c:tempfeb 15 23-10-52 205a - kansas geological survey · 2013. 6. 8. · 1 19:30 14−feb−201 125...

Run 1

Run 2

Run @

@@

@ @ @ @

Witnessed B

yR

ecorded By

LocationU

nit Num

berT

ime

Logger On B

ottomT

ime

Circulation S

topped M

aximum

Recorded T

emperatures

RM

F @

MR

TR

M @

MR

TR

MC

Source R

MF

RM

C @

Measured T

emperature

RM

F @

Measured T

emperature

RM

@ M

easured Tem

peratureS

ource Of S

ample

PH

Fluid Loss

Viscosity

Density

MUD Type F

luid In Hole

Bit S

izeC

asing Schlum

bergerC

asing Driller S

ize @ D

epthT

op Log IntervalB

ottom Log Interval

Schlum

berger Depth

Depth D

rillerR

un Num

berLogging D

ate

@

3002.00 ft

2995.00 ft

3003.00 ft

above Perm

. Datum

32WR

ange

@

@ @ @ @

Curtis C

oveyT

odd JohnsonF

T, M

OR

GA

N3055

19:3014−

Feb−

201119:30

14−F

eb−2011

125 degF125

@0.407

125@

0.543C

alculatedC

alculated68 degF

@1.436 ohm

.m68 degF

@0.718 ohm

.m68 degF

@0.957 ohm

.mM

ud Pit

10.57.6 cm

3

55 s9.4 lbm

/galW

ater Based

7.875 in269 f t

289 ft@

8.625 in269 ft4770 ft4778 ft4780 ft1 14−

Feb−

201 1

Witnessed B

yR

ecorded By

LocationU

nit Num

berT

ime

Logger On B

ottomT

ime

Circulation S

topped M

aximum

Recorded T

emperatures

RM

F @

MR

TR

M @

MR

TR

MC

Source R

MF

RM

C @

Measured T

emperature

RM

F @

Measured T

emperature

RM

@ M

easured Tem

peratureS

ource Of S

ample

PH

Fluid Loss

Viscosity

Density

MUD Type F

luid In Hole

Bit S

izeC

asing Schlum

bergerC

asing Driller S

ize @ D

epthT

op Log IntervalB

ottom Log Interval

Schlum

berger Depth

Depth D

rillerR

un Num

berLogging D

ate

3002.00 ftD

.F.

2995.00 ftG

.L.

3003.00 ftK

.B.

KE

LLY B

US

HIN

GD

rilling Measured F

rom:

above Perm

. Datum

8.00 ftK

ELLY

BU

SH

ING

Log Measured F

rom:

12ST

ownship

16S

ection

Elev.:

2995.00 ftG

RO

UN

D LE

VE

LP

ermanent D

atum:

Elev. :

15−105−

20974−0000

AP

I Serial N

o.

County:

Field:

Location:

Well:

Company:

Logan County

Wildcat

SHL: 1382’ FSL & 1773’ FWL

SHEETZ #1

New Gulf Operating, LLC

LOCATION

SH

L: 1382’ FS

L & 1773’ F

WL

Approxiam

ately SE

SW

NE

SW

with Linear C

orrelation

Array Induction

PE

X−

DS

I

Kan

sasL

og

an C

ou

nty

Wild

catS

HE

ET

Z #1

New

Gu

lf Op

erating

, LL

C

State:

County:

Field:

Well :

Com

pany:

Depth Control Remarks

1. All Schlumberger depth policy procedures applied

2. This is the primary depth reference

3.

4.

5.

6.

Stretch Correction: 2.00 FTTool Zero Check At Surface: 0.00 FT

Rockies Time Zone

Matrix 2.71 Limestone

Tool string ran as per tool sketch

REMARKS: RUN NUMBER 1 REMARKS: RUN NUMBER 2OS5: OS5:OS4: OS4:OS3: OS3:OS2: OS2:OS1: 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: 14−FEB−2011 19:33:30

Depth Measuring Device

Type: IDW−BSerial Number: 3713Calibration Date: 12−Jan−2011Calibrator Serial Number: 33Calibration Cable Type: 7−39P LXSWheel Correction 1: −5Wheel Correction 2: −4

Tension Device

Type: CMTD−B/ASerial Number: 2787Calibration Date: 31−Jan−2011Calibrator Serial Number: 100513Number of Calibration Points: 10Calibration RMS: 18Calibration Peak Error: 34

Logging Cable

Type: 7−39P LXSSerial Number: 6171Length: 17700 FT

Conveyance Method: WirelineRig Type: LAND

Log Sequence: First Log In the Well

Rig Up Length At Surface: 0.00 FTRig Up Length At Bottom: 0.00 FTRig Up Length Correction: 0.00 FTStretch Correction: 2.00 FT

n 3R

un 4

@@

@ @ @ @

67.0DSST−B SPAC−BECH−SDSMDR−BDSSIJ−BASMDX−AA

88.7HILTH−FTB HGNSD−HHMCA−HHGNHNLS−KLNSR−F 5069HACCZ−H 328HCNT−HHGRHRCC−H 3869HRMS−H 3841HRGD−H 1748GLS−VJ 5094MCFL Device−HHILT Nucl. LS−H 42767HILT Nucl. SS−H 42767

91.7DTC−H ECH−KC

LEH−QT

68.9HRDD−BS HRDD−SS HRDD−LS

69.3HILT cali 69.8MCFL 75.2HRCC cart

79.2HGNS sens

81.6HGNS Neut 82.1HGNS Neut

87.9HGNS Gamm 88.7HMCA

HGNS HTEM 88.7ToolStatu

TelStatus 90.7CTEM

0

RUN 1 RUN 2

Crew: Jay Musgrave

STOP STOPSTART STARTLOGGED INTERVAL LOGGED INTERVAL10 ftFLUID LEVEL: FLUID LEVEL:

18C0−147PROGRAM VERSION: PROGRAM VERSION:BFCL−00071SERVICE ORDER #: SERVICE ORDER #:

RUN 1 RUN 2EQUIPMENT DESCRIPTION

DOWNHOLE EQUIPMENT

94.6LEH−QT LEH−QT

90.7CTEM

SURFACE EQUIPMENTGSR−U/YNCT−BCNB−ABNCS−VB

WITM (DTS)−A

MDProduction String Well Schematic Casing String

MDOD ID OD ID

(in) (ft) (ft) (in)

