitude 07o 08.786178´ WLatitude 62o 09.079757´ NDatum WGS84Wather depth +2 mTD log 658.74TD drill 659.7 mThe well is VerticalSpud date 17 September 1980Completed 1 November 1980Spud classification ScientificOperator Føroya Landstýri (The Faeroese Goverment)Rig Craelius 1000


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Well 6004/12-1

Digital Logs (LAS)

1. CBL - XMAC Elite:2048.0274-2243.0994 m







Run1-dsl-repeatlog: 3524.5548-3721.4556 mDEPT (M)GRSL (GAPI)


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KTH (GAPI)CAL (IN)SPD (M/MN)TAPI (GAPI)TH (PPM)U (PPM)TEN (LBF)TTEN (LBF)CHT (LBF)RUK (----)RTHU (PPM)RTHK (----)KAPI (GAPI)UAPI (GAPI)





Run1_processed-hdll: 2152.6500-4022.1409 mDEPT (M)GRC (GAPI)


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CALX (IN)BIT (IN)SPD (M/MN)RMLL (OHMM)SFR20MC (OHMM)SFR30MC (OHMM)SFR50MC (OHMM)SFR16MC (OHMM)SFR40MC (OHMM)SFR10MC (OHMM)SFR12MC (OHMM)SFR14MC (OHMM)CNCC (PU)ZCOR (G/C3)ZDEN (G/C3)PE (B/E)DT (US/F)TTEN (LBF)CHT (LBF)







LAC_grcorr2_rci: 3085.7356-3120.9402 m


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9. Sidewall Corgun – PFC


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SFN1 (US)FGA2 (1)




monopole_main: 2143.5060-4024.5793 mDEPT (M)DTCB2DTCR2 (US/F)DTCX2 (US/F)DTSB2DTSR2 (US/F)DTSX2 (US/F)


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SQINTCR2. (US/F)SQINTCX2. (US/F9SQINTSR2. (US/F)SQINTSX2. (US/F)DT24QI (US/F)

12. XMACxmac1_lac: 3928.5672-4589.6782 m





Well 6004/12-1



2.


3.


4.

Svínoy 6004-12-15.



Sperry-sun. Well No. 6004/12-1(z) Svinoy B Licence No. 4 West Navion End of wellreport.

8.


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9.


10.


11.


12.


13.


14.


15.


16.


17.



Well 6004/12-1

Well information

Well number 6004/12-1Location OffshoreLongitude 4o 40´54.436´´ WLatitude 60o 35´19.746´´ NUTM Zone 30


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Spheroid WGS84Projection UTM Zone 30 (CM 3°W)Grid Easting (X) 407872.55. m


Well 6004/16-1

Composite Log (Pdf)









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134 of 374 19-10-16 10:43








Well 6004/16-1









BADF_CMRBADF_CMR


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BFV (V/V)BFV (V/V)BFV_MW (V/V)BFV_MW (V/V)BFV_MW_SIG (V/V)BFV_MW_SIG (V/V)BFV_SIG (V/V)BFV_SIG (V/V)BS (IN)BS (IN)CBF1 (V/V)CBF1 (V/V)CBF2 (V/V) CBF2 (V/V) CBF3 (V/V)CBF3 (V/V)CBF4 (V/V)CBF4 (V/V) CBF5 (V/V)CBF5 (V/V)CBF6 (V/V)CBF6 (V/V)CBF7 (V/V)CBF7 (V/V)CBP1 (V/V)CBP1 (V/V)CBP2 (V/V)CBP2 (V/V)CBP3 (V/V)CBP3 (V/V)CBP4 (V/V)CBP4 (V/V)CBP5 (V/V)CBP5 (V/V)CBP6 (V/V)CBP6 (V/V)CBP7 (V/V)CBP7 (V/V)CBP8 (V/V)CBP8 (V/V)CDF (N)CDF (N)CFF1 (V/V) CFF1 (V/V)CFF2 (V/V)CFF2 (V/V)CFF2 (V/V) CFF3 (V/V)CFF3 (V/V)CFF4 (V/V)CFF4 (V/V)CFF5 (V/V)CFF5 (V/V)CFF6 (V/V)CFF6 (V/V)CFF7 (V/V)CFF7 (V/V)CLOS (M)CLOS (M)CMFF (V/V)CMFF (V/V)CMFF_MW (V/V)CMFF_MW (V/V)CMFF_MW_SIG (V/V)CMFF_MW_SIG (V/V)CMFF_SIG (V/V)CMFF_SIG (V/V)CMRP_3MS (V/V)CMRP_3MS (V/V)CMRP_3MS_MW (V/V)CMRP_3MS_MW (V/V)CMR_GAIN.


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CMR_GAIN. CMR_PHI_CONVCMR_PHI_CONVCMR_RAW_PHI (V/V)CMR_RAW_PHI (V/V)CMR_SIG_PROC_SCMR_SIG_PROC_SCMR_TEMP (DEGF)CMR_TEMP (DEGF)CS (F/MN)CS (F/MN)CVEL (FT/MIN)CVEL (FT/MIN)CWEL (DEG/M)CWEL (DEG/M)DCAL (IN)DCAL (IN)DELTA_B0 (MT)DELTA_B0 (MT)DF (LBF)DF (LBF)DNPH (V/V)DNPH (V/V)EBSZ (%)EBSZ (%)ECGR (GAPI)ECGR (GAPI)ECHO_AMP_RECHO_AMP_RECHO_AMP_XECHO_AMP_XED (M)ELSZ (%)ELSZ (%)FCD (IN)FCD (IN)FREQ_OP (KHZ)FREQ_OP (KHZ)GAMMAGAMMAGDEV (DEG)GDEV (DEG)GR (GAPI)GR (GAPI)HDAR (IN)HDAR (IN)HTEM (DEGC)HTEM (DEGC)HWEC (DEG/M)HWEC (DEG/M)IPERM (MDM)IPERM (MDM)IPOR (M)IPOR (M)KSDR (MD)KSDR (MD)KTIM (MD)KTIM (MD)NCYT (DEGC)NCYT (DEGC)ND (M)ND (M)NOISE_ENV (V/V)NOISE_ENV (V/V)NOISE_FLAGNOISE_FLAGNOISE_PWRNOISE_PWRNOISE_TOOL (V/V)NOISE_TOOL (V/V)NOISE_TOOL_WSU (V/V)NOISE_TOOL_WSU (V/V)


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NO_UPDATE_COUNNO_UPDATE_COUNNPHI (V/V)NPHI (V/V)NPL (V/V)NPL (V/V)NPOR (V/V)NPOR (V/V)PHIE_HILT (V/V)PHIE_HILT (V/V)PXND_HILT (V/V)PXND_HILT (V/V)RGR (GAPI)RGR (GAPI)RHGX_HILT (G/CM3)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RMFA_HILT (OHMM)RO_HILT (OHMM)RO_HILT (OHMM)SPHASE (DEG)SPHASE (DEG)T2CUTOFF (MS)T2CUTOFF (MS)T2LM (MS)T2LM (MS)T2LM_MW (MS)T2LM_MW (MS)T2LM_MW_SIG (MS)T2LM_MW_SIG (MS)TCMR (V/V)TCMR (V/V)TCMR_MW (V/V)TCMR_MW (V/V)TCMR_MW_SIG (V/V)TCMR_MW_SIG (V/V)TCMR_SIG (V/V)TCMR_SIG (V/V)TENS (LBF)TENS (LBF)TNPH (V/V)TNPH (V/V)TNRAUMA_HILTUMA_HILTVCL_HILT (V/V)VCL_HILT (V/V)

6004-16-1z_cmr_gr_run6b_1: 13104.667-14042 F6. DEPTH (F)DPHZ (V/V)DPHZ (V/V)DSOZ (IN)DSOZ (IN)HAZ (M/S2)HAZ (M/S2)HDRA (G/C3)HDRA (G/C3)HGR (GAPI)HGR (GAPI)HMIN (OHMM)HMIN (OHMM)HMNO (OHMM)HMNO (OHMM)HNPO (V/V)HNPO (V/V)HTNP (V/V)HTNP (V/V)PEFZPEFZRHGR (GAPI)RHGR (GAPI)RHOZ (G/C3)


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RHOZ (G/C3)RSO8 (IN)RSO8 (IN)RSOZ (IN)RSOZ (IN)RXO8 (OHMM)RXO8 (OHMM)RXOZ (OHMM)RXOZ (OHMM)




6004-16-1z_comp_resample: 1360-4177.2594 m9. DEPTH (M)CGR (GAPI)DTCO (US/F)DTSM (US/F)GR (GAPI)HCAL (IN)HDRA (G/C3)


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NPHI (V/V)PEFZ (B/E)POTA (%)RDEEP (OHMM)RHOZ (G/C3)RXOZ (OHMM)SGR (GAPI)SP (MV)SP (MV)SP (MV)THOR (PPM)TNPH (V/V)URAN (PPM)





6004-16-1z_dsi_gr_run5b: 11991-13652 F13. DEPTH (F)BS (IN)CDF (N)CS (F/MN)CVEL (FT/MIN)DF (N)DT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/FT)DTRS (US/FT)DTTP (US/FT)DTTS (US/FT)ECGR (GAPI)GR (GAPI)ITT (S)


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RGR (GAPI)SOBS (IN)SPHI (V/V)TENS (LBF)


6004-16-1z_dsi_r9b_final_rs: 12403.5-131190 F15. DEPTH (F)BS (IN)CDF (N)CHRP


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CHRSCHTPCHTSCS (F/MN)CVEL (FT/MIN)DCI4DF (N)DT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/F)DTRS (US/F)DTTP (US/F)DTTS (US/F)ECGR (GAPI)ETIM (S)GR (GAPI)ITT (S)RGR (GAPI)SAS4SOBS (IN)SPHI (V/V)SPR4SPT4SSVE (M/S)SVEL (M/S)TENS (LBF)TIME (S)


6004-16-1z_dsi_run9b_final_1: 11991.083-13652 F17.


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DEPTH (F)IDWD (0.1_IN)SCD (0.1_IN)TIME (S)



ABS (M2)AFCD (M2)AREA (M2)BS (IN)BSD1CDF (N)CFGRCFTC (1/S)CGR (GAPI)CHRPCHRSCHTPCHTSCNTC (1/S)CS (F/MN)CVEL (IN)DCI4DF (LBF)DNPH (V/V)DRTADT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/FT)DTRS (US/FT)DTSM (US/F)DTTP (US/FT)DTTS (US/FT)EBSZ (%)ECGR (GAPI)ELSZ (%)ESSZ (%)ETIM (S)FCD (IN)GDEV (DEG)GR (GAPI)HDAR (IN)HLRGBHPATTHTEM (DEGC)HWEC (DEG/M)HWER (M)ICV (M3)IHV (M3)ITT (S)LSD1NCYT (DEGC)


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NPHI (V/V)NPL (V/V)NPOR (V/V)PHIE_HILT (V/V)POTAPRPWN4PXND_HILT (V/V)QCBSLQCHALSQCMCFLQCPORRCFT (1/S)RCNT (1/S)RHGX_HILT G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)RSGR (GAPI)RWA_HILT (OHMM)RXIG (MA)SGR (GAPI)SOBS (IN)SP (MV)SPAR (MV)SPHI (V/V)SSVE (M/S)SVEL (M/S)SW_HILT (V/V)TALPTENS (LBF)THOR (PPM)TNPH (V/V)TNRATPRATURAUMA_HILTUPRAURAN (PPM)VCL_HILT (V/V)VPVS


6004-16-1z_hals_dsi_pex_r6a_2: 12334.167-14033 F21. DEPTH (F)CDH (IN)DPHZ (V/V)DSOZ (IN)ECC (IN)EHGR (GAPI)HARS (OHMM) HART (OHMM) HAUD (OHMM) HAUE (IN)HAUS (OHMM) HAZ (M/S2)HCFT (1/S)HCNT (1/S)HDI (INS)


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HDRA (G/C3)HDRTHGR (GAPI)HLDU (OHMM) HLGU (OHMM) HLLD (OHMM) HLLE (OHMM) HLLG (OHMM) HLLS (OHMM) HLSU (OHMM) HMIN (OHMM) HMNO (OHMM) HNPO (V/V)HPRAHRDU (OHMM) HREU (IN)HRLD (OHMM) HRLE (IN)HRLS (OHMM) HRM (OHMM) HRMD (OHMM) HRSU (OHMM) HSO (IN)HTALHTNP (V/V)PEFZQCPEFQCRHRHFT (1/S)RHNT (1/S)RHOZ (G/C3)RSO8 (IN)RSOZ (IN)RXO8 (OHMM) RXOZ (OHMM)







6004-16-1z_mcfl_cnl_4160m: 3648.7608-4160.8248 m27. DEPTH (M)BS (IN)CDF (N)CS (F/HR)DPH8 (V/V)DPHZ (V/V)DSO8 (IN)


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DSOZ (IN)EHGR (GAPI)ETIM (S)GDEV (DEG)GR (GAPI)HCAL (IN)HDRA (G/C3)HNPO (V/V)HTNP (V/V)NPHI (V/V)PEF8PEFZRHO8 (G/C3)RHOZ (G/C3)TDEP (1IN)TENS (LBF)TNPH (V/V)



6004-16-1z_pex_gr_run5c: 11970.5-13651 F30. DEPTH (F)BS (IN)


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CS (F/MN)CVEL (FT/MIN)DF (LBF)DNPH (V/V)ECGR (GAPI)ELSZ (%)ESSZ (%)GDEV (DEG)GR (GAPI)HDAR (IN)HLRGBHTEM (DEGC)HWEC (DEG/M)NCYT (DEGC)NPHI (V/V)NPL (V/V)NPOR (V/V)PHIE_HILT. (V/V)PXND_HILT. (V/V)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)TALPTENS (LBF)TNPH (V/V)TNRAUMA_HILTVCL_HILT (V/V)




6004-16-1z_pex_r4a_final_rs: 12403.5-13190 F34. DEPTH (F)BS (IN)CDF (N)


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CHRPCHRSCHTPCHTSCS (F/MN)CVEL (FT/MIN) DCI4DF (N)DT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/F)DTRS (US/F)DTTP (US/F)DTTS (US/F)ECGR (GAPI)ETIM (S)GR (GAPI)ITT (S)RGR (GAPI)SAS4SOBS (IN)SPHI (V/V)SPR4SPT4SSVE (M/S)SVEL (M/S)TENS (LBF)TIME (S)

6004-16-1z_pex_r5c_final_rs: 13063.5-13653 F35. DEPTH (F)ABS (M2)AFCD (M2)AREA (M2)BS (IN)BSD1CDF (N)CFGRCFTC (1/S)CNTC (1/S)CS (F/MN)CVEL (FT/MIN)DF (LBF)DNPH (V/V)DRTAEBSZ (%)ECGR (GAPI)ELSZ (%)ESSZ (%)ETIM (S)FCD (IN)GDEV (DEG)GR (GAPI)HDAR (IN)HLRGBHPATTHTEM (DEGC)HWEC (DEG/M)HWER (M)ICV (M3)IHV (M3)LSD1NCYT (DEGC)NPHI (V/V)NPL (V/V)NPOR (V/V)PHIE_HILT. (V/V)PXND_HILT (V/V)QCBSLQCMCFLQCPORRCFT (1/S)


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RCNT (1/S)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)RXIG (MA )SSD1TALPTENS (LBF)TGST (M/S2)TIME (S)TNPH (V/V)TNRAUMA_HILTVCL_HILT (V/V)



6004-16-1z_pex_r5c_final_rs_3:13064.017-13653 F38. DEPTH (F)RVDRU (OHMM)RVSRU (OHMM)RXGR (OHMM)


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RXRU (OHMM)TIME (S)

6004-16-1z_pex_r6a_final_rs: 13105.5-13754 F39. DEPTH (F) ABS (M2) AFCD (M2) AREA (M2) BS (IN) BSD1CDF (N)CFGRCFTC (1/S)CGR (GAPI)CHRPCHRSCHTPCHTSCNTC (1/S)CS (F/MN)CVEL (FT/MIN)DCI4DF (LBF)DNPH (V/V)DRTADT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/F)DTRS (US/F)DTSM (US/F)DTTP (US/F)DTTS (US/F)EBSZ (%) ECGR (GAPI)ELSZ (%) ESSZ (%) ETIM (S) FCD (IN)GDEV (DEG)GR (GAPI)HDAR (IN)HLRGBHPATTHTEM (DEGC)HWEC (DEG/M)HWER (M) ICV (M3)IHV (M3)ITT (S)LSD1NCYT (DEGC)NPHI (V/V)NPL (V/V)NPOR (V/V)PHIE_HILT (V/V)POTAPR PWN4PXND_HILT (V/V)QCBSLQCHALSQCMCFLQCPORRCFT (1/S)RCNT (1/S)RHGX_HILT (G/CM3) RMFA_HILT (OHMM)RO_HILT (OHMM)RSGR (GAPI)RWA_HILT (OHMM)RXIG (MA) SAS4


150 of 374 19-10-16 10:43

SGR (GAPI) SOBS (IN)SP (M/V)SPAR (M/V) SPHI (V/V)SPR4SPT4SSD1SSVE (M/S) SVEL (M/S)SW_HILT (V/V)TALPTENS (LBF) TGST (M/S2)THOR (PPM) TIME (S)TNPH (V/V)TNRATPRATURAUMA_HILTUPRAURAN (PPM)VCL_HILT (V/V)VPVSW1NG (1/S)W2NG (1/S)W3NG (1/S)W4NG (1/S)W5NG (1/S)WF41WF42WF43WF44WF45WF46WF47WF48


6004-16-1z_pex_r6a_final_rs_2: 13105.667-13753.5 F41. DEPTH (F)CDH (IN) DPHZ (V/V)DSOZ (IN) ECC (IN) EHGR (GAPI) HARS (OHMM)HART (OHMM)HAUD (OHMM)HAUE (IN) HAUS (OHMM)HAZ (M/S2)HCFT (1/S)


151 of 374 19-10-16 10:43

HCNT (1/S)HDI (INS)HDRA (G/C3)HDRTHGR (GAPI)HLDU (OHMM)HLGU (OHMM)HLLD (OHMM)HLLE (OHMM)HLLG .OHMMHLLS (OHMM)HLSU (OHMM)HMIN (OHMM)HMNO (OHMM)HNPO .V/V HPRAHRDU (OHMM)HREU (IN) HRLD (OHMM)HRLE (IN) HRLS (OHMM)HRM (OHMM)HRMD (OHMM)HRSU (OHMM)HSO (IN) HTALHTNP (V/V) PEFZQCPEFQCRHRHFT (1/S)RHNT (1/S)RHOZ (G/C3)RSO8 (IN) RSOZ (IN) RXO8 (OHMM)RXOZ (OHMM)TIME (S) UZZIT1 (MA) ZVB1 (MV) ZVBQ (MV) ZVT1 (MV) ZVTQ (MV)


