nalcor et al seamus 1 well: parson’s pond field ... · ppc2−b 10.03 ppc2−b 8094 ppc_cal_std...

Run 1 Run 2 Run 3

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@@@

@

Witnessed ByRecorded By

LocationUnit NumberTimeLogger On BottomTimeCirculation Stopped

Maximum Recorded TemperaturesRMF @ MRTRM @ MRTRMCSource RMF

RMC @ Measured TemperatureRMF @ Measured TemperatureRM @ Measured TemperatureSource Of Sample

PHFluid Loss

ViscosityDensityM

UD

Type Fluid In HoleBit SizeCasing SchlumbergerCasing Driller Size @ DepthTop Log IntervalBottom Log IntervalSchlumberger DepthDepth DrillerRun NumberLogging Date

@

26.69 m

20.69 m

26.99 m

above Perm. Datum

Newfoundland

@

@@@

@

R. StricklandGreg Au

St.John’s60617:0516−May−20108:3015−May−2010

60 degC60 @0.55060 @0.733

CalculatedCalculated15 [email protected] ohm.m15 [email protected] ohm.m15 [email protected] ohm.m

Mud Pit9.77.6 cm3

60 s1170 kg/m3Gel Chem216.000 mm2292.5 m

2292.4 [email protected] mm1500 m3099.2 m3129.2 m3160 mRun 215−May−2010

Witnessed ByRecorded By

LocationUnit NumberTimeLogger On BottomTimeCirculation Stopped

Maximum Recorded TemperaturesRMF @ MRTRM @ MRTRMCSource RMF

RMC @ Measured TemperatureRMF @ Measured TemperatureRM @ Measured TemperatureSource Of Sample

PHFluid Loss

ViscosityDensity

MU

D

Type Fluid In HoleBit SizeCasing SchlumbergerCasing Driller Size @ DepthTop Log IntervalBottom Log IntervalSchlumberger DepthDepth DrillerRun NumberLogging Date

26.69 mD.F.

20.69 mG.L.

26.99 mK.B.

Kelly BushingDrilling Measured From:

above Perm. Datum6.30 mKelly BushingLog Measured From:

57.70 WLongtitude

49.98 NLatitude

Elev.: 20.69 mGround LevelPermanent Datum:

Elev.:

API Serial No.

Rig

:

Fie

ld:

Loca

tion:

Wel

l:

Com

pany

:

Sto

neha

m #

11

Par

son’

s P

ond

Latit

ude:

49.

98 N

Nal

cor

et a

l Sea

mus

1

Nal

cor

Ene

rgy

Oil

and

Gas

LOC

AT

ION

Latitude: 49.98 N

Longitude: 57.70 W

SONIC IMAGER LOG

DIPOLE SHEAR

NewfoundlandStoneham #11Parson’s PondNalcor et al Seamus 1

Nalcor Energy Oil and Gas

Province:Rig:Field:Well:

Company:

Fin

al P

rint

Depth Control Remarks

1. Schlumberger depth control policy followed

2. IDW used as primary depth control

3. Z−Chart used as secondary depth control

4. Log correlated to Run 1 from 3090 m to 3080 m

5.

6.

Reference Log Date: 15−MAY−2010

Repeat section for FMI done at 2680 m to 2580 m as per request by client

DSI and FMI run as separate passes

Two CMSB’s were also put on the DSI for centralizationTwo 1.5 in standoffs were put on the DSI for centralizationAll tools run as per tool sketchREMARKS: RUN NUMBER 1 REMARKS: RUN NUMBER 2OS5: OS5:

VSPOS4: OS4:MDTOS3: OS3:DSI−FMIOS2: OS2:PEX−AITOS1: OS1:

OTHER SERVICES1 OTHER SERVICES2

DISCLAIMERTHE USE OF AND RELIANCE UPON THIS RECORDED−DATA BY THE HEREIN NAMED COMPANY (AND ANY OF ITSAFFILIATES, PARTNERS, REPRESENTATIVES, AGENTS, CONSULTANTS AND EMPLOYEES) IS SUBJECT TO THE TERMSAND CONDITIONS AGREED UPON BETWEEN SCHLUMBERGER AND THE COMPANY, INCLUDING: (a) RESTRICTIONS ONUSE OF THE RECORDED−DATA; (b) DISCLAIMERS AND WAIVERS OF WARRANTIES AND REPRESENTATIONS REGARDINGCOMPANY’S USE OF AND RELIANCE UPON THE RECORDED−DATA; AND (c) CUSTOMER’S FULL AND SOLE RESPONSIBILITYFOR ANY INFERENCE DRAWN OR DECISION MADE IN CONNECTION WITH THE USE OF THIS RECORDED−DATA.

DEPTH SUMMARY LISTING

Depth System Equipment

Depth Control Parameters

Date Created: 19−MAY−2010 23:33:36

Depth Measuring Device

Type: IDW−JASerial Number: 6530Calibration Date: 30−MAR−2010Calibrator Serial Number: 4Calibration Cable Type: 7−46P XSWheel Correction 1: −6Wheel Correction 2: −4

Tension Device

Type: CMTD−B/ASerial Number: 2345Calibration Date: 14−MAY−2010Calibrator Serial Number: 153155Number of Calibration Points: 10Calibration RMS: 10Calibration Peak Error: 18

Logging Cable

Type: 7−46P XSSerial Number: 708186Length: 9060 M

Conveyance Method: WirelineRig Type: LAND

Log Sequence: Subsequent Log In the Well

Reference Log Name: Nalcor_Energy_Seamus_1_TD_NuclearReference Log Run Number: Run 1Reference Log Date: 15−MAY−2010

Run 3

Run 4

@@

@ @ @ @

25.58DSST−B SPAC−B 8103ECH−SDSMDR−BD 66SSIJ−BA 8075SMDX−AA 8303

27.56PPC1−B PPC1−B 8438PPC_CAL_STD

29.05SAH−F SAH−F 1820

31.03EDTC−B EDTH−B 8148EDTC−B 8149EDTG−A/B

32.86DTPC−A 44ECH−KJDTPC−A 44

LEH−QT 2693

25.58PPC_Cartr

27.21Calipers

29.05EDTCB Ele TelStatus

EFTB DIAG 29.39Gamma Ray 29.96CTEM 31.03Mud Tempe

MDSB_EDTC

38 MMStandoff38 MMStandoff

RUN 1 RUN 2

Unable to function PPC’s in toolstring

Data spliced at 2685 m for FMICalipers closed at 2662 m due to hole conditions (pulled tight) and had to restart log for FMI

Upon coming off of TD during DSI run pulled tight, hence DSI logged above TD suggested by clientDSI was further logged to 1500 m to compare with previous log

Repeat section for FMI done at 2680 m to 2580 m as per request by client

STOP STOPSTART STARTLOGGED INTERVAL LOGGED INTERVAL0 mFLUID LEVEL: FLUID LEVEL:

17C0−154PROGRAM VERSION: PROGRAM VERSION:BCJ0−00028SERVICE ORDER #: SERVICE ORDER #:

RUN 1 RUN 2EQUIPMENT DESCRIPTION

Merged calipers from FMI with DSI

DOWNHOLE EQUIPMENT

33.75LEH−QT 2693LEH−QT 2693

SURFACE EQUIPMENTWITM (EDTS)−A

MDProduction String Well Schematic Casing String

MDOD ID OD ID

(mm) (m) (m) (mm)

Country:

Reference Datum:

Elevation:

State: Newfoundland Kelly Bushing

m26.9

0.0 244 Casing String

2292.4 244 Casing Shoe

2292.4 216 Borehole Segment

ALL LENGTHS IN METERSMEASUREMENTS RELATIVE TO TOOL ZERO

MAXIMUM STRING DIAMETER 178 MM

8.04FBST−B ECH−MRAFBCC−A 794AH−184AH−185 958FBSH−A 829GPIC−C 1709FBSC−B 830FBSS−B 830

10.03PPC2−B PPC2−B 8094PPC_CAL_STD

TOOL ZERO0.00Tension GPIT

HV DF ACCZ 0.41FBCC FBSC

PADS

8.04PPC_Cartr

9.68Calipers

10.03PWF

Client:

Well:

Field:

Drawing Date:

API #:

Reference Datum:State:


Newfoundland

Nalcor et al Seamus 1

Parson’s Pond

Kelly Bushing

5/16/2010

Rig Name: Stoneham #11

OP System Version: 17C0−154

FBST−B 17C0−154 PPC2−B 17C0−154DSST−B 17C0−154 PPC1−B 17C0−154EDTC−B SKK−3882−EDTCB_b DTPC−A SKK−3882−EDTCB_b

Input DLIS FilesDEFAULT FMI_CAL_DSI_228PUP FN:32 PRODUCER 20−May−2010 00:35 3138.5 M 2283.9 M

Output DLIS FilesDEFAULT FMI_CAL_DSI_230PUP FN:36 PRODUCER 20−May−2010 01:24

CUSTOMER FMI_CAL_DSI_230PUC FN:37 CUSTOMER 20−May−2010 01:24

PIP SUMMARY

MAXIS Field Log

Main Pass1:600

3160.0 216 Borehole Segment Bottom

All Depth’s Drillers

2350

2400

Bit Size (BS)(MM)125 375

Caliper 1 (C1)(MM)125 375


Delta−T Comp − P & S (DT4P)(US/M)500 100

Gamma Ray (GR_EDTC)(GAPI)0 150

Tension (TENS)(N)25000 0

Low CompCoherence Flag

***MAIN PASS: DIPOLE SONIC − DELTA−T***

PIP SUMMARY

Integrated Hole Volume Minor Pip Every 0.1 M3Integrated Hole Volume Major Pip Every 1 M3

Integrated Transit Time Minor Pip Every 1 MSIntegrated Transit Time Major Pip Every 10 MS

Time Mark Every 60 S

<−CD−>

2300

2500

TENS

2550

2450

2700

2650

BS

C1C2 2600

Comp. Coherence FlagDT4P

GR_EDTC

2850

2900

2750

2800

3050

3000

TENS

2950

Parameters

DLIS Name Description ValueDSST−B: Dipole Shear Imager − B

BHS Borehole Status OPENCASF Label Casing Function − Monopole P&S 50COLL Label Slowness Lower Limit − Monopole P&S Compressional 131.234 US/MCOUL Label Slowness Upper Limit − Monopole P&S Compressional 590.551 US/MDTF Delta−T Fluid 670.932 US/MFILG Label Fill Gap Control − Monopole P&S COMP_SHEARITTS Integrated Transit Time Source DTCOLFC Label Formation Character − Monopole P&S DYNAMICMCS Mean Casing Slowness 187.008 US/MMTXG Monopole Transmitter Geometry 4724 MMNWI4 Number Waveform Items 4 8RSMN Label Shear/Compressional Minimum Ratio − Monopole P&S 1.4RSMX Label Shear/Compressional Maximum Ratio − Monopole P&S 2.12RX1G Receiver 1 Geometry 7468 MMRX2G Receiver 2 Geometry 7620 MMRX3G Receiver 3 Geometry 7772 MMRX4G Receiver 4 Geometry 7925 MMRX5G Receiver 5 Geometry 8077 MMRX6G Receiver 6 Geometry 8230 MMRX7G Receiver 7 Geometry 8382 MMRX8G Receiver 8 Geometry 8534 MMSAS4 STC Sonic Array Status − Monopole P&S 255SHLL Label Slowness Lower Limit − Monopole P&S Shear 246.063 US/MSHUL Label Slowness Upper Limit − Monopole P&S Shear 590.551 US/MSSW4 STC Source Waveform − Monopole P&S WF_SAM4STLL Label Slowness Lower Limit − Monopole Stoneley 590.551 US/MSTUL Label Slowness Upper Limit − Monopole Stoneley 2559.06 US/MTWI4 STC Integration Time Window − Monopole P&S 500 US

EDTC−B: Enhanced DTS Cartridge

PIP SUMMARY












PIP SUMMARY

3100Comp. Coherence Flag

BS

C1

C2

FR_GR_EDTC

FR_DT4P







PIP SUMMARY




MAXIS Field Log

Main Pass1:240






Format: DSI_DTSONIC_D600 Vertical Scale: 1:600 Graphics File Created: 20−May−2010 01:24

EDTC−B: Enhanced DTS CartridgeBHS Borehole Status OPEN

HOLEV: Integrated Hole/Cement VolumeBHS Borehole Status OPENFCD Future Casing (Outer) Diameter 177.8 MMHVCS Integrated Hole Volume Caliper Selection C1/C2

DIR: Directional Survey ComputationSPVD TVD of Starting Point 0 MTIMD Along−hole depth of Tie−in Point 0 MTIVD TVD of Tie−in Point 0 M

System and MiscellaneousBS Bit Size 216.000 MMDO Depth Offset for Playback 0.0 MPP Playback Processing RECOMPUTETD Total Depth 3129.2 M

