Well 6004/12-1

Composite Log (Pdf)

1. Composite Log

Analog well logs (Pdf and cgm)

1. CBL - XMAC Elite: Acousitic Cement Bond Log from CBL-XMAC Elite. Log interval 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 cgm file.

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 and 1:500.

Wells/6004-12-1/Digital logs.htm0000770000100400001440000020361710623256365014503 0ustar upusers Well 6004/12-1

Well 6004/12-1

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 m

DEPT (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 m

DEPT (M)

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)

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 m

DEPT (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 m

DEPT (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 m

DEPT (M)

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)

Run1_xmacIIzdlmll_main: 2152.6500-4022.1409 m

DEPT (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 m

DEPT (M)

WTBH (DEGC)

5. HDLL Run1, LQC

Run1_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 m

DEPT (M)

CHT (LBF)

GR (GAPI)

SPD (M/MN)

TEN (LBF)

TTEN (LBF)

LAC_grcorr4_rci: 3754.5264-3784.9302 m

DEPT (M)

CHT (LBF)

GR (GAPI)

SPD (M/MN)

TEN (LBF)

TTEN (LBF)

7. RCI (Run 2)

Run2-grcorr1-rci: 4399.9577-4475.0151 m

DEPT (M)

CHT (LBF)

GR (GAPI)

SPD (M/MN)

TEN (LBF)

TTEN (LBF)

Run2-grcorr2-rci: 4392.7776-4460.8242 m

DEPT (M)

CHT (LBF)

GR (GAPI)

SPD (M/MN)

TEN (LBF)

TTEN (LBF)

8. RCOR Sidewall Corgun

Run1_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 m

DEPT (M)

GR (GAPI)

TEN (LBF)

TTEN (LBF)

Run1_swcpfc_gr-corr#3: 3503.2950-3514.5728 m

DEPT (M)

GR (GAPI)

TEN (LBF)

TTEN (LBF)

Run1_swcpfc_gr-corr#4: 3402.1014-3424.8853 m

DEPT (M)

GR (GAPI)

TEN (LBF)

TTEN (LBF)

Run1_swcpfc_gr-corr#5: 2949.7496-2661.7893 m

DEPT (M)

GR (GAPI)

TEN (LBF)

TTEN (LBF)

Run1_swcpfc_gr-corr#6: 2535.1807-2548.9729 m

DEPT (M)

GR (GAPI)

TEN (LBF)

TTEN (LBF)

9. Sidewall Corgun – PFC

Run1_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 m

DEPT (M)

GR (GAPI)

TEN (LBF)

TTEN (LBF)

Run1_swcpfc_gr-corr#3: 3503.2950-3514.5728 m

DEPT (M)

GR (GAPI)

TEN (LBF)

TTEN (LBF)

Run1_swcpfc_gr-corr#4: 3402.1014-3424.8853 m

DEPT (M)

GR (GAPI)

TEN (LBF)

TTEN (LBF)

Run1_swcpfc_gr-corr#5: 2949.7496-2661.7893 m

DEPT (M)

GR (GAPI)

TEN (LBF)

TTEN (LBF)

Run1_swcpfc_gr-corr#6: 2535.1807-2548.9729 m

DEPT (M)

GR (GAPI)

TEN (LBF)

TTEN (LBF)

10. XMAC – CBL

Run1_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 m

DEPT (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 m

DEPT (M)

DTCB2

DTCR2 (US/F)

DTCX2 (US/F)

DTSB2

DTSR2 (US/F)

DTSX2 (US/F)

SQINTCR2. (US/F)

SQINTCX2. (US/F9

SQINTSR2. (US/F)

SQINTSX2. (US/F)

DT24QI (US/F)

12. XMAC

xmac1_lac: 3928.5672-4589.6782 m

DEPT (M)

BIT (IN)

DTCB (US/F)

DTSB (US/F)

GR (GAPI)

xmac2_lac: 3928.5672-4589.6782 m

DEPT (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 0ustar upusers Well 6004/16-1

Well 6004/12-1

Reports

READ Well Services. VSP Processing Raport. September 2001.

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

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

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

Svínoy 6004-12-1

Main points from HM study of sidewall cores from 6004-12-1.

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

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

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.

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

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

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

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

CoreLab Petroleum Services. Direct capture digital core image output. Well 6004/12-1.

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

CoreLab Petroleum Services. Overburden Porosity & Permeability Study for BP Well 6004/12-1.

University Of Oklahoma, Tulsa OK. Velocity measurements on samples From Well 6004/12-1, Svínoy prospect. November 2001.

CoreLab Petroleum Services. Routine Rock Properties study for BP Well 6004/12-1.