6004-16-1z_pex_run4a_final: 11991-13652 F43. DEPTH (F)BS (IN)CDF (N)CHRPCHRSCHTPCHTSCS (F/MN)CVEL (FT/MIN)DCI4DF (N)DT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/F)DTRS (US/F)DTTP (US/F)DTTS (US/F)ECGR (GAPI)ETIM (S) GR (GAPI)


152 of 374 19-10-16 10:43

ITT (S) PWN4RGR (GAPI) SAS4SOBS (IN)SPHI (V/V)SPR4SPT4SSVE (M/S)SVEL (M/S)TENS (LBF)TIME (S)


6004-16-1z_pex_run5c_final. 11970.5-13651 F45. DEPTH (F) ABS (M2) AFCD (M2) AREA (M2) BS (IN) BSD1CDF (N)CFGRCFTC (1/S)CNTC (1/S)CS (F/MN)CVEL (FT/MIN)DF (LBF)DNPH (V/V)DRTAEBSZ (%) ECGR (GAPI) ELSZ (%) ESSZ (%) ETIM (S)FCD (IN)GDEV (DEG)GR (GAPI)HDAR (IN)HLRGBHPATTHTEM (DEGC)HWEC (DEG/M)HWER (M)ICV (M3) IHV (M3)LSD1NCYT (DEGC)NPHI (V/V) NPL (V/V) NPOR (V/V) PHIE_HILT (V/V) PXND_HILT (V/V) QCBSLQCMCFLQCPORRCFT (1/S)RCNT (1/S)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)RXIG (MA)SSD1TALPTENS (LBF)TGST (M/S2)TIME (S)TNPH (V/V)


153 of 374 19-10-16 10:43

TNRAUMA_HILTVCL_HILT (V/V)

6004-16-1z_pex_run5c_final_1: 11971.083-13651 F46. DEPTH (F) BSW (1/S)BSWU (1/S)FCBR (OHMM)HCAL (IN) HDRXIDWD (0.1_IN)LHEW (1/S)LSW (1/S)LSWU (1/S)LWTO (1/S)RVV (MV) RXOI (OHMM)RXV (MV) SCD (0.1_IN)SSW (1/S)SSWU (1/S)TIME .S



6004-16-1z_pex_run6a_final: 12334-14033.5 F49. DEPTH (F) ABS (M2)AFCD (M2)AREA (M2)BS (IN)BSD1 CDF(N)CFGR


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CFTC (1/S)CGR (GAPI)CHRPCHRSCHTPCHTSCNTC (1/S)CS (F/MN)CVEL (FT/MIN)DCI4DF (LBF)DNPH (V/V) DRTADT4P (US/F) DT4S (US/F) DTCO (US/F) DTRP (US/FT) DTRS (US/FT) DTSM (US/F) DTTP (US/FT) DTTS (US/FT) EBSZ (%) ECGR (GAPI)ELSZ (%) ESSZ (%) ETIM (S)FCD (IN)GDEV (DEG)GR (GAPI)HDAR (IN) HLRGB HPATTHTEM (DEGC)HWEC (DEG/M)HWER (M)ICV (M3)IHV (M3)ITT (S)LSD1NCYT (DEGC)NPHI (V/V) NPL (V/V) NPOR (V/V) PHIE_HILT (V/V) POTAPR PWN4PXND_HILT (V/V) QCBSLQCHALSQCMCFLQCPORRCFT (1/S)RCNT (1/S)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)RSGR (GAPI)RWA_HILT (OHMM)RXIG (MA)SAS4SGR (GAPI) SOBS (IN)SP (MV)SPAR (MV)SPHI (V/V) SPR4SPT4SSD1SSVE (M/S)SVEL (M/S)SW_HILT (V/V)


155 of 374 19-10-16 10:43

TALPTENS (LBF)TGST (M/S2)THOR (PPM) TIME (S) TNPH (V/V) TNRATPRATURAUMA_HILTUPRAURAN (PPM) VCL_HILT. (V/V) VPVSW1NG (1/S) W2NG (1/S) W3NG (1/S) W4NG (1/S) W5NG (1/S) WF41WF42WF43WF44WF45WF46WF47WF48


6004-16-1z_pex_run6a_final_2. 12334.167-14033 F51. DEPTH (F) CDH (IN) DPHZ (V/V)DSOZ (IN) ECC (IN) EHGR (GAPI)HARS (OHMM)HART (OHMM)HAUD (OHMM)HAUE (IN) HAUS (OHMM)HAZ 8M/S2)HCFT (1/S)HCNT (1/S)HDI (NS) HDRA (G/C3)HDRTHGR (GAPI)HLDU (OHMM)HLGU (OHMM)HLLD (OHMM)HLLE (OHMM): HLLG (OHMM)HLLS (OHMM)


156 of 374 19-10-16 10:43

HLSU (OHMM)HMIN (OHMM)HMNO (OHMM)HNPO (V/V)HPRAHRDU (OHMM)HREU (IN) HRLD (OHMM) HRLE (IN) HRLS (OHMM)HRM (OHMM)HRMD (OHMM)HRSU (OHMM)HSO (IN) HTALHTNP (V/V) PEFZQCPEFQCRHRHFT (1/S)RHNT (1/S)RHOZ (G/C3): RSO8 (IN) RSOZ (IN) RXO8 (OHMM)RXOZ (OHMM)TIME (S) UZ ZIT1 (MA)ZVB1 (MV)ZVBQ (MV)ZVT1 (MV)ZVTQ (MV)



6004-16-1z_processed_cmr: 13103-13989 F54. DEPTH (F) ABS (M2)ACQ_TIME (MS)AC_REL_STATE


157 of 374 19-10-16 10:43

AFCD (M2)AMP_DIST (V)AMP_DIST_SIG (V)AREA (M2)ATEMP (DEGC)B0_MC (MT)B0_TEMP (MT)BADF_CMRBCQR (%)BDIGBFV (V/V)BFV_MW (V/V)BFV_MW_SIG (V/V)BFV_SIG (V/V)BLEW (1/S)BPHV (V)BS (IN)BSD1BSFF (%)CART_TEMP (DEGC)CBF1 (V/V)CBF2 (V/V)CBF3 (V/V)CBF4 (V/V)CBF5 (V/V)CBF6 (V/V)CBF7 (V/V)CBP1 (V/V)CBP2 (V/V)CBP3 (V/V)CBP4 (V/V)CBP5 (V/V)CBP6 (V/V)CBP7 (V/V)CBP8 (V/V)CDF (N) CFF1 (V/V)CFF2 (V/V)CFF3 (V/V)CFF4 (V/V)CFF5 (V/V)CFF6 (V/V)CFF7 (V/V)CFGRCFTC (1/S)CLOS (M) CMFF (V/V)CMFF_MW. (V/V)CMFF_MW_SIG (V/V)CMFF_SIG (V/V)CMRP_3MS (V/V)CMRP_3MS_MW (V/V)CMR_GAINCMR_PHI_CONVCMR_RAW_PHI (V/V)CMR_SIG_PROC_SCMR_TEMP (DEGF)CMR_TEMP_RAWCMSNCNTC (1/S)CS (F/MN)CTEM (DEGF)CTMP (DEGC)CVEL (FT/MIN)CWEL (DEG/M)DELTA_B0 (MT)DF (LBF)DHC_ERRDNPH (V/V)DRTADSPPSDSPPT (MS)


158 of 374 19-10-16 10:43

DSP_ERREBSZ (%)ECGR (GAPI)ECHO_AMP_RECHO_AMP_XECHO_BASE (V)ED (M)ELSZ (%)ESSZ (%)ETIM (S)FCD (IN)FREQ_OP (KHZ)FREQ_OP_IDGAMMAGCHV (V)GDEV (DEG)GR (GAPI)GTHV (V)HAGR (V)HDAR (IN)HDGR (V)HDIGHHVO (V)HLRGBHM15 (V)HMRGBHP15 (V)HP5V (V)HPATTHPB0 (MT)HPB0CH (V)HPB0CL (V)HPB0_RAWHTEM (DEGC)HV (V)HV_CUR (MA)HV_LOADED (V)HV_PEAK_CUR (MA)HV_REG (V)HV_UNREG (V)HWEC (DEG/M)HWER (M)ICV (M3)IHV (M3)INV_AMP_MCKBFV (MD)KCMR (MD)KSDR (MD)KTIM (MD)LCQR (%)LDIGLLEW (1/S)LOOPLPHV (V)LSD1LSFF (%) MA5V (V)MDIGMINUS_15V (V)MINUS_5V_ANA (V)MP12 (V)MP5V (V)NCHV (V)NCYT (DEGC)ND (M)NDIANOISE_ENV (V/V)NOISE_FLAGNOISE_PWRNOISE_TOOL (V/V)NOISE_TOOL_WSU (V/V)NO_UPDATE_COUN


159 of 374 19-10-16 10:43

NPHI (V/V)NPL (V/V)NPOR (V/V)NSGD (V)NTHV (V)NUM_MSGPHIE_HILT (V/V)PLUS_15V (V)PLUS_5V (V)PLUS_5V_ANA (V)PXND_HILT (V/V)QCBSLQCMCFLQCPORRBPHV (V)RCFT (1/S)RCNT (1/S)RD1P (MV) RD1Q (MV) RDA0 (MV) RDIARGCN (1/S)RG (GAPI)RHGX_HILT (G/CM3)RLPHV (V)RMFA_HILT (OHMM)RMS_NOISE (V)RO_HILT (OHMM)RSPHV (V)RTNRRXIB (MA)RXIG (MA)RXPS (DEG)RXVB (MV)RXVM (UV)SCQR (%)SDIGSIG_PROC_ERRSLEW (1/S)SPHASE (DEG)SPHV (V)SSD1SSFF (%)STATE_ERRT12RT2LM (MS)T2LM_MW (MS)T2LM_MW_SIG (MS)T2P1 (MS)T2P2 (MS)T2P3 (MS)TALPTCH (V)TCL (V/V)TCMR (V/V)TCMR_MW (V/V)TCMR_MW_SIG (V/V)TCMR_SIG (V/V)TENS (LBF)TGST (M/S2)TIME (S) TNPH (V/V)TNRATOOL_STATETREF (V)TUNE_WORDTVDE (M)TW_OFFSETUMA_HILTVCL_HILT (V/V)VSEC (M) WAIT_FLAG


160 of 374 19-10-16 10:43

WSUM

6004-16-1z_processed_cmr_1: 13103.008-13989 F55. DEPTH (F) AZS1 (M/S2)AZS2 (M/S2)AZSNTIME (S)


6004-16-1z_processed_cmr_3: 13103.167-13989 F57. DEPTH (F) DPHZ (V/V)DSOZ (IN)HAZ (M/S2)HCFT (1/S)HCNT (1/S)HDRA (G/C3) HDRB (G/CM3)HDRTHGR (GAPI)HMIN (OHMM) HMNO (OHMM) HNPO (V/V)HPRAHTALHTNP (V/V) PEA PEFBAPEFLAPEFSAPEFZQCPEFQCRHRGHN (1/S)RHBA (G/CM3)RHFT (1/S) RHGR (GAPI) RHLA (G/CM3)


161 of 374 19-10-16 10:43

RHNT (1/S) RHOZ (G/C3)RHSA (G/CM3)RMCZ (OHMM) ROMZ (G/CM3)RSO8 (IN)RSOZ (IN) RXO8 (OHMM) RXOZ (OHMM) TIME (S)UZ


TIME (S)



Well 6004/16-1









162 of 374 19-10-16 10:43










Well 6004/16-1

Well information

Well number 6004/16-1Location Offshore, South East of Faroe IslandsLongitude 04o 54´58.196´´ WLatitude 60o 22´28.186´´ NUTM Zone 30Spheroid WGS84Datum ETRS89Well blok no. 6004/16


163 of 374 19-10-16 10:43

Reference point KB 26.5 m above MSLWather depth 974.5 m below MSLTD log 4275 mTD drill 4274 m below KBThe well is VerticalSpud date 20 September 2001Completed 10 December 2001Spud classification ExplorationStatus (completion) Plug and AbandonedLicense L001Operator Amarada HessRig Sovereign Explorer












164 of 374 19-10-16 10:43

11. Processing, sedimentological and structural evaluation of FMI data acquired inthe drilled T10 and T20 stratigraphy, 6004-16-1z, Marjun prospect.





Analog logs

Composite Log (Pdf)










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166 of 374 19-10-16 10:43














BADF_CMRBADF_CMRBFV (V/V)BFV (V/V)BFV_MW (V/V)BFV_MW (V/V)BFV_MW_SIG (V/V)BFV_MW_SIG (V/V)BFV_SIG (V/V)BFV_SIG (V/V)BS (IN)BS (IN)


167 of 374 19-10-16 10:43

CBF1 (V/V)CBF1 (V/V)CBF2 (V/V)CBF2 (V/V)CBF3 (V/V)CBF3 (V/V)CBF4 (V/V)CBF4 (V/V)CBF5 (V/V)CBF5 (V/V)CBF6 (V/V)CBF6 (V/V)CBF7 (V/V)CBF7 (V/V)CBP1 (V/V)CBP1 (V/V)CBP2 (V/V)CBP2 (V/V)CBP3 (V/V)CBP3 (V/V)CBP4 (V/V)CBP4 (V/V)CBP5 (V/V)CBP5 (V/V)CBP6 (V/V)CBP6 (V/V)CBP7 (V/V)CBP7 (V/V)CBP8 (V/V)CBP8 (V/V)CDF (N)CDF (N)CFF1 (V/V)CFF1 (V/V)CFF2 (V/V)CFF2 (V/V)CFF2 (V/V)CFF3 (V/V)CFF3 (V/V)CFF4 (V/V)CFF4 (V/V)CFF5 (V/V)CFF5 (V/V)CFF6 (V/V)CFF6 (V/V)CFF7 (V/V)CFF7 (V/V)CLOS (M)CLOS (M)CMFF (V/V)CMFF (V/V)CMFF_MW (V/V)CMFF_MW (V/V)CMFF_MW_SIG (V/V)CMFF_MW_SIG (V/V)CMFF_SIG (V/V)CMFF_SIG (V/V)CMRP_3MS (V/V)CMRP_3MS (V/V)CMRP_3MS_MW (V/V)CMRP_3MS_MW (V/V)CMR_GAIN.CMR_GAIN.CMR_PHI_CONVCMR_PHI_CONVCMR_RAW_PHI (V/V)CMR_RAW_PHI (V/V)CMR_SIG_PROC_SCMR_SIG_PROC_SCMR_TEMP (DEGF)CMR_TEMP (DEGF)CS (F/MN)


168 of 374 19-10-16 10:43

CS (F/MN)CVEL (FT/MIN)CVEL (FT/MIN)CWEL (DEG/M)CWEL (DEG/M)DCAL (IN)DCAL (IN)DELTA_B0 (MT)DELTA_B0 (MT)DF (LBF)DF (LBF)DNPH (V/V)DNPH (V/V)EBSZ (%)EBSZ (%)ECGR (GAPI)ECGR (GAPI)ECHO_AMP_RECHO_AMP_RECHO_AMP_XECHO_AMP_XED (M)ELSZ (%)ELSZ (%)FCD (IN)FCD (IN)FREQ_OP (KHZ)FREQ_OP (KHZ)GAMMAGAMMAGDEV (DEG)GDEV (DEG)GR (GAPI)GR (GAPI)HDAR (IN)HDAR (IN)HTEM (DEGC)HTEM (DEGC)HWEC (DEG/M)HWEC (DEG/M)IPERM (MDM)IPERM (MDM)IPOR (M)IPOR (M)KSDR (MD)KSDR (MD)KTIM (MD)KTIM (MD)NCYT (DEGC)NCYT (DEGC)ND (M)ND (M)NOISE_ENV (V/V)NOISE_ENV (V/V)NOISE_FLAGNOISE_FLAGNOISE_PWRNOISE_PWRNOISE_TOOL (V/V)NOISE_TOOL (V/V)NOISE_TOOL_WSU (V/V)NOISE_TOOL_WSU (V/V)NO_UPDATE_COUNNO_UPDATE_COUNNPHI (V/V)NPHI (V/V)NPL (V/V)NPL (V/V)NPOR (V/V)NPOR (V/V)PHIE_HILT (V/V)PHIE_HILT (V/V)


169 of 374 19-10-16 10:43

PXND_HILT (V/V)PXND_HILT (V/V)RGR (GAPI)RGR (GAPI)RHGX_HILT (G/CM3)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RMFA_HILT (OHMM)RO_HILT (OHMM)RO_HILT (OHMM)SPHASE (DEG)SPHASE (DEG)T2CUTOFF (MS)T2CUTOFF (MS)T2LM (MS)T2LM (MS)T2LM_MW (MS)T2LM_MW (MS)T2LM_MW_SIG (MS)T2LM_MW_SIG (MS)TCMR (V/V)TCMR (V/V)TCMR_MW (V/V)TCMR_MW (V/V)TCMR_MW_SIG (V/V)TCMR_MW_SIG (V/V)TCMR_SIG (V/V)TCMR_SIG (V/V)TENS (LBF)TENS (LBF)TNPH (V/V)TNPH (V/V)TNRAUMA_HILTUMA_HILTVCL_HILT (V/V)VCL_HILT (V/V)



170 of 374 19-10-16 10:43




6004-16-1z_comp_resample: 1360-4177.2594 m9. DEPTH (M)CGR (GAPI)DTCO (US/F)DTSM (US/F)GR (GAPI)HCAL (IN)HDRA (G/C3)NPHI (V/V)PEFZ (B/E)POTA (%)RDEEP (OHMM)RHOZ (G/C3)RXOZ (OHMM)SGR (GAPI)SP (MV)SP (MV)


171 of 374 19-10-16 10:43

SP (MV)THOR (PPM)TNPH (V/V)URAN (PPM)






6004-16-1z_dsi_pex_run4a: 2073.554-3835.4508 m14. DEPTH (M)BS (IN)CGR (GAPI)CS (F/MN)


172 of 374 19-10-16 10:43

DNPH (V/V)DPHZ (V/V)DT1 (US/FT)DT1R (US/FT)DT2 (US/FT)DT2R (US/FT)DT3R (US/FT)DT4P (US/F)DT4S (US/F)DT5 (US/F)DTCO (US/F)DTRP (US/F)DTRS (US/F)DTSM (US/F)DTST (US/F)DTTP (US/F)DTTS (US/F)GR (GAPI)HCAL (IN)HDRA (G/C3)HGR (GAPI)ITT (S)NPHI (V/V)NPL (V/V)NPOR (V/V)PEFZPHIE (V/V)POTAPRRHO8 (G/C3)RHOZ (G/C3)RLA0 (OHMM)RLA1 (OHMM)RLA2 (OHMM)RLA3 (OHMM)RLA4 (OHMM)RLA5 (OHMM)RM (OHMM)RMFA (OHMM)RO (OHMM)RT (OHMM)RXO (OHMM)RXOI (OHMM)RXOZ (OHMM)SGR (GAPI)SP (MV)SPHI (V/V)TENS (LBF)THOR (PPM)TNPH (V/V)TNRATPRATURAUPRAURAN 8PPM)VCL (V/V)VPVS

