s3-ap-southeast-2.amazonaws.com · Web view2021. 3. 12. · Latitude:Longitude:27° 19' 6.7"...

QGC A BG Group Business

Broadwater 198

Broadwater

Saxon 165

Queensland

Australia

THE USE OF AND RELIANCE UPON THIS RECORDED-DATA BY THE HEREIN NAMED COMPANY (AND ANY OF ITS AFFILIATES, PARTNERS, REPRESENTATIVES, AGENTS, CONSULTANTS AND EMPLOYEES) IS SUBJECT TO THE TERMS AND CONDITIONS AGREED UPON BETWEEN SCHLUMBERGER AND THE COMPANY, INCLUDING: (a) RESTRICTIONS ON USE OF THE RECORDED- DATA; (b) DISCLAIMERS AND WAIVERS OF WARRANTIES AND REPRESENTATIONS REGARDING COMPANY'S USE AND RELIANCE UPON THE RECORDED-DATA; AND (c) CUSTOMER'S FULL AND SOLE RESPONSIBILITY FOR ANY INFERENCE DRAWN OR DECISION MADE IN CONNECTION WITH THE USE OF THIS RECORDED-DATA.

1. Header2. Disclaimer3. Contents4. Well Sketch5. Borehole Size/Casing/Tubing Record6. Operational Run Summary7. Borehole Fluids8. Remarks and Equipment Summary9. Depth Summary

10. Survey Record11. PEX-BHC-AIT-GPIT Main Pass HiRes 1:100

11.1 Integration Summary11.2 Software Version11.3 Composite Summary11.4 Log ( PEX Quad Combo HiRes )

Latitude:Longitude:

27° 19' 6.7" S151° 2' 7.4"

FL: GDA 94 Zone 55FL1: Northing 6976754 m

N FL2: Easting 305612 m

E

Acquisition Dates: Log Interval: Index Types: Index Scales: Depth Source: Depth Sensor:

11.5 Parameter Listing12. PEX-BHC-AIT-GPIT Main Pass StdRes 1:200

12.1 Integration Summary12.2 Composite Summary12.3 Log ( PEX Quad Combo StdRes )12.4 Parameter Listing

13. Calibration Report14. Tail

Bit Size ( in ) Top Driller ( m ) Top Logger ( m )Bottom Driller ( m ) Bottom Logger ( m )

12.250075.0373

8.575.0373572571.5

Size ( in ) Weight ( lbm/ft )Inner Diameter ( in ) GradeTop Driller ( m ) Top Logger ( m ) Bottom Driller ( m ) Bottom Logger ( m )

9.625368.921K55 0075.0373

Date Log Started Time Log Started Date Log Finished Time Log Finished

07-Jul-201307:38:1507-Jul-201309:48:10

Top Log Interval ( m ) Bottom Log Interval ( m )

10.00571.50

Total Depth ( m )Max Hole Deviation ( deg ) Azimuth of Max Deviation ( deg ) Bit Size ( in )

571.501.47102.37

8.500

Logging Unit Number Logging Unit Location Recorded By

Witnessed By

R3140 AURMTamara SvetlichnayaStephen Mitchel

Service Order Number CFDQ-00029

Fluid Type Fluid NameMax Recorded Temperatures ( degC )Source of Sample Salinity ( ppm ) Density ( lbm/gal ) Funnel Viscosity ( s ) Fluid Loss ( cm3 ) PHDate/Time Circulation Stopped

Date Logger on Bottom Time Logger on Bottom Source RMFRMCRM @ Meas Temp ( ohm.m@degC )RMF @ Meas Temp ( ohm.m@degC )RMC @ Meas Temp ( ohm.m@degC )RM @ BHT ( ohm.m@degC ) RMF @ BHT ( ohm.m@degC ) RMC @ BHT ( ohm.m@degC ) Total Solid ( % )High Gravity Solids ( % )

Water 3% KCl37.8

Active Tank 27286.729300007-Jul-2013 03:22:0007-Jul-201308:32:29Calculated Calculated 0.31 @ 11.6

0.22 @ 11.6

0.38 @ 11.6

0.17 @ 37.80.12 @ 37.80.22 @ 37.800

Equip name L ength MP nameOffset LEH-QT :2 121 22 .06

LE H-Q T:2121

DT C-H:9 190 21 .17EC H-KC :10265 CT EM 20.9DTC -H:9190 HV 0.00

T elStatus 20.26ToolStatus 20.26

A daptor_Head 20 .26:8 553

GP IT -C:1739 19 .04GP IH-B:4809

PEX-BHC-AIT-GPIT: RemarksLog Objectives: to

evaluate characteristics of 8.5" open hole section.All presentations, intervals and well sketch as per client program.Tools were ran as per tool sketch.Logging speed was 1800 ft/hr to acquire high resolution data.Main Pass logged from TD to CS with GR, Tension, Deviation and Temperature till surfacNo repeat pass as per client logging program.

Sonic check in casing reads 57 us/ft.Maximum recorded temperature was 37.8 degC taken from HGNS sensor.Maximum recorded deviation was 1.47 deg taken from GPIT accelerometer.

GP IC -C :1739

GPIC Inclino 18.6 1 meter

GPIT 0.00 H GNS-B:1761 17 .82HG NH:1775

Temperatur e

17.8 1

NP V -N:5050 NS R-F :5050 HM C A -BHA CC Z-B :558 HG NS-B:1761

GR 17.59

CNL Porosit y

15.66

HGNS 14.95HMCA 14.95

H DRS-H:3931 14 .95EC H-MEB:1707 HRC C -H:4585 HRMS-H:3931Backscatter:4122 4GP V -Q :3808

A ccelerome ter

0.00

Long Spacing:43 180HRGD-H:4967 GS R-J:3808Short Spacing:42 245

HRC C 13.73

MCFL 12.08Caliper 11.93TLD Density11.8 1

A H-184 11 .22 4866

DSLT -H:8 1 11 10 .6 1EC H-KH:8601 DS LC -H:8111 SLS-D:171

Delta-T 8.28

VDL 5 ft 7.85 Upper-Far 7.85 CBL 3 ft 7.54 Upper-Near7.54 Lower-Far 7.54 Lower-Near7.24

SLS-D 4.88 A IT -M:2562 4.8 8A M IS:2562 AM RM:356

Induction 2.41 Power Supp lyTemperatur e

2.41

2.41

SP 0.03 Mud Resistiv 0.00 ityHead T ensio nTO O L_ZERO

Lengths are in mMaximum O uter Diameter = 6.750

in Line: Sensor Location, V alue: Gating O ffset

A ll measurements are relativ e to TO O L_ZERO

Conveyance Type Log SequenceRig Up Length at Surface ( m ) Rig Up Length at Bottom ( m ) Rig Up Length Correction ( m ) Stretch Correction ( m )Rig Type

WirelineFirst run in hole 52.6752.750.080.20Land Rig

Depth Remark 1

Depth Remark 2 Depth Remark 3

All Schlumberger depth control procedures followed.IDW used as primary depth control.Z-chart used as secondary depth control.