Main Pass1:240

2325








<−CD−>

2300

2375

2400

2350

2375

2450

2475

2425

2525

2500

Comp. Coherence Flag

TENS

2600GR_EDTC

DT4P

2550

2575

2650

2675

C2Comp. Coherence Flag

C1

BS

2625

2725

2700

2800

2750

2775

2850

2875

2825

2925

2900

3000

2975

2950

3075

3050

3025

Parameters

DLIS Name Description ValueFBST−B: Full−Bore Scanner − B

ACPP Accelerometer PROM Presence PRESENTAFMO Accelerometer Filtering Mode MOVING_AVERAGE









PIP SUMMARY




C1

C2

Comp. Coherence Flag

3100

TENS

FR_DT4P

FR_GR_EDTC

BS

C2

COLL Label Slowness Lower Limit − Monopole P&S Compressional 131.234 US/MCOUL Label Slowness Upper Limit − Monopole P&S Compressional 590.551 US/MDDE1 Digitizing Delay 1 0 USDDE2 Digitizing Delay 2 0 USDDE3 Digitizing Delay 3 0 USDDE4 Digitizing Delay 4 0 USDDE5 Digitizing Delay 5 0 USDDEX Digitizing Delay X 0 USDLCS Label Compressional Source − Dipole Shear USEDLHS Label Hole Diameter Source for SOBS Channel AUTODSHL Label Slowness Lower Limit − Dipole Shear 246.063 US/MDSHU Label Slowness Upper Limit − Dipole Shear 2542.65 US/MDSI1 Digitizer Sample Interval 1 40 USDSI2 Digitizer Sample Interval 2 40 USDSI3 Digitizer Sample Interval 3 10 USDSI4 Digitizer Sample Interval 4 10 USDSI5 Digitizer Sample Interval 5 10 USDSIX Digitizer Sample Interval X 40 USDTCS Compressional Delta−T Source for DTCO Channel PS_COMPDTF Delta−T Fluid 670.932 US/MDTM Delta−T Matrix 183.727 US/MDTSS Shear Delta−T Source for DTSM Channel PS_SHEARDWC1 Digitizer Word Count 1 512DWC2 Digitizer Word Count 2 512DWC3 Digitizer Word Count 3 512DWC4 Digitizer Word Count 4 512DWC5 Digitizer Word Count 5 512DWCX Digitizer Word Count X 512FDE1 Firing Delay 1 0FDE2 Firing Delay 2 0FDE3 Firing Delay 3 0FDE4 Firing Delay 4 0FDE5 Firing Delay 5 0FDEX Firing Delay X 0FGM5 First Motion Gate Moveout 5 131 US/MFGMX First Motion Gate Moveout X 131 US/MFILG Label Fill Gap Control − Monopole P&S COMP_SHEARFMG5 First Motion Minimum Gate 5 500 USFMGX First Motion Minimum Gate X 500 USFMLL Slowness Lower Limit − FMD 131.234 US/MFMRC Restart Control − FMD CONTINUEFMT5 First Motion Threshold 5 UPFMTX First Motion Threshold X NONEFMUL Slowness Upper Limit − FMD 590.551 US/M

AFMO Accelerometer Filtering Mode MOVING_AVERAGEART Accelerometer Reference Temperature 20 DEGCEGCO FMI EMEX and GAIN Correction NOFBCD Correct Dip Buttons Values by EMEX and Gain OFFFBEF FMI EMEX filtering activation OFFFBMV FMI EMEX maximum voltage calculation OFFFDBD FMI Dead Buttons detection OFFFDBP FMI Dead Buttons Patching OFFFDFL FMI DSP Filter Length 1FIEQ FMI Image Equalisation OFFFIGA FMI Image Gain 1FIOF FMI Image Offset 0FLM FMI Logging Mode 8PADFPSA FMI Peak Signal Amplitude for Required Servo Level ONGLM GPIT Logging Mode DIPMGMOD Gain Mode MANUICMO Inclinometry Computation Mode AUTOMATIC_SELECTIONMAPP Magnetometer PROM Presence PRESENTMDEC Magnetic Field Declination −20.9531 DEGMRTE Magneto Reference Temperature 19 DEGCRBS Resistivity Button Selection AUTORBSI Auto RBS Change Interval 10SOFF Standoff 0 MMTEMS GPIT Temperature Sensor Used BOTHU−GPOF Playback OLD VERSION GPIT FILE (BEFORE OP14 + SRPC−3098−FEB_2006_C) ?

NOXGAI_FBST Gain Value in Manual Mode 0_dBXGMO EMEX & Gain Modes EmexManu_GainManuXMOD EMEX Voltage Regulation Mode MANUXVOL EMEX Voltage 0 V

DSST−B: Dipole Shear Imager − BAGC1 Automatic Gain Control 1 ONAGC2 Automatic Gain Control 2 ONAGC3 Automatic Gain Control 3 ONAGC4 Automatic Gain Control 4 ONAGC5 Automatic Gain Control 5 ONAGCX Automatic Gain Control X ONBARS_MTR1 Length for Monopole Transmitter to Receiver 1 2.7432 MBHS Borehole Status OPENBHT Bottom Hole Temperature (used in calculations) 60.2 DEGCCASF Label Casing Function − Monopole P&S 50CDTS C−Delta−T Shale 328.084 US/MCOLL Label Slowness Lower Limit − Monopole P&S Compressional 131.234 US/MCOUL Label Slowness Upper Limit − Monopole P&S Compressional 590.551 US/M

LPF5 Low Pass Filter 5 F30KLPFX Low Pass Filter X F5KLTXG Lower Dipole Transmitter Geometry 3962 MMMAI5 Slowness Averaging Interval − FMD 1067 MMMATR Rock Matrix for Neutron Porosity Corrections LIMESTONEMCS Mean Casing Slowness 187.008 US/MMDS5 Multishot Delta−T Scatter − FMD 20 USMTXG Monopole Transmitter Geometry 4724 MMMUX1 Sum Difference Multiplexor Input 1 RRMUX2 Sum Difference Multiplexor Input 2 RRMUX3 Sum Difference Multiplexor Input 3 RRMUX4 Sum Difference Multiplexor Input 4 RRMUX5 Sum Difference Multiplexor Input 5 RRMUXX Sum Difference Multiplexor Input X RRNTI5 Number Threshold Items 5 0NTIX Number Threshold Items X 0NWI1 Number Waveform Items 1 8NWI2 Number Waveform Items 2 8NWI3 Number Waveform Items 3 0NWI4 Number Waveform Items 4 8NWI5 Number Waveform Items 5 0NWIX Number Waveform Items X 0NWS1 Number Waveforms Stacked 1 1NWS2 Number Waveforms Stacked 2 1NWS3 Number Waveforms Stacked 3 1NWS4 Number Waveforms Stacked 4 1NWS5 Number Waveforms Stacked 5 1NWSX Number Waveforms Stacked X 1RATE Firing Rate R7RSMN Label Shear/Compressional Minimum Ratio − Monopole P&S 1.4RSMX Label Shear/Compressional Maximum Ratio − Monopole P&S 2.12RX1G Receiver 1 Geometry 7468 MMRX2G Receiver 2 Geometry 7620 MMRX3G Receiver 3 Geometry 7772 MMRX4G Receiver 4 Geometry 7925 MMRX5G Receiver 5 Geometry 8077 MMRX6G Receiver 6 Geometry 8230 MMRX7G Receiver 7 Geometry 8382 MMRX8G Receiver 8 Geometry 8534 MMSAM1 DSST Sonic Acquisition Mode 1 − Lower Dipole Mode EVENSAM2 DSST Sonic Acquisition Mode 2 − Upper Dipole Mode ODDSAM3 DSST Sonic Acquisition Mode 3 − Low Frequency Monopole Mode for Stoneley

OFF

FMTX First Motion Threshold X NONEFMUL Slowness Upper Limit − FMD 590.551 US/MFNC5 First Motion Noise Counter Input 5 ALOFNCX First Motion Noise Counter Input X ALOFPM Processing Mode − FMD NONEFTD5 First Motion Threshold Direction 5 UPFTDX First Motion Threshold Direction X UPGAI1 Manual Gain 1 10GAI2 Manual Gain 2 10GAI3 Manual Gain 3 10GAI4 Manual Gain 4 16GAI5 Manual Gain 5 16GAIX Manual Gain X 10GCSE Generalized Caliper Selection BSGDEV Average Angular Deviation of Borehole from Normal 20 DEGGDT1 Gain Delta−T 1 2625 US/MGDT2 Gain Delta−T 2 2625 US/MGDT3 Gain Delta−T 3 2625 US/MGDT4 Gain Delta−T 4 525 US/MGDT5 Gain Delta−T 5 525 US/MGDTX Gain Delta−T X 2625 US/MGGRD Geothermal Gradient 0.018227 DC/MGIN1 Gain Interval 1 15360 USGIN2 Gain Interval 2 15360 USGIN3 Gain Interval 3 15360 USGIN4 Gain Interval 4 2560 USGIN5 Gain Interval 5 1600 USGINX Gain Interval X 15360 USGRSE Generalized Mud Resistivity Selection CHART_GEN_9GTSE Generalized Temperature Selection LINEAR_ESTIMATEHPF1 High Pass Filter 1 F80HPF2 High Pass Filter 2 F80HPF3 High Pass Filter 3 F80HPF4 High Pass Filter 4 F8KHPF5 High Pass Filter 5 F8KHPFX High Pass Filter X F80ISSBAR Barite Mud Switch NOBARITEITTS Integrated Transit Time Source DTCOLFC Label Formation Character − Monopole P&S DYNAMICLPF1 Low Pass Filter 1 F5KLPF2 Low Pass Filter 2 F5KLPF3 Low Pass Filter 3 F5KLPF4 Low Pass Filter 4 F30KLPF5 Low Pass Filter 5 F30KLPFX Low Pass Filter X F5K

SSW1 STC Source Waveform − Lower Dipole WF_SAM1SSW2 STC Source Waveform − Upper Dipole WF_SAM2SSW3 STC Source Waveform − Monopole Stoneley WF_SAM3SSW4 STC Source Waveform − Monopole P&S WF_SAM4STLL Label Slowness Lower Limit − Monopole Stoneley 590.551 US/MSTUL Label Slowness Upper Limit − Monopole Stoneley 2559.06 US/MSUL1 STC Slowness Upper Limit − Lower Dipole 2542.65 US/MSUL2 STC Slowness Upper Limit − Upper Dipole 2542.65 US/MSUL3 STC Slowness Upper Limit − Monopole Stoneley 2559.06 US/MSUL4 STC Slowness Upper Limit − Monopole P&S 787.402 US/MSWD1 STC Slowness Width − Lower Dipole 131.234 US/MSWD2 STC Slowness Width − Upper Dipole 131.234 US/MSWD3 STC Slowness Width − Monopole Stoneley 131.234 US/MSWD4 STC Slowness Width − Monopole P&S 32.8084 US/MTBDB Tool String Bottom to DSST Bottom 10030.5 MMTBF1 STC Time for Baseline Fill − Lower Dipole 0 USTBF2 STC Time for Baseline Fill − Upper Dipole 0 USTBF3 STC Time for Baseline Fill − Monopole Stoneley 0 USTBF4 STC Time for Baseline Fill − Monopole P&S 300 USTLL1 STC Time Lower Limit − Lower Dipole 600 USTLL2 STC Time Lower Limit − Upper Dipole 600 USTLL3 STC Time Lower Limit − Monopole Stoneley 620 USTLL4 STC Time Lower Limit − Monopole P&S 150 USTST1 STC Time Step − Lower Dipole 200 USTST2 STC Time Step − Upper Dipole 200 USTST3 STC Time Step − Monopole Stoneley 200 USTST4 STC Time Step − Monopole P&S 50 USTTDB Tool String Top to DSST Bottom 23716 MMTUL1 STC Time Upper Limit − Lower Dipole 15912.5 USTUL2 STC Time Upper Limit − Upper Dipole 15525 USTUL3 STC Time Upper Limit − Monopole Stoneley 5110 USTUL4 STC Time Upper Limit − Monopole P&S 3660 USTWA1 Transmitter Waveform Amplitude 1 179TWA2 Transmitter Waveform Amplitude 2 179TWA3 Transmitter Waveform Amplitude 3 179TWA4 Transmitter Waveform Amplitude 4 150TWA5 Transmitter Waveform Amplitude 5 150TWAX Transmitter Waveform Amplitude X 179TWD1 STC Time Width − Lower Dipole 2000 USTWD2 STC Time Width − Upper Dipole 2000 USTWD3 STC Time Width − Monopole Stoneley 2000 USTWD4 STC Time Width − Monopole P&S 1000 USTWI1 STC Integration Time Window − Lower Dipole 1600 USTWI2 STC Integration Time Window − Upper Dipole 1600 US