Wells/6004-12-1/Well fakta.htm0000744000175100001440000002762711136324053013613 0ustar users Well

Well 6004/12-1

Well information

Well number 6004/12-1

Location Offshore

Longitude 4^o 40´54.436´´ W

Latitude 60^o 35´19.746´´ N

UTM Zone 30

Spheroid WGS84

Projection UTM Zone 30 (CM 3°W)

Grid Easting (X) 407872.55. m

Northing (Y) 6718167.44 m

Datum ETRS89

Hemisphere Northern

Well blok no. 6004/12

Reference point KB 36 m above MSL

Wather depth 1074 m below MSL

TD log 4589.6782

TD drill 4586 m below KB

The well is Vertical

Spud date 23/7-2001

Completed 10 october 2001

Spud classification Exploration

Status (completion) Plugged and abandonned

License L004

Operator BP Amoco Exploration (Faroes) Ltd

Rig West Navion

Wells/6004-16-1/Analog logs.htm0000770000100400001440000003401410623256616014323 0ustar upusers Well 6004/16-1

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: 3828-4272.7 m. 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: 2218-3831.5 m. Run no.: 4A. Scale:1:500.

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

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

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

17. MDT-GR-ACTS (MDT Samples, 19-Nov-2001). Log interval 4059.25-4157.4 m. Run no.: 13f. 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 4083-4220.3 m. Run no.: 13f. Scale:1:200.

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

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

25. FMI-GR-ACTS (FMI Dipmeter, 15-Nov-2001). Log interval 3828-4274.6 m. Run no.: 13c. Scale:1:200.

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

27. CST-PGGD (CST SAMPLES, 23-Oct-2001) Log interval 2238.1-3798.7 m. Run no.: 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. Run no.: 6E.

Wells/6004-16-1/Digital logs.htm0000770000100400001440000131507710623256672014515 0ustar upusers 6004-16-1 core_final: 3452

Well 6004/16-1

Digital logs (LAS)

6004-16-1 core_final: 3452.05-4203.65 m

DEPTH (M)

CPOR (%)

GDEN (G/C3)

PERMH (MD)

6004-16-1 core_gamma_final: 3452-4203.95 m

DEPTH (M)

CGS (API)

K (API)

TH (API)

TOTAL_COUNT (API)

U (API)

6004-16-1 dean_stark_final: 3455.22-3457.02 m

DEPTH (M)

CPOR (%)

CSG (%)

CSO (%)

CSW (%)

GDEN (G/C3)

PERMH (MD)

6004-16-1 rab_run5_memory 1467.15-2258.11 m

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 F

DEPTH (F) :

BADF_CMR

BFV (V/V)

BFV_MW (V/V)

BFV_MW_SIG (V/V)

BFV_SIG (V/V)

BS (IN)

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)

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_GAIN.

CMR_PHI_CONV

CMR_RAW_PHI (V/V)

CMR_SIG_PROC_S

CMR_TEMP (DEGF)

CS (F/MN)

CVEL (FT/MIN)

CWEL (DEG/M)

DCAL (IN)

DELTA_B0 (MT)

DF (LBF)

DNPH (V/V)

EBSZ (%)

ECGR (GAPI)

ECHO_AMP_R

ECHO_AMP_X

ED (M)

ELSZ (%)

FCD (IN)

FREQ_OP (KHZ)

GAMMA

GDEV (DEG)

GR (GAPI)

HDAR (IN)

HTEM (DEGC)

HWEC (DEG/M)

IPERM (MDM)

IPOR (M)

KSDR (MD)

KTIM (MD)

NCYT (DEGC)

ND (M)

NOISE_ENV (V/V)

NOISE_FLAG

NOISE_PWR

NOISE_TOOL (V/V)

NOISE_TOOL_WSU (V/V)

NO_UPDATE_COUN

NPHI (V/V)

NPL (V/V)

NPOR (V/V)

PHIE_HILT (V/V)

PXND_HILT (V/V)

RGR (GAPI)

RHGX_HILT (G/CM3)

RMFA_HILT (OHMM)

RO_HILT (OHMM)

SPHASE (DEG)

T2CUTOFF (MS)

T2LM (MS)

T2LM_MW (MS)

T2LM_MW_SIG (MS)

TCMR (V/V)

TCMR_MW (V/V)

TCMR_MW_SIG (V/V)

TCMR_SIG (V/V)

TENS (LBF)

TNPH (V/V)

TNRA

UMA_HILT

VCL_HILT (V/V)

6004-16-1z_cmr_gr_run6b_1: 13104.667-14042 F

DEPTH (F)

DPHZ (V/V)

DSOZ (IN)

HAZ (M/S2)

HDRA (G/C3)

HGR (GAPI)

HMIN (OHMM)

HMNO (OHMM)

HNPO (V/V)

HTNP (V/V)