TypeSerial Number Calibration Date Calibrator Serial Number Calibration Cable Type Wheel Correction 1 Wheel Correction 2

IDW-B 200130-MAY-2013307-42-ZV-XS-8.44-6.68

TypeSerial Number Calibration Date Calibrator Serial

Number Calibration Points Calibration RMS Calibration Peak Error

CMTD-B/A 226221-Jun-20131322102856

TypeSerial NumberLogging Cable Length ( m )

7-42ZV-XS63922618.00

Method : Minimum Radius of Curvature DLS Method : Lubinski North Reference : True North Total Correction Formula : Magnetic Dec

Latitude : 27° 19' 6.7" S Longitude : 151° 2' 7.4" E

Measured Depth: 0.00 m Inclination: 0.00 deg Azimuth: 0.00 deg True Vertical Depth: 0.00 m North Displacement: 0.00 m East Displacement: 0.00 m

9 : Manual 28 : Tie-In Point

0 : No correction

0 : Not Flagged Survey

(m) (deg) (deg) (m) (m) (m) (m) (m) (m) (deg) deg/30m1 0.00 0.00 0.00 - - - - 0.00 0.00 0.00 0.00 0.00 90.00 0.00 TIP 28 0 02 14.33 0.18 144.65 14.33 14.33 -0.02 -0.02 0.01 0.02 144.65 0.39 GPIT-C 9 0 03 23.47 0.09 333.95 9.14 23.47 -0.02 -0.02 0.02 0.03 142.36 0.91 GPIT-C 9 0 04 32.61 0.25 37.30 9.14 32.61 0.00 0.00 0.03 0.03 93.35 0.73 GPIT-C 9 0 05 41.76 0.20 146.14 9.14 41.76 0.00 0.00 0.05 0.05 89.02 1.20 GPIT-C 9 0 0

6 50.90 0.63 111.08 9.14 50.90 -0.03 -0.03 0.10 0.11 106.38 1.57 GPIT-C 9 0 07 60.05 0.49 48.89 9.14 60.04 -0.02 -0.02 0.18 0.18 97.25 1.93 GPIT-C 9 0 08 69.19 0.27 14.70 9.14 69.19 0.02 0.02 0.21 0.22 83.69 1.00 GPIT-C 9 0 09 78.33 0.63 83.90 9.14 78.33 0.05 0.05 0.27 0.27 79.50 1.94 GPIT-C 9 0 010 87.48 0.63 79.60 9.14 87.48 0.06 0.06 0.37 0.38 80.10 0.16 GPIT-C 9 0 0

11 96.62 0.66 72.33 9.14 96.62 0.09 0.09 0.47 0.48 79.20 0.29 GPIT-C 9 0 012 105.77 0.69 77.56 9.14 105.76 0.12 0.12 0.57 0.59 78.42 0.23 GPIT-C 9 0 013 114.91 0.69 75.94 9.14 114.91 0.14 0.14 0.68 0.70 78.16 0.06 GPIT-C 9 0 014 124.05 0.73 82.22 9.14 124.05 0.16 0.16 0.79 0.81 78.30 0.29 GPIT-C 9 0 015 133.20 0.75 86.60 9.14 133.19 0.18 0.18 0.91 0.93 79.08 0.19 GPIT-C 9 0 0




31 279.50 0.74 64.28 9.14 279.48 0.46 0.46 3.09 3.13 81.48 0.23 GPIT-C 9 0 032 288.65 0.73 67.06 9.14 288.62 0.51 0.51 3.20 3.24 80.92 0.12 GPIT-C 9 0 0

33 297.79 0.78 73.17 9.14 297.77 0.55 0.55 3.31 3.36 80.54 0.31 GPIT-C 9 0 034 306.93 0.82 76.83 9.14 306.91 0.58 0.58 3.44 3.48 80.34 0.23 GPIT-C 9 0 0

35 316.08 0.87 76.60 9.14 316.05 0.62 0.62 3.57 3.62 80.20 0.16 GPIT-C 9 0 0






ICV IHV

Integrated Cement Volume Integrated Hole Volume

GCSE_UP_PASS, FCD GCSE_UP_PASS

6.93 m319.31 m3

MaxWell Application Patch

3.1.9755.0SP-20121221-3.1.9755.1574

Borehole HENVIR

Borehole Ensemble provides common Borehole Parameters and Channels Computation Ensemble for the HGNS Neutron environmental corrections

3.1.9755.03.1.9755.0

WAFE-SEC WAFE-FEC WAFE-TMDI

Synergy SV451EC version 8.10 Synergy SV451EC version 8.10 Synergy SV451EC version 46.19

Synergy SV451EC version 9.10 Synergy SV451EC version 9.10 Synergy SV451EC version 44.19

61 553.82 1.47 108.29

9.14 553.74 0.38 0.38 8.65 8.66 87.49 0.50 GPIT-C 9 0 0

HRCC-H HRGD-H AMIS SLS-D

HILT High-Resolution Control Cartridge, 150 degC HILT Resistivity Gamma-Ray Density Device, 150 degC Array Induction Sonde - MSonic Logging Sonde D supports Short-spacing 3'-5'-7'