OFFSAM4 DSST Sonic Acquisition Mode 4 − High Frequency Monopole Mode for P&S

EVENSAM5 DSST Sonic Acquisition Mode 5 − High Frequency Monopole Mode for FMD

OFFSAMX DSST Sonic Acquisition Mode X − Both Dipoles or Monopole Mode for Expert

OFFSAS1 STC Sonic Array Status − Lower Dipole 255SAS2 STC Sonic Array Status − Upper Dipole 255SAS3 STC Sonic Array Status − Monopole Stoneley 255SAS4 STC Sonic Array Status − Monopole P&S 255SAS5 Sonic Array Status − FMD 255SBO1 STC Search Band Offset − Lower Dipole 3000 USSBO2 STC Search Band Offset − Upper Dipole 3000 USSBO3 STC Search Band Offset − Monopole Stoneley 2000 USSBO4 STC Search Band Offset − Monopole P&S 500 USSBR4 STC Baseline Removal − Monopole P&S ONSBW1 STC Search Bandwidth − Lower Dipole 8000 USSBW2 STC Search Bandwidth − Upper Dipole 8000 USSBW3 STC Search Bandwidth − Monopole Stoneley 6000 USSBW4 STC Search Bandwidth − Monopole P&S 2000 USSFC1 STC Formation Character − Lower Dipole SELECTABLESFC2 STC Formation Character − Upper Dipole SELECTABLESFC3 STC Formation Character − Monopole Stoneley SELECTABLESFC4 STC Formation Character − Monopole P&S SELECTABLESFM1 STC Filter − Lower Dipole B1−3KSFM2 STC Filter − Upper Dipole B1−3KSFM3 STC Filter − Monopole Stoneley B.5−1.5KSFM4 STC Filter − Monopole P&S B3−20KSHLL Label Slowness Lower Limit − Monopole P&S Shear 246.063 US/MSHT Surface Hole Temperature 30 DEGCSHUL Label Slowness Upper Limit − Monopole P&S Shear 590.551 US/MSLL1 STC Slowness Lower Limit − Lower Dipole 246.063 US/MSLL2 STC Slowness Lower Limit − Upper Dipole 246.063 US/MSLL3 STC Slowness Lower Limit − Monopole Stoneley 590.551 US/MSLL4 STC Slowness Lower Limit − Monopole P&S 131.234 US/MSPFS Sonic Porosity Formula RAYMER_HUNTSPSO Sonic Porosity Source DTCOSST1 STC Slowness Step − Lower Dipole 13.1234 US/MSST2 STC Slowness Step − Upper Dipole 13.1234 US/MSST3 STC Slowness Step − Monopole Stoneley 13.1234 US/MSST4 STC Slowness Step − Monopole P&S 6.56168 US/MSSW1 STC Source Waveform − Lower Dipole WF_SAM1SSW2 STC Source Waveform − Upper Dipole WF_SAM2

XMTX Transmitter Select X DUPEDTC−B: Enhanced DTS Cartridge

BHFL Borehole Fluid Type WATERBHS Borehole Status OPENBHT Bottom Hole Temperature (used in calculations) 60.2 DEGCBSCO Borehole Salinity Correction Option NOCCCO Casing & Cement Thickness Correction Option NODPPM Density Porosity Processing Mode HIRSFSAL Formation Salinity −50000 PPMFSCO Formation Salinity Correction Option NOGCSE Generalized Caliper Selection BSGDEV Average Angular Deviation of Borehole from Normal 20 DEGGGRD Geothermal Gradient 0.018227 DC/MGRSE Generalized Mud Resistivity Selection CHART_GEN_9GTSE Generalized Temperature Selection LINEAR_ESTIMATEHSCO Hole Size Correction Option YESISSBAR Barite Mud Switch NOBARITEISSBAR_EDTC Nuclear Mud Type NOBARITEMATR Rock Matrix for Neutron Porosity Corrections LIMESTONEMCCO Mud Cake Correction Option NOMCOR Mud Correction NATUMWCO Mud Weight Correction Option NOPTCO Pressure/Temperature Correction Option NOSDAT Standoff Data Source SOCNSHT Surface Hole Temperature 30 DEGCSOCN Standoff Distance 3.175 MMSOCO Standoff Correction Option YESTPOS_EDTC EDTC Tool Centered/Eccentered EccenteredU−ETELM_EDTS Telemetry Mode for eWAFE Standard_EDTSU−TELM_EDTS Telemetry Mode for WAFE Standard_EDTS

HOLEV: Integrated Hole/Cement VolumeBHS Borehole Status OPENBHT Bottom Hole Temperature (used in calculations) 60.2 DEGCFCD Future Casing (Outer) Diameter 177.8 MMGCSE Generalized Caliper Selection BSGDEV Average Angular Deviation of Borehole from Normal 20 DEGGGRD Geothermal Gradient 0.018227 DC/MGRSE Generalized Mud Resistivity Selection CHART_GEN_9GTSE Generalized Temperature Selection LINEAR_ESTIMATEHVCS Integrated Hole Volume Caliper Selection C1/C2ISSBAR Barite Mud Switch NOBARITEMATR Rock Matrix for Neutron Porosity Corrections LIMESTONESHT Surface Hole Temperature 30 DEGC

TWI2 STC Integration Time Window − Upper Dipole 1600 USTWI3 STC Integration Time Window − Monopole Stoneley 1600 USTWI4 STC Integration Time Window − Monopole P&S 500 USTWR1 Transmitter Waveform Sample Rate 1 5 USTWR2 Transmitter Waveform Sample Rate 2 5 USTWR3 Transmitter Waveform Sample Rate 3 5 USTWR4 Transmitter Waveform Sample Rate 4 5 USTWR5 Transmitter Waveform Sample Rate 5 5 USTWRX Transmitter Waveform Sample Rate X 5 USTWS1 Transmitter Waveform Select 1 0TWS2 Transmitter Waveform Select 2 0TWS3 Transmitter Waveform Select 3 0TWS4 Transmitter Waveform Select 4 6TWS5 Transmitter Waveform Select 5 6TWSX Transmitter Waveform Select X 0UTXG Upper Dipole Transmitter Geometry 4115 MMWFDTSP1 SAM1 Waveform Delta for Spectrum 0 US/MWFDTSP2 SAM2 Waveform Delta for Spectrum 0 US/MWFDTSP3 SAM3 Waveform Delta for Spectrum 0 US/MWFDTSP4 SAM4 Waveform Delta for Spectrum 0 US/MWFDTSPX SAMX Waveform Delta for Spectrum 0 US/MWFLLSP1 SAM1 Waveform Lower Limit for Spectrum 0 USWFLLSP2 SAM2 Waveform Lower Limit for Spectrum 0 USWFLLSP3 SAM3 Waveform Lower Limit for Spectrum 0 USWFLLSP4 SAM4 Waveform Lower Limit for Spectrum 0 USWFLLSPX SAMX Waveform Lower Limit for Spectrum 0 USWFM1 Waveform Mode 1 W1WFM2 Waveform Mode 2 W1WFM3 Waveform Mode 3 W1WFM4 Waveform Mode 4 W1WFM5 Waveform Mode 5 W1WFMX Waveform Mode X W1WFULSP1 SAM1 Waveform Upper Limit for Spectrum 20000 USWFULSP2 SAM2 Waveform Upper Limit for Spectrum 20000 USWFULSP3 SAM3 Waveform Upper Limit for Spectrum 20000 USWFULSP4 SAM4 Waveform Upper Limit for Spectrum 5000 USWFULSPX SAMX Waveform Upper Limit for Spectrum 20000 USXMT1 Transmitter Select 1 DLOXMT2 Transmitter Select 2 DUPXMT3 Transmitter Select 3 NONEXMT4 Transmitter Select 4 MONOXMT5 Transmitter Select 5 MONOXMTX Transmitter Select X DUP








TD Total Depth 3129.2 MTWS Temperature of Connate Water Sample 37.78 DEGC

Input DLIS Files

MAXIS Field Log

Sonic P & S1:240

SHT Surface Hole Temperature 30 DEGCSTI: Stuck Tool Indicator

LBFR Trigger for MAXIS First Reading Label TDLSTKT STI Stuck Threshold 1.5 MTDD Total Depth − Driller 3160.00 MTDL Total Depth − Logger 3129.20 M

DIP: Dip ComputationDIP Tool FBST

CSBL CSB DIP Number of Levels 2LDPAD Disabled Pad NONEELRA Electrical Radius 12.7 MMINT Correlation Interval 1.2192 MSANG Correlation Search Angle 35 DEGSBUT DIP Set of Buttons MSDSDFA Side−by−Side Distance Factor 22.86 MMSPAN DIP Spanning 1/4STDA Structural DIP Azimuth 0 DEGSTDI Structural DIP Angle 0 DEGSTEP Correlation Step 0.6096 M

DIR: Directional Survey ComputationSPED East Departure of Starting Point 0 MSPND North Departure of Starting Point 0 MSPVD TVD of Starting Point 0 MTAZI Vertical Section Azimuth 0 DEGTIED East Departure of Tie−in Point 0 MTIMD Along−hole depth of Tie−in Point 0 MTIND North Departure of Tie−in Point 0 MTIVD TVD of Tie−in Point 0 M

System and MiscellaneousALTDPCHAN Name of alternate depth channel SpeedCorrectedDepthBS Bit Size 216.000 MMBSAL Borehole Salinity −50000.00 PPMCSIZ Current Casing Size 244.500 MMCWEI Casing Weight 64.74 KG/MDFD Drilling Fluid Density 1170.00 K/M3DO Depth Offset for Playback 0.0 MFLEV Fluid Level 0.00 MMST Mud Sample Temperature 15.00 DEGCPBVSADP Use alternate depth channel for playback NOPP Playback Processing RECOMPUTERMFS Resistivity of Mud Filtrate Sample 1.2300 OHMMRW Resistivity of Connate Water 1.0000 OHMMTD Total Depth 3129.2 MTWS Temperature of Connate Water Sample 37.78 DEGC


Delta−T Comp / RA − P & S (DTRP)(US/M)100 600


***MAIN PASS: DIPOLE SONIC − P & S IMAGE***

2300

<−CD−>






(US/M)






Delta−T Shear / RA − P & S (DTRS)(US/M)100 600

Delta−T Shear − P & S (DT4S)(US/M)600 100

Poisson’s Ratio (PR)(−−−−)0 0.5



AmplitudeMin Max

Rec.Array P&S Slow Proj. CVDL (SPR4)100 600


Low ShearCoherence Flag

PIP SUMMARY


2375

2350

2325

2450

2425

2400

2500

2475

2575

TENS

GR_EDTC

2550

2525

2650

2625

BS

C1C2

Comp. Coherence FlagShear Coherence Flag

DT4P

2600 DT4SPR

GR_EDTC

2700

2675

2775

2750

2725

2850

2825

2800

2900

2875

2975

2950

2925

3050

3025

3000




Delta−T Shear / RA − P & S (DTRS)Delta−T Shear − P & S (DT4S)Poisson’s Ratio (PR)


3100

PR FR_DT4SFR_DT4P

Shear Coherence FlagComp. Coherence Flag

BS

C1

C2

3075

TENS

FR_GR_EDTC

FILG Label Fill Gap Control − Monopole P&S COMP_SHEARLFC Label Formation Character − Monopole P&S DYNAMICMCS Mean Casing Slowness 187.008 US/MMTXG Monopole Transmitter Geometry 4724 MMNWI4 Number Waveform Items 4 8NWIX Number Waveform Items X 0RSMN Label Shear/Compressional Minimum Ratio − Monopole P&S 1.4RSMX Label Shear/Compressional Maximum Ratio − Monopole P&S 2.12RX1G Receiver 1 Geometry 7468 MMRX2G Receiver 2 Geometry 7620 MMRX3G Receiver 3 Geometry 7772 MMRX4G Receiver 4 Geometry 7925 MMRX5G Receiver 5 Geometry 8077 MMRX6G Receiver 6 Geometry 8230 MMRX7G Receiver 7 Geometry 8382 MMRX8G Receiver 8 Geometry 8534 MMSAM4 DSST Sonic Acquisition Mode 4 − High Frequency Monopole Mode for P&S

EVENSAMX DSST Sonic Acquisition Mode X − Both Dipoles or Monopole Mode for Expert

OFFSAS4 STC Sonic Array Status − Monopole P&S 255SBO4 STC Search Band Offset − Monopole P&S 500 USSBR4 STC Baseline Removal − Monopole P&S ONSBW4 STC Search Bandwidth − Monopole P&S 2000 USSFC4 STC Formation Character − Monopole P&S SELECTABLESFM4 STC Filter − Monopole P&S B3−20KSHLL Label Slowness Lower Limit − Monopole P&S Shear 246.063 US/MSHUL Label Slowness Upper Limit − Monopole P&S Shear 590.551 US/MSLL4 STC Slowness Lower Limit − Monopole P&S 131.234 US/MSST4 STC Slowness Step − Monopole P&S 6.56168 US/MSSW4 STC Source Waveform − Monopole P&S WF_SAM4STLL Label Slowness Lower Limit − Monopole Stoneley 590.551 US/MSTUL Label Slowness Upper Limit − Monopole Stoneley 2559.06 US/MSUL4 STC Slowness Upper Limit − Monopole P&S 787.402 US/MSWD4 STC Slowness Width − Monopole P&S 32.8084 US/MTBF4 STC Time for Baseline Fill − Monopole P&S 300 USTLL4 STC Time Lower Limit − Monopole P&S 150 USTST4 STC Time Step − Monopole P&S 50 USTUL4 STC Time Upper Limit − Monopole P&S 3660 USTWD4 STC Time Width − Monopole P&S 1000 USTWI4 STC Integration Time Window − Monopole P&S 500 USTWSX Transmitter Waveform Select X 0