PEFZ

RHGR (GAPI)

RHOZ (G/C3)

RSO8 (IN)

RSOZ (IN)

RXO8 (OHMM)

RXOZ (OHMM)

6004-16-1z_cmr_gr_run6b_2: 13104.583-14042 F

DEPTH (F)

DPHZ (V/V)

DSOZ (IN)

HAZ (M/S2)

HDRA (G/C3)

HGR (GAPI)

HMIN (OHMM)

HMNO (OHMM)

HNPO (V/V)

HTNP (V/V)

HTNP (OHMM)

PEFZ

RHGR (GAPI)

RHOZ (G/C3)

RSO8 (IN)

RSOZ (IN)

RXO8 (OHMM)

RXOZ (OHMM)

6004-16-1z_comb_up_downlog: 2535.8-4087.9 m

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 m

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)

THOR (PPM)

TNPH (V/V)

URAN (PPM)

6004-16-1z_core_provisional: 3452.05-4203.65 m

DEPTH (M)

CPERM (MD)

CPOR (%)

GDEN (G/C3)

6004-16-1z_dsi_4161m: 3655.0092-4161.1296 m

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 m

DEPTH (M)

CDF (N)

DTCO (US/F)

DTSM (US/F)

GR (GAPI)

HCAL (IN)

HDRA (G/C3)

HTEM (DEGC)

NPHI (V/V)

PEFZ

POTA}

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 F

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)

6004-16-1z_dsi_pex_run4a: 2073.554-3835.4508 m

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)

PEFZ

PHIE (V/V)

POTA

RHO8 (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)

TNRA

TPRA

TURA

UPRA

URAN 8PPM)

VCL (V/V)

VPVS

6004-16-1z_dsi_r9b_final_rs: 12403.5-131190 F

DEPTH (F)

BS (IN)

CDF (N)

CHRP

CHRS

CHTP

CHTS

CS (F/MN)

CVEL (FT/MIN)

DCI4

DF (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)

SAS4

SOBS (IN)

SPHI (V/V)

SPR4

SPT4

SSVE (M/S)

SVEL (M/S)

TENS (LBF)

TIME (S)

6004-16-1z_dsi_run9b_final:11991-13652.5 F

DEPTH (F)

BS (IN)

CDF (N)

CHRP

CHRS

CHTP

CHTS

CS (F/MN)

CVEL (FT/MIN)

DCI4

DF (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)

PWN4

RGR (GAPI)

SAS4

SOBS (IN)

SPHI V/V)

SPR4

SPT4

SSVE (M/S)

SVEL (M/S)

TENS (LBF)

TIME (S)

WF41

WF42

WF43

WF44

WF45

WF46

WF47

WF48

6004-16-1z_dsi_run9b_final_1: 11991.083-13652 F

DEPTH (F)

IDWD (0.1_IN)

SCD (0.1_IN)

TIME (S)

6004-16-1z_hals_dsi_2224m: 1360.932-2224.278 m

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)

PEFZ

RHOZ 8G/C3)

RXOZ (OHMM)

SP (MV)

TENS (LBF)

6004-16-1z_hals_dsi_pex_r6a. 12334-14033 m

DEPTH (F)

ABS (M2)

AFCD (M2)

AREA (M2)

BS (IN)

BSD1

CDF (N)

CFGR

CFTC (1/S)

CGR (GAPI)

CHRP

CHRS

CHTP

CHTS

CNTC (1/S)

CS (F/MN)

CVEL (IN)

DCI4

DF (LBF)

DNPH (V/V)

DRTA

DT4P (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

HPATT

HTEM (DEGC)

HWEC (DEG/M)

HWER (M)

ICV (M3)

IHV (M3)

ITT (S)

LSD1

NCYT (DEGC)

NPHI (V/V)

NPL (V/V)

NPOR (V/V)

PHIE_HILT (V/V)

POTA

PWN4

PXND_HILT (V/V)

QCBSL

QCHALS

QCMCFL

QCPOR

RCFT (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)

TALP

TENS (LBF)

THOR (PPM)

TNPH (V/V)

TNRA

TPRA

TURA

UMA_HILT

UPRA

URAN (PPM)

VCL_HILT (V/V)

VPVS

6004-16-1z_hals_dsi_pex_r6a_1: 12334.083-14033 F

DEPTH (F)

BSW (1/S)

BSWU (1/S)

FCBR (OHMM)

HCAL (IN)

HDRX

IDWD (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 F

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

HGR (GAPI)

HLDU (OHMM)

HLGU (OHMM)

HLLD (OHMM)

HLLE (OHMM)

HLLG (OHMM)

HLLS (OHMM)

HLSU (OHMM)

HMIN (OHMM)

HMNO (OHMM)

HNPO (V/V)