3.1.9755.03.1.9755.03.1.9755.15743.1.9755.1574

2.03.014.0

HGNS-B DDBHC DT and CBL/VDLHILT Gamma-Ray and Neutron Sonde, 125 degC

3.1.9755.0

2.0

PEX-BHC- AIT-GPIT Main[3]:Up Up 26.76

m572.44 m

07-Jul-2013 8:37:14 AM

07-Jul-2013 9:41:56 AM

0.00 m

true

All depths are referenced to toolstring zero

Description: Triple Combo high resolution template for Platform Express Format: Log ( PEX Quad Combo HiRes ) Index Scale: 1:100 Index Unit: m Index Type: Measured Depth Creation Date: 07-Jul-2013 10:04:39

ICV - Integrated Cement Volume every 1.00 (m3)

IHV - Integrated Hole Volume every 0.10 (m3)


TIME_1900 - Time Marked every 60.00 (s)


Array Induction Resistivity Environmentally Compensated Log Processing AE10 (AE10)

AIT-M

0.2ohm.m 200


AIT-M

0.2ohm.m 200

Thermal Neutron Porosity (Ratio Method) inArray Induction Resistivity Environmentally Compensated Log Processing AE30 (AE30)

AIT-M 1

Selected Lithology (TNPH) HGNS-B

m3/m3 -0.2

Mudcake (From CALI to BS) 0.2 ohm.m 200 Delta-T (also called Slowness or Interval TransitTime) (DT) DSLT-H

Washout (From BS to CALI) Array Induction Resistivity Environmentally Compensated Log Processing AE60 (AE60)

AIT-M190 us/ft 40

Caliper (CALI) HDRS-H0.2 ohm.m 200 Density Standoff Correction (HDRA) HDRS-H

6 in 16Array Induction Resistivity Environmentally

-0.25 g/cm3 0.25

Bit Size (BS)

6 in 16Compensated Log Processing AE90 (AE90)

AIT-MHigh Resolution Formation Photoelectric Factor

(PEF8) HDRS-H

Spontaneous Potential (SP) AIT-M

Cable0.2 ohm.m 200 0 10

-20 mV

Gamma Ray (GR) HGNS-B

80 Tension (TENS)

Invaded Formation Resistivity filtered at 8 inches (RXO8) HDRS-H

High Resolution Formation Density (RHO8) HDRS-H

0 gAPI150 0 lbf 2000 0.2 ohm.m 200 1 g/cm3 3

20

GR25

TENS30

35

40

45

50

GR 55

CALI60 TENS

65

70

CSL @ 73 m

75

80

RHO8

RXO885

GR AE90

PEF8

HDRA

SP AE60 DT

AE30 TNPH

BS AE20

CALI90

TENS

95

AE10

100

105

110

RHO8

115RXO8 PEF8

GR AE90 HDRA

SP AE60 DT

AE30 TNPH

BS AE20

120AE10

CALI TENS

125

130

135

140

145

RXO8 PEF8

RHO8

GR AE90 HDRA

SP AE60 DT

AE30 TNPH

BS150 AE20

AE10

CALI TENS

155

160

165

170

175 RHO8

RXO8 PEF8

GR AE90 HDRA

SP AE60 DT

AE30 TNPH

BS 180 AE20

AE10

CALI TENS

185

190

195

200

205

RHO8

RXO8 PEF8

GR AE90 HDRA

SP AE60 DT

210

BS

AE30

AE20

TNPH

AE10

CALI TENS

215

220

225

230

235

RHO8

RXO8 PEF8

GR AE90 HDRA

SP AE60 DT

240 AE30 TNPH

BS AE20

AE10

CALI TENS

245

250

255

260

265

RHO8

RXO8 PEF8

GR AE90 HDRA

SP270

AE30

AE60 DT

TNPH

BS AE20

AE10

CALI TENS

275

280

285

290

295

RHO8

RXO8 PEF8

GR AE90 HDRA

SP 300 AE60 DT

AE30 TNPH

BS AE20

AE10

CALI TENS

305

310

315

320

325

RHO8

RXO8 PEF8

GR330

SP

AE90

AE60

HDRA

DTAE30 TNPH

BS AE20

AE10

CALI335

340

345

TENS

350

355

RHO8

RXO8 PEF8

GR 360 AE90 HDRA

SP AE60 DT

AE30 TNPH

BS AE20

AE10

CALI365

370

375

TENS

380

385

RHO8

390GR

RXO8

AE90

PEF8

HDRASP AE60 DT

AE30 TNPH

BS AE20

CALI395

TENS

AE10

400

405

410

415

RHO8

420 RXO8 PEF8

GR AE90 HDRA

SP AE60 DT

AE30 TNPH

BS AE20

425 AE10

CALI TENS

430

435

440

445

450RXO8 PEF8

RHO8

GR AE90 HDRA

SP AE60 DT

AE30 TNPH

BS455

AE20

AE10

CALI TENS

460

465

470

475

480

RXO8 PEF8

RHO8

GR AE90 HDRA

SP AE60 DT

AE30 TNPH

BS 485 AE20

AE10

CALI TENS

490

495

500

505

510

RHO8

RXO8 PEF8

GR AE90 HDRA

SP AE60 DT

AE30 TNPH515

BS AE20

AE10

CALI TENS

520

525

530

535

540

RHO8

RXO8 PEF8

GR AE90 HDRA

SP AE60 DT

545 AE30 TNPH

BS AE20

AE10

CALI TENS

550

555

560

565

570

TDL @ 571.5 m

Mudcake (From CALI to BS) Cable Tension


Thermal Neutron Porosity (Ratio Method) in Selected Lithology (TNPH) HGNS-B

Washout (From BS to CALI) (TENS) AIT-M 1 m3/m3 -0.2

Caliper (CALI) HDRS-H 0 lbf 2000 0.2 ohm.m 200Delta-T (also called Slowness or Interval Transit

6 in 16

Bit Size (BS)


AIT-M 190

Time) (DT) DSLT-H

us/ft 40

6 in 16 0.2 ohm.m 200 Density Standoff Correction (HDRA) HDRS-H

Spontaneous Potential (SP) AIT-MArray Induction Resistivity Environmentally -0.25 g/cm3 0.25