Parameters


BHS Borehole Status OPENCASF Label Casing Function − Monopole P&S 50COLL Label Slowness Lower Limit − Monopole P&S Compressional 131.234 US/MCOUL Label Slowness Upper Limit − Monopole P&S Compressional 590.551 US/MDDE4 Digitizing Delay 4 0 USDDEX Digitizing Delay X 0 USDSI4 Digitizer Sample Interval 4 10 USDSIX Digitizer Sample Interval X 40 USDTCS Compressional Delta−T Source for DTCO Channel PS_COMPDTF Delta−T Fluid 670.932 US/MDTSS Shear Delta−T Source for DTSM Channel PS_SHEARDWC4 Digitizer Word Count 4 512DWCX Digitizer Word Count X 512FILG Label Fill Gap Control − Monopole P&S COMP_SHEARLFC Label Formation Character − Monopole P&S DYNAMIC

(US/M)








AmplitudeMin Max




PIP SUMMARY










PIP SUMMARY


MAXIS Field Log






Format: DSI_P&S_MODE Vertical Scale: 1:240 Graphics File Created: 20−May−2010 01:24

EDTC−B: Enhanced DTS CartridgeBHS Borehole Status OPEN

HOLEV: Integrated Hole/Cement VolumeBHS Borehole Status OPEN


System and MiscellaneousBS Bit Size 216.000 MMDO Depth Offset for Playback 0.0 MPP Playback Processing RECOMPUTE

Dipole 1:240

2325

(US/M)



Delta−T Shear / RA − Lower Dipole(DT1R)(US/M)200 1200

Delta−T Shear − Lower Dipole (DT1)(US/M)1200 200

AmplitudeMin Max

Rec.Array L.Dipole Slow Proj. CVDL(SPR1)

200 1200


***MAIN PASS: DIPOLE SONIC − LOWER DIPOLE IMAGE***

2300

<−CD−>

2400

2375

2350

2475

2450

2425

2525

2500

C1C2

Coherence Flag

DT1

2600GR_EDTC

TENS

2575

2550

2675

2650

2625

BS

2725

2700

2800

2775

2750

2875

2850

2825

2925

2900

3000

2975

2950

3075

3050

3025

Parameters


DDE1 Digitizing Delay 1 0 USDDEX Digitizing Delay X 0 USDLCS Label Compressional Source − Dipole Shear USEDSHL Label Slowness Lower Limit − Dipole Shear 246.063 US/MDSHU Label Slowness Upper Limit − Dipole Shear 2542.65 US/MDSI1 Digitizer Sample Interval 1 40 US

(US/M)




Delta−T Shear / RA − Lower Dipole(DT1R)(US/M)200 1200

Delta−T Shear − Lower Dipole (DT1)(US/M)1200 200



AmplitudeMin Max

Rec.Array L.Dipole Slow Proj. CVDL(SPR1)

200 1200


***MAIN PASS: DIPOLE SONIC − LOWER DIPOLE IMAGE***

PIP SUMMARY


C1

Coherence Flag

3100

TENS

FR_DT1

FR_GR_EDTC

BS

C2

C1






Format: DSI_LOWER_DIPOLE Vertical Scale: 1:240 Graphics File Created: 20−May−2010 01:24

DO Depth Offset for Playback 0.0 MPP Playback Processing RECOMPUTE

MAXIS Field Log

Cased hole section

DSI1 Digitizer Sample Interval 1 40 USDSIX Digitizer Sample Interval X 40 USDTCS Compressional Delta−T Source for DTCO Channel PS_COMPDWC1 Digitizer Word Count 1 512DWCX Digitizer Word Count X 512LTXG Lower Dipole Transmitter Geometry 3962 MMNWI1 Number Waveform Items 1 8NWIX Number Waveform Items X 0RX1G Receiver 1 Geometry 7468 MMRX2G Receiver 2 Geometry 7620 MMRX3G Receiver 3 Geometry 7772 MMRX4G Receiver 4 Geometry 7925 MMRX5G Receiver 5 Geometry 8077 MMRX6G Receiver 6 Geometry 8230 MMRX7G Receiver 7 Geometry 8382 MMRX8G Receiver 8 Geometry 8534 MMSAM1 DSST Sonic Acquisition Mode 1 − Lower Dipole Mode EVENSAMX DSST Sonic Acquisition Mode X − Both Dipoles or Monopole Mode for Expert

OFFSAS1 STC Sonic Array Status − Lower Dipole 255SBO1 STC Search Band Offset − Lower Dipole 3000 USSBW1 STC Search Bandwidth − Lower Dipole 8000 USSFC1 STC Formation Character − Lower Dipole SELECTABLESFM1 STC Filter − Lower Dipole B1−3KSLL1 STC Slowness Lower Limit − Lower Dipole 246.063 US/MSST1 STC Slowness Step − Lower Dipole 13.1234 US/MSSW1 STC Source Waveform − Lower Dipole WF_SAM1SUL1 STC Slowness Upper Limit − Lower Dipole 2542.65 US/MSWD1 STC Slowness Width − Lower Dipole 131.234 US/MTBF1 STC Time for Baseline Fill − Lower Dipole 0 USTLL1 STC Time Lower Limit − Lower Dipole 600 USTST1 STC Time Step − Lower Dipole 200 USTUL1 STC Time Upper Limit − Lower Dipole 15912.5 USTWD1 STC Time Width − Lower Dipole 2000 USTWI1 STC Integration Time Window − Lower Dipole 1600 USTWSX Transmitter Waveform Select X 0









1500



Input DLIS FilesFMI_CAL_DSI_055LUP FN:77 16−May−2010 15:01 1833.7 M 1486.1 M

Output DLIS FilesDEFAULT FMI_CAL_DSI_215PUP FN:20 PRODUCER 17−May−2010 19:47 1842.8 M 1495.2 M

CUSTOMER FMI_CAL_DSI_215PUC FN:21 CUSTOMER 17−May−2010 19:47 1842.8 M 1495.2 M


PIP SUMMARY




MAXIS Field Log

Main Pass1:240

1575

1525

1550

1650

1625

1600

1700

1675

1775

1750

1725







PIP SUMMARY

1825

1800

XGMO EMEX & Gain Modes EmexManu_GainManuXMOD EMEX Voltage Regulation Mode MANUXVOL EMEX Voltage 0 V

DSST−B: Dipole Shear Imager − BAGC1 Automatic Gain Control 1 ONAGC2 Automatic Gain Control 2 ONAGC3 Automatic Gain Control 3 ONAGC4 Automatic Gain Control 4 ONAGC5 Automatic Gain Control 5 ONAGCX Automatic Gain Control X ONBARS_MTR1 Length for Monopole Transmitter to Receiver 1 2.7432 MBHS Borehole Status CASEDBHT Bottom Hole Temperature (used in calculations) 60.2 DEGCCASF Label Casing Function − Monopole P&S 50CDTS C−Delta−T Shale 328.084 US/MCOLL Label Slowness Lower Limit − Monopole P&S Compressional 131.234 US/MCOUL Label Slowness Upper Limit − Monopole P&S Compressional 590.551 US/MDDE1 Digitizing Delay 1 0 USDDE2 Digitizing Delay 2 0 USDDE3 Digitizing Delay 3 0 USDDE4 Digitizing Delay 4 0 USDDE5 Digitizing Delay 5 0 USDDEX Digitizing Delay X 0 USDLCS Label Compressional Source − Dipole Shear USEDLHS Label Hole Diameter Source for SOBS Channel AUTODSHL Label Slowness Lower Limit − Dipole Shear 246.063 US/MDSHU Label Slowness Upper Limit − Dipole Shear 2542.65 US/MDSI1 Digitizer Sample Interval 1 40 USDSI2 Digitizer Sample Interval 2 40 USDSI3 Digitizer Sample Interval 3 10 USDSI4 Digitizer Sample Interval 4 10 USDSI5 Digitizer Sample Interval 5 10 USDSIX Digitizer Sample Interval X 40 USDTCS Compressional Delta−T Source for DTCO Channel PS_COMPDTF Delta−T Fluid 670.932 US/MDTM Delta−T Matrix 183.727 US/MDTSS Shear Delta−T Source for DTSM Channel PS_SHEARDWC1 Digitizer Word Count 1 512DWC2 Digitizer Word Count 2 512DWC3 Digitizer Word Count 3 512DWC4 Digitizer Word Count 4 512DWC5 Digitizer Word Count 5 512DWCX Digitizer Word Count X 512

Parameters


ACPP Accelerometer PROM Presence PRESENTAFMO Accelerometer Filtering Mode MOVING_AVERAGEART Accelerometer Reference Temperature 20 DEGCEGCO FMI EMEX and GAIN Correction NOFBCD Correct Dip Buttons Values by EMEX and Gain OFFFBEF FMI EMEX filtering activation OFFFBMV FMI EMEX maximum voltage calculation OFFFDBD FMI Dead Buttons detection OFFFDBP FMI Dead Buttons Patching OFFFDFL FMI DSP Filter Length 1FIEQ FMI Image Equalisation OFFFIGA FMI Image Gain 1FIOF FMI Image Offset 0FLM FMI Logging Mode 8PADFPSA FMI Peak Signal Amplitude for Required Servo Level ONGLM GPIT Logging Mode DIPMGMOD Gain Mode MANUICMO Inclinometry Computation Mode AUTOMATIC_SELECTIONMAPP Magnetometer PROM Presence PRESENTMDEC Magnetic Field Declination −20.9531 DEGMRTE Magneto Reference Temperature 19 DEGCRBS Resistivity Button Selection AUTORBSI Auto RBS Change Interval 10SOFF Standoff 0 MMTEMS GPIT Temperature Sensor Used BOTHU−GPOF Playback OLD VERSION GPIT FILE (BEFORE OP14 + SRPC−3098−FEB_2006_C) ?

NOXGAI_FBST Gain Value in Manual Mode 0_dBXGMO EMEX & Gain Modes EmexManu_GainManuXMOD EMEX Voltage Regulation Mode MANU

PIP SUMMARY




GINX Gain Interval X 15360 USGRSE Generalized Mud Resistivity Selection CHART_GEN_9GTSE Generalized Temperature Selection LINEAR_ESTIMATEHPF1 High Pass Filter 1 F80HPF2 High Pass Filter 2 F80HPF3 High Pass Filter 3 F80HPF4 High Pass Filter 4 F8KHPF5 High Pass Filter 5 F8KHPFX High Pass Filter X F80ISSBAR Barite Mud Switch NOBARITEITTS Integrated Transit Time Source DTCOLFC Label Formation Character − Monopole P&S DYNAMICLPF1 Low Pass Filter 1 F5KLPF2 Low Pass Filter 2 F5KLPF3 Low Pass Filter 3 F5KLPF4 Low Pass Filter 4 F30KLPF5 Low Pass Filter 5 F30KLPFX Low Pass Filter X F5KLTXG Lower Dipole Transmitter Geometry 3962 MMMAI5 Slowness Averaging Interval − FMD 1067 MMMATR Rock Matrix for Neutron Porosity Corrections LIMESTONEMCS Mean Casing Slowness 187.008 US/MMDS5 Multishot Delta−T Scatter − FMD 20 USMTXG Monopole Transmitter Geometry 4724 MMMUX1 Sum Difference Multiplexor Input 1 RRMUX2 Sum Difference Multiplexor Input 2 RRMUX3 Sum Difference Multiplexor Input 3 RRMUX4 Sum Difference Multiplexor Input 4 RRMUX5 Sum Difference Multiplexor Input 5 RRMUXX Sum Difference Multiplexor Input X RRNTI5 Number Threshold Items 5 0NTIX Number Threshold Items X 0NWI1 Number Waveform Items 1 8NWI2 Number Waveform Items 2 8NWI3 Number Waveform Items 3 0NWI4 Number Waveform Items 4 8NWI5 Number Waveform Items 5 0NWIX Number Waveform Items X 0NWS1 Number Waveforms Stacked 1 1NWS2 Number Waveforms Stacked 2 1NWS3 Number Waveforms Stacked 3 1NWS4 Number Waveforms Stacked 4 1NWS5 Number Waveforms Stacked 5 1NWSX Number Waveforms Stacked X 1