HPRA

HRDU (OHMM)

HREU (IN)

HRLD (OHMM)

HRLE (IN)

HRLS (OHMM)

HRM (OHMM)

HRMD (OHMM)

HRSU (OHMM)

HSO (IN)

HTAL

HTNP (V/V)

PEFZ

QCPEF

QCRH

RHFT (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 F

DEPTH (F)

RVDRU (OHMM)

RVSRU (OHMM)

RXGR (OHMM)

RXRU (OHMM)

6004-16-1z_lwd_mem_4168m: 3825.54-4168.44 m

DEPTH (M)

AXXH_UNC (OHMM)

GR_IMP_FI (GAPI)

PXXH_UNC (OHMM)

6004-16-1z_lwd_mem_4192m: 4166.62-4179.72 m

DEPTH (M)

AXXH_UNC (OHMM)

GR_IMP_FI (GAPI)

PXXH_UNC (OHMM)

6004-16-1z_lwd_mem_4267m:4215.08-4266.9 m

DEPTH (M)

AXXH_UNC (OHMM)

GR_IMP_FI (GAPI)

PXXH_UNC (OHMM)

6004-16-1z_lwd_mem_run14: 4215.08-4266.9

DEPTH (M)

AXXH_UNC (OHMM)

GR_IMP_FI (GAPI)

PXXH_UNC (OHMM)

6004-16-1z_mcfl_cnl_4160m: 3648.7608-4160.8248 m

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)

PEF8

PEFZ

RHO8 (G/C3)

RHOZ (G/C3)

TDEP (1IN)

TENS (LBF)

TNPH (V/V)

6004-16-1z_mcfl_cnl_repeat: 3864.864-4160.8248 m

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)

PEF8

PEFZ

RHO8 (G/C3)

RHOZ (G/C3)

TDEP (1IN)

TENS (LBF)

TNPH (V/V)

6004-16-1z_pex_dsi_run6a: 3759.5556-4277.2584 m

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 (LBF

THOR (PPM)

TPRA

TURA

URAN (PPM)

6004-16-1z_pex_gr_run5c: 11970.5-13651 F

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)

HLRGB

HTEM (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)

TALP

TENS (LBF)

TNPH (V/V)

TNRA

UMA_HILT

VCL_HILT (V/V)

6004-16-1z_pex_gr_run5c_1: 11971.167-13651 F

DEPTH (F)

DPH8 (V/V)

DPHZ (V/V)

DSO8 (IN)

DSOZ (IN)

EHGR (GAPI)

HDRA G/C3)

HDRT

HGR (GAPI)

HMIN (OHMM)

HMNO (OHMM)

HNPO (V/V)

HPRA

HTAL

HTNP (V/V)

PEF8

PEFZ

RHNT (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 F

DEPTH (F)

FCBR (OHMM)

HCAL (IN)

HDRX

RVV (MV)

RXOI (OHMM)

RXV (MV)

6004-16-1z_pex_gr_run5c_3: 11971.017-13651 F

DEPTH (F)

RVDRU (OHMM)

RVSRU (OHMM)

RXGR (OHMM)

RXRU (OHMM)

6004-16-1z_pex_r4a_final_rs: 12403.5-13190 F

DEPTH (F)

BS (IN)

CDF (N)

CHRP

CHRS

CHTP

CHTS

CS (F/MN)

CVEL (FT/MIN)

DCI4

DF (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)

SAS4

SOBS (IN)

SPHI (V/V)

SPR4

SPT4

SSVE (M/S)

SVEL (M/S)

TENS (LBF)

TIME (S)

6004-16-1z_pex_r5c_final_rs: 13063.5-13653 F

DEPTH (F)

ABS (M2)

AFCD (M2)

AREA (M2)

BS (IN)

BSD1

CDF (N)

CFGR

CFTC (1/S)

CNTC (1/S)

CS (F/MN)

CVEL (FT/MIN)

DF (LBF)

DNPH (V/V)

DRTA

EBSZ (%)

ECGR (GAPI)

ELSZ (%)

ESSZ (%)

ETIM (S)

FCD (IN)

GDEV (DEG)

GR (GAPI)

HDAR (IN)

HLRGB

HPATT

HTEM (DEGC)

HWEC (DEG/M)

HWER (M)

ICV (M3)

IHV (M3)

LSD1

NCYT (DEGC)

NPHI (V/V)

NPL (V/V)

NPOR (V/V)

PHIE_HILT. (V/V)

PXND_HILT (V/V)

QCBSL

QCMCFL

QCPOR

RCFT (1/S)

RCNT (1/S)

RHGX_HILT (G/CM3)

RMFA_HILT (OHMM)

RO_HILT (OHMM)

RXIG (MA )

SSD1

TALP

TENS (LBF)