6004-16-1z_dsi_r9b_final_rs: 12403.5-131190 F15. DEPTH (F)BS (IN)CDF (N)CHRPCHRSCHTPCHTSCS (F/MN)CVEL (FT/MIN)DCI4DF (N)DT4P (US/F)DT4S (US/F)DTCO (US/F)


173 of 374 19-10-16 10:43

DTRP (US/F)DTRS (US/F)DTTP (US/F)DTTS (US/F)ECGR (GAPI)ETIM (S)GR (GAPI)ITT (S)RGR (GAPI)SAS4SOBS (IN)SPHI (V/V)SPR4SPT4SSVE (M/S)SVEL (M/S)TENS (LBF)TIME (S)



6004-16-1z_hals_dsi_2224m: 1360.932-2224.278 m18. DEPTH (M)CDF (N)DT1R (US/F)DT2R (US/F)DTCO (US/F)


174 of 374 19-10-16 10:43

GR (GAPI)HCAL (IN)HDRA (G/C3)HLLD (OHMM)HLLS (OHMM)HTEM (DEGC)NPHI (V/V)PEFZRHOZ 8G/C3)RXOZ (OHMM)SP (MV)TENS (LBF)


ABS (M2)AFCD (M2)AREA (M2)BS (IN)BSD1CDF (N)CFGRCFTC (1/S)CGR (GAPI)CHRPCHRSCHTPCHTSCNTC (1/S)CS (F/MN)CVEL (IN)DCI4DF (LBF)DNPH (V/V)DRTADT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/FT)DTRS (US/FT)DTSM (US/F)DTTP (US/FT)DTTS (US/FT)EBSZ (%)ECGR (GAPI)ELSZ (%)ESSZ (%)ETIM (S)FCD (IN)GDEV (DEG)GR (GAPI)HDAR (IN)HLRGBHPATTHTEM (DEGC)HWEC (DEG/M)HWER (M)ICV (M3)IHV (M3)ITT (S)LSD1NCYT (DEGC)NPHI (V/V)NPL (V/V)NPOR (V/V)PHIE_HILT (V/V)POTAPRPWN4PXND_HILT (V/V)QCBSLQCHALS


175 of 374 19-10-16 10:43

QCMCFLQCPORRCFT (1/S)RCNT (1/S)RHGX_HILT G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)RSGR (GAPI)RWA_HILT (OHMM)RXIG (MA)SGR (GAPI)SOBS (IN)SP (MV)SPAR (MV)SPHI (V/V)SSVE (M/S)SVEL (M/S)SW_HILT (V/V)TALPTENS (LBF)THOR (PPM)TNPH (V/V)TNRATPRATURAUMA_HILTUPRAURAN (PPM)VCL_HILT (V/V)VPVS


6004-16-1z_hals_dsi_pex_r6a_2: 12334.167-14033 F21. DEPTH (F)CDH (IN)DPHZ (V/V)DSOZ (IN)ECC (IN)EHGR (GAPI)HARS (OHMM)HART (OHMM)HAUD (OHMM)HAUE (IN)HAUS (OHMM)HAZ (M/S2)HCFT (1/S)HCNT (1/S)HDI (INS)HDRA (G/C3)HDRTHGR (GAPI)HLDU (OHMM)HLGU (OHMM)HLLD (OHMM)HLLE (OHMM)HLLG (OHMM)HLLS (OHMM)HLSU (OHMM)


176 of 374 19-10-16 10:43

HMIN (OHMM)HMNO (OHMM)HNPO (V/V)HPRAHRDU (OHMM)HREU (IN)HRLD (OHMM)HRLE (IN)HRLS (OHMM)HRM (OHMM)HRMD (OHMM)HRSU (OHMM)HSO (IN)HTALHTNP (V/V)PEFZQCPEFQCRHRHFT (1/S)RHNT (1/S)RHOZ (G/C3)RSO8 (IN)RSOZ (IN)RXO8 (OHMM)RXOZ (OHMM)







6004-16-1z_mcfl_cnl_4160m: 3648.7608-4160.8248 m27. DEPTH (M)BS (IN)CDF (N)CS (F/HR)DPH8 (V/V)DPHZ (V/V)DSO8 (IN)DSOZ (IN)EHGR (GAPI)ETIM (S)GDEV (DEG)GR (GAPI)HCAL (IN)HDRA (G/C3)HNPO (V/V)HTNP (V/V)NPHI (V/V)


177 of 374 19-10-16 10:43

PEF8PEFZRHO8 (G/C3)RHOZ (G/C3)TDEP (1IN)TENS (LBF)TNPH (V/V)



6004-16-1z_pex_gr_run5c: 11970.5-13651 F30. DEPTH (F)BS (IN)CS (F/MN)CVEL (FT/MIN)DF (LBF)DNPH (V/V)ECGR (GAPI)ELSZ (%)ESSZ (%)GDEV (DEG)GR (GAPI)HDAR (IN)


178 of 374 19-10-16 10:43

HLRGBHTEM (DEGC)HWEC (DEG/M)NCYT (DEGC)NPHI (V/V)NPL (V/V)NPOR (V/V)PHIE_HILT. (V/V)PXND_HILT. (V/V)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)TALPTENS (LBF)TNPH (V/V)TNRAUMA_HILTVCL_HILT (V/V)




6004-16-1z_pex_r4a_final_rs: 12403.5-13190 F34. DEPTH (F)BS (IN)CDF (N)CHRPCHRSCHTPCHTSCS (F/MN)CVEL (FT/MIN)DCI4DF (N)DT4P (US/F)DT4S (US/F)


179 of 374 19-10-16 10:43

DTCO (US/F)DTRP (US/F)DTRS (US/F)DTTP (US/F)DTTS (US/F)ECGR (GAPI)ETIM (S)GR (GAPI)ITT (S)RGR (GAPI)SAS4SOBS (IN)SPHI (V/V)SPR4SPT4SSVE (M/S)SVEL (M/S)TENS (LBF)TIME (S)

6004-16-1z_pex_r5c_final_rs: 13063.5-13653 F35. DEPTH (F)ABS (M2)AFCD (M2)AREA (M2)BS (IN)BSD1CDF (N)CFGRCFTC (1/S)CNTC (1/S)CS (F/MN)CVEL (FT/MIN)DF (LBF)DNPH (V/V)DRTAEBSZ (%)ECGR (GAPI)ELSZ (%)ESSZ (%)ETIM (S)FCD (IN)GDEV (DEG)GR (GAPI)HDAR (IN)HLRGBHPATTHTEM (DEGC)HWEC (DEG/M)HWER (M)ICV (M3)IHV (M3)LSD1NCYT (DEGC)NPHI (V/V)NPL (V/V)NPOR (V/V)PHIE_HILT. (V/V)PXND_HILT (V/V)QCBSLQCMCFLQCPORRCFT (1/S)RCNT (1/S)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)RXIG (MA )SSD1TALPTENS (LBF)TGST (M/S2)TIME (S)


180 of 374 19-10-16 10:43

TNPH (V/V)TNRAUMA_HILTVCL_HILT (V/V)




6004-16-1z_pex_r6a_final_rs: 13105.5-13754 F39. DEPTH (F) ABS (M2)AFCD (M2)AREA (M2)BS (IN)BSD1CDF (N)


181 of 374 19-10-16 10:43

CFGRCFTC (1/S)CGR (GAPI)CHRPCHRSCHTPCHTSCNTC (1/S)CS (F/MN)CVEL (FT/MIN)DCI4DF (LBF)DNPH (V/V)DRTADT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/F)DTRS (US/F)DTSM (US/F)DTTP (US/F)DTTS (US/F)EBSZ (%)ECGR (GAPI)ELSZ (%)ESSZ (%)ETIM (S)FCD (IN)GDEV (DEG)GR (GAPI)HDAR (IN)HLRGBHPATTHTEM (DEGC)HWEC (DEG/M)HWER (M)ICV (M3)IHV (M3)ITT (S)LSD1NCYT (DEGC)NPHI (V/V)NPL (V/V)NPOR (V/V)PHIE_HILT (V/V)POTAPRPWN4PXND_HILT (V/V)QCBSLQCHALSQCMCFLQCPORRCFT (1/S)RCNT (1/S)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)RSGR (GAPI)RWA_HILT (OHMM)RXIG (MA)SAS4SGR (GAPI)SOBS (IN)SP (M/V)SPAR (M/V)SPHI (V/V)SPR4SPT4SSD1SSVE (M/S)SVEL (M/S)


182 of 374 19-10-16 10:43

SW_HILT (V/V)TALPTENS (LBF)TGST (M/S2)THOR (PPM)TIME (S)TNPH (V/V)TNRATPRATURAUMA_HILTUPRAURAN (PPM)VCL_HILT (V/V)VPVSW1NG (1/S)W2NG (1/S)W3NG (1/S)W4NG (1/S)W5NG (1/S)WF41WF42WF43WF44WF45WF46WF47WF48


6004-16-1z_pex_r6a_final_rs_2: 13105.667-13753.5 F41. DEPTH (F)CDH (IN)DPHZ (V/V)DSOZ (IN)ECC (IN)EHGR (GAPI)HARS (OHMM)HART (OHMM)HAUD (OHMM)HAUE (IN)HAUS (OHMM)HAZ (M/S2)HCFT (1/S)HCNT (1/S)HDI (INS)HDRA (G/C3)HDRTHGR (GAPI)HLDU (OHMM)HLGU (OHMM)HLLD (OHMM)HLLE (OHMM)HLLG .OHMMHLLS (OHMM)


183 of 374 19-10-16 10:43

HLSU (OHMM)HMIN (OHMM)HMNO (OHMM)HNPO .V/VHPRAHRDU (OHMM)HREU (IN)HRLD (OHMM)HRLE (IN)HRLS (OHMM)HRM (OHMM)HRMD (OHMM)HRSU (OHMM)HSO (IN)HTALHTNP (V/V)PEFZQCPEFQCRHRHFT (1/S)RHNT (1/S)RHOZ (G/C3)RSO8 (IN)RSOZ (IN)RXO8 (OHMM)RXOZ (OHMM)TIME (S)UZZIT1 (MA)ZVB1 (MV)ZVBQ (MV)ZVT1 (MV)ZVTQ (MV)


6004-16-1z_pex_run4a_final: 11991-13652 F43. DEPTH (F)BS (IN)CDF (N)CHRPCHRSCHTPCHTSCS (F/MN)CVEL (FT/MIN)DCI4DF (N)DT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/F)DTRS (US/F)DTTP (US/F)DTTS (US/F)ECGR (GAPI)ETIM (S)GR (GAPI)ITT (S)PWN4RGR (GAPI)SAS4SOBS (IN)SPHI (V/V)SPR4SPT4SSVE (M/S)SVEL (M/S)


184 of 374 19-10-16 10:43

TENS (LBF)TIME (S)

6004-16-1z_pex_run4a_final_1: 11991.083-13652 F44. DEPTH (F)IDWD (0.1_IN)SCD (0.1_IN)TIME (S)


6004-16-1z_pex_run5c_final_1: 11971.083-13651 F46. DEPTH (F)BSW (1/S)BSWU (1/S)FCBR (OHMM)HCAL (IN)HDRX


185 of 374 19-10-16 10:43

IDWD (0.1_IN)LHEW (1/S)LSW (1/S)LSWU (1/S)LWTO (1/S)RVV (MV)RXOI (OHMM)RXV (MV)SCD (0.1_IN)SSW (1/S)SSWU (1/S)TIME .S



6004-16-1z_pex_run6a_final: 12334-14033.5 F49. DEPTH (F)ABS (M2)AFCD (M2)AREA (M2)BS (IN)BSD1 CDF(N)CFGRCFTC (1/S)CGR (GAPI)CHRPCHRSCHTPCHTSCNTC (1/S)CS (F/MN)CVEL (FT/MIN)DCI4


186 of 374 19-10-16 10:43

DF (LBF)DNPH (V/V)DRTADT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/FT)DTRS (US/FT)DTSM (US/F)DTTP (US/FT)DTTS (US/FT)EBSZ (%)ECGR (GAPI)ELSZ (%)ESSZ (%)ETIM (S)FCD (IN)GDEV (DEG)GR (GAPI)HDAR (IN)HLRGBHPATTHTEM (DEGC)HWEC (DEG/M)HWER (M)ICV (M3)IHV (M3)ITT (S)LSD1NCYT (DEGC)NPHI (V/V)NPL (V/V)NPOR (V/V)PHIE_HILT (V/V)POTAPRPWN4PXND_HILT (V/V)QCBSLQCHALSQCMCFLQCPORRCFT (1/S)RCNT (1/S)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)RSGR (GAPI)RWA_HILT (OHMM)RXIG (MA)SAS4SGR (GAPI)SOBS (IN)SP (MV)SPAR (MV)SPHI (V/V)SPR4SPT4SSD1SSVE (M/S)SVEL (M/S)SW_HILT (V/V)TALPTENS (LBF)TGST (M/S2)THOR (PPM)TIME (S)TNPH (V/V)TNRATPRATURAUMA_HILT


187 of 374 19-10-16 10:43

UPRAURAN (PPM)VCL_HILT. (V/V)VPVSW1NG (1/S)W2NG (1/S)W3NG (1/S)W4NG (1/S)W5NG (1/S)WF41WF42WF43WF44WF45WF46WF47WF48


6004-16-1z_pex_run6a_final_2. 12334.167-14033 F51. DEPTH (F)CDH (IN)DPHZ (V/V)DSOZ (IN)ECC (IN)EHGR (GAPI)HARS (OHMM)HART (OHMM)HAUD (OHMM)HAUE (IN)HAUS (OHMM)HAZ 8M/S2)HCFT (1/S)HCNT (1/S)HDI (NS)HDRA (G/C3)HDRTHGR (GAPI)HLDU (OHMM)HLGU (OHMM)HLLD (OHMM)HLLE (OHMM):HLLG (OHMM)HLLS (OHMM)HLSU (OHMM)HMIN (OHMM)HMNO (OHMM)HNPO (V/V)HPRAHRDU (OHMM)HREU (IN)HRLD (OHMM)HRLE (IN)HRLS (OHMM)


188 of 374 19-10-16 10:43

HRM (OHMM)HRMD (OHMM)HRSU (OHMM)HSO (IN)HTALHTNP (V/V)PEFZQCPEFQCRHRHFT (1/S)RHNT (1/S)RHOZ (G/C3):RSO8 (IN)RSOZ (IN)RXO8 (OHMM)RXOZ (OHMM)TIME (S)UZZIT1 (MA)ZVB1 (MV)ZVBQ (MV)ZVT1 (MV)ZVTQ (MV)



6004-16-1z_processed_cmr: 13103-13989 F54. DEPTH (F)ABS (M2)ACQ_TIME (MS)AC_REL_STATEAFCD (M2)AMP_DIST (V)AMP_DIST_SIG (V)AREA (M2)ATEMP (DEGC)B0_MC (MT)B0_TEMP (MT)BADF_CMRBCQR (%)BDIG


189 of 374 19-10-16 10:43

BFV (V/V)BFV_MW (V/V)BFV_MW_SIG (V/V)BFV_SIG (V/V)BLEW (1/S)BPHV (V)BS (IN)BSD1BSFF (%)CART_TEMP (DEGC)CBF1 (V/V)CBF2 (V/V)CBF3 (V/V)CBF4 (V/V)CBF5 (V/V)CBF6 (V/V)CBF7 (V/V)CBP1 (V/V)CBP2 (V/V)CBP3 (V/V)CBP4 (V/V)CBP5 (V/V)CBP6 (V/V)CBP7 (V/V)CBP8 (V/V)CDF (N)CFF1 (V/V)CFF2 (V/V)CFF3 (V/V)CFF4 (V/V)CFF5 (V/V)CFF6 (V/V)CFF7 (V/V)CFGRCFTC (1/S)CLOS (M)CMFF (V/V)CMFF_MW. (V/V)CMFF_MW_SIG (V/V)CMFF_SIG (V/V)CMRP_3MS (V/V)CMRP_3MS_MW (V/V)CMR_GAINCMR_PHI_CONVCMR_RAW_PHI (V/V)CMR_SIG_PROC_SCMR_TEMP (DEGF)CMR_TEMP_RAWCMSNCNTC (1/S)CS (F/MN)CTEM (DEGF)CTMP (DEGC)CVEL (FT/MIN)CWEL (DEG/M)DELTA_B0 (MT)DF (LBF)DHC_ERRDNPH (V/V)DRTADSPPSDSPPT (MS)DSP_ERREBSZ (%)ECGR (GAPI)ECHO_AMP_RECHO_AMP_XECHO_BASE (V)ED (M)ELSZ (%)ESSZ (%)ETIM (S)


190 of 374 19-10-16 10:43

FCD (IN)FREQ_OP (KHZ)FREQ_OP_IDGAMMAGCHV (V)GDEV (DEG)GR (GAPI)GTHV (V)HAGR (V)HDAR (IN)HDGR (V)HDIGHHVO (V)HLRGBHM15 (V)HMRGBHP15 (V)HP5V (V)HPATTHPB0 (MT)HPB0CH (V)HPB0CL (V)HPB0_RAWHTEM (DEGC)HV (V)HV_CUR (MA)HV_LOADED (V)HV_PEAK_CUR (MA)HV_REG (V)HV_UNREG (V)HWEC (DEG/M)HWER (M)ICV (M3)IHV (M3)INV_AMP_MCKBFV (MD)KCMR (MD)KSDR (MD)KTIM (MD)LCQR (%)LDIGLLEW (1/S)LOOPLPHV (V)LSD1LSFF (%)MA5V (V)MDIGMINUS_15V (V)MINUS_5V_ANA (V)MP12 (V)MP5V (V)NCHV (V)NCYT (DEGC)ND (M)NDIANOISE_ENV (V/V)NOISE_FLAGNOISE_PWRNOISE_TOOL (V/V)NOISE_TOOL_WSU (V/V)NO_UPDATE_COUNNPHI (V/V)NPL (V/V)NPOR (V/V)NSGD (V)NTHV (V)NUM_MSGPHIE_HILT (V/V)PLUS_15V (V)PLUS_5V (V)PLUS_5V_ANA (V)


191 of 374 19-10-16 10:43

PXND_HILT (V/V)QCBSLQCMCFLQCPORRBPHV (V)RCFT (1/S)RCNT (1/S)RD1P (MV)RD1Q (MV)RDA0 (MV)RDIARGCN (1/S)RG (GAPI)RHGX_HILT (G/CM3)RLPHV (V)RMFA_HILT (OHMM)RMS_NOISE (V)RO_HILT (OHMM)RSPHV (V)RTNRRXIB (MA)RXIG (MA)RXPS (DEG)RXVB (MV)RXVM (UV)SCQR (%)SDIGSIG_PROC_ERRSLEW (1/S)SPHASE (DEG)SPHV (V)SSD1SSFF (%)STATE_ERRT12RT2LM (MS)T2LM_MW (MS)T2LM_MW_SIG (MS)T2P1 (MS)T2P2 (MS)T2P3 (MS)TALPTCH (V)TCL (V/V)TCMR (V/V)TCMR_MW (V/V)TCMR_MW_SIG (V/V)TCMR_SIG (V/V)TENS (LBF)TGST (M/S2)TIME (S)TNPH (V/V)TNRATOOL_STATETREF (V)TUNE_WORDTVDE (M)TW_OFFSETUMA_HILTVCL_HILT (V/V)VSEC (M)WAIT_FLAGWSUM




192 of 374 19-10-16 10:43

BIOMBSW (1/S)BSWU (1/S)BWTO (1/S)FCBR (OHMM)HCAL (IN)HDRXHIOMHMASHRCAL (IN)IDWD (0.1_IN)LHEW (1/S)LIOMLSW (1/S)LSWU (1/S)LWTO (1/S)MIOMNIOMQCRXORIOMRVID (UA)RVIS (UA)RVV (MV)RXI0 (UA)RXOI (OHMM )RXV (MV)SCD (0.1_IN)SIOMSSW (1/S)SSWU (1/S)SWTO (1/S)TIME (S)TQCA

6004-16-1z_processed_cmr_3: 13103.167-13989 F57. DEPTH (F)DPHZ (V/V)DSOZ (IN)HAZ (M/S2)HCFT (1/S)HCNT (1/S)HDRA (G/C3)HDRB (G/CM3)HDRTHGR (GAPI)HMIN (OHMM)HMNO (OHMM)HNPO (V/V)HPRAHTALHTNP (V/V)PEAPEFBAPEFLAPEFSAPEFZQCPEFQCRHRGHN (1/S)RHBA (G/CM3)RHFT (1/S)RHGR (GAPI)RHLA (G/CM3)RHNT (1/S)RHOZ (G/C3)RHSA (G/CM3)RMCZ (OHMM)ROMZ (G/CM3)RSO8 (IN)RSOZ (IN)RXO8 (OHMM)RXOZ (OHMM)TIME (S)


193 of 374 19-10-16 10:43

UZ

6004-16-1z_processed_cmr_4: 13103.017-13989 F58. DEPTH (F)HAZ01 (M/S2)RVDRU (OHMM)RVSRU (OHMM)RXGR (OHMM)RXRU (OHMM)

TIME (S)



Well 6004/17-1

Composit Log









7.