-20 mV 80Gamma Ray (GR) HGNS-B

Compensated Log Processing AE30 (AE30) AIT-M High Resolution Formation Photoelectric Factor

(PEF8) HDRS-H

0 gAPI150

0.2 ohm.m 200 0 10


AIT-MHigh Resolution Formation Density (RHO8)

HDRS-H

0.2ohm.m 200 1 g/cm3 3


AIT-M

0.2ohm.m 200

Invaded Formation Resistivity filtered at 8 inches (RXO8) HDRS-H

0.2ohm.m 200

TIME_1900 - Time Marked every 60.00 (s)ICV - Integrated Cement Volume every 0.10 (m3)




Description: Triple Combo high resolution template for Platform Express Format: Log ( PEX Quad Combo HiRes ) Index Scale: 1:100 Index Unit: m Index Type: Measured Depth Creation Date: 07-Jul-2013 10:04:39

AAPL Array Induction Answer Product Level(Depth Log/View only)

AIT-M Radial

ABHM Array Induction Borehole Correction Mode

AIT-M Compute Standoff

ABLM Array Induction Basic Logs Mode

AIT-M Normal

ACDE Array Induction Casing Detection Enable

AIT-M Yes

ACEN Array Induction Tool Centering Flag (in Borehole)

AIT-M Eccentered

AMRF Array Induction Mud Resistivity Factor

AIT-M 1

AMSGAuxiliary Minimum Sliding Gate

DSLT-H 140 us

ASTAArray Induction Tool Standoff

AIT-M 1.6 in

ATSE

AZ_ENABLE

BARIArray Induction Temperature

Selection(Sonde Error Correction)Z-Axis Acceleration Channel Enabled for Real-Time Depth Correction

Barite Mud Presence Flag

AIT-M

DepthCorrection Borehole

I

n

ternal

No

NoBHS Borehole Status (Open or Cased Hole) Borehole Open

BHT Bottom Hole Temperature

Borehole

37.8 degC

BS Bit Size

WLSESSION Depth Zoned in

BSAL Borehole Salinity

Borehole

27286.72

ppm

BSCO Borehole Salinity Correction Option

HGNS-B Yes

CALI_SHIFT CALI Supplementary Offset

HDRS-H 0.3 in

CBLG CBL Gate Width

DSLT-H 45 us

CBLO Casing Bottom (Logger)

WLSESSION 73 m

CCCO Casing & Cement Thickness Correction Option HGNS-B No

CDEN Cement Density HGNS-B 2 g/cm3

CSODDRL Casing Outer Diameter - Zoned along driller depths WLSESSION 9.625 in

DC_MODE Depth Correction Mode DepthCorrection Real-time

DC_RT_ENABLE Depth Correction Real-Time Enabled DepthCorrection No

DETE Delta-T Detection DSLT-H E2

DFD Drilling Fluid Density Borehole 9 lbm/gal

DFT Drilling Fluid Type Borehole Water

DFT_WATER Drilling Fluid Water Type Borehole 3% KCl

DHC Density Hole Correction HDRS-H Bit Size

DTCM Delta-T Computation Mode DSLT-H Full

EDF Elevation of Derrick Floor Above Permanent Datum WLSESSION 343 m

EPD Elevation of Permanent Datum (PDAT) above Mean Sea Level

WLSESSION 338.5 m

FCD Future Casing (Outer) Diameter WLSESSION 7 in

FSAL Formation Salinity Borehole 0 ppm

FSCO Formation Salinity Correction Option HGNS-B No

GCLF Coal-Like Formation HDRS-H No

GCSE_DOWN_PASS Generalized Caliper Selection for WL Log Down Passes Borehole BS

GCSE_UP_PASS Generalized Caliper Selection for WL Log Up Passes Borehole CALI

GGRD Geothermal Gradient Borehole 18.23 degC/km

GR_MULTIPLIER Gamma Ray Multiplier HGNS-B 1

GRSE Generalized Mud Resistivity Selection, from Measured or Computed Mud Resistivity

Borehole REMS

GTSE Generalized Temperature Selection, from Measured or Computed Temperature

Borehole GTEM_LINEST

HSCO Hole Size Correction Option HGNS-B Yes

HVCS Integrated Hole Volume Caliper Selection Borehole Compute Area from GHD

IHVC Integrated Hole Volume Control Borehole Start

MAHTR Manual High Threshold Reference for first arrival detection

DSLT-H 120

MATR Rock Matrix for Neutron Porosity Corrections Borehole LIMESTONE

MCCO Mud Cake Correction Option HGNS-B No

MFST Mud Filtrate Sample Temperature Borehole 11.6 degC

MHCC Switch to select MCFL High Contrast Correction HDRS-H No

MNHTR Minimum High Threshold Reference for first arrival detection

DSLT-H 100

MPOF MCFL Processing Operation Mode HDRS-H On

MST Mud Sample Temperature Borehole 11.6 degC

MWCO Mud Weight Correction Option HGNS-B Yes

NAAC Switch for the correction of formation activation by the APS

HDRS-H Off

NMSG Near Minimum Sliding Gate DSLT-H 140 us

NMXG Near Maximum Sliding Gate DSLT-H 950 us

NPRM HRDD Nuclear Processing Mode HDRS-H High Resolution

NTCO HRDD Nuclear Temperature Correction Option HDRS-H On

NUMP Number of Detection Passes DSLT-H 2

PDAT Permanent Datum WLSESSION GL

PTCO Pressure Temperature Correction Option HGNS-B Yes

RMFS Resistivity of Mud Filtrate Sample Borehole 0.22 ohm.m

RMS Resistivity of Mud Sample Borehole 0.31 ohm.m

SFAF Sonic Formation Attenuation Factor DSLT-H 10.66 dB/m

SGAD Sliding Gate Status DSLT-H On

SGCL Sliding Gate Closing Delta-T DSLT-H 130 us/ft

SGCW Sliding Gate Closing Width DSLT-H 25 us

SGDT Sliding Gate Delta-T DSLT-H 55 us/ft

SGW Sliding Gate Width

DSLT-H 110 us

SHT Surface Hole Temperature

Borehole

11.6 degC

SLEV Signal Level for AGC

DSLT-H 5000 mV

SOCN Standoff Distance

HGNS-B 0.125 in

SOCO Standoff Correction Option

HGNS-B Yes

SPDR SP Drift Per Foot

AIT-M 0 mV/m

TD Total Measured Depth

Borehole

571.5 m

TPOS Tool Position: Centered or Eccentered

HGNS-B Eccentered

Depth Zone Parameters

BS 12.25 10 73

BS

All depth are actual.