0.0 8.625 Casing String

269.0 8.625 Casing Shoe269.0 7.875 Borehole Segment

ALL LENGTHS IN FEETMEASUREMENTS RELATIVE TO TOOL ZERO

MAXIMUM STRING DIAMETER 6.88 IN

16.0HAIT−H AHIS−BA 111AHRM−A

TOOL ZERO0.0Tension

Mud Resis Accelerom

HTEN HMAS HV DF

0.1SP SENSOR 7.9Power Sup

Temperatu Induction

16.0PWF

1.5 INStandoff

OP System Version: 18C0−147

HAIT−H 18C0−147 DSST−B 18C0−147HILTH−FTB 18C0−147 DTC−H 18C0−147

Input DLIS FilesDEFAULT AIT_DSI_TLD_MCFL_023LUP FN:22 PRODUCER 15−Feb−2011 13:46 4788.0 FT 205.2 FT

Output DLIS FilesDEFAULT AIT_DSI_TLD_MCFL_018PUP FN:17 PRODUCER 15−Feb−2011 17:27 4788.0 FT 205.5 FT

AIT−H 60 Inch Investigation Conductivity (AHTCO60)

PIP SUMMARY

Time Mark Every 60 S

MAXIS Field Log

RESISTIVITY LINEAR 2" = 100’

600

AHT20AHT60

AHTCO60

500

GR

GDEV

400

AIT−H 20 Inch Investigation (AHT20)(OHMM)0 50


AIT−H 60 Inch Investigation Conductivity (AHTCO60)(MM/M)1000 0

Gamma Ray (GR)(GAPI)0 150

HGNS Deviation (GDEV)(DEG)10 0

SP (SP)(MV)−160 40

2" Correlation Log

400

300

SP

1000

GR

GDEV

1100

AHT60AHTCO60

1200

AHT20

700

800

900

SP

AHT60

1500

SP

1600

GDEV

GR

1700

AHTCO60

1400

1300

1500

2100

SP

GDEV

2200

GR

2300

AHT20AHT60

1800

1900

2000

2600

2700

SP

2800

GDEV

GR

2600

AHT20AHT60

2400

2500

3200

3300

SP

GDEV

3400

2900

AHT60AHTCO60

3000

AHT20

3100

SP

3900

3700

3800

GR

3700

3500

AHTCO60

AHT20AHT60

3600

4500

4400

4300

4200

AHT20AHT60

AHTCO60

4100

GR

GDEV

4000


Output DLIS FilesDEFAULT AIT_DSI_TLD_MCFL_018PUP FN:17 PRODUCER 15−Feb−2011 17:27



Format: AIT_2 Vertical Scale: 2" per 100’ Graphics File Created: 15−Feb−2011 17:27



AIT−H 60 Inch Investigation Conductivity (AHTCO60)(MM/M)1000 0


HGNS Deviation (GDEV)(DEG)10 0

SP (SP)(MV)−160 40

2" Correlation Log

PIP SUMMARY


MAIN RESISTIVITY LOG 5" = 100’

2" Correlation Log

AHT20AHT60

AHTCO60

4700

GR

GDEV

4600

SP

AIT−H 10 Inch Investigation (AHT10)(OHMM)0.2 2000





AIT−H Input Bhole Diameter (AHIBD)(IN)6 16

AIT−H Mud Full Cal (AHMF)(OHMM)0.02 200


Hilt Apparent Water Resistivity (RWA_HILT)

(OHMM)0 1

SP (SP)(MV)−160 40

StuckStretch(STIT)

(F)0 50

Tension (TENS)(LBF)5000 0

CableDrag

From STIAto STIT

MAIN PASS: 5" RESISTIVITY

BACKUP ON GAMMA RAY

Tool/Tot.Drag

From D3Tto STIA




Integrated Hole/Cement Volume Summary Hole Volume = 1599.79 F3

Cement Volume = 855.80 F3 (assuming 5.50 IN casing O.D.)

Computed from 4778.0 FT to 269.0 FT using data channel(s) HCAL



PIP SUMMARY

Integrated Hole Volume Minor Pip Every 10 F3Integrated Hole Volume Major Pip Every 100 F3

Integrated Cement Volume Minor Pip Every 10 F3Integrated Cement Volume Major Pip Every 100 F3


MAXIS Field Log

STIATENS

400

300

AHIBD

AHT10AHT20AHT30AHT60AHT90

600

STIA

SP

STIT

GR

500

AHMF

800

700

1000

STITSTIA

TENS

SP

GR

RWA_HILT

1100

1000

900

1300

AHMF

AHT90AHIBD

AHT60

AHT10AHT20AHT30

1200

1500

1400

AHMF

1700

GR

RWA_HILTSP

AHIBDAHT90

STITSTIA

TENS

1600

SP

1900

AHT30AHT60

AHT90

AHT10AHT20

1800

2100

2200

2000

2100

AHMF

AHT90AHIBD

AHT60

AHT10AHT20

AHT30

2400

2300

GR

RWA_HILTSP

STITSTIA

TENS

2600

2500

RWA_HILT

2800

TENS

STITSTIA

SP

2700

AHT20AHT30

AHT10

3000

AHT20AHT30

GR

2900

AHMF

AHT60AHT90

AHIBD

3200

3300

3100

3200

STIATENS

STIT

RWA_HILTSP

GR

3500

3400

3700

AHIBD

AHMF

AHT90

AHT30AHT60

AHT10AHT20

3600

3900

3800

AHT10

GR

4100

AHMF

AHT60AHT90

AHIBD

AHT20AHT30

GR

4000

STITSTIA

TENS

SPRWA_HILT

4400

43004300

4200

4600

4500







StuckStretch(STIT)

(F)0 50


CableDrag

From STIAto STIT

MAIN PASS: 5" RESISTIVITY

BACKUP ON GAMMA RAY

Tool/Tot.Drag

From D3Tto STIA

AHT10AHT20AHT30FR_SP

AHT60AHT90 FR_AHT10FR_AHT20FR_AHT30FR_AHT60FR_AHT90

AHMF

4700

FR_GRFR_GR1

GR

RWA_HILTSP

STITSTIA

TENS

GGRD Geothermal Gradient 0.01 DF/FGRSE Generalized Mud Resistivity Selection AITH_RESISTGTSE Generalized Temperature Selection HSTS_HTEMSHT Surface Hole Temperature 68 DEGFSPNV SP Next Value 0 MV

DSST−B: Dipole Shear Imager − BBHT Bottom Hole Temperature (used in calculations) 125 DEGFGCSE Generalized Caliper Selection HCALGDEV Average Angular Deviation of Borehole from Normal 0 DEGGGRD Geothermal Gradient 0.01 DF/FGRSE Generalized Mud Resistivity Selection AITH_RESISTGTSE Generalized Temperature Selection HSTS_HTEMSHT Surface Hole Temperature 68 DEGF

HILTH−FTB: High resolution Integrated Logging Tool−DTSBHT Bottom Hole Temperature (used in calculations) 125 DEGFFEXP Form Factor Exponent 2FNUM Form Factor Numerator 1GCSE Generalized Caliper Selection HCALGDEV Average Angular Deviation of Borehole from Normal 0 DEGGGRD Geothermal Gradient 0.01 DF/FGRSE Generalized Mud Resistivity Selection AITH_RESISTGTSE Generalized Temperature Selection HSTS_HTEMSEXP_HILT HILT Saturation Exponent 2SHT Surface Hole Temperature 68 DEGF