8.





194 of 374 19-10-16 10:43

PEX(HALS)−DSI−ACTS−SP, Log intrval 2486.5 m - 3841.57 m. Run no. 1A-1. Lower Dipole SpeedCorrected 1:200.

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Depth (m)CDF (LBF)









196 of 374 19-10-16 10:43

Well 6004/17-1

Run 1A-1 Non-SC




Depth (ft)GRC (API)R55P (OHMM)R25P (OHMM)R55A (OHMM)R25A (OHMM)ROP (M/HR)RHOB (G/CC)NLIM


197 of 374 19-10-16 10:43

DRHO (G/CC)DNPHCALI (in)WSOD (in)WSOD (in)S3




Wireline Logs (LAS)


198 of 374 19-10-16 10:43

1A-1-HALS-DSI-TLD-MCFL-054-on depthDEPTBSECGRTNPHHLLDHLLSHCALHDRAPEFZRHOZRXOZSPDT1RDT1CHR1DTRPDTRSDT4SDTTSDT4PDTTPCHTSCHRSCHTPCHRPGRDTCODTSM



Well 6004/17-1 (ASC)Bit DepthTVD DepthHK HghtWOBRPMTORQUESPPROP m/hrFLWpmpsMW INTMP IN


199 of 374 19-10-16 10:43

FP EatonFrac EatonD ExpDexp RWECD at BDMW OUTTMP OUTT GAS mainC1 mainC2 mainC3 mainiC4 mainnC4 mainiC5 mainnC5 main


Well 6004/17-1

Reports


1.


2.


Core photos4.



6.


Wells/6004-17-1/Well fakta.htm0000744000100400001440000002622211137317555014154 0ustar


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upusers

Well 6004/17-1

Well information









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36.


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38.









DEPT (M)BS (IN)DT1 (US/F)DT1R (US/F)DT2 (US/F)DT2R (US/F)DT4P (US/F)DT4S (US/F)


205 of 374 19-10-16 10:43

DTRP (US/F)DTRS (US/F)DTSM (US/F)DTTP (US/F)DTTS (US/F)GDEV (DEG)GR (GAPI)HCAL (IN)SP (MV)STIA (M)STIT (M)TENS (LBF)





206 of 374 19-10-16 10:43

Run1: Repeat_Log_DSI_HRLA_TLD_MCFL_021PUC: 1799.8440-1971.2940 mDEPT (M)BS (IN)DF (LBF)DI_HRLT (USIN)DPHZ (V/V)GDEV (DEG)GR (GAPI)HCAL (IN)HDRA (G/C3)HTNP (V/V)PEF8PEFZRHO8 (G/C3)RHOZ (G/C3)RLA1 (OHMM)RLA2 (OHMM)RLA3 (OHMM)RLA4 (OHMM)RLA5 (OHMM)RM_HRLT (OHMM)RSOZ (IN)RT_HRLT (OHMM)RXOZ (OHMM)SP (MV)TENS (LBF)TNPH (V/V)



Run 2B: CAL_HRLA_TLD_MCFL_108PUC: 1750.4664-3387.8520 mDEPT (M)BS (IN)CDF (N)CRD1_PPC1 (IN)CRD2_PPC1 (IN)CRD3_PPC1 (IN)CRD4_PPC1 (IN)GR (GAPI)GTEM (DEGF)HBHK (V/V)HCAL (IN)HCGR (GAPI)HD1_PPC1 (IN)HD2_PPC1 (IN)HDRA (G/C3)HFK (V/V)HGR (GAPI)HSGR (GAPI)HTEM (DEGF)HTHO (PPM)HTNP (V/V)HTPRHTURHUPRHURA (PPM)PEF8PEFZRB_PPC1 (DEG)RHO8 (G/C3)RHOZ (G/C3)RLA0 (OHMM)RLA1 (OHMM)RLA2 (OHMM)RLA4 (OHMM)RLA5 (OHMM)


207 of 374 19-10-16 10:43

RM_HRLT (OHMM)RT_HRLT (OHMM)RXO_HRLT (OHMM)SP (MV)TENS (LBF)TNPH (V/V)



Run 2C: CAL_DSI_ECS_TLD_CNL_011PUC: 3211.8300-3383.2800 mDEPT (M)AX (M/S2)AY (M/S2)AZ (M/S2)BS (IN)CDF (N)CRD1_PPC1 (IN)CRD1_PPC2 (IN)CRD2_PPC1 (IN)CRD2_PPC2 (IN)CRD3_PPC1 (IN)CRD3_PPC2 (IN)CRD4_PPC1 (IN)CRD4_PPC2 (IN)DT1 (US/F)DT1R (US/F)DT2 (US/F)


208 of 374 19-10-16 10:43

DT2R (US/F)DT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/F)DTRS (US/F)DTSM (US/F)DTST (US/F)DTTP (US/F)EHD1_PPC1 (IN)EHD1_PPC2 (IN)EHD2_PPC1 (IN)EHD2_PPC2 (IN)FX (A/M)FY (A/M)FZ (A/M)GR (GAPI)HAZI (DEG)HD1_PPC1 (IN)HD1_PPC2 (IN)HD2_PPC1 (IN)HD2_PPC2 (IN)ITT (S)RB_PPC1 (DEG)RB_PPC2 (DEG)TENS (LBF)



209 of 374 19-10-16 10:43

LWD LAS Files

839-1500.95 mDEPTH (m)GR1AX (API)RACLX (ohm.m)RPCHX (ohm.m)TCDX (degF)ROP_AVG (2.00.m/hr)ACTECDX (sg)APRESX (psi)


Mud Log LAS Files





210 of 374 19-10-16 10:43

6005_13-1_5_Res_M_1954-3011: 1954.00-3011.00 m (LAS and excel files)DEPTH (m)ROP (m/hr)GRAM (API)TCDM (degF)RACHM (ohm.m)RACLM (ohm.m)RPCHM (ohm.m)RPCLM (ohm.m)RPTHM (min)TVD (m)





Well 6005/13-1



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Well 6005/13-1

Well information



Well 6005/15-1


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Composite Log (Pdf)






















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Well 6005/15-1














Well 6005/15-1

MWD Data and Report


DDS, PWD and QC plots in pdf formate.2. · DDS Timebased 100 962-1022 m· DDS Timebased 300 1022-1778 m· DDS Timebased 400 1778-2155 m


214 of 374 19-10-16 10:43

· DDS Timebased 500 2155-2350 m· DDS Timebased 600 2350-2758 m· DDS Timebased 700 2758-3123 m· DDS Timebased 800 3123-3416 m· DDS Timebased 900 3416-3508 m· DDS Timebased 1000 3508-3577 m· DDS Timebased 1100 3577-3764 m· DDS Timebased 1200 3764-3860 m· DDS Timebased 1300 3860-4026 m· PWD Timebased 400· PWD Timebased 500· PWD Timebased 600· PWD Timebased 700· PWD Timebased 800· PWD Timebased 900· PWD Timebased 1000· PWD Timebased 1100· DGR-EWR QC Timebased 100 962-1022 m· DGR-EWR QC Timebased 300 1022-1778 m· DGR-EWR QC Timebased 400 1778-2155 m· DGR-EWR QC Timebased 500 2155-2350 m· DGR-EWR QC Timebased 600 2350-2758 m· DGR-EWR QC Timebased 700 2758-3123 m· DGR-EWR QC Timebased 800 3123-3416 m· DGR-EWR QC Timebased 900 3416-3508 m· DGR-EWR QC Timebased 1000 3508-3577 m· DGR-EWR QC Timebased 1100 3577-3764 m· DGR-EWR QC Timebased 1200 3764-3860 m· DGR-EWR QC Timebased 1300 3860-4026 m




Well 6005/15-1

Reports


1.


215 of 374 19-10-16 10:43

Geochemical analysis of cuttings samples from Statoil well longan 6005/15-1, Faroes.April 2002.

2.


3.


4.



6.






11.


12.


13.


14.


15.



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Well 6005/15-1

Well information


Well Glyvursnes-1



217 of 374 19-10-16 10:43

GL1-logs-core: Composite well log: 0-700 mGL1-1: Composite well log: 0-700 mGL1: Composite well log: 0-700 m



GL1-FWS: 6.0-697.0 mVp

VsVp-semblance



Logs from LogTek






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ComprShear

DensityModulae

BulkShearYoung

Poisson Ratio


ComprShear


BulkShear


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YoungPoisson Ratio


ComprShearStoneley

Vshear/Vcompr


Well Glyvursnes-1



LAS files

GL1-composite-log

GL1-logs-core: -0.47-700.03 m


GL1-logs-core-1cm: -0.47-699.98 m


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DEPT (M)POIS (RATIO)NPHI (LPU)DENS (GM/CC)RES_ (Ohm.m)TEMP (°C)CALI (INCH)FLUI (µS/CM)VP (KM/S)VS (KM/S)GAMM (API_UNITS)GROS (CPS)

GL1-LAS-1cm-raw






FWVSM: 7.5-700.3 mDEPTH (M)


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SVEL (µs/ft)










DNNSMc: 1.9-698.97 mDEPTH (M)Near (CPS)


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Far (CPS)NGAM (CPS)Pors (LPU)







RES (OHM)NGAM (API)


RES (OHM)NGAM (API)


SGAMMc: 2.48-699.63 mDEPT (M)


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POT (PCNT)URAN (PPM)THOR (PPM)GROS (CPS)










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TCDSM: 0.1-698.0DEPTH (M)


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TEMP (oC)COND (µS/cm)DELT (oC)DELC (µS/cm)NGAM (CPS)











FDGSM: 2.92-700.31 m


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Depth (m)Natural Gamma (CPS)Borehole Temperatu (DEGC)Borehole Diameter (INCH)Long Spacing Densit (CPS)High Resolution Den (CPS)Bed Resolution Dens (CPS)








SGAMM. 2.66-700.31 mDepth (m)


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POT (PCNT)URAN (PPM)THOR (PPM)GROS (CPS)GROS (CPS)





OTV files




BOREHOLE VIEWORIENTATIONROTATIONINCLINATION


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SPARE










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RGLDIPv6.1 OPTV results: 2.910-52.058 mRGLDIPv6.1 OPTV results: 49.998-152.216 mRGLDIPv6.1 OPTV results: 149.988-252.032 mRGLDIPv6.1 OPTV results: 249.984-352.126 mRGLDIPv6.1 OPTV results: 349.982-452.078 mRGLDIPv6.1 OPTV results: 449.970-552.970 mRGLDIPv6.1 OPTV results: 549.982-644.516 mRGLDIPv6.1 OPTV results: 644.176-690.256 m



GL1-sonic-processed

LAS files





DEPT (M)DTC (US)


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DTS (US)DTSC (US)DTSM (US)VP (US)VS (US)VPVSPOIST1 (US)T2 (US)T3 (US)T4 (US)






Vp (km/s)Vs (km/s)


Robertson1_DPD


Time3c (km/sec)Time5c (km/sec)Velocity (km/sec)Sembl (km/sec)Time3c (km/sec)


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Time5c (km/sec)Vels sembl (km/sec)

GLMODdataDepth (mm)


Robertson2_STC

MOD dataDepth (mm)



Sembl (km/sec)

Other files



depthtime3c


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time5cvelcsembltime3stime5svelssembl




Well Glyvursnes-1

Reports


1.


2.


3.


4.


GEUS. Special Core Analysis for the SeiFaBa Project. Ultrasonic velosity6.


233 of 374 19-10-16 10:43

mesurements on plug samples from the Vestmanna-1 and Glyvursnes-1 wells, faroeIslands. 2005.


7.


8.


Well Glyvursnes-1

Well information



Well Lopra-1/1A

Analog Logs

1. Pressure Log: 2185-3156 m2. Pressure Log: 3091-3565 m3. Parameter Log: 2180-3160 m4. Parameter Log: 3091-3565 m


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5. Hydrocarbon Well Log: 3000-3565 m6. Well Log: 2155-3160 m


Well Lopra-1/1A








5. ???. 5.5-2169.5 m




Tape1-A: 2167,7375-3101.0352 m (DAT)


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DEPTHRGRGRTIMETENSMRESMTEM


Tape2-B: 2185.1111-3136.6968 mBSCVELTENSCGRPOTASGRTHORTPRATURAURANUPRASDEVHTENDRHOPEFRHOBNRHORLLRCALLITHCALITIME


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DTEMDPHINPHISCNLCSETIMMARKAREAAFCDABSFCDHDARIHVICVSTIASTITW1NGW2NGW3NGW4NGW5NGTPUWTPLWAPUWAPLWPPUWPPLWRSGR FNORFINCHAZIP1AZRBHVMRESBDQCDALPLSRHLURHQRLSQLSQRSSQSSS1RHRLURLSRLITRLLLRLULRLLURLUU


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LSHVFFLSRSS1RSS2RSLLRSULRSLURSUUSSHVFFSSLLLULSLLLLULLLULUUSS1SS2SLLSULSLUSUURGCNDRTATALPRTNRRCNTRCFTCNTCTNRACFTCANORGATGMTCTEMRMTEMTEMAMTEPHNDTNPH NPLNPORAXAYAZFXFY7AFZ


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Tape3-A: 180.13538-2127.3503 mCALIBSSGRSDEV




Tape4-A: 2105.1011-2187.8545 mBSCSCVELTENSDTCODTSMVPVSDT1RDT2RDT1DT2DTSTDT4PDT4SSDEVCGRPOTASGRTHORTPRATURAURANUPRACTEMDRHOPEFRHOBNRHO


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RCALLITHTIMECALI


Well Lopra-1/1A

Reports


1.


2.






7.


8.







14.



Rock physics analysis of sonic velocities in wells Lopra-1, Glyvursnes-l and17.


240 of 374 19-10-16 10:43

Vestmanna-1


18.




21.


Well Lopra-1/1A

Well information



Well Vestmanna


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Composite Log (Pdf)1. VM1-1: 0-658 m2. VM1: 0-658 m3. VM1-logs-core: 0-658 m4. VM1-TCDS: 0-576 m5. vm1-w810mm-length55inches: 0-588 m


Well Vestmanna-1














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fdgsV1M: 3.1-589.6 mDEPTH (M)NGAM (API Cs)CALP (inch)DENS (gm/cc)

HRD (CPS)BRD (CPS)









DENS1: 174.41299-412.84323 mDEPTH (M)DENS (g/ml)


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DENS (g/ml)








L1 (mS/m)TG1 (cps)


L2 (mS/m)TG2 (cps)

fdgsV1R: 16.0-40.0 mDEPTH (M)NGAM (API Cs)CALP (inch)DENS (gm/cc)


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HRD (CPS)BRD (CPS)









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RGLDIPv6.1 OPTV results: 19.744-70.080 mRGLDIPv6.1 OPTV results: 68.916-102.082 mRGLDIPv6.1 OPTV results: 99.862-201.944 mRGLDIPv6.1 OPTV results: 199.878-302.058 mRGLDIPv6.1 OPTV results: 299.906-401.998 mRGLDIPv6.1 OPTV results: 399.982-502.024 mRGLDIPv6.1 OPTV results: 499.982-590.108 m








Sgamv1. 1.6-588 m


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Depth (M)POT (PCNT)URAN (PPM)THOR (PPM)GROS (CPS)GROS (CPS)








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DNNSV1R: 1.98-20.16 mDepth (M)Casing-Collar LocatorNatural Gamma Radia (CPS)Near Detector Count (CPS)Far Detector Count (CPS)




Well Vestmanna-1

Reports





3.

Reports conducted after the drilling of Glyvursnes-1 and re-logging ofVestmanna-1 in 2002. These reports are also included under the


248 of 374 19-10-16 10:43

Glyvursnes-1 report list.


4.


5.


6.


7.


8.


9.