DWCX Digitizer Word Count X 512FDE1 Firing Delay 1 0FDE2 Firing Delay 2 0FDE3 Firing Delay 3 0FDE4 Firing Delay 4 0FDE5 Firing Delay 5 0FDEX Firing Delay X 0FGM5 First Motion Gate Moveout 5 131 US/MFGMX First Motion Gate Moveout X 131 US/MFILG Label Fill Gap Control − Monopole P&S COMP_SHEARFMG5 First Motion Minimum Gate 5 500 USFMGX First Motion Minimum Gate X 500 USFMLL Slowness Lower Limit − FMD 131.234 US/MFMRC Restart Control − FMD CONTINUEFMT5 First Motion Threshold 5 UPFMTX First Motion Threshold X NONEFMUL Slowness Upper Limit − FMD 590.551 US/MFNC5 First Motion Noise Counter Input 5 ALOFNCX First Motion Noise Counter Input X ALOFPM Processing Mode − FMD NONEFTD5 First Motion Threshold Direction 5 UPFTDX First Motion Threshold Direction X UPGAI1 Manual Gain 1 10GAI2 Manual Gain 2 10GAI3 Manual Gain 3 10GAI4 Manual Gain 4 16GAI5 Manual Gain 5 16GAIX Manual Gain X 10GCSE Generalized Caliper Selection BSGDEV Average Angular Deviation of Borehole from Normal 20 DEGGDT1 Gain Delta−T 1 2625 US/MGDT2 Gain Delta−T 2 2625 US/MGDT3 Gain Delta−T 3 2625 US/MGDT4 Gain Delta−T 4 525 US/MGDT5 Gain Delta−T 5 525 US/MGDTX Gain Delta−T X 2625 US/MGGRD Geothermal Gradient 0.018227 DC/MGIN1 Gain Interval 1 15360 USGIN2 Gain Interval 2 15360 USGIN3 Gain Interval 3 15360 USGIN4 Gain Interval 4 2560 USGIN5 Gain Interval 5 1600 USGINX Gain Interval X 15360 USGRSE Generalized Mud Resistivity Selection CHART_GEN_9

SFM3 STC Filter − Monopole Stoneley B.5−1.5KSFM4 STC Filter − Monopole P&S B3−20KSHLL Label Slowness Lower Limit − Monopole P&S Shear 246.063 US/MSHT Surface Hole Temperature 30 DEGCSHUL Label Slowness Upper Limit − Monopole P&S Shear 590.551 US/MSLL1 STC Slowness Lower Limit − Lower Dipole 246.063 US/MSLL2 STC Slowness Lower Limit − Upper Dipole 246.063 US/MSLL3 STC Slowness Lower Limit − Monopole Stoneley 590.551 US/MSLL4 STC Slowness Lower Limit − Monopole P&S 131.234 US/MSPFS Sonic Porosity Formula RAYMER_HUNTSPSO Sonic Porosity Source DTCOSST1 STC Slowness Step − Lower Dipole 13.1234 US/MSST2 STC Slowness Step − Upper Dipole 13.1234 US/MSST3 STC Slowness Step − Monopole Stoneley 13.1234 US/MSST4 STC Slowness Step − Monopole P&S 6.56168 US/MSSW1 STC Source Waveform − Lower Dipole WF_SAM1SSW2 STC Source Waveform − Upper Dipole WF_SAM2SSW3 STC Source Waveform − Monopole Stoneley WF_SAM3SSW4 STC Source Waveform − Monopole P&S WF_SAM4STLL Label Slowness Lower Limit − Monopole Stoneley 590.551 US/MSTUL Label Slowness Upper Limit − Monopole Stoneley 2559.06 US/MSUL1 STC Slowness Upper Limit − Lower Dipole 2542.65 US/MSUL2 STC Slowness Upper Limit − Upper Dipole 2542.65 US/MSUL3 STC Slowness Upper Limit − Monopole Stoneley 2559.06 US/MSUL4 STC Slowness Upper Limit − Monopole P&S 787.402 US/MSWD1 STC Slowness Width − Lower Dipole 131.234 US/MSWD2 STC Slowness Width − Upper Dipole 131.234 US/MSWD3 STC Slowness Width − Monopole Stoneley 131.234 US/MSWD4 STC Slowness Width − Monopole P&S 32.8084 US/MTBDB Tool String Bottom to DSST Bottom 10030.5 MMTBF1 STC Time for Baseline Fill − Lower Dipole 0 USTBF2 STC Time for Baseline Fill − Upper Dipole 0 USTBF3 STC Time for Baseline Fill − Monopole Stoneley 0 USTBF4 STC Time for Baseline Fill − Monopole P&S 300 USTLL1 STC Time Lower Limit − Lower Dipole 600 USTLL2 STC Time Lower Limit − Upper Dipole 600 USTLL3 STC Time Lower Limit − Monopole Stoneley 620 USTLL4 STC Time Lower Limit − Monopole P&S 150 USTST1 STC Time Step − Lower Dipole 200 USTST2 STC Time Step − Upper Dipole 200 USTST3 STC Time Step − Monopole Stoneley 200 USTST4 STC Time Step − Monopole P&S 50 USTTDB Tool String Top to DSST Bottom 23716 MMTUL1 STC Time Upper Limit − Lower Dipole 15912.5 US

NWSX Number Waveforms Stacked X 1RATE Firing Rate R7RSMN Label Shear/Compressional Minimum Ratio − Monopole P&S 1.4RSMX Label Shear/Compressional Maximum Ratio − Monopole P&S 2.12RX1G Receiver 1 Geometry 7468 MMRX2G Receiver 2 Geometry 7620 MMRX3G Receiver 3 Geometry 7772 MMRX4G Receiver 4 Geometry 7925 MMRX5G Receiver 5 Geometry 8077 MMRX6G Receiver 6 Geometry 8230 MMRX7G Receiver 7 Geometry 8382 MMRX8G Receiver 8 Geometry 8534 MMSAM1 DSST Sonic Acquisition Mode 1 − Lower Dipole Mode EVENSAM2 DSST Sonic Acquisition Mode 2 − Upper Dipole Mode ODDSAM3 DSST Sonic Acquisition Mode 3 − Low Frequency Monopole Mode for Stoneley




OFFSAS1 STC Sonic Array Status − Lower Dipole 255SAS2 STC Sonic Array Status − Upper Dipole 255SAS3 STC Sonic Array Status − Monopole Stoneley 255SAS4 STC Sonic Array Status − Monopole P&S 255SAS5 Sonic Array Status − FMD 255SBO1 STC Search Band Offset − Lower Dipole 3000 USSBO2 STC Search Band Offset − Upper Dipole 3000 USSBO3 STC Search Band Offset − Monopole Stoneley 2000 USSBO4 STC Search Band Offset − Monopole P&S 500 USSBR4 STC Baseline Removal − Monopole P&S ONSBW1 STC Search Bandwidth − Lower Dipole 8000 USSBW2 STC Search Bandwidth − Upper Dipole 8000 USSBW3 STC Search Bandwidth − Monopole Stoneley 6000 USSBW4 STC Search Bandwidth − Monopole P&S 2000 USSFC1 STC Formation Character − Lower Dipole SELECTABLESFC2 STC Formation Character − Upper Dipole SELECTABLESFC3 STC Formation Character − Monopole Stoneley SELECTABLESFC4 STC Formation Character − Monopole P&S SELECTABLESFM1 STC Filter − Lower Dipole B1−3KSFM2 STC Filter − Upper Dipole B1−3KSFM3 STC Filter − Monopole Stoneley B.5−1.5KSFM4 STC Filter − Monopole P&S B3−20K

WFM2 Waveform Mode 2 W1WFM3 Waveform Mode 3 W1WFM4 Waveform Mode 4 W1WFM5 Waveform Mode 5 W1WFMX Waveform Mode X W1WFULSP1 SAM1 Waveform Upper Limit for Spectrum 20000 USWFULSP2 SAM2 Waveform Upper Limit for Spectrum 20000 USWFULSP3 SAM3 Waveform Upper Limit for Spectrum 20000 USWFULSP4 SAM4 Waveform Upper Limit for Spectrum 5000 USWFULSPX SAMX Waveform Upper Limit for Spectrum 20000 USXMT1 Transmitter Select 1 DLOXMT2 Transmitter Select 2 DUPXMT3 Transmitter Select 3 NONEXMT4 Transmitter Select 4 MONOXMT5 Transmitter Select 5 MONOXMTX Transmitter Select X DUP

EDTC−B: Enhanced DTS CartridgeBHFL Borehole Fluid Type WATERBHS Borehole Status CASEDBHT Bottom Hole Temperature (used in calculations) 60.2 DEGCBSCO Borehole Salinity Correction Option NOCCCO Casing & Cement Thickness Correction Option NODPPM Density Porosity Processing Mode HIRSFSAL Formation Salinity −50000 PPMFSCO Formation Salinity Correction Option NOGCSE Generalized Caliper Selection BSGDEV Average Angular Deviation of Borehole from Normal 20 DEGGGRD Geothermal Gradient 0.018227 DC/MGRSE Generalized Mud Resistivity Selection CHART_GEN_9GTSE Generalized Temperature Selection LINEAR_ESTIMATEHSCO Hole Size Correction Option YESISSBAR Barite Mud Switch NOBARITEISSBAR_EDTC Nuclear Mud Type NOBARITEMATR Rock Matrix for Neutron Porosity Corrections LIMESTONEMCCO Mud Cake Correction Option NOMCOR Mud Correction NATUMWCO Mud Weight Correction Option NOPTCO Pressure/Temperature Correction Option NOSDAT Standoff Data Source SOCNSHT Surface Hole Temperature 30 DEGCSOCN Standoff Distance 3.175 MMSOCO Standoff Correction Option YESTPOS_EDTC EDTC Tool Centered/Eccentered Eccentered

TTDB Tool String Top to DSST Bottom 23716 MMTUL1 STC Time Upper Limit − Lower Dipole 15912.5 USTUL2 STC Time Upper Limit − Upper Dipole 15525 USTUL3 STC Time Upper Limit − Monopole Stoneley 5110 USTUL4 STC Time Upper Limit − Monopole P&S 3660 USTWA1 Transmitter Waveform Amplitude 1 179TWA2 Transmitter Waveform Amplitude 2 179TWA3 Transmitter Waveform Amplitude 3 179TWA4 Transmitter Waveform Amplitude 4 150TWA5 Transmitter Waveform Amplitude 5 150TWAX Transmitter Waveform Amplitude X 179TWD1 STC Time Width − Lower Dipole 2000 USTWD2 STC Time Width − Upper Dipole 2000 USTWD3 STC Time Width − Monopole Stoneley 2000 USTWD4 STC Time Width − Monopole P&S 1000 USTWI1 STC Integration Time Window − Lower Dipole 1600 USTWI2 STC Integration Time Window − Upper Dipole 1600 USTWI3 STC Integration Time Window − Monopole Stoneley 1600 USTWI4 STC Integration Time Window − Monopole P&S 500 USTWR1 Transmitter Waveform Sample Rate 1 5 USTWR2 Transmitter Waveform Sample Rate 2 5 USTWR3 Transmitter Waveform Sample Rate 3 5 USTWR4 Transmitter Waveform Sample Rate 4 5 USTWR5 Transmitter Waveform Sample Rate 5 5 USTWRX Transmitter Waveform Sample Rate X 5 USTWS1 Transmitter Waveform Select 1 0TWS2 Transmitter Waveform Select 2 0TWS3 Transmitter Waveform Select 3 0TWS4 Transmitter Waveform Select 4 6TWS5 Transmitter Waveform Select 5 6TWSX Transmitter Waveform Select X 0UTXG Upper Dipole Transmitter Geometry 4115 MMWFDTSP1 SAM1 Waveform Delta for Spectrum 0 US/MWFDTSP2 SAM2 Waveform Delta for Spectrum 0 US/MWFDTSP3 SAM3 Waveform Delta for Spectrum 0 US/MWFDTSP4 SAM4 Waveform Delta for Spectrum 0 US/MWFDTSPX SAMX Waveform Delta for Spectrum 0 US/MWFLLSP1 SAM1 Waveform Lower Limit for Spectrum 0 USWFLLSP2 SAM2 Waveform Lower Limit for Spectrum 0 USWFLLSP3 SAM3 Waveform Lower Limit for Spectrum 0 USWFLLSP4 SAM4 Waveform Lower Limit for Spectrum 0 USWFLLSPX SAMX Waveform Lower Limit for Spectrum 0 USWFM1 Waveform Mode 1 W1WFM2 Waveform Mode 2 W1WFM3 Waveform Mode 3 W1







TDL Total Depth − Logger 3129.20 MSystem and Miscellaneous

ALTDPCHAN Name of alternate depth channel SpeedCorrectedDepthBS Bit Size 311.000 MMBSAL Borehole Salinity −50000.00 PPMCSIZ Current Casing Size 244.500 MMCWEI Casing Weight 64.74 KG/MDFD Drilling Fluid Density 1170.00 K/M3DO Depth Offset for Playback 9.2 MFLEV Fluid Level 0.00 MMST Mud Sample Temperature 21.00 DEGCPBVSADP Use alternate depth channel for playback NOPP Playback Processing RECOMPUTERMFS Resistivity of Mud Filtrate Sample 0.7100 OHMMRW Resistivity of Connate Water 1.0000 OHMMTD Total Depth 3129.2 MTWS Temperature of Connate Water Sample 37.78 DEGC

Input DLIS Files

TPOS_EDTC EDTC Tool Centered/Eccentered EccenteredU−ETELM_EDTS Telemetry Mode for eWAFE Standard_EDTSU−TELM_EDTS Telemetry Mode for WAFE Standard_EDTS