FEQL: Formation Evaluation Quick LookFEXP Form Factor Exponent 2FNUM Form Factor Numerator 1

HOLEV: Integrated Hole/Cement VolumeBHT Bottom Hole Temperature (used in calculations) 125 DEGFFCD Future Casing (Outer) Diameter 5.5 INGCSE Generalized Caliper Selection HCALGDEV Average Angular Deviation of Borehole from Normal 0 DEGGGRD Geothermal Gradient 0.01 DF/FGRSE Generalized Mud Resistivity Selection AITH_RESISTGTSE Generalized Temperature Selection HSTS_HTEMHVCS Integrated Hole Volume Caliper Selection AUTOMATICSHT Surface Hole Temperature 68 DEGF

PERT: Preliminary Evaluation − Real TimeBHT Bottom Hole Temperature (used in calculations) 125 DEGFFEXP Form Factor Exponent 2FNUM Form Factor Numerator 1GCSE Generalized Caliper Selection HCALGDEV Average Angular Deviation of Borehole from Normal 0 DEG

Parameters

DLIS Name Description ValueHAIT−H: Array Induction Tool − H

AHBHM Array Induction Borehole Correction Mode 2_ComputeStandoffAHBHV Array Induction Borehole Correction Code Version Number 900AHBLM Array Induction Basic Logs Mode 6_One_Two_and_FourAHBLV Array Induction Basic Logs Code Version Number 223AHCDE Array Induction Casing Detection Enable YesAHCEN Array Induction Tool Centering Flag (in Borehole) EccenteredAHFRSV Array Induction Response Set Version for Four ft Resolution 41.70.24.20AHMRF Array Induction Mud Resistivity Factor 1AHORSV Array Induction Response Set Version for One ft Resolution 41.70.24.20AHRFV Array Induction Radial Profiling Code Version Number 701AHRPV Array Induction Radial Parametrization Code Version Number 232AHSTA Array Induction Tool Standoff 1.5 INAHTRSV Array Induction Response Set Version for Two ft Resolution 41.70.24.20BHT Bottom Hole Temperature (used in calculations) 125 DEGFFEXP Form Factor Exponent 2FNUM Form Factor Numerator 1GCSE Generalized Caliper Selection HCALGDEV Average Angular Deviation of Borehole from Normal 0 DEGGGRD Geothermal Gradient 0.01 DF/FGRSE Generalized Mud Resistivity Selection AITH_RESIST

(OHMM)0.2 2000



(GAPI)0 150


(OHMM)0 1

SP (SP)(MV)−160 40

PIP SUMMARY











PIP SUMMARY


Integrated Cement Volume Minor Pip Every 10 F3

MAXIS Field Log

HIGH RESOLUTION






GDEV Average Angular Deviation of Borehole from Normal 0 DEGGGRD Geothermal Gradient 0.01 DF/FGRSE Generalized Mud Resistivity Selection AITH_RESISTGTSE Generalized Temperature Selection HSTS_HTEMSHT Surface Hole Temperature 68 DEGF

STI: Stuck Tool IndicatorLBFR Trigger for MAXIS First Reading Label TDLSTKT STI Stuck Threshold 2.5 FTTDD Total Depth − Driller 4780.00 FTTDL Total Depth − Logger 4778.00 FT

System and MiscellaneousBS Bit Size 7.875 INDFD Drilling Fluid Density 9.40 LB/GDO Depth Offset for Playback 0.0 FTDORL Depth Offset for Repeat Analysis 0.0 FTFLEV Fluid Level 10.00 FTPP Playback Processing NORMALTD Total Depth 4778 FT

HIGH RESOLUTION

250



AIT−H 10 Inch Investigation (AHO10)(OHMM)0.2 2000





Gamma Ray (EHGR)(GAPI)0 150

SP (SP)(MV)−160 40

StuckStretch(STIT)

(F)0 50


CableDrag

From STIAto STIT

HIGH RESOLUTION SECTION: 10" per 100 Feet

BACKUP ON GAMMA RAY

Tool/Tot.Drag

From D3Tto STIA



350

300

450

400

550

600

AHO10AHO20AHO30AHO60AHO90

AHMF

AHIBD

500

STIATENS

GREHGR

SP

STIT

700

650

800

750

900

850

1000

950

1100

1150

STITSTIA

TENS

GREHGR

SP

1050

1250

AHMF

AHO10AHO20

AHO30AHO60

AHO90

AHIBD

1200

1350

1300

1450

1400

1550

1500

1700

1650

1600

AHO10AHO20

AHO30AHO60

AHO90

AHMF

AHIBD

1800

AHO60AHO90

SP

STITSTIA

TENS

GREHGR

1750

1900

1850

2000

1950

2100

2050

2250

2200

2150

TENS

AHO20AHO30

STITSTIA

GREHGR

SP

AHO60AHO90

2350

2300

2450

AHMF

AHO10AHO20

AHIBD

2400

2550

2500

2650

2600

2800

2750

2700

2900

2850

3000

AHIBD

AHMF

SP

STITSTIA

TENS

AHMF

GREHGR

AHO60AHO90

2950

AHO30

AHO10AHO20

3100

3050

3200

3150

3350

3300

3250

3450

3400

STITSTIA

TENS

SP

GREHGR

AHMF

AHO10AHO20

AHO30AHO60

AHO90

3550

STIATENS

3500

3650

AHIBD

3600

3750

3700

3900

3850

3800

4000

3950

STIT

TENS

4100

STIA

4050

AHIBD

4200

SP

AHIBD

GREHGR

4150

AHO90

AHMF

AHO10AHO20

AHO30AHO60

4300

4250

4400

4450

4350

4550

4500

4650

4600

FR_SP

FR_AHO10FR_AHO20FR_AHO30FR_AHO60FR_AHO90

AHMF

AHO10AHO20

AHO30AHO60

AHO90

4750

GREHGR

SP

STITSTIA

TENS

4700

FR_HiltHGRFR_HiltHGR_1FR_GR1





Input DLIS Files

Format: AIT_HIRES Vertical Scale: 10" per 100’ Graphics File Created: 15−Feb−2011 17:27



MAXIS Field Log

Repeat Section








Gamma Ray (EHGR)(GAPI)0 150

SP (SP)(MV)−160 40

StuckStretch(STIT)

(F)0 50


CableDrag

From STIAto STIT

HIGH RESOLUTION SECTION: 10" per 100 Feet

BACKUP ON GAMMA RAY

Tool/Tot.Drag

From D3Tto STIA

PIP SUMMARY







StuckStretch(STIT)