Well Vestmanna-1/1A

Well information



249 of 374 19-10-16 10:43


Well 6004/12-1

Digital Logs (LAS)

1. CBL - XMAC Elite:2048.0274-2243.0994 m







Run1-dsl-repeatlog: 3524.5548-3721.4556 mDEPT (M)


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GRSL (GAPI)KTH (GAPI)CAL (IN)SPD (M/MN)TAPI (GAPI)TH (PPM)U (PPM)TEN (LBF)TTEN (LBF)CHT (LBF)RUK (----)RTHU (PPM)RTHK (----)KAPI (GAPI)UAPI (GAPI)





Run1_processed-hdll: 2152.6500-4022.1409 mDEPT (M)


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GRC (GAPI)CALX (IN)BIT (IN)SPD (M/MN)RMLL (OHMM)SFR20MC (OHMM)SFR30MC (OHMM)SFR50MC (OHMM)SFR16MC (OHMM)SFR40MC (OHMM)SFR10MC (OHMM)SFR12MC (OHMM)SFR14MC (OHMM)CNCC (PU)ZCOR (G/C3)ZDEN (G/C3)PE (B/E)DT (US/F)TTEN (LBF)CHT (LBF)








252 of 374 19-10-16 10:43














253 of 374 19-10-16 10:43

9. Sidewall Corgun – PFCRun1_swcpfc_gr-corr#1: 3917.5944-3935.1965 m









SFN1 (US)FGA2 (1)




monopole_main: 2143.5060-4024.5793 mDEPT (M)DTCB2DTCR2 (US/F)DTCX2 (US/F)DTSB2


254 of 374 19-10-16 10:43

DTSR2 (US/F)DTSX2 (US/F)SQINTCR2. (US/F)SQINTCX2. (US/F9SQINTSR2. (US/F)SQINTSX2. (US/F)DT24QI (US/F)

12. XMACxmac1_lac: 3928.5672-4589.6782 m





Well 6004/12-1



2.


3.


4.

Svínoy 6004-12-15.



Sperry-sun. Well No. 6004/12-1(z) Svinoy B Licence No. 4 West Navion End of well8.


255 of 374 19-10-16 10:43

report.


9.


10.


11.


12.


13.


14.


15.


16.


17.



Well 6004/12-1

Well information

Well number 6004/12-1Location OffshoreLongitude 4o 40´54.436´´ WLatitude 60o 35´19.746´´ N


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UTM Zone 30Spheroid WGS84Projection UTM Zone 30 (CM 3°W)Grid Easting (X) 407872.55. m


Well 6004/16-1

Composite Log (Pdf)








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258 of 374 19-10-16 10:43









Well 6004/16-1








6004-16-1z cmr_gr_run6b: 13104.5-14042 F5.


259 of 374 19-10-16 10:43

DEPTH (F) : BADF_CMRBADF_CMRBFV (V/V)BFV (V/V)BFV_MW (V/V)BFV_MW (V/V)BFV_MW_SIG (V/V)BFV_MW_SIG (V/V)BFV_SIG (V/V)BFV_SIG (V/V)BS (IN)BS (IN)CBF1 (V/V)CBF1 (V/V)CBF2 (V/V) CBF2 (V/V) CBF3 (V/V)CBF3 (V/V)CBF4 (V/V)CBF4 (V/V) CBF5 (V/V)CBF5 (V/V)CBF6 (V/V)CBF6 (V/V)CBF7 (V/V)CBF7 (V/V)CBP1 (V/V)CBP1 (V/V)CBP2 (V/V)CBP2 (V/V)CBP3 (V/V)CBP3 (V/V)CBP4 (V/V)CBP4 (V/V)CBP5 (V/V)CBP5 (V/V)CBP6 (V/V)CBP6 (V/V)CBP7 (V/V)CBP7 (V/V)CBP8 (V/V)CBP8 (V/V)CDF (N)CDF (N)CFF1 (V/V) CFF1 (V/V)CFF2 (V/V)CFF2 (V/V)CFF2 (V/V) CFF3 (V/V)CFF3 (V/V)CFF4 (V/V)CFF4 (V/V)CFF5 (V/V)CFF5 (V/V)CFF6 (V/V)CFF6 (V/V)CFF7 (V/V)CFF7 (V/V)CLOS (M)CLOS (M)CMFF (V/V)CMFF (V/V)CMFF_MW (V/V)CMFF_MW (V/V)CMFF_MW_SIG (V/V)CMFF_MW_SIG (V/V)CMFF_SIG (V/V)CMFF_SIG (V/V)CMRP_3MS (V/V)CMRP_3MS (V/V)


260 of 374 19-10-16 10:43

CMRP_3MS_MW (V/V)CMRP_3MS_MW (V/V)CMR_GAIN. CMR_GAIN. CMR_PHI_CONVCMR_PHI_CONVCMR_RAW_PHI (V/V)CMR_RAW_PHI (V/V)CMR_SIG_PROC_SCMR_SIG_PROC_SCMR_TEMP (DEGF)CMR_TEMP (DEGF)CS (F/MN)CS (F/MN)CVEL (FT/MIN)CVEL (FT/MIN)CWEL (DEG/M)CWEL (DEG/M)DCAL (IN)DCAL (IN)DELTA_B0 (MT)DELTA_B0 (MT)DF (LBF)DF (LBF)DNPH (V/V)DNPH (V/V)EBSZ (%)EBSZ (%)ECGR (GAPI)ECGR (GAPI)ECHO_AMP_RECHO_AMP_RECHO_AMP_XECHO_AMP_XED (M)ELSZ (%)ELSZ (%)FCD (IN)FCD (IN)FREQ_OP (KHZ)FREQ_OP (KHZ)GAMMAGAMMAGDEV (DEG)GDEV (DEG)GR (GAPI)GR (GAPI)HDAR (IN)HDAR (IN)HTEM (DEGC)HTEM (DEGC)HWEC (DEG/M)HWEC (DEG/M)IPERM (MDM)IPERM (MDM)IPOR (M)IPOR (M)KSDR (MD)KSDR (MD)KTIM (MD)KTIM (MD)NCYT (DEGC)NCYT (DEGC)ND (M)ND (M)NOISE_ENV (V/V)NOISE_ENV (V/V)NOISE_FLAGNOISE_FLAGNOISE_PWRNOISE_PWRNOISE_TOOL (V/V)


261 of 374 19-10-16 10:43

NOISE_TOOL (V/V)NOISE_TOOL_WSU (V/V)NOISE_TOOL_WSU (V/V)NO_UPDATE_COUNNO_UPDATE_COUNNPHI (V/V)NPHI (V/V)NPL (V/V)NPL (V/V)NPOR (V/V)NPOR (V/V)PHIE_HILT (V/V)PHIE_HILT (V/V)PXND_HILT (V/V)PXND_HILT (V/V)RGR (GAPI)RGR (GAPI)RHGX_HILT (G/CM3)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RMFA_HILT (OHMM)RO_HILT (OHMM)RO_HILT (OHMM)SPHASE (DEG)SPHASE (DEG)T2CUTOFF (MS)T2CUTOFF (MS)T2LM (MS)T2LM (MS)T2LM_MW (MS)T2LM_MW (MS)T2LM_MW_SIG (MS)T2LM_MW_SIG (MS)TCMR (V/V)TCMR (V/V)TCMR_MW (V/V)TCMR_MW (V/V)TCMR_MW_SIG (V/V)TCMR_MW_SIG (V/V)TCMR_SIG (V/V)TCMR_SIG (V/V)TENS (LBF)TENS (LBF)TNPH (V/V)TNPH (V/V)TNRAUMA_HILTUMA_HILTVCL_HILT (V/V)VCL_HILT (V/V)

6004-16-1z_cmr_gr_run6b_1: 13104.667-14042 F6. DEPTH (F)DPHZ (V/V)DPHZ (V/V)DSOZ (IN)DSOZ (IN)HAZ (M/S2)HAZ (M/S2)HDRA (G/C3)HDRA (G/C3)HGR (GAPI)HGR (GAPI)HMIN (OHMM)HMIN (OHMM)HMNO (OHMM)HMNO (OHMM)HNPO (V/V)HNPO (V/V)HTNP (V/V)HTNP (V/V)PEFZPEFZ


262 of 374 19-10-16 10:43

RHGR (GAPI)RHGR (GAPI)RHOZ (G/C3)RHOZ (G/C3)RSO8 (IN)RSO8 (IN)RSOZ (IN)RSOZ (IN)RXO8 (OHMM)RXO8 (OHMM)RXOZ (OHMM)RXOZ (OHMM)




6004-16-1z_comp_resample: 1360-4177.2594 m9. DEPTH (M)CGR (GAPI)DTCO (US/F)DTSM (US/F)


263 of 374 19-10-16 10:43

GR (GAPI)HCAL (IN)HDRA (G/C3)NPHI (V/V)PEFZ (B/E)POTA (%)RDEEP (OHMM)RHOZ (G/C3)RXOZ (OHMM)SGR (GAPI)SP (MV)SP (MV)SP (MV)THOR (PPM)TNPH (V/V)URAN (PPM)





6004-16-1z_dsi_gr_run5b: 11991-13652 F13. DEPTH (F)BS (IN)CDF (N)CS (F/MN)CVEL (FT/MIN)DF (N)DT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/FT)DTRS (US/FT)DTTP (US/FT)DTTS (US/FT)


264 of 374 19-10-16 10:43

ECGR (GAPI)GR (GAPI)ITT (S)RGR (GAPI)SOBS (IN)SPHI (V/V)TENS (LBF)


6004-16-1z_dsi_r9b_final_rs: 12403.5-131190 F15. DEPTH (F)


265 of 374 19-10-16 10:43

BS (IN)CDF (N)CHRPCHRSCHTPCHTSCS (F/MN)CVEL (FT/MIN)DCI4DF (N)DT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/F)DTRS (US/F)DTTP (US/F)DTTS (US/F)ECGR (GAPI)ETIM (S)GR (GAPI)ITT (S)RGR (GAPI)SAS4SOBS (IN)SPHI (V/V)SPR4SPT4SSVE (M/S)SVEL (M/S)TENS (LBF)TIME (S)

6004-16-1z_dsi_run9b_final:11991-13652.5 F16. DEPTH (F)BS (IN)CDF (N)CHRPCHRSCHTPCHTSCS (F/MN)CVEL (FT/MIN)DCI4DF (N)DT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/F)DTRS (US/F)DTTP (US/F)DTTS (US/F)ECGR (GAPI)ETIM (S)GR (GAPI)ITT (S)PWN4RGR (GAPI)SAS4SOBS (IN)SPHI V/V)SPR4SPT4SSVE (M/S)SVEL (M/S)TENS (LBF)TIME (S)WF41WF42WF43WF44WF45WF46WF47


266 of 374 19-10-16 10:43

WF48




ABS (M2)AFCD (M2)AREA (M2)BS (IN)BSD1CDF (N)CFGRCFTC (1/S)CGR (GAPI)CHRPCHRSCHTPCHTSCNTC (1/S)CS (F/MN)CVEL (IN)DCI4DF (LBF)DNPH (V/V)DRTADT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/FT)DTRS (US/FT)DTSM (US/F)DTTP (US/FT)DTTS (US/FT)EBSZ (%)ECGR (GAPI)ELSZ (%)ESSZ (%)ETIM (S)FCD (IN)GDEV (DEG)GR (GAPI)HDAR (IN)HLRGBHPATTHTEM (DEGC)HWEC (DEG/M)HWER (M)ICV (M3)IHV (M3)ITT (S)


267 of 374 19-10-16 10:43

LSD1NCYT (DEGC)NPHI (V/V)NPL (V/V)NPOR (V/V)PHIE_HILT (V/V)POTAPRPWN4PXND_HILT (V/V)QCBSLQCHALSQCMCFLQCPORRCFT (1/S)RCNT (1/S)RHGX_HILT G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)RSGR (GAPI)RWA_HILT (OHMM)RXIG (MA)SGR (GAPI)SOBS (IN)SP (MV)SPAR (MV)SPHI (V/V)SSVE (M/S)SVEL (M/S)SW_HILT (V/V)TALPTENS (LBF)THOR (PPM)TNPH (V/V)TNRATPRATURAUMA_HILTUPRAURAN (PPM)VCL_HILT (V/V)VPVS


6004-16-1z_hals_dsi_pex_r6a_2: 12334.167-14033 F21. DEPTH (F)CDH (IN)DPHZ (V/V)DSOZ (IN)ECC (IN)EHGR (GAPI)HARS (OHMM) HART (OHMM) HAUD (OHMM) HAUE (IN)HAUS (OHMM) HAZ (M/S2)HCFT (1/S)


268 of 374 19-10-16 10:43

HCNT (1/S)HDI (INS)HDRA (G/C3)HDRTHGR (GAPI)HLDU (OHMM) HLGU (OHMM) HLLD (OHMM) HLLE (OHMM) HLLG (OHMM) HLLS (OHMM) HLSU (OHMM) HMIN (OHMM) HMNO (OHMM) HNPO (V/V)HPRAHRDU (OHMM) HREU (IN)HRLD (OHMM) HRLE (IN)HRLS (OHMM) HRM (OHMM) HRMD (OHMM) HRSU (OHMM) HSO (IN)HTALHTNP (V/V)PEFZQCPEFQCRHRHFT (1/S)RHNT (1/S)RHOZ (G/C3)RSO8 (IN)RSOZ (IN)RXO8 (OHMM) RXOZ (OHMM)







6004-16-1z_mcfl_cnl_4160m: 3648.7608-4160.8248 m27. DEPTH (M)BS (IN)CDF (N)CS (F/HR)DPH8 (V/V)


269 of 374 19-10-16 10:43

DPHZ (V/V)DSO8 (IN)DSOZ (IN)EHGR (GAPI)ETIM (S)GDEV (DEG)GR (GAPI)HCAL (IN)HDRA (G/C3)HNPO (V/V)HTNP (V/V)NPHI (V/V)PEF8PEFZRHO8 (G/C3)RHOZ (G/C3)TDEP (1IN)TENS (LBF)TNPH (V/V)



6004-16-1z_pex_gr_run5c: 11970.5-13651 F30.


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DEPTH (F)BS (IN)CS (F/MN)CVEL (FT/MIN)DF (LBF)DNPH (V/V)ECGR (GAPI)ELSZ (%)ESSZ (%)GDEV (DEG)GR (GAPI)HDAR (IN)HLRGBHTEM (DEGC)HWEC (DEG/M)NCYT (DEGC)NPHI (V/V)NPL (V/V)NPOR (V/V)PHIE_HILT. (V/V)PXND_HILT. (V/V)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)TALPTENS (LBF)TNPH (V/V)TNRAUMA_HILTVCL_HILT (V/V)




6004-16-1z_pex_r4a_final_rs: 12403.5-13190 F34. DEPTH (F)


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BS (IN)CDF (N)CHRPCHRSCHTPCHTSCS (F/MN)CVEL (FT/MIN) DCI4DF (N)DT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/F)DTRS (US/F)DTTP (US/F)DTTS (US/F)ECGR (GAPI)ETIM (S)GR (GAPI)ITT (S)RGR (GAPI)SAS4SOBS (IN)SPHI (V/V)SPR4SPT4SSVE (M/S)SVEL (M/S)TENS (LBF)TIME (S)

6004-16-1z_pex_r5c_final_rs: 13063.5-13653 F35. DEPTH (F)ABS (M2)AFCD (M2)AREA (M2)BS (IN)BSD1CDF (N)CFGRCFTC (1/S)CNTC (1/S)CS (F/MN)CVEL (FT/MIN)DF (LBF)DNPH (V/V)DRTAEBSZ (%)ECGR (GAPI)ELSZ (%)ESSZ (%)ETIM (S)FCD (IN)GDEV (DEG)GR (GAPI)HDAR (IN)HLRGBHPATTHTEM (DEGC)HWEC (DEG/M)HWER (M)ICV (M3)IHV (M3)LSD1NCYT (DEGC)NPHI (V/V)NPL (V/V)NPOR (V/V)PHIE_HILT. (V/V)PXND_HILT (V/V)QCBSLQCMCFL


272 of 374 19-10-16 10:43

QCPORRCFT (1/S)RCNT (1/S)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)RXIG (MA )SSD1TALPTENS (LBF)TGST (M/S2)TIME (S)TNPH (V/V)TNRAUMA_HILTVCL_HILT (V/V)



6004-16-1z_pex_r5c_final_rs_3:13064.017-13653 F38. DEPTH (F)RVDRU (OHMM)


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RVSRU (OHMM)RXGR (OHMM)RXRU (OHMM)TIME (S)

6004-16-1z_pex_r6a_final_rs: 13105.5-13754 F39. DEPTH (F) ABS (M2) AFCD (M2) AREA (M2) BS (IN) BSD1CDF (N)CFGRCFTC (1/S)CGR (GAPI)CHRPCHRSCHTPCHTSCNTC (1/S)CS (F/MN)CVEL (FT/MIN)DCI4DF (LBF)DNPH (V/V)DRTADT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/F)DTRS (US/F)DTSM (US/F)DTTP (US/F)DTTS (US/F)EBSZ (%) ECGR (GAPI)ELSZ (%) ESSZ (%) ETIM (S) FCD (IN)GDEV (DEG)GR (GAPI)HDAR (IN)HLRGBHPATTHTEM (DEGC)HWEC (DEG/M)HWER (M) ICV (M3)IHV (M3)ITT (S)LSD1NCYT (DEGC)NPHI (V/V)NPL (V/V)NPOR (V/V)PHIE_HILT (V/V)POTAPR PWN4PXND_HILT (V/V)QCBSLQCHALSQCMCFLQCPORRCFT (1/S)RCNT (1/S)RHGX_HILT (G/CM3) RMFA_HILT (OHMM)RO_HILT (OHMM)RSGR (GAPI)RWA_HILT (OHMM)


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RXIG (MA) SAS4SGR (GAPI) SOBS (IN)SP (M/V)SPAR (M/V) SPHI (V/V)SPR4SPT4SSD1SSVE (M/S) SVEL (M/S)SW_HILT (V/V)TALPTENS (LBF) TGST (M/S2)THOR (PPM) TIME (S)TNPH (V/V)TNRATPRATURAUMA_HILTUPRAURAN (PPM)VCL_HILT (V/V)VPVSW1NG (1/S)W2NG (1/S)W3NG (1/S)W4NG (1/S)W5NG (1/S)WF41WF42WF43WF44WF45WF46WF47WF48


6004-16-1z_pex_r6a_final_rs_2: 13105.667-13753.5 F41. DEPTH (F)CDH (IN) DPHZ (V/V)DSOZ (IN) ECC (IN) EHGR (GAPI) HARS (OHMM)HART (OHMM)HAUD (OHMM)HAUE (IN) HAUS (OHMM)


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HAZ (M/S2)HCFT (1/S)HCNT (1/S)HDI (INS)HDRA (G/C3)HDRTHGR (GAPI)HLDU (OHMM)HLGU (OHMM)HLLD (OHMM)HLLE (OHMM)HLLG .OHMMHLLS (OHMM)HLSU (OHMM)HMIN (OHMM)HMNO (OHMM)HNPO .V/V HPRAHRDU (OHMM)HREU (IN) HRLD (OHMM)HRLE (IN) HRLS (OHMM)HRM (OHMM)HRMD (OHMM)HRSU (OHMM)HSO (IN) HTALHTNP (V/V) PEFZQCPEFQCRHRHFT (1/S)RHNT (1/S)RHOZ (G/C3)RSO8 (IN) RSOZ (IN) RXO8 (OHMM)RXOZ (OHMM)TIME (S) UZZIT1 (MA) ZVB1 (MV) ZVBQ (MV) ZVT1 (MV) ZVTQ (MV)