8.5 73 573

DDEL

Digitizing Delay

DSLT-H 0 us

DSLT_MODEDSLT Acquisition Mode

DSLT-H SDDB

DSLT_RATEDSLT Firing Rate

DSLT-H 15 Hz

DTFSDSLT Telemetry Frame Size

DSLT-H 536

DWCODigitizer Word Count

DSLT-H 250

HRGD_BRD_TYPEHRGD Board Type

HDRS-H WITH_HET

MAX_LOG_SPEEDToolstring Maximum Logging Speed

WLSESSION 548.64

m/h

NDTCNuclear Dead Time Correction

HDRS-H On

NPUCNuclear Pile-Up Correction

HDRS-H On

SDTHSwitch Down Threshold

DSLT-H 20000

SGAISelectable Acquisition Gain

DSLT-H Auto

STSO_HRDDTemperature Source for the Density Algorithm

HDRS-H HET data channel

SUTHSwitch Up Threshold

DSLT-H 1000

WMODWaveform Firing Mode

DSLT-H Full

ICV IHV

Integrated Cement Volume Integrated Hole Volume

GCSE_UP_PASS, FCD GCSE_UP_PASS

6.93 m319.31 m3

PEX-BHC- AIT-GPIT Main[3]:Up Up 26.76

m572.44 m

07-Jul-2013 8:37:14 AM

07-Jul-2013 9:41:56 AM

0.00 m

true

All depths are referenced to toolstring zero

Description: Triple Combo high resolution template for Platform Express Format: Log ( PEX Quad Combo StdRes ) Index Scale: 1:200 Index Unit: m Index Type: Measured Depth Creation Date: 07-Jul-2013 10:04:46Channel Source SamplingAT10 AIT-M:AMIS:AMIS 3inAT20 AIT-M:AMIS:AMIS 3in

AT30 AIT-M:AMIS:AMIS 3inAT60 AIT-M:AMIS:AMIS 3inAT90 AIT-M:AMIS:AMIS 3inBS Borehole 6in CALI HDRS-H:HRCC-H:HRCC-H 1in DT DSLT-H:SLS-D:SLS-D 6inGR HGNS-B:HGNS-B:HGNS-B 6in HDRA HDRS-H:HRMS-H:HRGD-H 2inICV Borehole 6inIHV Borehole 6in PEFZ HDRS-H:HRMS-H:HRGD-H 2in RHOZ HDRS-H:HRMS-H:HRGD-H 2in RXOZ HDRS-H:HRMS-H:HRGD-H 2in SP AIT-M:AMIS:AMIS 6inTENS WLWorkflow 1inTIME_1900 WLWorkflow 0.1in TNPH HGNS-B:HGNS-B:HGNS-B 6in


TIME_1900 - Time Marked every 60.00 (s)




Invaded Formation Resistivity filtered at 18 inches (RXOZ) HDRS-H

0.2ohm.m 200

Mudcake (From CALI to BS)

0.2

0.2

Array Induction Two Foot Resistivity A10 (AT10) AIT-M

ohm.m


ohm.m

200

200

Standard Resolution Formation Photoelectric Factor (PEFZ) HDRS-H

0 10

Standard Resolution Formation Density (RHOZ) HDRS-H

Washout (From BS to CALI)Array Induction Two Foot Resistivity A30

1 g/cm3 3

Caliper (CALI) HDRS-H

6 in 16 0.2

(AT30) AIT-M

ohm.m

200

Delta-T (also called Slowness or Interval Transit Time) (DT) DSLT-H

Bit Size (BS)Array Induction Two Foot Resistivity A60

190 us/ft 40

6 in 16 (AT60) AIT-MDensity Standoff Correction (HDRA) HDRS-H

Gamma Ray (GR) HGNS-BCable

0.2 ohm.m 200 -0.25 g/cm3 0.25

0 gAPI

Spontaneous Potential (SP) AIT-M

150 Tension (TENS)


Thermal Neutron Porosity (Ratio Method) in Selected Lithology (TNPH) HGNS-B

-20 mV80 0 lbf 2000 0.2 ohm.m 200 1 m3/m3 -0.2

65

20

25

30

35

40

45

50GR

55

CALI TENS60

Caliper check in casing reads 8.903". Nominal casing diameter is 8.921". Caliper reading is within tolerance.

CSL @ 73 m

70

75

80

85

90

95

100 AT90

AT60

AT30105

AT20

AT10

SP 110 RXOZ TNPH

GR HDRA

BS

CALI

115

120 TENS

DT

PEFZ

RHOZ

125

130

135

140

145

150

155

160

AT90

AT60

165 AT30

AT20

170

SP

AT10

RXOZ TNPH

GR

175

HDRA

DT

BS RHOZ

CALI

180

185

TENS

PEFZ

190

195

200

205

210

215

220

AT90

AT60225

AT30

AT20

230 AT10

SP RXOZ TNPH

GR235

HDRA

DT

BS RHOZ

240PEFZ

CALI TENS

245

250

255

260

265

270

275

280

AT90

285 AT60

AT30

AT20290

AT10

SP RXOZ TNPH

GR 295 HDRA

DT

BS300

PEFZ

RHOZ

CALI TENS

305

310

315

320

325

330

335

340

AT90345

AT60

AT30

350 AT20

SP355

GR

RXOZ TNPH

DT

BS 360 RHOZ

PEFZ

CALI

365

370

TENS

375

380

385

390

395

400

405 AT90

AT60

410

AT20

AT10

SP 415 RXOZ TNPH

GR HDRA

420

BS DT

RHOZ

CALI

425 TENS

PEFZ

430

435

440

445

450

455

465AT90

AT60

470 AT30

AT20

475SP

AT10

RXOZ TNPH

GR HDRA

480 DT

BS RHOZ

CALI485

TENS

PEFZ

490

495

500

505

510

515

520

525

AT90

AT60530

AT30

AT20

535 AT10

SP RXOZ TNPH

GR540

HDRA

DT

BS RHOZ

545 PEFZ

CALI TENS

550

555

560

565

570

TDL @ 571.5 m

Mudcake (From CALI to BS) Cable Tension

Invaded Formation Resistivity filtered at 18 inches (RXOZ) HDRS-H

Standard Resolution Formation Photoelectric Factor (PEFZ) HDRS-H

Washout (From BS to CALI) (TENS)0 lbf 2000

0.2 ohm.m 200 0 10

Caliper (CALI) HDRS-H

6 in 16Array Induction Two Foot Resistivity A10

(AT10) AIT-MStandard Resolution Formation Density (RHOZ)