(F)0 50


CableDrag

From STIAto STIT

REPEAT SECTION: 5" RESISTIVITY

BACKUP ON GAMMA RAY

Tool/Tot.Drag

From D3Tto STIA






DEFAULT AIT_DSI_TLD_MCFL_021PUP FN:20 PRODUCER 15−Feb−2011 13:46 4789.5 FT 4098.0 FT







(OHMM)0 1

SP (SP)(MV)−160 40

PIP SUMMARY




4600

4500

4400



AIT−H 30 Inch Investigation (AHT30)AIT−H Input Bhole Diameter (AHIBD)

StuckStretch(STIT)

(F)0 50


CableDrag

From STIAto STIT

REPEAT SECTION: 5" RESISTIVITY

BACKUP ON GAMMA RAY

Tool/Tot.Drag

AHT10AHT20AHT30

FR_SPAHT60

AHT90FR_AHT10FR_AHT20FR_AHT30FR_AHT60FR_AHT90

AHMF

4700

FR_GRFR_GR1

GR

RWA_HILTSP

STITSTIA

TENS

Measurement MasterNominal Before After Change Limit Units

Calibration and Check Summary

Phase − 5 0 59.28 59.28 N/A N/A N/A DEGPhase − 4 0 61.18 61.18 N/A N/A N/A DEGPhase − 3 0 67.65 67.65 N/A N/A N/A DEGPhase − 2 0 68.45 68.45 N/A N/A N/A DEGPhase − 1 0 72.31 72.32 N/A N/A N/A DEGPhase − 0 0 73.44 73.44 N/A N/A N/A DEGThru Cal Magnitude − 7 0 1.364 1.365 N/A N/A N/A VThru Cal Magnitude − 6 0 1.897 1.897 N/A N/A N/A VThru Cal Magnitude − 5 0 1.892 1.891 N/A N/A N/A VThru Cal Magnitude − 4 0 1.306 1.306 N/A N/A N/A VThru Cal Magnitude − 3 0 0.6949 0.6948 N/A N/A N/A VThru Cal Magnitude − 2 0 0.6143 0.6143 N/A N/A N/A VThru Cal Magnitude − 1 0 1.240 1.240 N/A N/A N/A VThru Cal Magnitude − 0 0 0.6042 0.6041 N/A N/A N/A V

Master: 7−Jan−2011 15:49 Before: 14−Feb−2011 3:28 Array Induction Tool − H Wellsite Calibration − Electronics Calibration Check − Thru Cal Mag. & Phase

MAXIS Field Log

BEFORE CALIBRATIONS



Input DLIS FilesDEFAULT AIT_DSI_TLD_MCFL_021PUP FN:20 PRODUCER 15−Feb−2011 13:46 4789.5 FT 4098.0 FT


Format: AIT_REPEATSECTION Vertical Scale: 5" per 100’ Graphics File Created: 15−Feb−2011 17:16








(OHMM)0 1

SP (SP)(MV)−160 40

DragFrom D3T

to STIA

PIP SUMMARY




LS Crystal Resolution 8.860 N/A 8.836 N/A N/A N/A %SS Crystal Resolution 10.21 N/A 10.34 N/A N/A N/A %BS Crystal Resolution 11.38 N/A 11.49 N/A N/A N/A %

Before: 14−Feb−2011 3:31 High resolution Integrated Logging Tool−DTS Wellsite Calibration − Crystal Quality Resolutions Calibration

LS PM High Voltage (Command) 1526 N/A 1532 N/A N/A N/A VSS PM High Voltage (Command) 1418 N/A 1421 N/A N/A N/A VBS PM High Voltage (Command) 1653 N/A 1645 N/A N/A N/A V

Before: 14−Feb−2011 3:31 High resolution Integrated Logging Tool−DTS Wellsite Calibration − Photo−multiplier High Voltages Calibrations

LS Window Sum 1055 N/A 1047 N/A N/A N/A CPSLS Window Ratio 0.2910 N/A 0.2849 N/A N/A N/A SS Window Sum 9499 N/A 9473 N/A N/A N/A CPSSS Window Ratio 0.4811 N/A 0.4783 N/A N/A N/A BS Window Sum 9603 N/A 9600 N/A N/A N/A CPSBS Window Ratio 0.7317 N/A 0.7320 N/A N/A N/A

Before: 14−Feb−2011 3:31 High resolution Integrated Logging Tool−DTS Wellsite Calibration − Stab Measurement Summary

Fine − Mag, Real, Imag − 2 0 0.9965 N/A N/A N/A N/A Fine − Mag, Real, Imag − 1 0 0.9965 N/A N/A N/A N/A Fine − Mag, Real, Imag − 0 0 0.9965 N/A N/A N/A N/A Coarse − Mag, Real, Imag − 2 0 1.047 N/A N/A N/A N/A Coarse − Mag, Real, Imag − 1 0 1.047 N/A N/A N/A N/A Coarse − Mag, Real, Imag − 0 0 1.047 N/A N/A N/A N/A

Master: 7−Jan−2011 15:49 Array Induction Tool − H Wellsite Calibration − Mud Gain Correction

X Sonde Error Correction − 7 0 4.722 N/A N/A N/A N/A MM/MX Sonde Error Correction − 6 0 0.2835 N/A N/A N/A N/A MM/MX Sonde Error Correction − 5 0 −7.420 N/A N/A N/A N/A MM/MX Sonde Error Correction − 4 0 −11.98 N/A N/A N/A N/A MM/MX Sonde Error Correction − 3 0 48.82 N/A N/A N/A N/A MM/MX Sonde Error Correction − 2 0 −5.942 N/A N/A N/A N/A MM/MX Sonde Error Correction − 1 0 120.5 N/A N/A N/A N/A MM/M

Raw B1 Resistivity 3830 N/A 3808 N/A N/A N/A OHMMRaw B0 Resistivity 3875 N/A 3866 N/A N/A N/A OHMM

Before: 14−Feb−2011 3:32 High resolution Integrated Logging Tool−DTS Wellsite Calibration − MCFL Calibration

Phase − 7 0 0.04658 N/A N/A N/A N/A DEGPhase − 6 0 0.3210 N/A N/A N/A N/A DEGPhase − 5 0 −0.07017 N/A N/A N/A N/A DEGPhase − 4 0 0.1119 N/A N/A N/A N/A DEGPhase − 3 0 −0.04291 N/A N/A N/A N/A DEGPhase − 2 0 0.09073 N/A N/A N/A N/A DEGPhase − 1 0 0.5258 N/A N/A N/A N/A DEGPhase − 0 0 0.3220 N/A N/A N/A N/A DEGTest Loop Gain Magnitude − 7 0 1.019 N/A N/A N/A N/A VTest Loop Gain Magnitude − 6 0 1.008 N/A N/A N/A N/A VTest Loop Gain Magnitude − 5 0 0.9957 N/A N/A N/A N/A VTest Loop Gain Magnitude − 4 0 1.006 N/A N/A N/A N/A VTest Loop Gain Magnitude − 3 0 1.021 N/A N/A N/A N/A VTest Loop Gain Magnitude − 2 0 1.023 N/A N/A N/A N/A VTest Loop Gain Magnitude − 1 0 1.019 N/A N/A N/A N/A VTest Loop Gain Magnitude − 0 0 1.020 N/A N/A N/A N/A V