6004-16-1z_pex_run4a_final: 11991-13652 F43. DEPTH (F)BS (IN)CDF (N)CHRPCHRSCHTPCHTSCS (F/MN)CVEL (FT/MIN)DCI4DF (N)DT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/F)DTRS (US/F)DTTP (US/F)DTTS (US/F)ECGR (GAPI)


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ETIM (S) GR (GAPI) ITT (S) PWN4RGR (GAPI) SAS4SOBS (IN)SPHI (V/V)SPR4SPT4SSVE (M/S)SVEL (M/S)TENS (LBF)TIME (S)


6004-16-1z_pex_run5c_final. 11970.5-13651 F45. DEPTH (F) ABS (M2) AFCD (M2) AREA (M2) BS (IN) BSD1CDF (N)CFGRCFTC (1/S)CNTC (1/S)CS (F/MN)CVEL (FT/MIN)DF (LBF)DNPH (V/V)DRTAEBSZ (%) ECGR (GAPI) ELSZ (%) ESSZ (%) ETIM (S)FCD (IN)GDEV (DEG)GR (GAPI)HDAR (IN)HLRGBHPATTHTEM (DEGC)HWEC (DEG/M)HWER (M)ICV (M3) IHV (M3)LSD1NCYT (DEGC)NPHI (V/V) NPL (V/V) NPOR (V/V) PHIE_HILT (V/V) PXND_HILT (V/V) QCBSLQCMCFLQCPORRCFT (1/S)RCNT (1/S)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)RXIG (MA)SSD1TALPTENS (LBF)TGST (M/S2)


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TIME (S)TNPH (V/V) TNRAUMA_HILTVCL_HILT (V/V)

6004-16-1z_pex_run5c_final_1: 11971.083-13651 F46. DEPTH (F) BSW (1/S)BSWU (1/S)FCBR (OHMM)HCAL (IN) HDRXIDWD (0.1_IN)LHEW (1/S)LSW (1/S)LSWU (1/S)LWTO (1/S)RVV (MV) RXOI (OHMM)RXV (MV) SCD (0.1_IN)SSW (1/S)SSWU (1/S)TIME .S



6004-16-1z_pex_run6a_final: 12334-14033.5 F49. DEPTH (F) ABS (M2)AFCD (M2)AREA (M2)BS (IN)BSD1


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CDF(N)CFGRCFTC (1/S)CGR (GAPI)CHRPCHRSCHTPCHTSCNTC (1/S)CS (F/MN)CVEL (FT/MIN)DCI4DF (LBF)DNPH (V/V) DRTADT4P (US/F) DT4S (US/F) DTCO (US/F) DTRP (US/FT) DTRS (US/FT) DTSM (US/F) DTTP (US/FT) DTTS (US/FT) EBSZ (%) ECGR (GAPI)ELSZ (%) ESSZ (%) ETIM (S)FCD (IN)GDEV (DEG)GR (GAPI)HDAR (IN) HLRGB HPATTHTEM (DEGC)HWEC (DEG/M)HWER (M)ICV (M3)IHV (M3)ITT (S)LSD1NCYT (DEGC)NPHI (V/V) NPL (V/V) NPOR (V/V) PHIE_HILT (V/V) POTAPR PWN4PXND_HILT (V/V) QCBSLQCHALSQCMCFLQCPORRCFT (1/S)RCNT (1/S)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)RSGR (GAPI)RWA_HILT (OHMM)RXIG (MA)SAS4SGR (GAPI) SOBS (IN)SP (MV)SPAR (MV)SPHI (V/V) SPR4SPT4SSD1SSVE (M/S)


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SVEL (M/S)SW_HILT (V/V) TALPTENS (LBF)TGST (M/S2)THOR (PPM) TIME (S) TNPH (V/V) TNRATPRATURAUMA_HILTUPRAURAN (PPM) VCL_HILT. (V/V) VPVSW1NG (1/S) W2NG (1/S) W3NG (1/S) W4NG (1/S) W5NG (1/S) WF41WF42WF43WF44WF45WF46WF47WF48


6004-16-1z_pex_run6a_final_2. 12334.167-14033 F51. DEPTH (F) CDH (IN) DPHZ (V/V)DSOZ (IN) ECC (IN) EHGR (GAPI)HARS (OHMM)HART (OHMM)HAUD (OHMM)HAUE (IN) HAUS (OHMM)HAZ 8M/S2)HCFT (1/S)HCNT (1/S)HDI (NS) HDRA (G/C3)HDRTHGR (GAPI)HLDU (OHMM)HLGU (OHMM)HLLD (OHMM)HLLE (OHMM):


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HLLG (OHMM)HLLS (OHMM)HLSU (OHMM)HMIN (OHMM)HMNO (OHMM)HNPO (V/V)HPRAHRDU (OHMM)HREU (IN) HRLD (OHMM) HRLE (IN) HRLS (OHMM)HRM (OHMM)HRMD (OHMM)HRSU (OHMM)HSO (IN) HTALHTNP (V/V) PEFZQCPEFQCRHRHFT (1/S)RHNT (1/S)RHOZ (G/C3): RSO8 (IN) RSOZ (IN) RXO8 (OHMM)RXOZ (OHMM)TIME (S) UZ ZIT1 (MA)ZVB1 (MV)ZVBQ (MV)ZVT1 (MV)ZVTQ (MV)



6004-16-1z_processed_cmr: 13103-13989 F54. DEPTH (F) ABS (M2)


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ACQ_TIME (MS)AC_REL_STATEAFCD (M2)AMP_DIST (V)AMP_DIST_SIG (V)AREA (M2)ATEMP (DEGC)B0_MC (MT)B0_TEMP (MT)BADF_CMRBCQR (%)BDIGBFV (V/V)BFV_MW (V/V)BFV_MW_SIG (V/V)BFV_SIG (V/V)BLEW (1/S)BPHV (V)BS (IN)BSD1BSFF (%)CART_TEMP (DEGC)CBF1 (V/V)CBF2 (V/V)CBF3 (V/V)CBF4 (V/V)CBF5 (V/V)CBF6 (V/V)CBF7 (V/V)CBP1 (V/V)CBP2 (V/V)CBP3 (V/V)CBP4 (V/V)CBP5 (V/V)CBP6 (V/V)CBP7 (V/V)CBP8 (V/V)CDF (N) CFF1 (V/V)CFF2 (V/V)CFF3 (V/V)CFF4 (V/V)CFF5 (V/V)CFF6 (V/V)CFF7 (V/V)CFGRCFTC (1/S)CLOS (M) CMFF (V/V)CMFF_MW. (V/V)CMFF_MW_SIG (V/V)CMFF_SIG (V/V)CMRP_3MS (V/V)CMRP_3MS_MW (V/V)CMR_GAINCMR_PHI_CONVCMR_RAW_PHI (V/V)CMR_SIG_PROC_SCMR_TEMP (DEGF)CMR_TEMP_RAWCMSNCNTC (1/S)CS (F/MN)CTEM (DEGF)CTMP (DEGC)CVEL (FT/MIN)CWEL (DEG/M)DELTA_B0 (MT)DF (LBF)DHC_ERRDNPH (V/V)DRTA


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DSPPSDSPPT (MS)DSP_ERREBSZ (%)ECGR (GAPI)ECHO_AMP_RECHO_AMP_XECHO_BASE (V)ED (M)ELSZ (%)ESSZ (%)ETIM (S)FCD (IN)FREQ_OP (KHZ)FREQ_OP_IDGAMMAGCHV (V)GDEV (DEG)GR (GAPI)GTHV (V)HAGR (V)HDAR (IN)HDGR (V)HDIGHHVO (V)HLRGBHM15 (V)HMRGBHP15 (V)HP5V (V)HPATTHPB0 (MT)HPB0CH (V)HPB0CL (V)HPB0_RAWHTEM (DEGC)HV (V)HV_CUR (MA)HV_LOADED (V)HV_PEAK_CUR (MA)HV_REG (V)HV_UNREG (V)HWEC (DEG/M)HWER (M)ICV (M3)IHV (M3)INV_AMP_MCKBFV (MD)KCMR (MD)KSDR (MD)KTIM (MD)LCQR (%)LDIGLLEW (1/S)LOOPLPHV (V)LSD1LSFF (%) MA5V (V)MDIGMINUS_15V (V)MINUS_5V_ANA (V)MP12 (V)MP5V (V)NCHV (V)NCYT (DEGC)ND (M)NDIANOISE_ENV (V/V)NOISE_FLAGNOISE_PWRNOISE_TOOL (V/V)


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NOISE_TOOL_WSU (V/V)NO_UPDATE_COUNNPHI (V/V)NPL (V/V)NPOR (V/V)NSGD (V)NTHV (V)NUM_MSGPHIE_HILT (V/V)PLUS_15V (V)PLUS_5V (V)PLUS_5V_ANA (V)PXND_HILT (V/V)QCBSLQCMCFLQCPORRBPHV (V)RCFT (1/S)RCNT (1/S)RD1P (MV) RD1Q (MV) RDA0 (MV) RDIARGCN (1/S)RG (GAPI)RHGX_HILT (G/CM3)RLPHV (V)RMFA_HILT (OHMM)RMS_NOISE (V)RO_HILT (OHMM)RSPHV (V)RTNRRXIB (MA)RXIG (MA)RXPS (DEG)RXVB (MV)RXVM (UV)SCQR (%)SDIGSIG_PROC_ERRSLEW (1/S)SPHASE (DEG)SPHV (V)SSD1SSFF (%)STATE_ERRT12RT2LM (MS)T2LM_MW (MS)T2LM_MW_SIG (MS)T2P1 (MS)T2P2 (MS)T2P3 (MS)TALPTCH (V)TCL (V/V)TCMR (V/V)TCMR_MW (V/V)TCMR_MW_SIG (V/V)TCMR_SIG (V/V)TENS (LBF)TGST (M/S2)TIME (S) TNPH (V/V)TNRATOOL_STATETREF (V)TUNE_WORDTVDE (M)TW_OFFSETUMA_HILTVCL_HILT (V/V)


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VSEC (M) WAIT_FLAGWSUM

6004-16-1z_processed_cmr_1: 13103.008-13989 F55. DEPTH (F) AZS1 (M/S2)AZS2 (M/S2)AZSNTIME (S)


6004-16-1z_processed_cmr_3: 13103.167-13989 F57. DEPTH (F) DPHZ (V/V)DSOZ (IN)HAZ (M/S2)HCFT (1/S)HCNT (1/S)HDRA (G/C3) HDRB (G/CM3)HDRTHGR (GAPI)HMIN (OHMM) HMNO (OHMM) HNPO (V/V)HPRAHTALHTNP (V/V) PEA PEFBAPEFLAPEFSAPEFZQCPEFQCRHRGHN (1/S)RHBA (G/CM3)RHFT (1/S)


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RHGR (GAPI) RHLA (G/CM3)RHNT (1/S) RHOZ (G/C3)RHSA (G/CM3)RMCZ (OHMM) ROMZ (G/CM3)RSO8 (IN)RSOZ (IN) RXO8 (OHMM) RXOZ (OHMM) TIME (S)UZ


TIME (S)



Well 6004/16-1








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Well 6004/16-1

Well information

Well number 6004/16-1Location Offshore, South East of Faroe IslandsLongitude 04o 54´58.196´´ WLatitude 60o 22´28.186´´ NUTM Zone 30Spheroid WGS84Datum ETRS89


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Well blok no. 6004/16Reference point KB 26.5 m above MSLWather depth 974.5 m below MSLTD log 4275 mTD drill 4274 m below KBThe well is VerticalSpud date 20 September 2001Completed 10 December 2001Spud classification ExplorationStatus (completion) Plug and AbandonedLicense L001Operator Amarada HessRig Sovereign Explorer











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11. Processing, sedimentological and structural evaluation of FMI data acquired inthe drilled T10 and T20 stratigraphy, 6004-16-1z, Marjun prospect.





Analog logs

Composite Log (Pdf)








7. DSI-HRLA-PEX-NGT-ACTS (Nuclear, 22-Oct-2001). Log interval: 2218-3831.5


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m. Run no.: 4A. Scale:1:500.

















24. FMI-GR-ACTS (FMI Image, 16-Nov-2001). Log interval 3828-4274.6 m. Run no.:


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13c. Scale:1:200.














BADF_CMRBADF_CMRBFV (V/V)BFV (V/V)BFV_MW (V/V)BFV_MW (V/V)BFV_MW_SIG (V/V)BFV_MW_SIG (V/V)BFV_SIG (V/V)BFV_SIG (V/V)BS (IN)


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BS (IN)CBF1 (V/V)CBF1 (V/V)CBF2 (V/V)CBF2 (V/V)CBF3 (V/V)CBF3 (V/V)CBF4 (V/V)CBF4 (V/V)CBF5 (V/V)CBF5 (V/V)CBF6 (V/V)CBF6 (V/V)CBF7 (V/V)CBF7 (V/V)CBP1 (V/V)CBP1 (V/V)CBP2 (V/V)CBP2 (V/V)CBP3 (V/V)CBP3 (V/V)CBP4 (V/V)CBP4 (V/V)CBP5 (V/V)CBP5 (V/V)CBP6 (V/V)CBP6 (V/V)CBP7 (V/V)CBP7 (V/V)CBP8 (V/V)CBP8 (V/V)CDF (N)CDF (N)CFF1 (V/V)CFF1 (V/V)CFF2 (V/V)CFF2 (V/V)CFF2 (V/V)CFF3 (V/V)CFF3 (V/V)CFF4 (V/V)CFF4 (V/V)CFF5 (V/V)CFF5 (V/V)CFF6 (V/V)CFF6 (V/V)CFF7 (V/V)CFF7 (V/V)CLOS (M)CLOS (M)CMFF (V/V)CMFF (V/V)CMFF_MW (V/V)CMFF_MW (V/V)CMFF_MW_SIG (V/V)CMFF_MW_SIG (V/V)CMFF_SIG (V/V)CMFF_SIG (V/V)CMRP_3MS (V/V)CMRP_3MS (V/V)CMRP_3MS_MW (V/V)CMRP_3MS_MW (V/V)CMR_GAIN.CMR_GAIN.CMR_PHI_CONVCMR_PHI_CONVCMR_RAW_PHI (V/V)CMR_RAW_PHI (V/V)CMR_SIG_PROC_SCMR_SIG_PROC_SCMR_TEMP (DEGF)CMR_TEMP (DEGF)


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CS (F/MN)CS (F/MN)CVEL (FT/MIN)CVEL (FT/MIN)CWEL (DEG/M)CWEL (DEG/M)DCAL (IN)DCAL (IN)DELTA_B0 (MT)DELTA_B0 (MT)DF (LBF)DF (LBF)DNPH (V/V)DNPH (V/V)EBSZ (%)EBSZ (%)ECGR (GAPI)ECGR (GAPI)ECHO_AMP_RECHO_AMP_RECHO_AMP_XECHO_AMP_XED (M)ELSZ (%)ELSZ (%)FCD (IN)FCD (IN)FREQ_OP (KHZ)FREQ_OP (KHZ)GAMMAGAMMAGDEV (DEG)GDEV (DEG)GR (GAPI)GR (GAPI)HDAR (IN)HDAR (IN)HTEM (DEGC)HTEM (DEGC)HWEC (DEG/M)HWEC (DEG/M)IPERM (MDM)IPERM (MDM)IPOR (M)IPOR (M)KSDR (MD)KSDR (MD)KTIM (MD)KTIM (MD)NCYT (DEGC)NCYT (DEGC)ND (M)ND (M)NOISE_ENV (V/V)NOISE_ENV (V/V)NOISE_FLAGNOISE_FLAGNOISE_PWRNOISE_PWRNOISE_TOOL (V/V)NOISE_TOOL (V/V)NOISE_TOOL_WSU (V/V)NOISE_TOOL_WSU (V/V)NO_UPDATE_COUNNO_UPDATE_COUNNPHI (V/V)NPHI (V/V)NPL (V/V)NPL (V/V)NPOR (V/V)NPOR (V/V)PHIE_HILT (V/V)


293 of 374 19-10-16 10:43

PHIE_HILT (V/V)PXND_HILT (V/V)PXND_HILT (V/V)RGR (GAPI)RGR (GAPI)RHGX_HILT (G/CM3)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RMFA_HILT (OHMM)RO_HILT (OHMM)RO_HILT (OHMM)SPHASE (DEG)SPHASE (DEG)T2CUTOFF (MS)T2CUTOFF (MS)T2LM (MS)T2LM (MS)T2LM_MW (MS)T2LM_MW (MS)T2LM_MW_SIG (MS)T2LM_MW_SIG (MS)TCMR (V/V)TCMR (V/V)TCMR_MW (V/V)TCMR_MW (V/V)TCMR_MW_SIG (V/V)TCMR_MW_SIG (V/V)TCMR_SIG (V/V)TCMR_SIG (V/V)TENS (LBF)TENS (LBF)TNPH (V/V)TNPH (V/V)TNRAUMA_HILTUMA_HILTVCL_HILT (V/V)VCL_HILT (V/V)



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6004-16-1z_comp_resample: 1360-4177.2594 m9. DEPTH (M)CGR (GAPI)DTCO (US/F)DTSM (US/F)GR (GAPI)HCAL (IN)HDRA (G/C3)NPHI (V/V)PEFZ (B/E)POTA (%)RDEEP (OHMM)RHOZ (G/C3)RXOZ (OHMM)SGR (GAPI)SP (MV)SP (MV)


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SP (MV)THOR (PPM)TNPH (V/V)URAN (PPM)






6004-16-1z_dsi_pex_run4a: 2073.554-3835.4508 m14. DEPTH (M)BS (IN)CGR (GAPI)CS (F/MN)


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DNPH (V/V)DPHZ (V/V)DT1 (US/FT)DT1R (US/FT)DT2 (US/FT)DT2R (US/FT)DT3R (US/FT)DT4P (US/F)DT4S (US/F)DT5 (US/F)DTCO (US/F)DTRP (US/F)DTRS (US/F)DTSM (US/F)DTST (US/F)DTTP (US/F)DTTS (US/F)GR (GAPI)HCAL (IN)HDRA (G/C3)HGR (GAPI)ITT (S)NPHI (V/V)NPL (V/V)NPOR (V/V)PEFZPHIE (V/V)POTAPRRHO8 (G/C3)RHOZ (G/C3)RLA0 (OHMM)RLA1 (OHMM)RLA2 (OHMM)RLA3 (OHMM)RLA4 (OHMM)RLA5 (OHMM)RM (OHMM)RMFA (OHMM)RO (OHMM)RT (OHMM)RXO (OHMM)RXOI (OHMM)RXOZ (OHMM)SGR (GAPI)SP (MV)SPHI (V/V)TENS (LBF)THOR (PPM)TNPH (V/V)TNRATPRATURAUPRAURAN 8PPM)VCL (V/V)VPVS