HDRS-H

Bit Size (BS) 0.2 ohm.m 200 1 g/cm3 3

6 in 16

Gamma Ray (GR) HGNS-BArray Induction Two Foot Resistivity A20

(AT20) AIT-MDelta-T (also called Slowness or Interval Transit

Time) (DT) DSLT-H

0 gAPI150 0.2 ohm.m 200 190 us/ft 40

Spontaneous Potential (SP) AIT-MArray Induction Two Foot Resistivity A30 Density Standoff Correction (HDRA) HDRS-H

-20 mV 80 (AT30) AIT-M -0.25 g/cm3 0.250.2 ohm.m

Array Induction Two Foot Resistivity A60

200Thermal Neutron Porosity (Ratio Method) in

Selected Lithology (TNPH) HGNS-B

0.2 (AT60) AIT-M

ohm.m

1

200

m3/m3 -0.2

0.2Array Induction Two Foot Resistivity A90

(AT90) AIT-M

ohm.m 200

TIME_1900 - Time Marked every 60.00 (s)ICV - Integrated Cement Volume every 0.10 (m3)




Description: Triple Combo high resolution template for Platform Express Format: Log ( PEX Quad Combo StdRes ) Index Scale: 1:200 Index Unit: m Index Type: Measured Depth Creation Date: 07-Jul-2013 10:04:46

Array Induction Sonde - M AMIS 2562

AITM Rm/SP Bottom Nose AMRM 356

Master (EEPROM): 17:53:37 08-Apr-2013

Test Loop Gain - 0 Test Loop Phase - 0 Test Loop Gain - 1 Test Loop Phase - 1 Test Loop Gain - 2 Test Loop Phase - 2 Test Loop Gain - 3 Test Loop Phase - 3 Test Loop Gain - 4 Test Loop Phase - 4 Test Loop Gain - 5 Test Loop Phase

- 5 Test Loop Gain - 6 Test Loop Pha

se - 6 Test Loop Gain - 7 Test Loop Phase - 7

deg

deg

deg

deg

deg

deg

deg

degMaster Master Master Master Master Master

Master Master Master Master Master Master Master Master Master Master

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

0.950-3.0000.950-3.0000.950-3.0000.950-3.0

000.950-3.0000.950-3.0000.950-3.0000.950-3.000

1.0160.5371.0340.6491.0170.1511.013-0.0170.996

-0.0250.989-0.1610.9990.1671.005-0.187

1.0503.0001.0503.0001.0503.0001.0503.0001.0503.0001.0503.0001.0503.0001.0503.000


Sonde Error Correction Real - 0 Sonde Error Correction Quad - 0

mS/m Master Master

----------

-231.000-2250 000

-116.042-246 983

119.0002250 000

Sonde Error Correction Real - 1 mS/m Master ----- 114.000 157.125 204.000Sonde Error Correction Quad - 1 Master ----- -625.000 5.135 625.000Sonde Error Correction Real - 2 mS/m Master ----- 66.000 115.820 156.000Sonde Error Correction Quad - 2 Master ----- -350.000 104.700 350.000Sonde Error Correction Real - 3 mS/m Master ----- 39.000 66.813 89.000Sonde Error Correction Quad - 3 Master ----- -250.000 2.474 250.000Sonde Error Correction Real - 4 mS/m Master ----- 15.000 26.522 35.000Sonde Error Correction Quad - 4 Master ----- -63.000 13.135 63.000Sonde Error Correction Real - 5 mS/m Master ----- 4.000 13.990 24.000Sonde Error Correction Quad - 5 Master ----- -50.000 1.250 50.000Sonde Error Correction Real - 6 mS/m Master ----- 5.000 9.633 15.000Sonde Error Correction Quad - 6 Master ----- -30.000 -0.963 30.000Sonde Error Correction Real - 7 mS/m Master ----- -5.000 -1.804 5.000Sonde Error Correction Quad - 7 Master ----- -30.000 1.951 30.000


Coarse Gain Master 1.000 0.800 0.834 1.200Fine Gain Master 1.000 0.800 0.838 1.200

Master (EEPROM): 17:53:37 08-Apr-2013 Before (Measured): 07:47:07 07-Jul-2013 After:

Thru Cal Mag - 0 V Master ----- 0.366 0.603 0.854Before ----- 0.366 0.604 0.854After ----- ----- ----- -----

Before-Master

----- ----- 0.001 -----

After-Before ----- ----- ----- -----Thru Cal Phase - 0 deg Master ----- 137.000 -

162.172-103.000

Before ----- 137.000 -157.147

-103.000

After ----- ----- ----- -----Before-Master

----- ----- 5.025 -----

After-Before ----- ----- ----- -----Thru Cal Mag - 1 V Master ----- 0.762 1.236 1.778