Master: 7−Jan−2011 15:49 Array Induction Tool − H Wellsite Calibration − Test Loop Gain Correction

Array Induction Temperature Ze 0 −0.00005385 −0.00007684 N/A N/A N/A VArray Induction Temperature Pl 0.9150 0.9201 0.9205 N/A N/A N/A VArray Induction SPA Zero 0 −0.05627 −0.08410 N/A N/A N/A MVArray Induction SPA Plus 990.5 993.3 993.8 N/A N/A N/A MV

Master: 7−Jan−2011 15:49 Before: 14−Feb−2011 3:28 Array Induction Tool − H Wellsite Calibration − Electronics Calibration Check − Auxilliary

Phase − 7 0 55.51 55.51 N/A N/A N/A DEGPhase − 6 0 59.25 59.25 N/A N/A N/A DEG

X Sonde Error Correction − 2 0 −5.942 N/A N/A N/A N/A MM/MX Sonde Error Correction − 1 0 120.5 N/A N/A N/A N/A MM/MX Sonde Error Correction − 0 0 −589.3 N/A N/A N/A N/A MM/MR Sonde Error Correction − 7 0 −1.125 N/A N/A N/A N/A MM/MR Sonde Error Correction − 6 0 10.55 N/A N/A N/A N/A MM/MR Sonde Error Correction − 5 0 12.55 N/A N/A N/A N/A MM/MR Sonde Error Correction − 4 0 24.12 N/A N/A N/A N/A MM/MR Sonde Error Correction − 3 0 65.68 N/A N/A N/A N/A MM/MR Sonde Error Correction − 2 0 118.1 N/A N/A N/A N/A MM/MR Sonde Error Correction − 1 0 160.8 N/A N/A N/A N/A MM/MR Sonde Error Correction − 0 0 −91.96 N/A N/A N/A N/A MM/M

Master: 7−Jan−2011 15:49 Array Induction Tool − H Wellsite Calibration − Sonde Error Correction

NSR−F serial number 5069 Thermal Housing Size 3.364 IN. NCT−B Water Temperature 34.0 DEGF. The HGNS Neutron Master Calibration was done with the following parameters : The GLS−VJ source activity is acceptable.

LS Max Deviation 0 1.463 −− −− −− −− %LS Average Deviation 0 0.5256 −− −− −− −− %

Array Induction Tool − H / Equipment Identification

Primary Equipment:Rm/SP Bottom Nose AHRM − AArray Induction Sonde AHIS − BA 111

Auxiliary Equipment:

Idx

2

1

0

Phase

Master

Before

Master

Before

Master

Value

0.6143

1.240

1.240

0.6041

0.6042

Thru Cal Magnitude V Nominal

0.6230

1.270

0.6050

Value

68.45

72.32

72.31

73.44

73.44

Phase DEG Nominal

66.00

70.00

71.00

Electronics Calibration Check − Thru Cal Mag. & Phase

Array Induction Tool − H Wellsite Calibration

Pe Magnesium 2.650 2.621 −− −− −− −−Pe Aluminum 2.570 2.572 −− −− −− −−Rho Magnesium 1.686 1.687 −− −− −− −− G/C3Rho Aluminum 2.596 2.600 −− −− −− −− G/C3

Master: 17−Jan−2011 17:57 High resolution Integrated Logging Tool−DTS Master Calibration − Inversion results

Z−Axis Acceleration 32.19 N/A 32.05 N/A N/A N/A F/S2Before: 14−Feb−2011 16:34 High resolution Integrated Logging Tool−DTS Wellsite Calibration − Accelerometer Calibration

CNTC/CFTC (Tank) 2.159 2.358 N/A N/A N/A N/A Thermal Far Corr. (Tank) 2400 1993 N/A N/A N/A N/A CPSThermal Near Corr. (Tank) 5800 4700 N/A N/A N/A N/A CPS

Master: 4−Jan−2011 13:42 High resolution Integrated Logging Tool−DTS Wellsite Calibration − Ratio Measurement

CFTC Background 26.90 26.90 25.95 N/A N/A 4.035 CPSCNTC Background 26.98 26.98 26.58 N/A N/A 4.047 CPS

Master: 4−Jan−2011 13:42 Before: 14−Feb−2011 3:28 High resolution Integrated Logging Tool−DTS Wellsite Calibration − Zero Measurement

Gamma Ray (Jig − Bkgd) 165.0 N/A 183.5 N/A N/A 15.00 GAPIGamma Ray Background 30.00 N/A 65.06 N/A N/A N/A GAPI

Before: 14−Feb−2011 3:27 High resolution Integrated Logging Tool−DTS Wellsite Calibration − Detector Calibration

HILT Caliper Plus Measurement 12.00 N/A 12.68 N/A N/A N/A INHILT Caliper Zero Measurement 8.000 N/A 8.432 N/A N/A N/A IN

Before: 14−Feb−2011 3:27 High resolution Integrated Logging Tool−DTS Wellsite Calibration − HILT Caliper Calibration

Raw B2 Resistivity 3830 N/A 3808 N/A N/A N/A OHMMRaw B1 Resistivity 3830 N/A 3808 N/A N/A N/A OHMM

LS Average Deviation 0 0.5256 −− −− −− −− %SS Max Deviation 0 1.406 −− −− −− −− %SS Average Deviation 0 0.2958 −− −− −− −− %BS Max Deviation 0 0.8290 −− −− −− −− %BS Average Deviation 0 0.2122 −− −− −− −− %

Master: 17−Jan−2011 17:57 High resolution Integrated Logging Tool−DTS Master Calibration − Deviation Summary

