rome rusk 12-44 du - kansas geological survey · 2012. 11. 9. · api serial no. section: township:...

Com

pany:S

ource Energy M

idcon LLC

Well:

Rusk 12-44 D

U

Field:

Rom

e

County:

Sum

nerS

tate:K

ansas

Sumner

Rome

330' FSL & 680' FEL

Rusk 12-44 DU

Source Energy Midcon LLC

PLA

TF

OR

M E

XP

RE

SS

CO

MP

EN

SA

TE

D N

EU

TR

ON

LITH

OLO

GY

DE

NS

ITY

Location:

330' FS

L & 680' F

EL

Elev.

K.B

.1216.00 ft

G.L.

1200.00 ft

D.F

.1214.00 ft

Perm

anent Datum

:G

round LevelE

lev.:1200.00 f

County:

Field:

Location:

Well:

Company:

Log Measured F

rom:

Kelly B

ushing16.00 ft

above Perm

.Datum

Drilling M

easured From

:K

elly Bushing

AP

I Serial N

o.S

ection:T

ownship:

Range:

15 191 22646 00 0012

33S1W

Logging Date

01-Jul-2012

Run N

umber

One

Depth D

riller4350.00 ft

Schlum

berger Dep

th4338.00 ft

Bottom

Log Interval4338.00 ft

Top Log Inte

rval0.00 ft

Casing D

riller Size @

Depth

10.75 in @ 314.00 ft

Casing S

chlumberger

314 ft

Bit S

ize9.875 in

Type F

luid In Hole

Fresh W

ater

MUD

Density

Viscosity

8.9 lbm/gal

Fluid Loss

PH

7.6 cm3

10.2

Source of S

ample

Shale S

hakers

RM

@ M

eas Tem

p0.4 ohm

.m @

81.1 degF

RM

F @

Meas T

emp

0.34 ohm.m

@ 81.1 degF

RM

C @

Me

as Tem

p0.56 ohm

.m @

81.1 degF

Source R

MF

RM

CC

alculatedC

alculated

RM

@ B

HT

RM

F @

BH

T0.28 @

120.90.23 @

120.9

Max R

ecorded Tem

peratures120.9 deg

F

Circulation S

topped T

ime

01-Jul-2012 04:00:00

Logger on Bottom

Tim

e01-Jul-201

2 07:51:39

Unit N

umber

Location:3082

Elk C

ity, OK

Recorded B

yM

att Reiter

Witnessed B

yM

ike Copeland

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

1. Header 10.3 Composite Summary

2. Disclaimer 10.4 Log ( Bulk Density_5 Inch )

3. Contents 10.5 Parameter Listing

4. Remarks and Equipment Summary 11. Calibration Report

5. Depth Summary 12. Tail

6. Survey Record

7. Composite 1 Main Pass Porosity 5" = 100'

7.1 Integration Summary

7.2 Software Version

7.3 Composite Summary

7.4 Log ( Dual Dens Porosity 5 inch MP )

7.5 Parameter Listing

8. One Repeat Pass Porosity 5" = 100'




8.4 Log ( Dual Dens Porosity 5 inch RP )

8.5 Parameter Listing

9. One Repeat Analysis Porosity 5" = 100'


9.2 Log ( Dual Dens Porosity 5 inch RA )

10. Composite 1 Main Pass Density 5" = 100'



One: Remarks

Equip name Length MP name OffsetLEH-QT :3077 5 9.15LEH-Q T:3077

DT C-H:8297 5 6.23EC H-KC :LL01DTC -H:8297

T elStatus 53 .23T oolStatus 53 .23

HV 0.0 0CT EM 55 .33

MLT -B:11 5 3.23MLT-B:11

Microlog Status

45 .65

Microlog Pad 49 .82

A daptor_Head 4 5.65

GPIT -F:845 4 1.65GPIH-B:1969DHRU-F :0GPIC -F :845

GPIT 0.0 0

GPIT -F Inclinometer

40 .23

HGNS-H:4 759 3 7.65HGNH:3835NPV -NNSR-F :5226HA C C Z-H:2102HMC A -HHGNS-H:4759

A ccelerometer

0 .0 0HGNS 28 .24HMCA 28 .24CNL Porosity 30 .57

GR 36 .91

T emperature 37 .62

HDRS-H:4 723 2 8.24EC H-MEB:2972HRC C -H:3965HRMS-H:4723Long Spacing:28941Short Spacing:27775GSR-J:5370HRGD-H:4770Backscatter:0GPV -Q