HOLEV: Integrated Hole/Cement VolumeBHS Borehole Status CASEDBHT Bottom Hole Temperature (used in calculations) 60.2 DEGCFCD Future Casing (Outer) Diameter 177.8 MMGCSE Generalized Caliper Selection BSGDEV Average Angular Deviation of Borehole from Normal 20 DEGGGRD Geothermal Gradient 0.018227 DC/MGRSE Generalized Mud Resistivity Selection CHART_GEN_9GTSE Generalized Temperature Selection LINEAR_ESTIMATEHVCS Integrated Hole Volume Caliper Selection C1/C2ISSBAR Barite Mud Switch NOBARITEMATR Rock Matrix for Neutron Porosity Corrections LIMESTONESHT Surface Hole Temperature 30 DEGC

STI: Stuck Tool IndicatorLBFR Trigger for MAXIS First Reading Label TDLSTKT STI Stuck Threshold 1.5 MTDD Total Depth − Driller 3160.00 MTDL Total Depth − Logger 3129.20 M

System and Miscellaneous

1825












PIP SUMMARY




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PIP SUMMARY


<−CD−>

2275

2250

XVOL EMEX Voltage 0 VDSST−B: Dipole Shear Imager − B

AGC1 Automatic Gain Control 1 ONAGC2 Automatic Gain Control 2 ONAGC3 Automatic Gain Control 3 ONAGC4 Automatic Gain Control 4 ONAGC5 Automatic Gain Control 5 ONAGCX Automatic Gain Control X ONBARS_MTR1 Length for Monopole Transmitter to Receiver 1 2.7432 MBHS Borehole Status CASEDBHT Bottom Hole Temperature (used in calculations) 60.2 DEGCCASF Label Casing Function − Monopole P&S 50CDTS C−Delta−T Shale 328.084 US/MCOLL Label Slowness Lower Limit − Monopole P&S Compressional 131.234 US/MCOUL Label Slowness Upper Limit − Monopole P&S Compressional 590.551 US/MDDE1 Digitizing Delay 1 0 USDDE2 Digitizing Delay 2 0 USDDE3 Digitizing Delay 3 0 USDDE4 Digitizing Delay 4 0 USDDE5 Digitizing Delay 5 0 USDDEX Digitizing Delay X 0 USDLCS Label Compressional Source − Dipole Shear USEDLHS Label Hole Diameter Source for SOBS Channel AUTODSHL Label Slowness Lower Limit − Dipole Shear 246.063 US/MDSHU Label Slowness Upper Limit − Dipole Shear 2542.65 US/MDSI1 Digitizer Sample Interval 1 40 USDSI2 Digitizer Sample Interval 2 40 USDSI3 Digitizer Sample Interval 3 10 USDSI4 Digitizer Sample Interval 4 10 USDSI5 Digitizer Sample Interval 5 10 USDSIX Digitizer Sample Interval X 40 USDTCS Compressional Delta−T Source for DTCO Channel PS_COMPDTF Delta−T Fluid 670.932 US/MDTM Delta−T Matrix 183.727 US/MDTSS Shear Delta−T Source for DTSM Channel PS_SHEARDWC1 Digitizer Word Count 1 512DWC2 Digitizer Word Count 2 512DWC3 Digitizer Word Count 3 512DWC4 Digitizer Word Count 4 512DWC5 Digitizer Word Count 5 512DWCX Digitizer Word Count X 512FDE1 Firing Delay 1 0FDE2 Firing Delay 2 0FDE3 Firing Delay 3 0

Parameters


ACPP Accelerometer PROM Presence PRESENTAFMO Accelerometer Filtering Mode MOVING_AVERAGEART Accelerometer Reference Temperature 20 DEGCEGCO FMI EMEX and GAIN Correction NOFBCD Correct Dip Buttons Values by EMEX and Gain OFFFBEF FMI EMEX filtering activation OFFFBMV FMI EMEX maximum voltage calculation OFFFDBD FMI Dead Buttons detection OFFFDBP FMI Dead Buttons Patching OFFFDFL FMI DSP Filter Length 1FIEQ FMI Image Equalisation OFFFIGA FMI Image Gain 1FIOF FMI Image Offset 0FLM FMI Logging Mode 8PADFPSA FMI Peak Signal Amplitude for Required Servo Level ONGLM GPIT Logging Mode DIPMGMOD Gain Mode MANUICMO Inclinometry Computation Mode AUTOMATIC_SELECTIONMAPP Magnetometer PROM Presence PRESENTMDEC Magnetic Field Declination −20.9531 DEGMRTE Magneto Reference Temperature 19 DEGCRBS Resistivity Button Selection AUTORBSI Auto RBS Change Interval 10SOFF Standoff 0 MMTEMS GPIT Temperature Sensor Used BOTHU−GPOF Playback OLD VERSION GPIT FILE (BEFORE OP14 + SRPC−3098−FEB_2006_C) ?

NOXGAI_FBST Gain Value in Manual Mode 0_dBXGMO EMEX & Gain Modes EmexManu_GainManuXMOD EMEX Voltage Regulation Mode MANUXVOL EMEX Voltage 0 V

DSST−B: Dipole Shear Imager − B

Integrated Hole Volume Major Pip Every 1 M3Integrated Transit Time Minor Pip Every 1 MSIntegrated Transit Time Major Pip Every 10 MS


HPF1 High Pass Filter 1 F80HPF2 High Pass Filter 2 F80HPF3 High Pass Filter 3 F80HPF4 High Pass Filter 4 F8KHPF5 High Pass Filter 5 F8KHPFX High Pass Filter X F80ISSBAR Barite Mud Switch NOBARITEITTS Integrated Transit Time Source DTCOLFC Label Formation Character − Monopole P&S DYNAMICLPF1 Low Pass Filter 1 F5KLPF2 Low Pass Filter 2 F5KLPF3 Low Pass Filter 3 F5KLPF4 Low Pass Filter 4 F30KLPF5 Low Pass Filter 5 F30KLPFX Low Pass Filter X F5KLTXG Lower Dipole Transmitter Geometry 3962 MMMAI5 Slowness Averaging Interval − FMD 1067 MMMATR Rock Matrix for Neutron Porosity Corrections LIMESTONEMCS Mean Casing Slowness 187.008 US/MMDS5 Multishot Delta−T Scatter − FMD 20 USMTXG Monopole Transmitter Geometry 4724 MMMUX1 Sum Difference Multiplexor Input 1 RRMUX2 Sum Difference Multiplexor Input 2 RRMUX3 Sum Difference Multiplexor Input 3 RRMUX4 Sum Difference Multiplexor Input 4 RRMUX5 Sum Difference Multiplexor Input 5 RRMUXX Sum Difference Multiplexor Input X RRNTI5 Number Threshold Items 5 0NTIX Number Threshold Items X 0NWI1 Number Waveform Items 1 8NWI2 Number Waveform Items 2 8NWI3 Number Waveform Items 3 0NWI4 Number Waveform Items 4 8NWI5 Number Waveform Items 5 0NWIX Number Waveform Items X 0NWS1 Number Waveforms Stacked 1 1NWS2 Number Waveforms Stacked 2 1NWS3 Number Waveforms Stacked 3 1NWS4 Number Waveforms Stacked 4 1NWS5 Number Waveforms Stacked 5 1NWSX Number Waveforms Stacked X 1RATE Firing Rate R7RSMN Label Shear/Compressional Minimum Ratio − Monopole P&S 1.4RSMX Label Shear/Compressional Maximum Ratio − Monopole P&S 2.12

FDE3 Firing Delay 3 0FDE4 Firing Delay 4 0FDE5 Firing Delay 5 0FDEX Firing Delay X 0FGM5 First Motion Gate Moveout 5 131 US/MFGMX First Motion Gate Moveout X 131 US/MFILG Label Fill Gap Control − Monopole P&S COMP_SHEARFMG5 First Motion Minimum Gate 5 500 USFMGX First Motion Minimum Gate X 500 USFMLL Slowness Lower Limit − FMD 131.234 US/MFMRC Restart Control − FMD CONTINUEFMT5 First Motion Threshold 5 UPFMTX First Motion Threshold X NONEFMUL Slowness Upper Limit − FMD 590.551 US/MFNC5 First Motion Noise Counter Input 5 ALOFNCX First Motion Noise Counter Input X ALOFPM Processing Mode − FMD NONEFTD5 First Motion Threshold Direction 5 UPFTDX First Motion Threshold Direction X UPGAI1 Manual Gain 1 10GAI2 Manual Gain 2 10GAI3 Manual Gain 3 10GAI4 Manual Gain 4 16GAI5 Manual Gain 5 16GAIX Manual Gain X 10GCSE Generalized Caliper Selection BSGDEV Average Angular Deviation of Borehole from Normal 20 DEGGDT1 Gain Delta−T 1 2625 US/MGDT2 Gain Delta−T 2 2625 US/MGDT3 Gain Delta−T 3 2625 US/MGDT4 Gain Delta−T 4 525 US/MGDT5 Gain Delta−T 5 525 US/MGDTX Gain Delta−T X 2625 US/MGGRD Geothermal Gradient 0.018227 DC/MGIN1 Gain Interval 1 15360 USGIN2 Gain Interval 2 15360 USGIN3 Gain Interval 3 15360 USGIN4 Gain Interval 4 2560 USGIN5 Gain Interval 5 1600 USGINX Gain Interval X 15360 USGRSE Generalized Mud Resistivity Selection CHART_GEN_9GTSE Generalized Temperature Selection LINEAR_ESTIMATEHPF1 High Pass Filter 1 F80HPF2 High Pass Filter 2 F80

SHT Surface Hole Temperature 30 DEGCSHUL Label Slowness Upper Limit − Monopole P&S Shear 590.551 US/MSLL1 STC Slowness Lower Limit − Lower Dipole 246.063 US/MSLL2 STC Slowness Lower Limit − Upper Dipole 246.063 US/MSLL3 STC Slowness Lower Limit − Monopole Stoneley 590.551 US/MSLL4 STC Slowness Lower Limit − Monopole P&S 131.234 US/MSPFS Sonic Porosity Formula RAYMER_HUNTSPSO Sonic Porosity Source DTCOSST1 STC Slowness Step − Lower Dipole 13.1234 US/MSST2 STC Slowness Step − Upper Dipole 13.1234 US/MSST3 STC Slowness Step − Monopole Stoneley 13.1234 US/MSST4 STC Slowness Step − Monopole P&S 6.56168 US/MSSW1 STC Source Waveform − Lower Dipole WF_SAM1SSW2 STC Source Waveform − Upper Dipole WF_SAM2SSW3 STC Source Waveform − Monopole Stoneley WF_SAM3SSW4 STC Source Waveform − Monopole P&S WF_SAM4STLL Label Slowness Lower Limit − Monopole Stoneley 590.551 US/MSTUL Label Slowness Upper Limit − Monopole Stoneley 2559.06 US/MSUL1 STC Slowness Upper Limit − Lower Dipole 2542.65 US/MSUL2 STC Slowness Upper Limit − Upper Dipole 2542.65 US/MSUL3 STC Slowness Upper Limit − Monopole Stoneley 2559.06 US/MSUL4 STC Slowness Upper Limit − Monopole P&S 787.402 US/MSWD1 STC Slowness Width − Lower Dipole 131.234 US/MSWD2 STC Slowness Width − Upper Dipole 131.234 US/MSWD3 STC Slowness Width − Monopole Stoneley 131.234 US/MSWD4 STC Slowness Width − Monopole P&S 32.8084 US/MTBDB Tool String Bottom to DSST Bottom 10030.5 MMTBF1 STC Time for Baseline Fill − Lower Dipole 0 USTBF2 STC Time for Baseline Fill − Upper Dipole 0 USTBF3 STC Time for Baseline Fill − Monopole Stoneley 0 USTBF4 STC Time for Baseline Fill − Monopole P&S 300 USTLL1 STC Time Lower Limit − Lower Dipole 600 USTLL2 STC Time Lower Limit − Upper Dipole 600 USTLL3 STC Time Lower Limit − Monopole Stoneley 620 USTLL4 STC Time Lower Limit − Monopole P&S 150 USTST1 STC Time Step − Lower Dipole 200 USTST2 STC Time Step − Upper Dipole 200 USTST3 STC Time Step − Monopole Stoneley 200 USTST4 STC Time Step − Monopole P&S 50 USTTDB Tool String Top to DSST Bottom 23716 MMTUL1 STC Time Upper Limit − Lower Dipole 15912.5 USTUL2 STC Time Upper Limit − Upper Dipole 15525 USTUL3 STC Time Upper Limit − Monopole Stoneley 5110 US

RSMN Label Shear/Compressional Minimum Ratio − Monopole P&S 1.4RSMX Label Shear/Compressional Maximum Ratio − Monopole P&S 2.12RX1G Receiver 1 Geometry 7468 MMRX2G Receiver 2 Geometry 7620 MMRX3G Receiver 3 Geometry 7772 MMRX4G Receiver 4 Geometry 7925 MMRX5G Receiver 5 Geometry 8077 MMRX6G Receiver 6 Geometry 8230 MMRX7G Receiver 7 Geometry 8382 MMRX8G Receiver 8 Geometry 8534 MMSAM1 DSST Sonic Acquisition Mode 1 − Lower Dipole Mode EVENSAM2 DSST Sonic Acquisition Mode 2 − Upper Dipole Mode ODDSAM3 DSST Sonic Acquisition Mode 3 − Low Frequency Monopole Mode for Stoneley