Master: 7−Jan−2011 15:49

Idx

7

6

5

4

3

2

1

0

Value

1.019

1.008

0.9957

1.006

1.021

1.023

1.019

1.020

Test Loop Gain Magnitude V

(Minimum) 0.9500

(Minimum) 0.9500

(Minimum) 0.9500

(Minimum) 0.9500

(Minimum) 0.9500

(Minimum) 0.9500

(Minimum) 0.9500

(Minimum) 0.9500

(Nominal) 1.000

(Nominal) 1.000

(Nominal) 1.000

(Nominal) 1.000

(Nominal) 1.000

(Nominal) 1.000

(Nominal) 1.000

(Nominal) 1.000

(Maximum) 1.050

(Maximum) 1.050

(Maximum) 1.050

(Maximum) 1.050

(Maximum) 1.050

(Maximum) 1.050

(Maximum) 1.050

(Maximum) 1.050

Value

0.04658

0.3210

−0.07017

0.1119

−0.04291

0.09073

0.5258

0.3220

Phase DEG

(Minimum)−3.000

(Minimum)−3.000

(Minimum)−3.000

(Minimum)−3.000

(Minimum)−3.000

(Minimum)−3.000

(Minimum)−3.000

(Minimum)−3.000

(Nominal) 0

(Nominal) 0

(Nominal) 0

(Nominal) 0

(Nominal) 0

(Nominal) 0

(Nominal) 0

(Nominal) 0

(Maximum) 3.000

(Maximum) 3.000

(Maximum) 3.000

(Maximum) 3.000

(Maximum) 3.000

(Maximum) 3.000

(Maximum) 3.000

(Maximum) 3.000

(Minimum) (Nominal) (Maximum) (Minimum) (Nominal) (Maximum)

Master: 7−Jan−2011 15:49 Before: 14−Feb−2011 3:28

Test Loop Gain Correction


Sonde Error Correction


Phase

Before

Master

Array Induction Temperature Plus V

(Minimum) 0.8700

(Nominal) 0.9150

(Maximum) 0.9600

Value

0.9205

0.9201

Phase

Before

Master

Array Induction Temperature Zero V

(Minimum)−0.05000

(Nominal) 0

(Maximum) 0.05000

Value

−7.684E−00

−5.385E−00

Phase

Before

Master

Array Induction SPA Plus MV

(Minimum) 941.0

(Nominal) 990.5

(Maximum) 1040

Value

993.8

993.3

Phase

Before

Master

Array Induction SPA Zero MV

(Minimum)−50.00

(Nominal) 0

(Maximum) 50.00

Value

−0.08410

7

6

5

4

3

2

Before

Master

Before

Master

Before

Master

Before

Master

Before

Master

Before

1.365

1.364

1.897

1.897

1.891

1.892

1.306

1.306

0.6948

0.6949

0.6143

(Minimum) 60.00 %

(Nominal) (Maximum) 140.0 %

1.415

1.955

1.955

1.337

0.7040

0.6230

55.51

55.51

59.25

59.25

59.28

59.28

61.18

61.18

67.65

67.65

68.45

(Minimum)Nom −60.00

(Nominal) (Maximum)Nom + 60.00

53.00

57.00

57.00

59.00

65.00

66.00


−0.05627

Electronics Calibration Check − Auxilliary



Phase

Master

Array Induction SPA Plus MV

(Minimum) 941.0

(Nominal) 990.5

(Maximum) 1040

Value

993.3

Phase

Master

Array Induction SPA Zero MV

(Minimum)−50.00

(Nominal) 0

(Maximum) 50.00

Master: 7−Jan−2011 15:49

Idx

7

6

5

4

3

2

1

0

Phase

Master

Master

Master

Master

Master

Master

Master

Master

Value

1.364

1.897

1.892

1.306

0.6949

0.6143

1.240

0.6042

Thru Cal Magnitude V

(Minimum) 60.00 %

(Nominal) (Maximum) 140.0 %

Nominal

1.415

1.955

1.955

1.337

0.7040

0.6230

1.270

0.6050

Value

55.51

59.25

59.28

61.18

67.65

68.45

72.31

73.44

Phase DEG

(Minimum)Nom −60.00

(Nominal) (Maximum)Nom + 60.00

Master: 7−Jan−2011 15:49

2

1

1.047

1.047

(Minimum) 0.8000

(Minimum) 0.8000

(Minimum)

(Nominal) 1.000

(Nominal) 1.000

(Nominal)

(Maximum) 1.200

(Maximum) 1.200

(Maximum)

0.9965

0.9965

(Minimum) 0.8000

(Minimum) 0.8000

(Minimum)

(Nominal) 1.000

(Nominal) 1.000

(Nominal)

(Maximum) 1.200

(Maximum) 1.200

(Maximum)