6004-16-1z_dsi_r9b_final_rs: 12403.5-131190 F15. DEPTH (F)BS (IN)CDF (N)CHRPCHRSCHTPCHTSCS (F/MN)CVEL (FT/MIN)DCI4DF (N)DT4P (US/F)DT4S (US/F)DTCO (US/F)


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DTRP (US/F)DTRS (US/F)DTTP (US/F)DTTS (US/F)ECGR (GAPI)ETIM (S)GR (GAPI)ITT (S)RGR (GAPI)SAS4SOBS (IN)SPHI (V/V)SPR4SPT4SSVE (M/S)SVEL (M/S)TENS (LBF)TIME (S)



6004-16-1z_hals_dsi_2224m: 1360.932-2224.278 m18. DEPTH (M)CDF (N)DT1R (US/F)DT2R (US/F)DTCO (US/F)


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GR (GAPI)HCAL (IN)HDRA (G/C3)HLLD (OHMM)HLLS (OHMM)HTEM (DEGC)NPHI (V/V)PEFZRHOZ 8G/C3)RXOZ (OHMM)SP (MV)TENS (LBF)


ABS (M2)AFCD (M2)AREA (M2)BS (IN)BSD1CDF (N)CFGRCFTC (1/S)CGR (GAPI)CHRPCHRSCHTPCHTSCNTC (1/S)CS (F/MN)CVEL (IN)DCI4DF (LBF)DNPH (V/V)DRTADT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/FT)DTRS (US/FT)DTSM (US/F)DTTP (US/FT)DTTS (US/FT)EBSZ (%)ECGR (GAPI)ELSZ (%)ESSZ (%)ETIM (S)FCD (IN)GDEV (DEG)GR (GAPI)HDAR (IN)HLRGBHPATTHTEM (DEGC)HWEC (DEG/M)HWER (M)ICV (M3)IHV (M3)ITT (S)LSD1NCYT (DEGC)NPHI (V/V)NPL (V/V)NPOR (V/V)PHIE_HILT (V/V)POTAPRPWN4PXND_HILT (V/V)QCBSLQCHALS


299 of 374 19-10-16 10:43

QCMCFLQCPORRCFT (1/S)RCNT (1/S)RHGX_HILT G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)RSGR (GAPI)RWA_HILT (OHMM)RXIG (MA)SGR (GAPI)SOBS (IN)SP (MV)SPAR (MV)SPHI (V/V)SSVE (M/S)SVEL (M/S)SW_HILT (V/V)TALPTENS (LBF)THOR (PPM)TNPH (V/V)TNRATPRATURAUMA_HILTUPRAURAN (PPM)VCL_HILT (V/V)VPVS


6004-16-1z_hals_dsi_pex_r6a_2: 12334.167-14033 F21. DEPTH (F)CDH (IN)DPHZ (V/V)DSOZ (IN)ECC (IN)EHGR (GAPI)HARS (OHMM)HART (OHMM)HAUD (OHMM)HAUE (IN)HAUS (OHMM)HAZ (M/S2)HCFT (1/S)HCNT (1/S)HDI (INS)HDRA (G/C3)HDRTHGR (GAPI)HLDU (OHMM)HLGU (OHMM)HLLD (OHMM)HLLE (OHMM)HLLG (OHMM)HLLS (OHMM)HLSU (OHMM)


300 of 374 19-10-16 10:43

HMIN (OHMM)HMNO (OHMM)HNPO (V/V)HPRAHRDU (OHMM)HREU (IN)HRLD (OHMM)HRLE (IN)HRLS (OHMM)HRM (OHMM)HRMD (OHMM)HRSU (OHMM)HSO (IN)HTALHTNP (V/V)PEFZQCPEFQCRHRHFT (1/S)RHNT (1/S)RHOZ (G/C3)RSO8 (IN)RSOZ (IN)RXO8 (OHMM)RXOZ (OHMM)







6004-16-1z_mcfl_cnl_4160m: 3648.7608-4160.8248 m27. DEPTH (M)BS (IN)CDF (N)CS (F/HR)DPH8 (V/V)DPHZ (V/V)DSO8 (IN)DSOZ (IN)EHGR (GAPI)ETIM (S)GDEV (DEG)GR (GAPI)HCAL (IN)HDRA (G/C3)HNPO (V/V)HTNP (V/V)NPHI (V/V)


301 of 374 19-10-16 10:43

PEF8PEFZRHO8 (G/C3)RHOZ (G/C3)TDEP (1IN)TENS (LBF)TNPH (V/V)



6004-16-1z_pex_gr_run5c: 11970.5-13651 F30. DEPTH (F)BS (IN)CS (F/MN)CVEL (FT/MIN)DF (LBF)DNPH (V/V)ECGR (GAPI)ELSZ (%)ESSZ (%)GDEV (DEG)GR (GAPI)HDAR (IN)


302 of 374 19-10-16 10:43

HLRGBHTEM (DEGC)HWEC (DEG/M)NCYT (DEGC)NPHI (V/V)NPL (V/V)NPOR (V/V)PHIE_HILT. (V/V)PXND_HILT. (V/V)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)TALPTENS (LBF)TNPH (V/V)TNRAUMA_HILTVCL_HILT (V/V)




6004-16-1z_pex_r4a_final_rs: 12403.5-13190 F34. DEPTH (F)BS (IN)CDF (N)CHRPCHRSCHTPCHTSCS (F/MN)CVEL (FT/MIN)DCI4DF (N)DT4P (US/F)DT4S (US/F)


303 of 374 19-10-16 10:43

DTCO (US/F)DTRP (US/F)DTRS (US/F)DTTP (US/F)DTTS (US/F)ECGR (GAPI)ETIM (S)GR (GAPI)ITT (S)RGR (GAPI)SAS4SOBS (IN)SPHI (V/V)SPR4SPT4SSVE (M/S)SVEL (M/S)TENS (LBF)TIME (S)

6004-16-1z_pex_r5c_final_rs: 13063.5-13653 F35. DEPTH (F)ABS (M2)AFCD (M2)AREA (M2)BS (IN)BSD1CDF (N)CFGRCFTC (1/S)CNTC (1/S)CS (F/MN)CVEL (FT/MIN)DF (LBF)DNPH (V/V)DRTAEBSZ (%)ECGR (GAPI)ELSZ (%)ESSZ (%)ETIM (S)FCD (IN)GDEV (DEG)GR (GAPI)HDAR (IN)HLRGBHPATTHTEM (DEGC)HWEC (DEG/M)HWER (M)ICV (M3)IHV (M3)LSD1NCYT (DEGC)NPHI (V/V)NPL (V/V)NPOR (V/V)PHIE_HILT. (V/V)PXND_HILT (V/V)QCBSLQCMCFLQCPORRCFT (1/S)RCNT (1/S)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)RXIG (MA )SSD1TALPTENS (LBF)TGST (M/S2)TIME (S)


304 of 374 19-10-16 10:43

TNPH (V/V)TNRAUMA_HILTVCL_HILT (V/V)




6004-16-1z_pex_r6a_final_rs: 13105.5-13754 F39. DEPTH (F) ABS (M2)AFCD (M2)AREA (M2)BS (IN)BSD1CDF (N)


305 of 374 19-10-16 10:43

CFGRCFTC (1/S)CGR (GAPI)CHRPCHRSCHTPCHTSCNTC (1/S)CS (F/MN)CVEL (FT/MIN)DCI4DF (LBF)DNPH (V/V)DRTADT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/F)DTRS (US/F)DTSM (US/F)DTTP (US/F)DTTS (US/F)EBSZ (%)ECGR (GAPI)ELSZ (%)ESSZ (%)ETIM (S)FCD (IN)GDEV (DEG)GR (GAPI)HDAR (IN)HLRGBHPATTHTEM (DEGC)HWEC (DEG/M)HWER (M)ICV (M3)IHV (M3)ITT (S)LSD1NCYT (DEGC)NPHI (V/V)NPL (V/V)NPOR (V/V)PHIE_HILT (V/V)POTAPRPWN4PXND_HILT (V/V)QCBSLQCHALSQCMCFLQCPORRCFT (1/S)RCNT (1/S)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)RSGR (GAPI)RWA_HILT (OHMM)RXIG (MA)SAS4SGR (GAPI)SOBS (IN)SP (M/V)SPAR (M/V)SPHI (V/V)SPR4SPT4SSD1SSVE (M/S)SVEL (M/S)


306 of 374 19-10-16 10:43

SW_HILT (V/V)TALPTENS (LBF)TGST (M/S2)THOR (PPM)TIME (S)TNPH (V/V)TNRATPRATURAUMA_HILTUPRAURAN (PPM)VCL_HILT (V/V)VPVSW1NG (1/S)W2NG (1/S)W3NG (1/S)W4NG (1/S)W5NG (1/S)WF41WF42WF43WF44WF45WF46WF47WF48


6004-16-1z_pex_r6a_final_rs_2: 13105.667-13753.5 F41. DEPTH (F)CDH (IN)DPHZ (V/V)DSOZ (IN)ECC (IN)EHGR (GAPI)HARS (OHMM)HART (OHMM)HAUD (OHMM)HAUE (IN)HAUS (OHMM)HAZ (M/S2)HCFT (1/S)HCNT (1/S)HDI (INS)HDRA (G/C3)HDRTHGR (GAPI)HLDU (OHMM)HLGU (OHMM)HLLD (OHMM)HLLE (OHMM)HLLG .OHMMHLLS (OHMM)


307 of 374 19-10-16 10:43

HLSU (OHMM)HMIN (OHMM)HMNO (OHMM)HNPO .V/VHPRAHRDU (OHMM)HREU (IN)HRLD (OHMM)HRLE (IN)HRLS (OHMM)HRM (OHMM)HRMD (OHMM)HRSU (OHMM)HSO (IN)HTALHTNP (V/V)PEFZQCPEFQCRHRHFT (1/S)RHNT (1/S)RHOZ (G/C3)RSO8 (IN)RSOZ (IN)RXO8 (OHMM)RXOZ (OHMM)TIME (S)UZZIT1 (MA)ZVB1 (MV)ZVBQ (MV)ZVT1 (MV)ZVTQ (MV)


6004-16-1z_pex_run4a_final: 11991-13652 F43. DEPTH (F)BS (IN)CDF (N)CHRPCHRSCHTPCHTSCS (F/MN)CVEL (FT/MIN)DCI4DF (N)DT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/F)DTRS (US/F)DTTP (US/F)DTTS (US/F)ECGR (GAPI)ETIM (S)GR (GAPI)ITT (S)PWN4RGR (GAPI)SAS4SOBS (IN)SPHI (V/V)SPR4SPT4SSVE (M/S)SVEL (M/S)


308 of 374 19-10-16 10:43

TENS (LBF)TIME (S)

6004-16-1z_pex_run4a_final_1: 11991.083-13652 F44. DEPTH (F)IDWD (0.1_IN)SCD (0.1_IN)TIME (S)


6004-16-1z_pex_run5c_final_1: 11971.083-13651 F46. DEPTH (F)BSW (1/S)BSWU (1/S)FCBR (OHMM)HCAL (IN)HDRX


309 of 374 19-10-16 10:43

IDWD (0.1_IN)LHEW (1/S)LSW (1/S)LSWU (1/S)LWTO (1/S)RVV (MV)RXOI (OHMM)RXV (MV)SCD (0.1_IN)SSW (1/S)SSWU (1/S)TIME .S



6004-16-1z_pex_run6a_final: 12334-14033.5 F49. DEPTH (F)ABS (M2)AFCD (M2)AREA (M2)BS (IN)BSD1 CDF(N)CFGRCFTC (1/S)CGR (GAPI)CHRPCHRSCHTPCHTSCNTC (1/S)CS (F/MN)CVEL (FT/MIN)DCI4


310 of 374 19-10-16 10:43

DF (LBF)DNPH (V/V)DRTADT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/FT)DTRS (US/FT)DTSM (US/F)DTTP (US/FT)DTTS (US/FT)EBSZ (%)ECGR (GAPI)ELSZ (%)ESSZ (%)ETIM (S)FCD (IN)GDEV (DEG)GR (GAPI)HDAR (IN)HLRGBHPATTHTEM (DEGC)HWEC (DEG/M)HWER (M)ICV (M3)IHV (M3)ITT (S)LSD1NCYT (DEGC)NPHI (V/V)NPL (V/V)NPOR (V/V)PHIE_HILT (V/V)POTAPRPWN4PXND_HILT (V/V)QCBSLQCHALSQCMCFLQCPORRCFT (1/S)RCNT (1/S)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)RSGR (GAPI)RWA_HILT (OHMM)RXIG (MA)SAS4SGR (GAPI)SOBS (IN)SP (MV)SPAR (MV)SPHI (V/V)SPR4SPT4SSD1SSVE (M/S)SVEL (M/S)SW_HILT (V/V)TALPTENS (LBF)TGST (M/S2)THOR (PPM)TIME (S)TNPH (V/V)TNRATPRATURAUMA_HILT


311 of 374 19-10-16 10:43

UPRAURAN (PPM)VCL_HILT. (V/V)VPVSW1NG (1/S)W2NG (1/S)W3NG (1/S)W4NG (1/S)W5NG (1/S)WF41WF42WF43WF44WF45WF46WF47WF48


6004-16-1z_pex_run6a_final_2. 12334.167-14033 F51. DEPTH (F)CDH (IN)DPHZ (V/V)DSOZ (IN)ECC (IN)EHGR (GAPI)HARS (OHMM)HART (OHMM)HAUD (OHMM)HAUE (IN)HAUS (OHMM)HAZ 8M/S2)HCFT (1/S)HCNT (1/S)HDI (NS)HDRA (G/C3)HDRTHGR (GAPI)HLDU (OHMM)HLGU (OHMM)HLLD (OHMM)HLLE (OHMM):HLLG (OHMM)HLLS (OHMM)HLSU (OHMM)HMIN (OHMM)HMNO (OHMM)HNPO (V/V)HPRAHRDU (OHMM)HREU (IN)HRLD (OHMM)HRLE (IN)HRLS (OHMM)


312 of 374 19-10-16 10:43

HRM (OHMM)HRMD (OHMM)HRSU (OHMM)HSO (IN)HTALHTNP (V/V)PEFZQCPEFQCRHRHFT (1/S)RHNT (1/S)RHOZ (G/C3):RSO8 (IN)RSOZ (IN)RXO8 (OHMM)RXOZ (OHMM)TIME (S)UZZIT1 (MA)ZVB1 (MV)ZVBQ (MV)ZVT1 (MV)ZVTQ (MV)



6004-16-1z_processed_cmr: 13103-13989 F54. DEPTH (F)ABS (M2)ACQ_TIME (MS)AC_REL_STATEAFCD (M2)AMP_DIST (V)AMP_DIST_SIG (V)AREA (M2)ATEMP (DEGC)B0_MC (MT)B0_TEMP (MT)BADF_CMRBCQR (%)BDIG


313 of 374 19-10-16 10:43

BFV (V/V)BFV_MW (V/V)BFV_MW_SIG (V/V)BFV_SIG (V/V)BLEW (1/S)BPHV (V)BS (IN)BSD1BSFF (%)CART_TEMP (DEGC)CBF1 (V/V)CBF2 (V/V)CBF3 (V/V)CBF4 (V/V)CBF5 (V/V)CBF6 (V/V)CBF7 (V/V)CBP1 (V/V)CBP2 (V/V)CBP3 (V/V)CBP4 (V/V)CBP5 (V/V)CBP6 (V/V)CBP7 (V/V)CBP8 (V/V)CDF (N)CFF1 (V/V)CFF2 (V/V)CFF3 (V/V)CFF4 (V/V)CFF5 (V/V)CFF6 (V/V)CFF7 (V/V)CFGRCFTC (1/S)CLOS (M)CMFF (V/V)CMFF_MW. (V/V)CMFF_MW_SIG (V/V)CMFF_SIG (V/V)CMRP_3MS (V/V)CMRP_3MS_MW (V/V)CMR_GAINCMR_PHI_CONVCMR_RAW_PHI (V/V)CMR_SIG_PROC_SCMR_TEMP (DEGF)CMR_TEMP_RAWCMSNCNTC (1/S)CS (F/MN)CTEM (DEGF)CTMP (DEGC)CVEL (FT/MIN)CWEL (DEG/M)DELTA_B0 (MT)DF (LBF)DHC_ERRDNPH (V/V)DRTADSPPSDSPPT (MS)DSP_ERREBSZ (%)ECGR (GAPI)ECHO_AMP_RECHO_AMP_XECHO_BASE (V)ED (M)ELSZ (%)ESSZ (%)ETIM (S)


314 of 374 19-10-16 10:43

FCD (IN)FREQ_OP (KHZ)FREQ_OP_IDGAMMAGCHV (V)GDEV (DEG)GR (GAPI)GTHV (V)HAGR (V)HDAR (IN)HDGR (V)HDIGHHVO (V)HLRGBHM15 (V)HMRGBHP15 (V)HP5V (V)HPATTHPB0 (MT)HPB0CH (V)HPB0CL (V)HPB0_RAWHTEM (DEGC)HV (V)HV_CUR (MA)HV_LOADED (V)HV_PEAK_CUR (MA)HV_REG (V)HV_UNREG (V)HWEC (DEG/M)HWER (M)ICV (M3)IHV (M3)INV_AMP_MCKBFV (MD)KCMR (MD)KSDR (MD)KTIM (MD)LCQR (%)LDIGLLEW (1/S)LOOPLPHV (V)LSD1LSFF (%)MA5V (V)MDIGMINUS_15V (V)MINUS_5V_ANA (V)MP12 (V)MP5V (V)NCHV (V)NCYT (DEGC)ND (M)NDIANOISE_ENV (V/V)NOISE_FLAGNOISE_PWRNOISE_TOOL (V/V)NOISE_TOOL_WSU (V/V)NO_UPDATE_COUNNPHI (V/V)NPL (V/V)NPOR (V/V)NSGD (V)NTHV (V)NUM_MSGPHIE_HILT (V/V)PLUS_15V (V)PLUS_5V (V)PLUS_5V_ANA (V)


315 of 374 19-10-16 10:43

PXND_HILT (V/V)QCBSLQCMCFLQCPORRBPHV (V)RCFT (1/S)RCNT (1/S)RD1P (MV)RD1Q (MV)RDA0 (MV)RDIARGCN (1/S)RG (GAPI)RHGX_HILT (G/CM3)RLPHV (V)RMFA_HILT (OHMM)RMS_NOISE (V)RO_HILT (OHMM)RSPHV (V)RTNRRXIB (MA)RXIG (MA)RXPS (DEG)RXVB (MV)RXVM (UV)SCQR (%)SDIGSIG_PROC_ERRSLEW (1/S)SPHASE (DEG)SPHV (V)SSD1SSFF (%)STATE_ERRT12RT2LM (MS)T2LM_MW (MS)T2LM_MW_SIG (MS)T2P1 (MS)T2P2 (MS)T2P3 (MS)TALPTCH (V)TCL (V/V)TCMR (V/V)TCMR_MW (V/V)TCMR_MW_SIG (V/V)TCMR_SIG (V/V)TENS (LBF)TGST (M/S2)TIME (S)TNPH (V/V)TNRATOOL_STATETREF (V)TUNE_WORDTVDE (M)TW_OFFSETUMA_HILTVCL_HILT (V/V)VSEC (M)WAIT_FLAGWSUM




316 of 374 19-10-16 10:43

BIOMBSW (1/S)BSWU (1/S)BWTO (1/S)FCBR (OHMM)HCAL (IN)HDRXHIOMHMASHRCAL (IN)IDWD (0.1_IN)LHEW (1/S)LIOMLSW (1/S)LSWU (1/S)LWTO (1/S)MIOMNIOMQCRXORIOMRVID (UA)RVIS (UA)RVV (MV)RXI0 (UA)RXOI (OHMM )RXV (MV)SCD (0.1_IN)SIOMSSW (1/S)SSWU (1/S)SWTO (1/S)TIME (S)TQCA

6004-16-1z_processed_cmr_3: 13103.167-13989 F57. DEPTH (F)DPHZ (V/V)DSOZ (IN)HAZ (M/S2)HCFT (1/S)HCNT (1/S)HDRA (G/C3)HDRB (G/CM3)HDRTHGR (GAPI)HMIN (OHMM)HMNO (OHMM)HNPO (V/V)HPRAHTALHTNP (V/V)PEAPEFBAPEFLAPEFSAPEFZQCPEFQCRHRGHN (1/S)RHBA (G/CM3)RHFT (1/S)RHGR (GAPI)RHLA (G/CM3)RHNT (1/S)RHOZ (G/C3)RHSA (G/CM3)RMCZ (OHMM)ROMZ (G/CM3)RSO8 (IN)RSOZ (IN)RXO8 (OHMM)RXOZ (OHMM)TIME (S)


317 of 374 19-10-16 10:43

UZ

6004-16-1z_processed_cmr_4: 13103.017-13989 F58. DEPTH (F)HAZ01 (M/S2)RVDRU (OHMM)RVSRU (OHMM)RXGR (OHMM)RXRU (OHMM)

TIME (S)



Well 6004/17-1

Composit Log









7.