Before ----- 0.762 1.238 1.778After ----- ----- ----- -----

Before-Master

----- ----- 0.002 -----


163.260-104.000

Before ----- 136.000 -158.232

-104.000


----- ----- 5.028 -----


Before ----- 0.372 0.614 0.868After ----- ----- ----- -----

Before-Master

----- ----- 0.001 -----


166.871-108.000

Before ----- 132.000 -161.843

-108.000


----- ----- 5.028 -----


Before ----- 0.420 0.692 0.980After ----- ----- ----- -----

Before-Master

----- ----- 0.002 -----

After-Before ----- ----- ----- -----

Thru Cal Phase - 3 deg Master ----- 131.000 -167.639

-109.000

Before ----- 131.000 -162.612

-109.000


----- ----- 5.027 -----


Before ----- 0.804 1.296 1.876After ----- ----- ----- -----

HILT High-Resolution Control Cartridge, 150 degC HRCC-H 4585

HILT Resistivity Gamma-Ray Density Device, 150 degC HRGD-H 4967

Before-MasterAfter-Before

----------

----------

0.002-----

----------

Thru Cal Phase - 4 deg

Master ----- 125.000

-173.88

2

-115.000

Before ----- 125.000

-168.84

9

-115.000

After

----- ----- ----- -----

Before-Master

----- ----- 5.033 -----


Before ----- 1.176 1.888 2.744Afte

r----- ----- ----- -----

Before-Master

----- ----- 0.004 -----

After-Before ----- ----- ----- -----Thru Cal Phase - 5 de

gMaster ----- 122.00

0-

175.533

-118.000

Before ----- 122.000

-170.49

7

-118.000

After

----- ----- ----- -----

Before-Master

----- ----- 5.036 -----


Before ----- 1.176 1.885 2.744Afte

r----- ----- ----- -----

Before-Master

----- ----- 0.003 -----


gMaster ----- 121.00

0-

175.507

-119.000

Before ----- 121.000

-170.46

8

-119.000

After

----- ----- ----- -----

Before-Master

----- ----- 5.039 -----


Before ----- 0.846 1.356 1.974Afte

r----- ----- ----- -----

Before-Master

----- ----- 0.002 -----


gMaster ----- 115.00

0-

176.259

-125.000

Before ----- 115.000

-171.18

7

-125.000

After

----- ----- ----- -----

Before-Master

----- ----- 5.072 -----

After-Before ----- ----- ----- -----

HRDD Backscatter Detector Backscatter 41224HRDD Long Spacing Detector Long Spacing 43180

HRDD Short Spacing Detector Short Spacing 42245

Cesium 137 Gamma-Ray Logging Source GSR-J 3808

HILT High-Resolution Control Cartridge, 150 degC HRCC-H 4585

HILT High-Resolution Mechanical Sonde, 150 degC HRMS-H 3931

Small Ring Size (Caliper Calibration Small Ring) 8.00

Large Ring Size (Caliper Calibration Large Ring) 12.00

Before (Measured): 17:56:41 06-Jul-2013

Small Ring Large Ring

in

Beforein

Before

8.0012.00

6.009.00

8.0112.02

10.0015.00

Master (EEPROM): 15:26:08 22-Jun-2013

Rho Aluminum g/cm3 Master 2.596 2.586 2.596 2.606Rho Magnesium g/cm3 Master 1.686 1.676 1.688 1.696Pe Aluminum Master 2.570 2.470 2.564 2.670Pe Magnesium Master 2.650 2.550 2.613 2.750


BS Average Deviation % Master 0 -0.6000 0.2335 0.6000BS Max Deviation % Master 0 -1.6000 0.5054 1.6000SS Average Deviation % Master 0 -1.0000 0.2640 1.0000SS Max Deviation % Master 0 -2.5000 1.2149 2.5000LS Average Deviation % Master 0 -1.5000 0.6385 1.5000LS Max Deviation % Master 0 -3.5000 1.5748 3.5000

Master (EEPROM): 15:26:08 22-Jun-2013 Before (Measured): 18:05:23 06-Jul-2013

BS Window Ratio Master 1.0000 0.7449Before 0.7449 0.7077 0.7466 0.7822Before-Master

----- ----- 0.0017 -----

BS Window Sum 1/s Master 1 28961Before 28961 27513 28963 30409Before-Master

----- ----- 2 -----

SS Window Ratio Master 1.0000 0.4771Before 0.4771 0.4532 0.4764 0.5009Before-Master

----- ----- -0.0007 -----

SS Window Sum 1/s Master 1 11818Before 11818 11227 11776 12409Before-Master

----- ----- -42 -----

LS Window Ratio Master 1.0000 0.2956Before 0.2956 0.2808 0.2977 0.3104Before-Master

----- ----- 0.0021 -----

LS Window Sum 1/s Master 1 1347Before 1347 1280 1336 1414Before-Master

----- ----- -11 -----


BS PM High Voltage V Master 1000 1554 2400

Before 1000 1562 2400Before-Master

----- -100 8 100

SS PM High Voltage V Master 1000 1479 2400Before 1000 1492 2400Before-Master

----- -100 13 100

LS PM High Voltage V Master 1000 1361 2400Before 1000 1362 2400Before-Master

----- -100 1 100


BS Crystal Resolution % Master 5.00 10.77 25.00Before 5.00 10.81 25.00Before-Master

----- -1.00 0.04 1.00

SS Crystal Resolution % Master 5.00 11.01 20.00Before 5.00 11.02 20.00Before-Master

----- -1.00 0.01 1.00

LS Crystal Resolution % Master 5.00 8.42 20.00Before 5.00 8.38 20.00Before-Master

----- -1.00 -0.04 1.00


Main Resistivity ohm.m

Before 3875 3565 3864 4185

Deep Resistivity ohm. Before 3830 3524 3806 4136

HILT Gamma-Ray and Neutron Sonde, 125 degC

HGNS-B 1761

HGNS Accelerometer, 125 degC

AmBe Neutron Logging Source

HACCZ-

B NSR-F

558

5050

Water Temperature

Housing Size

JIG-BKG (Jig minus background reference) 165


AZ Vertical Measurement m/s2 Before 9.81 9.61

9.79 10.01


Accelerometer Manufacturer Master Sunstrand

Accelerometer Reference Temperature degC Master -1.0 20.0 50.0Accelerometer Coefficients - 0 Master ----- ----- 2432.00

0-----

Accelerometer Coefficients - 1 Master ----- ----- -6.270 -----Accelerometer Coefficients - 2 Master ----- ----- 0.028 -----Accelerometer Coefficients - 3 Master ----- ----- 0.000 -----Accelerometer Coefficients - 4 Master ----- ----- 2.243 -----Accelerometer Coefficients - 5 Master ----- ----- 0.000 -----Accelerometer Coefficients - 6 Master ----- ----- 0.000 -----Accelerometer Coefficients - 7 Master ----- ----- 0.000 -----Accelerometer Coefficients - 8 Master ----- ----- 297.100 -----Accelerometer Coefficients - 9 Master ----- ----- 0.996 -----