Nominal

53.00

57.00

57.00

59.00

65.00

66.00

70.00

71.00

Electronics Calibration Check − Thru Cal Mag. & Phase

Array Induction Tool − H Master Calibration

Value

−0.05627

Electronics Calibration Check − Auxilliary


Idx

0

Value

1.047

Coarse − Mag, Real, Imag

(Minimum) 0.8000

(Nominal) 1.000

(Maximum) 1.200

Value

0.9965

Fine − Mag, Real, Imag

(Minimum) 0.8000

(Nominal) 1.000

(Maximum) 1.200

Master: 7−Jan−2011 15:49

Idx

7

6

5

4

3

2

1

0

Value

−1.125

10.55

12.55

24.12

65.68

118.1

160.8

−91.96

R Sonde Error Correction MM/M

(Minimum)−5.000

(Minimum) 5.000

(Minimum) 4.000

(Minimum) 15.00

(Minimum) 39.00

(Minimum) 66.00

(Minimum) 114.0

(Minimum)−231.0

(Nominal) 0

(Nominal) 10.00

(Nominal) 14.00

(Nominal) 25.00

(Nominal) 64.00

(Nominal) 111.0

(Nominal) 159.0

(Nominal)−56.00

(Maximum) 5.000

(Maximum) 15.00

(Maximum) 24.00

(Maximum) 35.00

(Maximum) 89.00

(Maximum) 156.0

(Maximum) 204.0

(Maximum) 119.0

Value

4.722

0.2835

−7.420

−11.98

48.82

−5.942

120.5

−589.3

X Sonde Error Correction MM/M

(Minimum)−30.00

(Minimum)−30.00

(Minimum)−50.00

(Minimum)−63.00

(Minimum)−250.0

(Minimum)−350.0

(Minimum)−625.0

(Minimum)−2250

(Nominal) 0

(Nominal) 0

(Nominal) 0

(Nominal) 0

(Nominal) 0

(Nominal) 0

(Nominal) 0

(Nominal) 0

(Maximum) 30.00

(Maximum) 30.00

(Maximum) 50.00

(Maximum) 63.00

(Maximum) 250.0

(Maximum) 350.0

(Maximum) 625.0

(Maximum) 2250


Mud Gain Correction


Master: 7−Jan−2011 15:49

Idx

7

6

5

4

3

2

1

0

Value

−1.125

10.55

12.55

24.12

65.68

118.1

160.8

−91.96

R Sonde Error Correction MM/M

(Minimum)−5.000

(Minimum) 5.000

(Minimum) 4.000

(Minimum) 15.00

(Minimum) 39.00

(Minimum) 66.00

(Minimum) 114.0

(Minimum)−231.0

(Nominal) 0

(Nominal) 10.00

(Nominal) 14.00

(Nominal) 25.00

(Nominal) 64.00

(Nominal) 111.0

(Nominal) 159.0

(Nominal)−56.00

(Maximum) 5.000

(Maximum) 15.00

(Maximum) 24.00

(Maximum) 35.00

(Maximum) 89.00

(Maximum) 156.0

(Maximum) 204.0

(Maximum) 119.0

Value

4.722

0.2835

−7.420

−11.98

48.82

−5.942

120.5

−589.3

X Sonde Error Correction MM/M

(Minimum)−30.00

(Minimum)−30.00

(Minimum)−50.00

(Minimum)−63.00

(Minimum)−250.0

(Minimum)−350.0

(Minimum)−625.0

(Minimum)−2250

(Nominal) 0

(Nominal) 0

(Nominal) 0

(Nominal) 0

(Nominal) 0

(Nominal) 0

(Nominal) 0

(Nominal) 0

(Maximum) 30.00

(Maximum) 30.00

(Maximum) 50.00

(Maximum) 63.00

(Maximum) 250.0

(Maximum) 350.0

(Maximum) 625.0

(Maximum) 2250

Master: 7−Jan−2011 15:49




Mud Gain Correction


Idx

7

6

5

4

3

2

1

0

Value

1.019

1.008

0.9957

1.006

1.021

1.023

1.019

1.020

Test Loop Gain Magnitude V

(Minimum) 0.9500

(Minimum) 0.9500

(Minimum) 0.9500

(Minimum) 0.9500

(Minimum) 0.9500

(Minimum) 0.9500

(Minimum) 0.9500

(Minimum) 0.9500

(Nominal) 1.000

(Nominal) 1.000

(Nominal) 1.000

(Nominal) 1.000

(Nominal) 1.000

(Nominal) 1.000

(Nominal) 1.000

(Nominal) 1.000

(Maximum) 1.050

(Maximum) 1.050

(Maximum) 1.050

(Maximum) 1.050

(Maximum) 1.050

(Maximum) 1.050

(Maximum) 1.050

(Maximum) 1.050

Value

0.04658

0.3210

−0.07017

0.1119

−0.04291

0.09073

0.5258

0.3220

Phase DEG

(Minimum)−3.000

(Minimum)−3.000

(Minimum)−3.000

(Minimum)−3.000

(Minimum)−3.000

(Minimum)−3.000

(Minimum)−3.000

(Minimum)−3.000

(Nominal) 0

(Nominal) 0

(Nominal) 0

(Nominal) 0

(Nominal) 0

(Nominal) 0

(Nominal) 0

(Nominal) 0

(Maximum) 3.000

(Maximum) 3.000

(Maximum) 3.000

(Maximum) 3.000

(Maximum) 3.000

(Maximum) 3.000

(Maximum) 3.000

(Maximum) 3.000

Master: 7−Jan−2011 15:49

Phase

Master

Array Induction Temperature Plus V

(Minimum) 0.8700

(Nominal) 0.9150

(Maximum) 0.9600

Value

0.9201

Phase

Master

Array Induction Temperature Zero V

(Minimum)−0.05000

(Nominal) 0

(Maximum) 0.05000

Value

−5.385E−00


Test Loop Gain Correction


Before: 14−Feb−2011 3:32

Phase

Before

Raw B0 Resistivity OHMM

(Minimum) 3565

(Nominal) 3875

(Maximum) 4185

Value

3866

Phase

Before


(Minimum) 3524

(Nominal) 3830

(Maximum) 4136

Value

3808

Phase

Before


(Minimum) 3524

(Nominal) 3830

(Maximum) 4136

Before: 14−Feb−2011 3:31

Phase

Before

BS Crystal Resolution %

(Minimum) 10.38

(Nominal) 11.38

(Maximum) 12.38

Value

11.49

Phase

Before

SS Crystal Resolution %

(Minimum) 9.206

(Nominal) 10.21

(Maximum) 11.21

Value

10.34

Phase

Before

LS Crystal Resolution %

(Minimum) 7.860

(Nominal) 8.860

(Maximum) 9.860

Before: 14−Feb−2011 3:31

Phase

Before

BS PM High Voltage (Command) V

(Minimum) 1553

(Nominal) 1653

(Maximum) 1753

Value

1645

Phase

Before

SS PM High Voltage (Command) V

(Minimum) 1318

(Nominal) 1418

(Maximum) 1518

Value

1421

Phase

Before

LS PM High Voltage (Command) V

(Minimum) 1426

(Nominal) 1526

(Maximum) 1626

Before: 14−Feb−2011 3:31

Phase

Before

BS Window Sum CPS

(Minimum) 9123

(Nominal) 9603

(Maximum) 10080

Value

9600

Phase

Before

SS Window Sum CPS

(Minimum) 9024

(Nominal) 9499

(Maximum) 9974

Value

9473

Phase

Before

LS Window Sum CPS

(Minimum) 1002

(Nominal) 1055

(Maximum) 1107

Value

1047

Before

(Minimum) 0.6952

(Nominal) 0.7317

(Maximum) 0.7683

0.7320 Before

(Minimum) 0.4570

(Nominal) 0.4811

(Maximum) 0.5051

0.4783 Before

(Minimum) 0.2764

(Nominal) 0.2910

(Maximum) 0.3055

0.2849

Value

1532

Photo−multiplier High Voltages Calibrations

High resolution Integrated Logging Tool−DTS Wellsite Calibration

Value

8.836

Crystal Quality Resolutions Calibration


Value

3808

MCFL Calibration



High resolution Integrated Logging Tool−DTS / Equipment Identification

Primary Equipment:HILT high−Resolution Mechanical Sonde HRMS − H 3841HILT Rxo Gamma−ray Device HRGD − H 1748HILT Micro Cylindrically Focused Log Dev MCFL − HGR Logging Source GLS − VJ 5094HILT High Res. Control Cartridge HRCC − H 3869HILT Gamma−Ray Neutron Sonde−DTS HGNS − HHGNS Gamma−Ray Device HGR − HGNS Neutron Detector with Alpha Source HCNT − H

Auxiliary Equipment:Neutron Calibration Tank NCT − BGamma Source Radioactive GSR − U/YHGNS Housing HGNH −