TGST (M/S2)

TIME (S)

TNPH (V/V)

TNRA

UMA_HILT

VCL_HILT (V/V)

6004-16-1z_pex_r5c_final_rs_1: 13064.083-13653 F

DEPTH (F)

BSW (1/S)

BSWU (1/S)

FCBR (OHMM)

HCAL (IN)

HDRX

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_r5c_final_rs_2. 13064.167-13653 F

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)

HDRT

HGR (GAPI)

HMIN (OHMM)

HMNO (OHMM)

HNPO (V/V)

HPRA

HTAL

HTNP (V/V)

PEF8

PEFZ

QCPEF

QCRH

RHFT (1/S)

RHNT (1/S)

RHO8 (G/C3)

RHOZ 8G/C3)

RSO8 (IN)

RSOZ (IN)

RXO8 (OHMM)

RXOZ (OHMM)

TIME (S)

6004-16-1z_pex_r5c_final_rs_3:13064.017-13653 F

DEPTH (F)

RVDRU (OHMM)

RVSRU (OHMM)

RXGR (OHMM)

RXRU (OHMM)

TIME (S)

6004-16-1z_pex_r6a_final_rs: 13105.5-13754 F

DEPTH (F)

ABS (M2)

AFCD (M2)

AREA (M2)

BS (IN)

BSD1

CDF (N)

CFGR

CFTC (1/S)

CGR (GAPI)

CHRP

CHRS

CHTP

CHTS

CNTC (1/S)

CS (F/MN)

CVEL (FT/MIN)

DCI4

DF (LBF)

DNPH (V/V)

DRTA

DT4P (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)

HLRGB

HPATT

HTEM (DEGC)

HWEC (DEG/M)

HWER (M)

ICV (M3)

IHV (M3)

ITT (S)

LSD1

NCYT (DEGC)

NPHI (V/V)

NPL (V/V)

NPOR (V/V)

PHIE_HILT (V/V)

POTA

PWN4

PXND_HILT (V/V)

QCBSL

QCHALS

QCMCFL

QCPOR

RCFT (1/S)

RCNT (1/S)

RHGX_HILT (G/CM3)

RMFA_HILT (OHMM)

RO_HILT (OHMM)

RSGR (GAPI)

RWA_HILT (OHMM)

RXIG (MA)

SAS4

SGR (GAPI)

SOBS (IN)

SP (M/V)

SPAR (M/V)

SPHI (V/V)

SPR4

SPT4

SSD1

SSVE (M/S)

SVEL (M/S)

SW_HILT (V/V)

TALP

TENS (LBF)

TGST (M/S2)

THOR (PPM)

TIME (S)

TNPH (V/V)

TNRA

TPRA

TURA

UMA_HILT

UPRA

URAN (PPM)

VCL_HILT (V/V)

VPVS

W1NG (1/S)

W2NG (1/S)

W3NG (1/S)

W4NG (1/S)

W5NG (1/S)

WF41

WF42

WF43

WF44

WF45

WF46

WF47

WF48

6004-16-1z_pex_r6a_final_rs_1: 13105.583-13753.5 F

DEPTH (F)

BSW (1/S)

BSWU (1/S)

FCBR (OHMM)

HCAL (IN)

HDRX

IDWD (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 F

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

HGR (GAPI)

HLDU (OHMM)

HLGU (OHMM)

HLLD (OHMM)

HLLE (OHMM)HLLG .OHMM

HLLS (OHMM)

HLSU (OHMM)

HMIN (OHMM)

HMNO (OHMM)HNPO .V/V

HPRA

HRDU (OHMM)

HREU (IN)

HRLD (OHMM)

HRLE (IN)

HRLS (OHMM)

HRM (OHMM)

HRMD (OHMM)

HRSU (OHMM)

HSO (IN)

HTAL

HTNP (V/V)

PEFZ

QCPEF

QCRH

RHFT (1/S)

RHNT (1/S)

RHOZ (G/C3)

RSO8 (IN)

RSOZ (IN)

RXO8 (OHMM)

RXOZ (OHMM)

TIME (S)

ZIT1 (MA)

ZVB1 (MV)

ZVBQ (MV)

ZVT1 (MV)

ZVTQ (MV)

6004-16-1z_pex_r6a_final_rs_3: 13105.517-13753.5 F

DEPTH (F)

RVDRU (OHMM)

RVSRU (OHMM)

RXGR (OHMM)

RXRU (OHMM)

TIME (S)

6004-16-1z_pex_run4a_final: 11991-13652 F

DEPTH (F)

BS (IN)

CDF (N)

CHRP

CHRS

CHTP

CHTS

CS (F/MN)

CVEL (FT/MIN)

DCI4

DF (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)

PWN4

RGR (GAPI)