Before (Measured): 18:04:41 06-Jul-2013 After:

Near Zero Measurement 1/s Master 0 5.0 30.7 40.0Before 0 5.0 30.5 40.0After ----- ----- ----- -----

Before-Master

----- -4.6 -0.2 4.6

Coefficients - 1 Master 0 ---- 1E-0 ----

After Before-MasterAfter-Before

---------------

------4.1-----

----- 0.4

-----

----- 4.1

-----Near Plus Measurement - 0 1/s Mast

er Before After


6031.0--------------------

4700.0--------------------

4870.0--------------------

6900.0--------------------

Far Plus Measurement - 0 1/s Master Before After


2793.0--------------------

1900.0--------------------

2041.0--------------------

2900.0--------------------

Near Corrected Plus Measurement - 0 1/s Master Before After


--------------------

4700.0--------------------

4962.0--------------------

6900.0--------------------

Far Corrected Plus Measurement - 0 1/s Master Before After


--------------------

1900.0--------------------

2093.0--------------------

2900.0--------------------

GPIT GPIC Cartridge - C GPIC-C 1739

Master (EEPROM): 00:00:00 15-Mar-2004

Reference Temperature degC Master 20Serial Number Master 910Coefficients - 0 Master 0 ----- 0 -----Coefficients - 1 Master 0 ----- -0.0002 -----Coefficients - 2 Master 0 ----- 0.0007 -----Coefficients - 3 Master 0 ----- 0.0001 -----Coefficients - 4 Master 0 ----- 1.4E-05 -----Coefficients - 5 Master 0 ----- -9.6E-

05-----

Coefficients - 6 Master 0 ----- 1E-06 -----Coefficients - 7 Master 0 ----- 1.7E-05 -----Coefficients - 8 Master 0 ----- -8E-08 -----Coefficients - 9 Master 0 ----- 2.2E-07 -----Coefficients - 10 Master 0 ----- -1E-08 -----Coefficients - 11 Master 0 ----- -1E-08 -----Coefficients - 12 Master 0 ----- -0.0008 -----Coefficients - 13 Master 0 ----- -0.0006 -----Coefficients - 14 Master 0 ----- -0.001 -----Coefficients - 15 Master 0 ----- 0.0005 -----Coefficients - 16 Master 0 ----- 0 -----Coefficients - 17 Master 0 ----- 1E-06 -----Coefficients - 18 Master 0 ----- -6.4E- -----

QGC A BG Group Business

Broadwater 198

Coefficients - 20 Master 0 ----- 4E-08 -----Coefficients - 21 Master 0 ----- 1E-08 -----Coefficients - 22 Master 0 ----- 1E-07 -----Coefficients - 23 Master 0 ----- -1E-08 -----Coefficients - 24 Master 0 ----- 0.0002 -----Coefficients - 25 Master 0 ----- -0.0002 -----Coefficients - 26 Master 0 ----- 0.0003 -----Coefficients - 27 Master 0 ----- -0.0008 -----Coefficients - 28 Master 0 ----- 1E-05 -----Coefficients - 29 Master 0 ----- -1E-06 -----Coefficients - 30 Master 0 ----- -1.6E-

05-----

Coefficients - 31 Master 0 ----- -8E-05 -----Coefficients - 32 Master 0 ----- -2E-08 -----Coefficients - 33 Master 0 ----- 1E-08 -----Coefficients - 34 Master 0 ----- 0 -----Coefficients - 35 Master 0 ----- 1.2E-07 -----

Master (EEPROM): 00:00:00 15-Dec-2003

Reference Temperature degC Master 22Serial Number Master 571Coefficients - 0 Master 0 ----- -0.005 -----Coefficients - 1 Master 0 ----- 0.0012 -----Coefficients - 2 Master 0 ----- 0.004 -----Coefficients - 3 Master 0 ----- -0.0032 -----Coefficients - 4 Master 0 ----- -2.6E-

05-----

Coefficients - 5 Master 0 ----- -7E-05 -----Coefficients - 6 Master 0 ----- -2E-06 -----Coefficients - 7 Master 0 ----- -1E-06 -----Coefficients - 8 Master 0 ----- -1.4E-

07-----

Coefficients - 9 Master 0 ----- 2E-08 -----Coefficients - 10 Master 0 ----- 0 -----Coefficients - 11 Master 0 ----- 3E-08 -----Coefficients - 12 Master 0 ----- -0.0054 -----Coefficients - 13 Master 0 ----- -0.0058 -----Coefficients - 14 Master 0 ----- 0.0008 -----Coefficients - 15 Master 0 ----- -0.0002 -----Coefficients - 16 Master 0 ----- -2.8E-

05-----

Coefficients - 17 Master 0 ----- -5E-06 -----Coefficients - 18 Master 0 ----- -6E-05 -----Coefficients - 19 Master 0 ----- -1E-06 -----Coefficients - 20 Master 0 ----- -1.6E-

07-----

Coefficients - 21 Master 0 ----- 2E-08 -----Coefficients - 22 Master 0 ----- -2E-08 -----Coefficients - 23 Master 0 ----- -1E-08 -----Coefficients - 24 Master 0 ----- -0.0066 -----Coefficients - 25 Master 0 ----- 0.0016 -----Coefficients - 26 Master 0 ----- 0.0022 -----Coefficients - 27 Master 0 ----- 0.0028 -----Coefficients - 28 Master 0 ----- 2.8E-05 -----Coefficients - 29 Master 0 ----- 3E-06 -----Coefficients - 30 Master 0 ----- 0 -----Coefficients - 31 Master 0 ----- -7E-05 -----

Broadwater Saxon 165 Queensland Australia

WELL COMPLETION REPORT FOR

QGC BROADWATER 198

WIRE LINE LOG DATA

ADDITIONAL DATA CAN BE OBTAINED BY CONTACTING

Geoscience Information Services Department of Natural Resources and Mines (DNRM)[email protected] (07) 3035 5256

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