Master: 7−Jan−2011 15:49

Idx

2

1

0

Value

1.047

1.047

1.047

Coarse − Mag, Real, Imag

(Minimum) 0.8000

(Minimum) 0.8000

(Minimum) 0.8000

(Nominal) 1.000

(Nominal) 1.000

(Nominal) 1.000

(Maximum) 1.200

(Maximum) 1.200

(Maximum) 1.200

Value

0.9965

0.9965

0.9965

Fine − Mag, Real, Imag

(Minimum) 0.8000

(Minimum) 0.8000

(Minimum) 0.8000

(Nominal) 1.000

(Nominal) 1.000

(Nominal) 1.000

(Maximum) 1.200

(Maximum) 1.200

(Maximum) 1.200

Phase

Before

BS Window Ratio Value

0.7320

Phase

Before

SS Window Ratio Value

0.4783

Phase

Before

LS Window Ratio Value

0.2849

Stab Measurement Summary


Mud Gain Correction

Master: 17−Jan−2011 17:57

Phase

Master

BS Max Deviation %

(Minimum)−1.600

(Nominal) 0

(Maximum) 1.600

Value

0.8290

Phase

Master

SS Max Deviation %

(Minimum)−2.500

(Nominal) 0

(Maximum) 2.500

Value

1.406

Phase

Master

LS Max Deviation %

(Minimum)−3.500

(Nominal) 0

(Maximum) 3.500

Value

1.463

Phase

Master

BS Average Deviation %

(Minimum)−0.6000

(Nominal) 0

(Maximum) 0.6000

Value

0.2122

Phase

Master

SS Average Deviation %

(Minimum)−1.000

(Nominal) 0

(Maximum) 1.000

Value

0.2958

Phase

Master

LS Average Deviation %

(Minimum)−1.500

(Nominal) 0

(Maximum) 1.500

Master: 17−Jan−2011 17:57

Phase

Master

Pe Aluminum

(Minimum) 2.470

(Nominal) 2.570

(Maximum) 2.670

Value

2.572

Phase

Master

Pe Magnesium

(Minimum) 2.550

(Nominal) 2.650

(Maximum) 2.750

Value

2.621

Phase

Master

Rho Aluminum G/C3

(Minimum) 2.586

(Nominal) 2.596

(Maximum) 2.606

Value

2.600

Phase

Master

Rho Magnesium G/C3

(Minimum) 1.676

(Nominal) 1.686

(Maximum) 1.696

Phase

Before

Z−Axis Acceleration F/S2

(Minimum) 31.53

(Nominal) 32.19

(Maximum) 32.84

Value

32.05

Accelerometer Calibration

High resolution Integrated Logging Tool−DTS

Wellsite Calibration

Before: 14−Feb−2011 16:34

Value

1.687

Inversion results

High resolution Integrated Logging Tool−DTS Master Calibration

Value

0.5256

Deviation Summary


Master: 4−Jan−2011 13:42

Phase

Master

Thermal Near Corr. (Tank) CPS

(Minimum) 4700

(Nominal) 5800

(Maximum) 6900

Value

4700

Phase

Master

Thermal Far Corr. (Tank) CPS

(Minimum) 1900

(Nominal) 2400

(Maximum) 2900

Value

1993

Phase

Master

CNTC/CFTC (Tank)

(Minimum) 2.120

(Nominal) 2.159

(Maximum) 2.540

Phase

Before

Master

CNTC Background CPS

(Minimum) 5.000

(Nominal) 26.98

(Maximum) 40.00

Value

26.58

26.98

Phase

Before

Master

CFTC Background CPS

(Minimum) 5.000

(Nominal) 26.90

(Maximum) 40.00

Value

25.95

Before: 14−Feb−2011 3:27

Phase

Before

Gamma Ray Background GAPI

(Minimum) 0

(Nominal) 30.00

(Maximum) 120.0

Value

65.06

Phase

Before

Gamma Ray (Jig − Bkgd) GAPI

(Minimum) 157.1

(Nominal) 165.0

(Maximum) 206.3

Before: 14−Feb−2011 3:27

Phase

Before

HILT Caliper Zero Measurement IN

(Minimum) 6.000

(Nominal) 8.000

(Maximum) 10.00

Value

8.432

Phase

Before

HILT Caliper Plus Measurement IN

(Minimum) 9.000

(Nominal) 12.00

(Maximum) 15.00

Value

12.68

HILT Caliper Calibration


Value

183.5

Detector Calibration


26.90

Zero Measurement



Value

2.358

Ratio Measurement






AIT−H 60 InchInvestigation

(AHT60)

PIP SUMMARY


MAXIS Field Log

RESISTIVITY LINEAR 1" = 100’

DTS Telemetry Tool / Equipment Identification

Primary Equipment:DTC−H Auxiliary Cartridge DTCH − ADTC−H Telemetry Cartridge DTCH − A

Auxiliary Equipment:DTCH Telemetry Cartridge Housing ECH − KC

Master: 4−Jan−2011 13:42

Phase

Master

Thermal Near Corr. (Tank) CPS

(Minimum) 4700

(Nominal) 5800

(Maximum) 6900

Value

4700

Phase

Master

Thermal Far Corr. (Tank) CPS

(Minimum) 1900

(Nominal) 2400

(Maximum) 2900

Value

1993

Phase

Master

CNTC/CFTC (Tank)

(Minimum) 2.120

(Nominal) 2.159

(Maximum) 2.540

Master: 4−Jan−2011 13:42

Phase

Master

CNTC Background CPS

(Minimum) 5.000

(Nominal) 26.98

(Maximum) 40.00

Value

26.98

Phase

Master

CFTC Background CPS

(Minimum) 5.000

(Nominal) 26.90

(Maximum) 40.00

Value

26.90

Zero Measurement


Value

2.358

Tank Measurement


AHTCO60

1100

600

700

800

SP

900

GR

1000

AHT60

AIT−H 60 Inch Investigation Conductivity(AHTCO60)

(MM/M)1000 0


(AHT20)(OHMM)0 50

(AHT60)(OHMM)0 50


SP (SP)(MV)−160 40

1" Correlation Log

AHTCO60

SP

300

GR

400

AHT60

500

AHT20

2200

AHT60

1700

AHTCO60AHT20

1800

1900

2000

SP

2100

GR

1100

AHT60

AHT20AHTCO60

1200

1300

1400

SP

1500

GR

1600

SP

3200

3100

3000

AHTCO60AHT20

2900

AHT60

2800

3300

2200

AHT60

2300

AHT20

2400

2500

2600

SP

2700

GR

4300

4200

AHTCO60AHT20

4100

4000

GR

3900

SP

4400

3300

SP

GR

3400

AHT60

3500

AHT20AHTCO60

3600

3700

3800







(AHT60)(OHMM)0 50

PIP SUMMARY


Company:

Well:Field:County:State:

New Gulf Operating, LLC

SHEETZ #1WildcatLogan CountyKansas

AIT−H 60 Inch Investigation Conductivity(AHTCO60)

(MM/M)1000 0


(AHT20)(OHMM)0 50


SP (SP)(MV)−160 40

1" Correlation Log

AHTCO60AHT20

4700

4600

GR

4500

SP

4400

PEX−DSIArray Inductionwith Linear Correlation

c:tempfeb 15 23-10-52 205a - kansas geological survey · 2013. 6. 8. · 1 19:30 14−feb−201 125...

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