SAS4

SOBS (IN)

SPHI (V/V)

SPR4

SPT4

SSVE (M/S)

SVEL (M/S)

TENS (LBF)

TIME (S)

6004-16-1z_pex_run4a_final_1: 11991.083-13652 F

DEPTH (F)

IDWD (0.1_IN)

SCD (0.1_IN)

TIME (S)

6004-16-1z_pex_run5c_final. 11970.5-13651 F

DEPTH (F)

ABS (M2)

AFCD (M2)

AREA (M2)

BS (IN)

BSD1

CDF (N)

CFGR

CFTC (1/S)

CNTC (1/S)

CS (F/MN)

CVEL (FT/MIN)

DF (LBF)

DNPH (V/V)

DRTA

EBSZ (%)

ECGR (GAPI)

ELSZ (%)

ESSZ (%)

ETIM (S)

FCD (IN)

GDEV (DEG)

GR (GAPI)

HDAR (IN)

HLRGB

HPATT

HTEM (DEGC)

HWEC (DEG/M)

HWER (M)

ICV (M3)

IHV (M3)

LSD1

NCYT (DEGC)

NPHI (V/V)

NPL (V/V)

NPOR (V/V)

PHIE_HILT (V/V)

PXND_HILT (V/V)

QCBSL

QCMCFL

QCPOR

RCFT (1/S)

RCNT (1/S)

RHGX_HILT (G/CM3)

RMFA_HILT (OHMM)

RO_HILT (OHMM)

RXIG (MA)

SSD1

TALP

TENS (LBF)

TGST (M/S2)

TIME (S)

TNPH (V/V)

TNRA

UMA_HILT

VCL_HILT (V/V)

6004-16-1z_pex_run5c_final_1: 11971.083-13651 F

DEPTH (F)

BSW (1/S)

BSWU (1/S)

FCBR (OHMM)

HCAL (IN)

HDRX

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_run5c_final_2: 11971.167-13651 F

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)

HDRT

HGR (GAPI)

HMIN (OHMM)

HMNO (OHMM)

HNPO (V/V)

HPRA

HTAL

HTNP (V/V)

PEF8

PEFZ

QCPEF

QCRH

RHFT (1/S)

RHNT (1/S)

RHO8 (G/C3)

RHOZ (G/C3)

RSO8 (IN)

RSOZ (IN)

RXO8 (OHMM)

RXOZ (OHMM)

TIME (S)

6004-16-1z_pex_run5c_final_3: 11971.017-13651 F

DEPTH (F)

RVDRU (OHMM)

RVSRU (OHMM)

RXGR (OHMM)

RXRU (OHMM)

TIME (S)

6004-16-1z_pex_run6a_final: 12334-14033.5 F

DEPTH (F)

ABS (M2)

AFCD (M2)

AREA (M2)

BS (IN)

BSD1

CDF(N)

CFGR

CFTC (1/S)

CGR (GAPI)

CHRP

CHRS

CHTP

CHTS

CNTC (1/S)

CS (F/MN)

CVEL (FT/MIN)

DCI4

DF (LBF)

DNPH (V/V)

DRTA

DT4P (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

HPATT

HTEM (DEGC)

HWEC (DEG/M)

HWER (M)

ICV (M3)

IHV (M3)

ITT (S)

LSD1

NCYT (DEGC)

NPHI (V/V)

NPL (V/V)

NPOR (V/V)

PHIE_HILT (V/V)

POTA

PWN4

PXND_HILT (V/V)

QCBSL

QCHALS

QCMCFL

QCPOR

RCFT (1/S)

RCNT (1/S)

RHGX_HILT (G/CM3)

RMFA_HILT (OHMM)

RO_HILT (OHMM)

RSGR (GAPI)

RWA_HILT (OHMM)

RXIG (MA)

SAS4

SGR (GAPI)

SOBS (IN)

SP (MV)

SPAR (MV)

SPHI (V/V)

SPR4

SPT4

SSD1

SSVE (M/S)

SVEL (M/S)

SW_HILT (V/V)

TALP

TENS (LBF)

TGST (M/S2)

THOR (PPM)

TIME (S)

TNPH (V/V)

TNRA

TPRA

TURA

UMA_HILT

UPRA

URAN (PPM)

VCL_HILT. (V/V)

VPVS

W1NG (1/S)

W2NG (1/S)

W3NG (1/S)

W4NG (1/S)

W5NG (1/S)

WF41

WF42

WF43

WF44

WF45

WF46

WF47

WF48

6004-16-1z_pex_run6a_final_1: 12334.083-14033 F

DEPTH (F)

BSW (1/S)

BSWU (1/S)

FCBR (OHMM)

HCAL (IN)

HDRX

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_2. 12334.167-14033 F

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)