OFFSAS1 STC Sonic Array Status − Lower Dipole 255SAS2 STC Sonic Array Status − Upper Dipole 255SAS3 STC Sonic Array Status − Monopole Stoneley 255SAS4 STC Sonic Array Status − Monopole P&S 255SAS5 Sonic Array Status − FMD 255SBO1 STC Search Band Offset − Lower Dipole 3000 USSBO2 STC Search Band Offset − Upper Dipole 3000 USSBO3 STC Search Band Offset − Monopole Stoneley 2000 USSBO4 STC Search Band Offset − Monopole P&S 500 USSBR4 STC Baseline Removal − Monopole P&S ONSBW1 STC Search Bandwidth − Lower Dipole 8000 USSBW2 STC Search Bandwidth − Upper Dipole 8000 USSBW3 STC Search Bandwidth − Monopole Stoneley 6000 USSBW4 STC Search Bandwidth − Monopole P&S 2000 USSFC1 STC Formation Character − Lower Dipole SELECTABLESFC2 STC Formation Character − Upper Dipole SELECTABLESFC3 STC Formation Character − Monopole Stoneley SELECTABLESFC4 STC Formation Character − Monopole P&S SELECTABLESFM1 STC Filter − Lower Dipole B1−3KSFM2 STC Filter − Upper Dipole B1−3KSFM3 STC Filter − Monopole Stoneley B.5−1.5KSFM4 STC Filter − Monopole P&S B3−20KSHLL Label Slowness Lower Limit − Monopole P&S Shear 246.063 US/MSHT Surface Hole Temperature 30 DEGCSHUL Label Slowness Upper Limit − Monopole P&S Shear 590.551 US/M

WFM4 Waveform Mode 4 W1WFM5 Waveform Mode 5 W1WFMX Waveform Mode X W1WFULSP1 SAM1 Waveform Upper Limit for Spectrum 20000 USWFULSP2 SAM2 Waveform Upper Limit for Spectrum 20000 USWFULSP3 SAM3 Waveform Upper Limit for Spectrum 20000 USWFULSP4 SAM4 Waveform Upper Limit for Spectrum 5000 USWFULSPX SAMX Waveform Upper Limit for Spectrum 20000 USXMT1 Transmitter Select 1 DLOXMT2 Transmitter Select 2 DUPXMT3 Transmitter Select 3 NONEXMT4 Transmitter Select 4 MONOXMT5 Transmitter Select 5 MONOXMTX Transmitter Select X DUP

EDTC−B: Enhanced DTS CartridgeBHFL Borehole Fluid Type WATERBHS Borehole Status CASEDBHT Bottom Hole Temperature (used in calculations) 60.2 DEGCBSCO Borehole Salinity Correction Option NOCCCO Casing & Cement Thickness Correction Option NODPPM Density Porosity Processing Mode HIRSFSAL Formation Salinity −50000 PPMFSCO Formation Salinity Correction Option NOGCSE Generalized Caliper Selection BSGDEV Average Angular Deviation of Borehole from Normal 20 DEGGGRD Geothermal Gradient 0.018227 DC/MGRSE Generalized Mud Resistivity Selection CHART_GEN_9GTSE Generalized Temperature Selection LINEAR_ESTIMATEHSCO Hole Size Correction Option YESISSBAR Barite Mud Switch NOBARITEISSBAR_EDTC Nuclear Mud Type NOBARITEMATR Rock Matrix for Neutron Porosity Corrections LIMESTONEMCCO Mud Cake Correction Option NOMCOR Mud Correction NATUMWCO Mud Weight Correction Option NOPTCO Pressure/Temperature Correction Option NOSDAT Standoff Data Source SOCNSHT Surface Hole Temperature 30 DEGCSOCN Standoff Distance 3.175 MMSOCO Standoff Correction Option YESTPOS_EDTC EDTC Tool Centered/Eccentered EccenteredU−ETELM_EDTS Telemetry Mode for eWAFE Standard_EDTSU−TELM_EDTS Telemetry Mode for WAFE Standard_EDTS

DIP: Dip Computation

TUL3 STC Time Upper Limit − Monopole Stoneley 5110 USTUL4 STC Time Upper Limit − Monopole P&S 3660 USTWA1 Transmitter Waveform Amplitude 1 179TWA2 Transmitter Waveform Amplitude 2 179TWA3 Transmitter Waveform Amplitude 3 179TWA4 Transmitter Waveform Amplitude 4 150TWA5 Transmitter Waveform Amplitude 5 150TWAX Transmitter Waveform Amplitude X 179TWD1 STC Time Width − Lower Dipole 2000 USTWD2 STC Time Width − Upper Dipole 2000 USTWD3 STC Time Width − Monopole Stoneley 2000 USTWD4 STC Time Width − Monopole P&S 1000 USTWI1 STC Integration Time Window − Lower Dipole 1600 USTWI2 STC Integration Time Window − Upper Dipole 1600 USTWI3 STC Integration Time Window − Monopole Stoneley 1600 USTWI4 STC Integration Time Window − Monopole P&S 500 USTWR1 Transmitter Waveform Sample Rate 1 5 USTWR2 Transmitter Waveform Sample Rate 2 5 USTWR3 Transmitter Waveform Sample Rate 3 5 USTWR4 Transmitter Waveform Sample Rate 4 5 USTWR5 Transmitter Waveform Sample Rate 5 5 USTWRX Transmitter Waveform Sample Rate X 5 USTWS1 Transmitter Waveform Select 1 0TWS2 Transmitter Waveform Select 2 0TWS3 Transmitter Waveform Select 3 0TWS4 Transmitter Waveform Select 4 6TWS5 Transmitter Waveform Select 5 6TWSX Transmitter Waveform Select X 0UTXG Upper Dipole Transmitter Geometry 4115 MMWFDTSP1 SAM1 Waveform Delta for Spectrum 0 US/MWFDTSP2 SAM2 Waveform Delta for Spectrum 0 US/MWFDTSP3 SAM3 Waveform Delta for Spectrum 0 US/MWFDTSP4 SAM4 Waveform Delta for Spectrum 0 US/MWFDTSPX SAMX Waveform Delta for Spectrum 0 US/MWFLLSP1 SAM1 Waveform Lower Limit for Spectrum 0 USWFLLSP2 SAM2 Waveform Lower Limit for Spectrum 0 USWFLLSP3 SAM3 Waveform Lower Limit for Spectrum 0 USWFLLSP4 SAM4 Waveform Lower Limit for Spectrum 0 USWFLLSPX SAMX Waveform Lower Limit for Spectrum 0 USWFM1 Waveform Mode 1 W1WFM2 Waveform Mode 2 W1WFM3 Waveform Mode 3 W1WFM4 Waveform Mode 4 W1WFM5 Waveform Mode 5 W1







BS Bit Size 311.000 MMBSAL Borehole Salinity −50000.00 PPMCSIZ Current Casing Size 244.500 MMCWEI Casing Weight 64.74 KG/MDFD Drilling Fluid Density 1170.00 K/M3DO Depth Offset for Playback 10.6 MFLEV Fluid Level 0.00 MMST Mud Sample Temperature 21.00 DEGCPBVSADP Use alternate depth channel for playback NOPP Playback Processing NORMALRMFS Resistivity of Mud Filtrate Sample 0.7100 OHMMRW Resistivity of Connate Water 1.0000 OHMMTD Total Depth 3129.2 MTWS Temperature of Connate Water Sample 37.78 DEGC

Sonic P & S1:240




HOLEV: Integrated Hole/Cement VolumeBHS Borehole Status CASEDBHT Bottom Hole Temperature (used in calculations) 60.2 DEGCFCD Future Casing (Outer) Diameter 177.8 MMGCSE Generalized Caliper Selection BSGDEV Average Angular Deviation of Borehole from Normal 20 DEGGGRD Geothermal Gradient 0.018227 DC/MGRSE Generalized Mud Resistivity Selection CHART_GEN_9GTSE Generalized Temperature Selection LINEAR_ESTIMATEHVCS Integrated Hole Volume Caliper Selection C1/C2ISSBAR Barite Mud Switch NOBARITEMATR Rock Matrix for Neutron Porosity Corrections LIMESTONESHT Surface Hole Temperature 30 DEGC


System and MiscellaneousALTDPCHAN Name of alternate depth channel SpeedCorrectedDepthBS Bit Size 311.000 MMBSAL Borehole Salinity −50000.00 PPM

(US/M)







100 600


1500






(US/M)



AmplitudeMin Max




PIP SUMMARY


MAXIS Field Log

1:240

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1625

1600

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1725

(US/M)








Tension (TENS)

AmplitudeMin Max




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RX8G Receiver 8 Geometry 8534 MMSAM4 DSST Sonic Acquisition Mode 4 − High Frequency Monopole Mode for P&S


OFFSAS4 STC Sonic Array Status − Monopole P&S 255SBO4 STC Search Band Offset − Monopole P&S 500 USSBR4 STC Baseline Removal − Monopole P&S ONSBW4 STC Search Bandwidth − Monopole P&S 2000 USSFC4 STC Formation Character − Monopole P&S SELECTABLESFM4 STC Filter − Monopole P&S B3−20KSHLL Label Slowness Lower Limit − Monopole P&S Shear 246.063 US/MSHUL Label Slowness Upper Limit − Monopole P&S Shear 590.551 US/MSLL4 STC Slowness Lower Limit − Monopole P&S 131.234 US/MSST4 STC Slowness Step − Monopole P&S 6.56168 US/MSSW4 STC Source Waveform − Monopole P&S WF_SAM4STLL Label Slowness Lower Limit − Monopole Stoneley 590.551 US/MSTUL Label Slowness Upper Limit − Monopole Stoneley 2559.06 US/MSUL4 STC Slowness Upper Limit − Monopole P&S 787.402 US/MSWD4 STC Slowness Width − Monopole P&S 32.8084 US/MTBF4 STC Time for Baseline Fill − Monopole P&S 300 USTLL4 STC Time Lower Limit − Monopole P&S 150 USTST4 STC Time Step − Monopole P&S 50 USTUL4 STC Time Upper Limit − Monopole P&S 3660 USTWD4 STC Time Width − Monopole P&S 1000 USTWI4 STC Integration Time Window − Monopole P&S 500 USTWSX Transmitter Waveform Select X 0

EDTC−B: Enhanced DTS CartridgeBHS Borehole Status CASED


HOLEV: Integrated Hole/Cement VolumeBHS Borehole Status CASED



Parameters


BHS Borehole Status CASEDCASF Label Casing Function − Monopole P&S 50COLL Label Slowness Lower Limit − Monopole P&S Compressional 131.234 US/MCOUL Label Slowness Upper Limit − Monopole P&S Compressional 590.551 US/MDDE4 Digitizing Delay 4 0 USDDEX Digitizing Delay X 0 USDSI4 Digitizer Sample Interval 4 10 USDSIX Digitizer Sample Interval X 40 USDTCS Compressional Delta−T Source for DTCO Channel PS_COMPDTF Delta−T Fluid 670.932 US/MDTSS Shear Delta−T Source for DTSM Channel PS_SHEARDWC4 Digitizer Word Count 4 512DWCX Digitizer Word Count X 512FILG Label Fill Gap Control − Monopole P&S COMP_SHEARLFC Label Formation Character − Monopole P&S DYNAMICMCS Mean Casing Slowness 187.008 US/MMTXG Monopole Transmitter Geometry 4724 MMNWI4 Number Waveform Items 4 8NWIX Number Waveform Items X 0RSMN Label Shear/Compressional Minimum Ratio − Monopole P&S 1.4RSMX Label Shear/Compressional Maximum Ratio − Monopole P&S 2.12RX1G Receiver 1 Geometry 7468 MMRX2G Receiver 2 Geometry 7620 MMRX3G Receiver 3 Geometry 7772 MMRX4G Receiver 4 Geometry 7925 MMRX5G Receiver 5 Geometry 8077 MMRX6G Receiver 6 Geometry 8230 MMRX7G Receiver 7 Geometry 8382 MMRX8G Receiver 8 Geometry 8534 MMSAM4 DSST Sonic Acquisition Mode 4 − High Frequency Monopole Mode for P&S



PIP SUMMARY


DSST−B 17C0−154 PPC1−B 17C0−154EDTC−B SKK−3882−EDTCB_b DTPC−A SKK−3882−EDTCB_b

(US/M)