8.





318 of 374 19-10-16 10:43

PEX(HALS)−DSI−ACTS−SP, Log intrval 2486.5 m - 3841.57 m. Run no. 1A-1. Lower Dipole SpeedCorrected 1:200.

1.


2.


3.


4.


5.


6.






319 of 374 19-10-16 10:43

Depth (m)CDF (LBF)









320 of 374 19-10-16 10:43

Well 6004/17-1

Run 1A-1 Non-SC




Depth (ft)GRC (API)R55P (OHMM)R25P (OHMM)R55A (OHMM)R25A (OHMM)ROP (M/HR)RHOB (G/CC)NLIM


321 of 374 19-10-16 10:43

DRHO (G/CC)DNPHCALI (in)WSOD (in)WSOD (in)S3




Wireline Logs (LAS)


322 of 374 19-10-16 10:43

1A-1-HALS-DSI-TLD-MCFL-054-on depthDEPTBSECGRTNPHHLLDHLLSHCALHDRAPEFZRHOZRXOZSPDT1RDT1CHR1DTRPDTRSDT4SDTTSDT4PDTTPCHTSCHRSCHTPCHRPGRDTCODTSM



Well 6004/17-1 (ASC)Bit DepthTVD DepthHK HghtWOBRPMTORQUESPPROP m/hrFLWpmpsMW INTMP IN


323 of 374 19-10-16 10:43

FP EatonFrac EatonD ExpDexp RWECD at BDMW OUTTMP OUTT GAS mainC1 mainC2 mainC3 mainiC4 mainnC4 mainiC5 mainnC5 main


Well 6004/17-1

Reports


1.


2.


Core photos4.



6.


Wells/6004-17-1/Well fakta.htm0000744000100400001440000002622211137317555014154 0ustar


324 of 374 19-10-16 10:43

upusers

Well 6004/17-1

Well information









325 of 374 19-10-16 10:43



















1.


2.


326 of 374 19-10-16 10:43




4.




7.


8.


9.


10.


11.


12.


13.


14.


15.


16.


327 of 374 19-10-16 10:43


17.


18.


19.


20.


21.


22.














328 of 374 19-10-16 10:43






36.


37.


38.









DEPT (M)BS (IN)DT1 (US/F)DT1R (US/F)DT2 (US/F)DT2R (US/F)DT4P (US/F)DT4S (US/F)


329 of 374 19-10-16 10:43

DTRP (US/F)DTRS (US/F)DTSM (US/F)DTTP (US/F)DTTS (US/F)GDEV (DEG)GR (GAPI)HCAL (IN)SP (MV)STIA (M)STIT (M)TENS (LBF)





330 of 374 19-10-16 10:43

Run1: Repeat_Log_DSI_HRLA_TLD_MCFL_021PUC: 1799.8440-1971.2940 mDEPT (M)BS (IN)DF (LBF)DI_HRLT (USIN)DPHZ (V/V)GDEV (DEG)GR (GAPI)HCAL (IN)HDRA (G/C3)HTNP (V/V)PEF8PEFZRHO8 (G/C3)RHOZ (G/C3)RLA1 (OHMM)RLA2 (OHMM)RLA3 (OHMM)RLA4 (OHMM)RLA5 (OHMM)RM_HRLT (OHMM)RSOZ (IN)RT_HRLT (OHMM)RXOZ (OHMM)SP (MV)TENS (LBF)TNPH (V/V)



Run 2B: CAL_HRLA_TLD_MCFL_108PUC: 1750.4664-3387.8520 mDEPT (M)BS (IN)CDF (N)CRD1_PPC1 (IN)CRD2_PPC1 (IN)CRD3_PPC1 (IN)CRD4_PPC1 (IN)GR (GAPI)GTEM (DEGF)HBHK (V/V)HCAL (IN)HCGR (GAPI)HD1_PPC1 (IN)HD2_PPC1 (IN)HDRA (G/C3)HFK (V/V)HGR (GAPI)HSGR (GAPI)HTEM (DEGF)HTHO (PPM)HTNP (V/V)HTPRHTURHUPRHURA (PPM)PEF8PEFZRB_PPC1 (DEG)RHO8 (G/C3)RHOZ (G/C3)RLA0 (OHMM)RLA1 (OHMM)RLA2 (OHMM)RLA4 (OHMM)RLA5 (OHMM)


331 of 374 19-10-16 10:43

RM_HRLT (OHMM)RT_HRLT (OHMM)RXO_HRLT (OHMM)SP (MV)TENS (LBF)TNPH (V/V)



Run 2C: CAL_DSI_ECS_TLD_CNL_011PUC: 3211.8300-3383.2800 mDEPT (M)AX (M/S2)AY (M/S2)AZ (M/S2)BS (IN)CDF (N)CRD1_PPC1 (IN)CRD1_PPC2 (IN)CRD2_PPC1 (IN)CRD2_PPC2 (IN)CRD3_PPC1 (IN)CRD3_PPC2 (IN)CRD4_PPC1 (IN)CRD4_PPC2 (IN)DT1 (US/F)DT1R (US/F)DT2 (US/F)


332 of 374 19-10-16 10:43

DT2R (US/F)DT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/F)DTRS (US/F)DTSM (US/F)DTST (US/F)DTTP (US/F)EHD1_PPC1 (IN)EHD1_PPC2 (IN)EHD2_PPC1 (IN)EHD2_PPC2 (IN)FX (A/M)FY (A/M)FZ (A/M)GR (GAPI)HAZI (DEG)HD1_PPC1 (IN)HD1_PPC2 (IN)HD2_PPC1 (IN)HD2_PPC2 (IN)ITT (S)RB_PPC1 (DEG)RB_PPC2 (DEG)TENS (LBF)



333 of 374 19-10-16 10:43

LWD LAS Files

839-1500.95 mDEPTH (m)GR1AX (API)RACLX (ohm.m)RPCHX (ohm.m)TCDX (degF)ROP_AVG (2.00.m/hr)ACTECDX (sg)APRESX (psi)


Mud Log LAS Files





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6005_13-1_5_Res_M_1954-3011: 1954.00-3011.00 m (LAS and excel files)DEPTH (m)ROP (m/hr)GRAM (API)TCDM (degF)RACHM (ohm.m)RACLM (ohm.m)RPCHM (ohm.m)RPCLM (ohm.m)RPTHM (min)TVD (m)





Well 6005/13-1



2.


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3.



Well 6005/13-1

Well information



Well 6005/15-1


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Composite Log (Pdf)






















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Well 6005/15-1














Well 6005/15-1

MWD Data and Report


DDS, PWD and QC plots in pdf formate.2. · DDS Timebased 100 962-1022 m· DDS Timebased 300 1022-1778 m· DDS Timebased 400 1778-2155 m


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· DDS Timebased 500 2155-2350 m· DDS Timebased 600 2350-2758 m· DDS Timebased 700 2758-3123 m· DDS Timebased 800 3123-3416 m· DDS Timebased 900 3416-3508 m· DDS Timebased 1000 3508-3577 m· DDS Timebased 1100 3577-3764 m· DDS Timebased 1200 3764-3860 m· DDS Timebased 1300 3860-4026 m· PWD Timebased 400· PWD Timebased 500· PWD Timebased 600· PWD Timebased 700· PWD Timebased 800· PWD Timebased 900· PWD Timebased 1000· PWD Timebased 1100· DGR-EWR QC Timebased 100 962-1022 m· DGR-EWR QC Timebased 300 1022-1778 m· DGR-EWR QC Timebased 400 1778-2155 m· DGR-EWR QC Timebased 500 2155-2350 m· DGR-EWR QC Timebased 600 2350-2758 m· DGR-EWR QC Timebased 700 2758-3123 m· DGR-EWR QC Timebased 800 3123-3416 m· DGR-EWR QC Timebased 900 3416-3508 m· DGR-EWR QC Timebased 1000 3508-3577 m· DGR-EWR QC Timebased 1100 3577-3764 m· DGR-EWR QC Timebased 1200 3764-3860 m· DGR-EWR QC Timebased 1300 3860-4026 m




Well 6005/15-1

Reports


1.


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Geochemical analysis of cuttings samples from Statoil well longan 6005/15-1, Faroes.April 2002.

2.


3.


4.



6.






11.


12.


13.


14.


15.



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Well 6005/15-1

Well information


Well Glyvursnes-1



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GL1-logs-core: Composite well log: 0-700 mGL1-1: Composite well log: 0-700 mGL1: Composite well log: 0-700 m



GL1-FWS: 6.0-697.0 mVp

VsVp-semblance



Logs from LogTek






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ComprShear

DensityModulae

BulkShearYoung

Poisson Ratio


ComprShear


BulkShear


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YoungPoisson Ratio


ComprShearStoneley

Vshear/Vcompr


Well Glyvursnes-1



LAS files

GL1-composite-log

GL1-logs-core: -0.47-700.03 m


GL1-logs-core-1cm: -0.47-699.98 m


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DEPT (M)POIS (RATIO)NPHI (LPU)DENS (GM/CC)RES_ (Ohm.m)TEMP (°C)CALI (INCH)FLUI (µS/CM)VP (KM/S)VS (KM/S)GAMM (API_UNITS)GROS (CPS)

GL1-LAS-1cm-raw






FWVSM: 7.5-700.3 mDEPTH (M)


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SVEL (µs/ft)










DNNSMc: 1.9-698.97 mDEPTH (M)Near (CPS)


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Far (CPS)NGAM (CPS)Pors (LPU)







RES (OHM)NGAM (API)


RES (OHM)NGAM (API)


SGAMMc: 2.48-699.63 mDEPT (M)


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POT (PCNT)URAN (PPM)THOR (PPM)GROS (CPS)










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TCDSM: 0.1-698.0DEPTH (M)


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TEMP (oC)COND (µS/cm)DELT (oC)DELC (µS/cm)NGAM (CPS)











FDGSM: 2.92-700.31 m


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Depth (m)Natural Gamma (CPS)Borehole Temperatu (DEGC)Borehole Diameter (INCH)Long Spacing Densit (CPS)High Resolution Den (CPS)Bed Resolution Dens (CPS)








SGAMM. 2.66-700.31 mDepth (m)


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POT (PCNT)URAN (PPM)THOR (PPM)GROS (CPS)GROS (CPS)





OTV files




BOREHOLE VIEWORIENTATIONROTATIONINCLINATION


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SPARE










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RGLDIPv6.1 OPTV results: 2.910-52.058 mRGLDIPv6.1 OPTV results: 49.998-152.216 mRGLDIPv6.1 OPTV results: 149.988-252.032 mRGLDIPv6.1 OPTV results: 249.984-352.126 mRGLDIPv6.1 OPTV results: 349.982-452.078 mRGLDIPv6.1 OPTV results: 449.970-552.970 mRGLDIPv6.1 OPTV results: 549.982-644.516 mRGLDIPv6.1 OPTV results: 644.176-690.256 m



GL1-sonic-processed

LAS files





DEPT (M)DTC (US)


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DTS (US)DTSC (US)DTSM (US)VP (US)VS (US)VPVSPOIST1 (US)T2 (US)T3 (US)T4 (US)






Vp (km/s)Vs (km/s)


Robertson1_DPD


Time3c (km/sec)Time5c (km/sec)Velocity (km/sec)Sembl (km/sec)Time3c (km/sec)


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Time5c (km/sec)Vels sembl (km/sec)

GLMODdataDepth (mm)


Robertson2_STC

MOD dataDepth (mm)



Sembl (km/sec)

Other files



depthtime3c


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time5cvelcsembltime3stime5svelssembl




Well Glyvursnes-1

Reports


1.


2.


3.


4.


GEUS. Special Core Analysis for the SeiFaBa Project. Ultrasonic velosity6.


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mesurements on plug samples from the Vestmanna-1 and Glyvursnes-1 wells, faroeIslands. 2005.


7.


8.


Well Glyvursnes-1

Well information



Well Lopra-1/1A

Analog Logs

1. Pressure Log: 2185-3156 m2. Pressure Log: 3091-3565 m3. Parameter Log: 2180-3160 m4. Parameter Log: 3091-3565 m


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5. Hydrocarbon Well Log: 3000-3565 m6. Well Log: 2155-3160 m


Well Lopra-1/1A








5. ???. 5.5-2169.5 m




Tape1-A: 2167,7375-3101.0352 m (DAT)


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DEPTHRGRGRTIMETENSMRESMTEM


Tape2-B: 2185.1111-3136.6968 mBSCVELTENSCGRPOTASGRTHORTPRATURAURANUPRASDEVHTENDRHOPEFRHOBNRHORLLRCALLITHCALITIME


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DTEMDPHINPHISCNLCSETIMMARKAREAAFCDABSFCDHDARIHVICVSTIASTITW1NGW2NGW3NGW4NGW5NGTPUWTPLWAPUWAPLWPPUWPPLWRSGR FNORFINCHAZIP1AZRBHVMRESBDQCDALPLSRHLURHQRLSQLSQRSSQSSS1RHRLURLSRLITRLLLRLULRLLURLUU


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LSHVFFLSRSS1RSS2RSLLRSULRSLURSUUSSHVFFSSLLLULSLLLLULLLULUUSS1SS2SLLSULSLUSUURGCNDRTATALPRTNRRCNTRCFTCNTCTNRACFTCANORGATGMTCTEMRMTEMTEMAMTEPHNDTNPH NPLNPORAXAYAZFXFY7AFZ


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Tape3-A: 180.13538-2127.3503 mCALIBSSGRSDEV




Tape4-A: 2105.1011-2187.8545 mBSCSCVELTENSDTCODTSMVPVSDT1RDT2RDT1DT2DTSTDT4PDT4SSDEVCGRPOTASGRTHORTPRATURAURANUPRACTEMDRHOPEFRHOBNRHO


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RCALLITHTIMECALI


Well Lopra-1/1A

Reports


1.


2.






7.


8.







14.



Rock physics analysis of sonic velocities in wells Lopra-1, Glyvursnes-l and17.


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Vestmanna-1


18.




21.


Well Lopra-1/1A

Well information



Well Vestmanna


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Composite Log (Pdf)1. VM1-1: 0-658 m2. VM1: 0-658 m3. VM1-logs-core: 0-658 m4. VM1-TCDS: 0-576 m5. vm1-w810mm-length55inches: 0-588 m


Well Vestmanna-1














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fdgsV1M: 3.1-589.6 mDEPTH (M)NGAM (API Cs)CALP (inch)DENS (gm/cc)

HRD (CPS)BRD (CPS)









DENS1: 174.41299-412.84323 mDEPTH (M)DENS (g/ml)


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DENS (g/ml)








L1 (mS/m)TG1 (cps)


L2 (mS/m)TG2 (cps)

fdgsV1R: 16.0-40.0 mDEPTH (M)NGAM (API Cs)CALP (inch)DENS (gm/cc)


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HRD (CPS)BRD (CPS)









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RGLDIPv6.1 OPTV results: 19.744-70.080 mRGLDIPv6.1 OPTV results: 68.916-102.082 mRGLDIPv6.1 OPTV results: 99.862-201.944 mRGLDIPv6.1 OPTV results: 199.878-302.058 mRGLDIPv6.1 OPTV results: 299.906-401.998 mRGLDIPv6.1 OPTV results: 399.982-502.024 mRGLDIPv6.1 OPTV results: 499.982-590.108 m








Sgamv1. 1.6-588 m


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Depth (M)POT (PCNT)URAN (PPM)THOR (PPM)GROS (CPS)GROS (CPS)








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DNNSV1R: 1.98-20.16 mDepth (M)Casing-Collar LocatorNatural Gamma Radia (CPS)Near Detector Count (CPS)Far Detector Count (CPS)




Well Vestmanna-1

Reports





3.

Reports conducted after the drilling of Glyvursnes-1 and re-logging ofVestmanna-1 in 2002. These reports are also included under the


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Glyvursnes-1 report list.


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5.


6.


7.


8.


9.



Well Vestmanna-1/1A

Well information



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Well 6004/12-1 - jf.fojf.fo/wp-content/uploads/2016/10/6004-12-1_analog-logs.pdf · Upstream...

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Transcript of Well 6004/12-1 - jf.fojf.fo/wp-content/uploads/2016/10/6004-12-1_analog-logs.pdf · Upstream...