HRCC 24 .24

T LD Density 17 .94Caliper 18 .33MCFL 18 .81

A IT -M:229 1 6.00A MIS:229A MRM

Tools ran as per tool sketch

Microlog Tool used for eccentralization only per geologist request

No bowspring ran per client request

Nuclear measurements affected by borehole ruggosity

Max Temp: 120.9 Deg. F

Logs Ran from TD to Surface Casing, GR to Surface per geologist request

Your crew today: Matt, Buddy, Ryan, Nick

Thank you for choosing Schlumberger of Elk City, OK.

580-225 4300

T emperature 7.9 1

Power Supply

7.9 1Induction 7.9 1

Head T ension

Mud Resistivity

0 .0 0SP 0.0 8

TO O L_ZEROLengths are in ft

Maximum O uter Diameter = 5.875 inLine: Sensor Location, V alue: Gating O ffset

A ll measurements are relativ e to TO O L_ZERO

Conveyance Type Wireline

Rig Up Length at Surface ( ft ) 159.00

Rig Up Length at Bottom ( ft ) 159.00

Stretch Correction ( ft ) 2.90

Tool Zero Reference Check at Surface ( ft )

0.10

Rig Type LAND

Depth Remark 1 All Schlumberger Depth Control Policies Were Followed

Depth Remark 2 IDW used as primary Depth Control Device

Depth Remark 3 Z chart used as Secondary Depth Control Device

Type IDW-B

Serial Number 900

Calibration Date 09-JAN-2012

Calibrator Serial Number 33

Calibration Cable Type 7-39P-LXS

Wheel Correction 1 -3

Wheel Correction 2 -3

Type CMTD-B/A

Serial Number 2549

Calibration Date 09-JUN-2012

Calibrator Serial Number 1018

Calibration Points 10

Calibration RMS 14

Calibration Peak Error 27

Type 7-39P-LXS

Serial Number U712016

Logging Cable Length ( ft ) 18320.00

Method : Minimum Radius of Curvature DLS Method : Lubinski

North Reference : True North Total Correction Formula : Magnetic Dec

Latitude : 37.200000 degrees Longitude : -97.100000 degrees

Measured Depth: 0.00 ft Inclination: 0.00 deg Azimuth: 0.00 deg

True Vertical Depth: 0.00 ft North Displacement: 0.00 ft East Displacement: 0.00 ft

28 : Tie-In Point

0 : No correction

0 : Not Flagged Survey

(ft) (deg) (deg) (ft) (ft) (ft) (ft) (ft) (ft) (deg) deg/100ft

1 0.00 0.00 0.00 - - - - 0.00 0.00 0.00 0.00 0.00 90.00 0.00 TIP 28 0 0

ICV Integrated Cement Volume GCSE_UP_PASS, GCSE_DOWN_PASS:One, FCD

1789.02 ft3

IHV Integrated Hole Volume GCSE_UP_PASS, GCSE_DOWN_PASS:One

3067.48 ft3

MaxWell 3.0.9609.0

Application Patch SP-20120409-3.0.9609.1919

EXP_APL-OPElevation-3.0.9609.1966

EXP_APL-ADT-3.0.9609.1558

Borehole Ensemble provides common Borehole Parameters and ChannelsBorehole 3.0.9609.1919

Computation Ensemble for the HGNS Neutron environmental correctionsHENVIR 3.0.9609.0

HILT High-Resolution Control Cartridge, 150 degCHRCC-H 3.0.9609.1919 2.0

HILT Gamma-Ray and Neutron Sonde, 150 degCHGNS-H 3.0.9609.1919 2.0

HILT Resistivity Gamma-Ray Density Device, 150 degCHRGD-H 3.0.9609.1919 3.0

One Log[4]:Up Up 498.24 ft 4357.19 ft 01-Jul-2012 9:44:39 AM 01-Jul-2012 10:55:25 AM 0.52 ft


All depths are referenced to toolstring zero

Description: HGNS standard resolution porosities for Platform Express Format: Log ( Dual Dens Porosity 5 inch MP ) Index Scale: 5 in per 100 ft Index Unit: ft Index Type: Measured Depth Creation Date: 01-Jul-2012 12:05:28 Channel Source Sampling