HDRT

HGR (GAPI)

HLDU (OHMM)

HLGU (OHMM)

HLLD (OHMM)

HLLE (OHMM):

HLLG (OHMM)

HLLS (OHMM)

HLSU (OHMM)

HMIN (OHMM)

HMNO (OHMM)

HNPO (V/V)

HPRA

HRDU (OHMM)

HREU (IN)

HRLD (OHMM)

HRLE (IN)

HRLS (OHMM)

HRM (OHMM)

HRMD (OHMM)

HRSU (OHMM)

HSO (IN)

HTAL

HTNP (V/V)

PEFZ

QCPEF

QCRH

RHFT (1/S)

RHNT (1/S)

RHOZ (G/C3):

RSO8 (IN)

RSOZ (IN)

RXO8 (OHMM)

RXOZ (OHMM)

TIME (S)

ZIT1 (MA)

ZVB1 (MV)

ZVBQ (MV)

ZVT1 (MV)

ZVTQ (MV)

6004-16-1z_pex_run6a_final_3: 12334.017-14033 F

DEPTH (F)

RVDRU (OHMM)

RVSRU (OHMM)

RXGR (OHMM)

RXRU (OHMM)

TIME (S)

6004-16-1z_pex_run6a_repeat: 3994.7088-4192.0668 m

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

POTA

RHOZ (G/C3)

RXOZ (OHMM)

SCD (1IN)

SGR (GAPI)

SP (MV)

TENS (LBF)

THOR (PPM)

TPRA

TURA

URAN (PPM)

6004-16-1z_processed_cmr: 13103-13989 F

DEPTH (F)

ABS (M2)

ACQ_TIME (MS)

AC_REL_STATE

AFCD (M2)

AMP_DIST (V)

AMP_DIST_SIG (V)

AREA (M2)

ATEMP (DEGC)

B0_MC (MT)

B0_TEMP (MT)

BADF_CMR

BCQR (%)

BDIG

BFV (V/V)

BFV_MW (V/V)

BFV_MW_SIG (V/V)

BFV_SIG (V/V)

BLEW (1/S)

BPHV (V)

BS (IN)

BSD1

BSFF (%)

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)

CFGR

CFTC (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_GAIN

CMR_PHI_CONV

CMR_RAW_PHI (V/V)

CMR_SIG_PROC_S

CMR_TEMP (DEGF)

CMR_TEMP_RAW

CMSN

CNTC (1/S)

CS (F/MN)

CTEM (DEGF)

CTMP (DEGC)

CVEL (FT/MIN)

CWEL (DEG/M)

DELTA_B0 (MT)

DF (LBF)

DHC_ERR

DNPH (V/V)

DRTA

DSPPS

DSPPT (MS)

DSP_ERR

EBSZ (%)

ECGR (GAPI)

ECHO_AMP_R

ECHO_AMP_X

ECHO_BASE (V)

ED (M)

ELSZ (%)

ESSZ (%)

ETIM (S)

FCD (IN)

FREQ_OP (KHZ)

FREQ_OP_ID

GAMMA

GCHV (V)

GDEV (DEG)

GR (GAPI)

GTHV (V)

HAGR (V)

HDAR (IN)

HDGR (V)

HDIG

HHVO (V)

HLRGB

HM15 (V)

HMRGB

HP15 (V)

HP5V (V)

HPATT

HPB0 (MT)

HPB0CH (V)

HPB0CL (V)

HPB0_RAW

HTEM (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_MC

KBFV (MD)

KCMR (MD)

KSDR (MD)

KTIM (MD)

LCQR (%)

LDIG

LLEW (1/S)

LOOP

LPHV (V)

LSD1

LSFF (%)

MA5V (V)

MDIG

MINUS_15V (V)

MINUS_5V_ANA (V)

MP12 (V)

MP5V (V)

NCHV (V)

NCYT (DEGC)

ND (M)

NDIA

NOISE_ENV (V/V)

NOISE_FLAG

NOISE_PWR

NOISE_TOOL (V/V)

NOISE_TOOL_WSU (V/V)

NO_UPDATE_COUN

NPHI (V/V)

NPL (V/V)

NPOR (V/V)

NSGD (V)

NTHV (V)

NUM_MSG

PHIE_HILT (V/V)

PLUS_15V (V)

PLUS_5V (V)

PLUS_5V_ANA (V)

PXND_HILT (V/V)

QCBSL

QCMCFL

QCPOR

RBPHV (V)

RCFT (1/S)

RCNT (1/S)

RD1P (MV)

RD1Q (MV)

RDA0 (MV)

RDIA

RGCN (1/S)

RG (GAPI)

RHGX_HILT (G/CM3)

RLPHV (V)

RMFA_HILT (OHMM)