AmplitudeMin Max





PIP SUMMARY











PP Playback Processing RECOMPUTE



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COLL Label Slowness Lower Limit − Monopole P&S Compressional 131.234 US/MCOUL Label Slowness Upper Limit − Monopole P&S Compressional 590.551 US/MDDE4 Digitizing Delay 4 0 USDDEX Digitizing Delay X 0 USDSI4 Digitizer Sample Interval 4 10 USDSIX Digitizer Sample Interval X 40 USDTCS Compressional Delta−T Source for DTCO Channel PS_COMPDTF Delta−T Fluid 670.932 US/MDTSS Shear Delta−T Source for DTSM Channel PS_SHEARDWC4 Digitizer Word Count 4 512DWCX Digitizer Word Count X 512FILG Label Fill Gap Control − Monopole P&S COMP_SHEARLFC Label Formation Character − Monopole P&S DYNAMICMCS Mean Casing Slowness 187.008 US/MMTXG Monopole Transmitter Geometry 4724 MMNWI4 Number Waveform Items 4 8NWIX Number Waveform Items X 0RSMN Label Shear/Compressional Minimum Ratio − Monopole P&S 1.4RSMX Label Shear/Compressional Maximum Ratio − Monopole P&S 2.12RX1G Receiver 1 Geometry 7468 MMRX2G Receiver 2 Geometry 7620 MMRX3G Receiver 3 Geometry 7772 MMRX4G Receiver 4 Geometry 7925 MMRX5G Receiver 5 Geometry 8077 MMRX6G Receiver 6 Geometry 8230 MMRX7G Receiver 7 Geometry 8382 MMRX8G Receiver 8 Geometry 8534 MMSAM4 DSST Sonic Acquisition Mode 4 − High Frequency Monopole Mode for P&S


OFFSAS4 STC Sonic Array Status − Monopole P&S 255SBO4 STC Search Band Offset − Monopole P&S 500 USSBR4 STC Baseline Removal − Monopole P&S ONSBW4 STC Search Bandwidth − Monopole P&S 2000 USSFC4 STC Formation Character − Monopole P&S SELECTABLESFM4 STC Filter − Monopole P&S B3−20KSHLL Label Slowness Lower Limit − Monopole P&S Shear 246.063 US/MSHUL Label Slowness Upper Limit − Monopole P&S Shear 590.551 US/MSLL4 STC Slowness Lower Limit − Monopole P&S 131.234 US/MSST4 STC Slowness Step − Monopole P&S 6.56168 US/MSSW4 STC Source Waveform − Monopole P&S WF_SAM4STLL Label Slowness Lower Limit − Monopole Stoneley 590.551 US/M

Parameters


BHS Borehole Status CASEDCASF Label Casing Function − Monopole P&S 50COLL Label Slowness Lower Limit − Monopole P&S Compressional 131.234 US/MCOUL Label Slowness Upper Limit − Monopole P&S Compressional 590.551 US/M

(US/M)









AmplitudeMin Max





PIP SUMMARY


<−CD−>

Caliper 2 Large Jig 304.8 N/A 290.6 N/A N/A N/A MMCaliper 1 Large Jig 304.8 N/A 290.4 N/A N/A N/A MMCaliper 2 Small Jig 203.2 N/A 191.5 N/A N/A N/A MMCaliper 1 Small Jig 203.2 N/A 189.1 N/A N/A N/A MM

Before: 15−May−2010 12:01 Full−Bore Scanner − B Wellsite Calibration − Caliper Calibration

Measurement MasterNominal Before After Change Limit Units

Calibration and Check Summary

FMI_CAL_DSI_053LUP FN:75 16−May−2010 15:00 3106.5 M 1793.3 M



TEMPERATURE REFERENCE : N/A N/A 20 N/A N/A N/A DEGCBefore: 15−May−2010 21:37 Full−Bore Scanner − B Wellsite Calibration − CROUZET ACCELEROMETER PROM HAS BEEN READ CORRECTLY

MAXIS Field Log

Calibrations




STLL Label Slowness Lower Limit − Monopole Stoneley 590.551 US/MSTUL Label Slowness Upper Limit − Monopole Stoneley 2559.06 US/MSUL4 STC Slowness Upper Limit − Monopole P&S 787.402 US/MSWD4 STC Slowness Width − Monopole P&S 32.8084 US/MTBF4 STC Time for Baseline Fill − Monopole P&S 300 USTLL4 STC Time Lower Limit − Monopole P&S 150 USTST4 STC Time Step − Monopole P&S 50 USTUL4 STC Time Upper Limit − Monopole P&S 3660 USTWD4 STC Time Width − Monopole P&S 1000 USTWI4 STC Integration Time Window − Monopole P&S 500 USTWSX Transmitter Waveform Select X 0

EDTC−B: Enhanced DTS CartridgeBHS Borehole Status CASED


HOLEV: Integrated Hole/Cement VolumeBHS Borehole Status CASED


System and MiscellaneousBS Bit Size 311.000 MMDO Depth Offset for Playback 10.6 MPP Playback Processing NORMAL


Full−Bore Scanner − B / Equipment Identification

Primary Equipment:FullBore Scanner Sonde FBSS − BFullBore Scanner Sonde Upper part FBSH − AFullBore Scanner Sonde Cartridge FBSC − BGPIT Cartridge − C GPIC − CInsulating Sub AH − 185Flex Joint AH − 184FullBore Scanner Control Cartridge FBCC − A

Auxiliary Equipment:Electronics Cartridge Housing ECH − MRA

Gamma Ray (Calibrated) 165.0 N/A 165.0 N/A N/A 15.00 GAPI

Powered Positioning Device/Caliper 2 / Equipment Identification

Primary Equipment:PPC Powered Positioning Device/Caliper PPC2 − B

Before: 15−May−2010 12:01

Phase

Before

Caliper 1 Large Jig MM

(Minimum) 259.1

(Nominal) 304.8

(Maximum) 350.5

Value

290.4

Phase

Before

Caliper 2 Large Jig MM

(Minimum) 259.1

(Nominal) 304.8

(Maximum) 350.5

Value

290.6

Phase

Before

Caliper 1 Small Jig MM

(Minimum) 172.7

(Nominal) 203.2

(Maximum) 233.7

Value

189.1

Phase

Before

Caliper 2 Small Jig MM

(Minimum) 172.7

(Nominal) 203.2

(Maximum) 233.7

Value

191.5

Caliper Calibration

Full−Bore Scanner − B Wellsite Calibration

EDTC Z−Axis Acceleration 9.810 N/A 9.786 N/A N/A N/A M/S2Before: 15−May−2010 21:37 Enhanced DTS Cartridge Wellsite Calibration − EDTC Accelerometer Calibration

PPC1 Radius 4 Raw Large Radius 203.2 N/A 191.0 N/A N/A 12.70 MMPPC1 Radius 4 Raw Small Radius 88.90 N/A 77.46 N/A N/A 12.70 MMPPC1 Radius 3 Raw Large Radius 203.2 N/A 223.1 N/A N/A 12.70 MMPPC1 Radius 3 Raw Small Radius 88.90 N/A 114.4 N/A N/A 12.70 MMPPC1 Radius 2 Raw Large Radius 203.2 N/A 194.6 N/A N/A 12.70 MMPPC1 Radius 2 Raw Small Radius 88.90 N/A 82.55 N/A N/A 12.70 MMPPC1 Radius 1 Raw Large Radius 203.2 N/A 218.9 N/A N/A 12.70 MMPPC1 Radius 1 Raw Small Radius 88.90 N/A 110.2 N/A N/A 12.70 MM

Before: 15−May−2010 11:51 Powered Positioning Device/Caliper 1 Wellsite Calibration − PPC1 Caliper Calibration

PPC2 Radius 4 Raw Large Radius 203.2 N/A 195.2 N/A N/A 12.70 MMPPC2 Radius 4 Raw Small Radius 88.90 N/A 82.25 N/A N/A 12.70 MMPPC2 Radius 3 Raw Large Radius 203.2 N/A 215.2 N/A N/A 12.70 MMPPC2 Radius 3 Raw Small Radius 88.90 N/A 103.7 N/A N/A 12.70 MMPPC2 Radius 2 Raw Large Radius 203.2 N/A 191.9 N/A N/A 12.70 MMPPC2 Radius 2 Raw Small Radius 88.90 N/A 77.50 N/A N/A 12.70 MMPPC2 Radius 1 Raw Large Radius 203.2 N/A 212.1 N/A N/A 12.70 MMPPC2 Radius 1 Raw Small Radius 88.90 N/A 102.0 N/A N/A 12.70 MM

Before: 15−May−2010 11:44 Powered Positioning Device/Caliper 2 Wellsite Calibration − PPC2 Caliper Calibration

SERIAL NUMBER : N/A N/A 26 N/A N/A N/A MONTH OF CALIBRATION : N/A N/A 6 N/A N/A N/A YEAR OF CALIBRATION : N/A N/A 93 N/A N/A N/A TEMPERATURE REFERENCE : N/A N/A 19 N/A N/A N/A DEGC

Before: 15−May−2010 21:37 Full−Bore Scanner − B Wellsite Calibration − CROUZET MAGNETOMETER PROM HAS BEEN READ CORRECTLY

SERIAL NUMBER : N/A N/A 499 N/A N/A N/A MONTH OF CALIBRATION : N/A N/A 11 N/A N/A N/A YEAR OF CALIBRATION : N/A N/A 0 N/A N/A N/A TEMPERATURE REFERENCE : N/A N/A 20 N/A N/A N/A DEGC

Gamma Ray (Calibrated) 165.0 N/A 165.0 N/A N/A 15.00 GAPIGamma Ray (Jig − Bkg) 164.3 N/A 164.3 N/A N/A 14.93 GAPI

Before: 15−May−2010 12:02 Enhanced DTS Cartridge Wellsite Calibration − Detector Calibration

Enhanced DTS Cartridge / Equipment Identification

Primary Equipment:EDTC Gamma Ray Detector EDTG − A/BEnhanced DTS Cartridge EDTC − B 8149

Auxiliary Equipment:EDTC Housing EDTH − B 8148

Before: 15−May−2010 11:51

Phase

Before

PPC1 Radius 4 Raw Small Radius MM

(Minimum) 30.48

(Nominal) 88.90

(Maximum) 142.2

Value

77.46

Phase

Before

PPC1 Radius 4 Raw Large Radius MM

(Minimum) 154.9

(Nominal) 203.2

(Maximum) 246.4

Value

191.0

Phase

Before


(Minimum) 30.48

(Nominal) 88.90

(Maximum) 142.2

Value

114.4

Phase

Before


(Minimum) 154.9

(Nominal) 203.2

(Maximum) 246.4

Value

223.1

Phase

Before


(Minimum) 30.48

(Nominal) 88.90

(Maximum) 142.2

Value

82.55

Phase

Before


(Minimum) 154.9

(Nominal) 203.2

(Maximum) 246.4

Value

194.6

Phase

Before


(Minimum) 30.48

(Nominal) 88.90

(Maximum) 142.2

Value

110.2

Phase

Before


(Minimum) 154.9

(Nominal) 203.2

(Maximum) 246.4

Value

218.9

EDTC Accelerometer Calibration

Enhanced DTS Cartridge Wellsite Calibration

PPC1 Caliper Calibration

Powered Positioning Device/Caliper 1 Wellsite Calibration

PPC Powered Positioning Device/Caliper PPC2 − BPPC2 Caliper Standard PPC_ −

Auxiliary Equipment:

Powered Positioning Device/Caliper 1 / Equipment Identification

Primary Equipment:PPC Powered Positioning Device/Caliper PPC1 − BPPC1 Caliper Standard PPC_ −

Auxiliary Equipment:

Before: 15−May−2010 11:44

Phase

Before


(Minimum) 30.48

(Nominal) 88.90

(Maximum) 142.2

Value

82.25

Phase

Before


(Minimum) 154.9

(Nominal) 203.2

(Maximum) 246.4

Value

195.2

Phase

Before


(Minimum) 30.48

(Nominal) 88.90

(Maximum) 142.2

Value

103.7

Phase

Before


(Minimum) 154.9

(Nominal) 203.2

(Maximum) 246.4

Value

215.2

Phase

Before


(Minimum) 30.48

(Nominal) 88.90

(Maximum) 142.2

Value

77.50

Phase

Before


(Minimum) 154.9

(Nominal) 203.2

(Maximum) 246.4

Value

191.9

Phase

Before


(Minimum) 30.48

(Nominal) 88.90

(Maximum) 142.2

Value

102.0

Phase

Before


(Minimum) 154.9

(Nominal) 203.2

(Maximum) 246.4

Value

212.1

PPC2 Caliper Calibration

Powered Positioning Device/Caliper 2 Wellsite Calibration

DIPOLE SHEARSONIC IMAGER LOG

Before: 15−May−2010 12:02

Phase

Before

Gamma Ray Background GAPI

(Minimum) 0

(Nominal) 30.00

(Maximum) 120.0

Value

16.89

Phase

Before

Gamma Ray (Jig − Bkg) GAPI

(Minimum) 149.3

(Nominal) 164.3

(Maximum) 179.2

Value

164.3

Phase

Before

Gamma Ray (Calibrated) GAPI

(Minimum) 150.0

(Nominal) 165.0

(Maximum) 180.0

Phase

Before

EDTC Z−Axis Acceleration M/S2

(Minimum) 9.610

(Nominal) 9.810

(Maximum) 10.01

Value

9.786

EDTC Accelerometer Calibration

Before: 15−May−2010 21:37

Value

165.0

Detector Calibration

Enhanced DTS Cartridge Wellsite Calibration

DIPOLE SHEARSONIC IMAGER LOG

Company:

Well:Field:Rig:Province:


Nalcor et al Seamus 1Parson’s PondStoneham #11Newfoundland

nalcor et al seamus 1 well: parson’s pond field ... · ppc2−b 10.03 ppc2−b 8094 ppc_cal_std...

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