RMS_NOISE (V)

RO_HILT (OHMM)

RSPHV (V)

RTNR

RXIB (MA)

RXIG (MA)

RXPS (DEG)

RXVB (MV)

RXVM (UV)

SCQR (%)

SDIG

SIG_PROC_ERR

SLEW (1/S)

SPHASE (DEG)

SPHV (V)

SSD1

SSFF (%)

STATE_ERR

T12R

T2LM (MS)

T2LM_MW (MS)

T2LM_MW_SIG (MS)

T2P1 (MS)

T2P2 (MS)

T2P3 (MS)

TALP

TCH (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)

TNRA

TOOL_STATE

TREF (V)

TUNE_WORD

TVDE (M)

TW_OFFSET

UMA_HILT

VCL_HILT (V/V)

VSEC (M)

WAIT_FLAG

WSUM

6004-16-1z_processed_cmr_1: 13103.008-13989 F

DEPTH (F)

AZS1 (M/S2)

AZS2 (M/S2)

AZSN

TIME (S)

6004-16-1z_processed_cmr_2: 13103.083-13989 F

DEPTH (F)

BIOM

BSW (1/S)

BSWU (1/S)

BWTO (1/S)

FCBR (OHMM)

HCAL (IN)

HDRX

HIOM

HMAS

HRCAL (IN)

IDWD (0.1_IN)

LHEW (1/S)

LIOM

LSW (1/S)

LSWU (1/S)

LWTO (1/S)

MIOM

NIOM

QCRXO

RIOM

RVID (UA)

RVIS (UA)

RVV (MV)

RXI0 (UA)

RXOI (OHMM )

RXV (MV)

SCD (0.1_IN)

SIOM

SSW (1/S)

SSWU (1/S)

SWTO (1/S)

TIME (S)

TQCA

6004-16-1z_processed_cmr_3: 13103.167-13989 F

DEPTH (F)

DPHZ (V/V)

DSOZ (IN)

HAZ (M/S2)

HCFT (1/S)

HCNT (1/S)

HDRA (G/C3)

HDRB (G/CM3)

HDRT

HGR (GAPI)

HMIN (OHMM)

HMNO (OHMM)

HNPO (V/V)

HPRA

HTAL

HTNP (V/V)

PEA

PEFBA

PEFLA

PEFSA

PEFZ

QCPEF

QCRH

RGHN (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)

6004-16-1z_processed_cmr_4: 13103.017-13989 F

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 m

DEPTH (M)

GRRAB (GAPI)

RESBD (OHMM)

RESBIT (OHMM)

RESBM (OHMM)

RESBS (OHMM)

RESRING (OHMM)

ROP5RM (M/HR)

Wells/6004-16-1/Reports.htm0000770000100400001440000004672010643153500013630 0ustar upusers Well 6004/16-1

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 interval 1519m - 4271m in the 6004-16-1, 1z well, offshore Faroe Islands. August 2002.

4. HM Research Associates. Provenance of paleocene sandstones in the Faroes sector and adjacent areas of the NE Atlantic. Heavy mineral constraints. August 2002.

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

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 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 Analysis and Slabbed Core Photography Report. March 2001.

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

12. Robertson Research International Limited. Geochemical Evaluation of Oil Stained Cores 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. August 2002.

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

Wells/6004-16-1/Well fakta.htm0000744000175100001440000227023711136326142013617 0ustar users Well 6004/16-1

Well 6004/16-1

Well information

Well number 6004/16-1

Location Offshore, South East of Faroe Islands

Longitude 04^o 54´58.196´´ W

Latitude 60^o 22´28.186´´ N

UTM Zone 30

Spheroid WGS84

Datum ETRS89

Well blok no. 6004/16

Reference point KB 26.5 m above MSL

Wather depth 974.5 m below MSL

TD log 4275 m

TD drill 4274 m below KB

The well is Vertical

Spud date 20 September 2001

Completed 10 December 2001

Spud classification Exploration

Status (completion) Plug and Abandoned

License L001

Operator Amarada Hess

Rig Sovereign Explorer

Reports

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

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

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

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

5. Robertson Research International limited. Combined conventional core Analysis and Slabbed Core Photography Report. March 2001.

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

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

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

9. Robertson Research International Limited. Maturity evaluation of the interval 1519m - 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 the drilled T10 and T20 stratigraphy, 6004-16-1z, Marjun prospect.

12. HM Research Associates. Provenance of Paleocene sandstones in the Faroes sector and adjacent areas of the NE Atlantic: heavy mineral constraints. August 2002.

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

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

15. Robertson Research International Limited. Well 6004-16-1z offshore Faroes, Core and Spectral Gamma Correlation Study, Palaeocene T10-T22. August 2002.

Analog logs