CALI HDRS[1]:HRCC-H[1]:HRCC-H[1] 1in

DPHZ HDRS[1]:HRMS-H[1]:HRGD-H[1] 2in

DPHZ HDRS[1]:HRMS H[1]:HRGD H[1] 2in

GR_CAL HGNS[1]:HGNS-H[1]:HGNS-H[1] 6in

HDRA HDRS[1]:HRMS-H[1]:HRGD-H[1] 2in

ICV Borehole 6in

IHV Borehole 6in

PEFZ HDRS[1]:HRMS-H[1]:HRGD-H[1] 2in

SMIN HDRS[1]:HRMS-H[1]:HRGD-H[1] 2in

SMNO HDRS[1]:HRMS-H[1]:HRGD-H[1] 2in

TENS WLWorkflow 1in

TIME_1900 WLWorkflow 0.1in

TNPH HGNS[1]:HGNS-H[1]:HGNS-H[1] 6in

Gamma Ray Backup

Caliper (CALI) HDRS[1]

6 16in

Calibrated Gamma Ray (GR_CAL) HGNS[1]

150 300gAPI


0 150gAPI

TIME_1900 - Time Marked every 60.00 (s)

CableTension(TENS)

5000 0lbf

IHV - Integrated Hole Volume every 10.00 (ft3)

ICV - Integrated Cement Volume every 10.00 (ft3)



Standard Resolution Formation PhotoelectricFactor (PEFZ) HDRS[1]

0 10Density Standoff Correction (HDRA) HDRS[1]

-0.25 0.25g/cm3

Possible Perm

Synthetic Micro-NormalResistivity (SMNO)

HDRS[1]

0 40ohm.m

Synthetic Micro-InverseResistivity (SMIN)

HDRS[1]

0 40ohm.m

Crossover with DPHZ 1

Thermal Neutron Porosity (Ratio Method) in Selected Lithology (TNPH) HGNS[1]

0.3 -0.1ft3/ft3

Standard Resolution Density Porosity (DPHZ) HDRS[1]

0.3 -0.1ft3/ft3

30

40

60

70

80

90

50

110

120

130

140

160

170

180

190

210

220

230

240

260

270

280

290

310

100

150

200

250

300

GR_CAL

TENS

320

330

340

360

370

380

390

410

420

430

440

460

470

480

490

510

520

530

350

400

450

500

CALI

GR_CAL

GR_CAL

TENS

PEFZ

HDRASMNO

SMINDPHZ

540

560

570

580

590

610

620

630

640

660

670

680

690

710

720

730

740

550

600

650

700

750

CALI

GR_CAL

GR_CAL

TENS

PEFZ

HDRASMNO

SMIN

TNPH

DPHZ

760

770

780

790

810

820

830

840

860

870

880

890

910

920

930

940

960

970

800

850

900

950

CALI

GR_CAL

GR_CAL

TENS

PEFZ

HDRASMNO

SMIN

TNPH

DPHZ

980

990

1010

1020

1030

1040

1060

1070

1080

1090

1110

1120

1130

1140

1160

1170

1180

1190

1000

1050

1100

1150

CALI

GR_CAL

GR_CAL

PEFZ SMINDPHZ

1210

1220

1230

1240

1260

1270

1280

1290

1310

1320

1330

1340

1360

1370

1380

1390

1410

1200

1250

1300

1350

1400

CALI

GR_CAL

GR_CAL

TENS HDRASMNOTNPH

1420

1430

1440

1460

1470

1480

1490

1510

1520

1530

1540

1560

1570

1580

1590

1610

1620

1630

1450

1500

1550

1600

TENS

PEFZ

HDRASMNO

SMIN

TNPH

DPHZ

1640

1660

1670

1680

1690

1710

1720

1730

1740

1760

1770

1780

1790

1810

1820

1830

1840

1650

1700

1750

1800

1850

CALI

GR_CAL

GR_CAL

TENS

PEFZ

HDRA

SMIN

TNPH

DPHZ

1860

1870

1880

1890

1910

1920

1930

1940

1960

1970

1980

1990

2010

2020

2030

2040

2060

2070

1900

1950

2000

2050

CALI

GR_CAL

GR_CAL

TENS

PEFZ

HDRASMNO

SMIN

TNPH

DPHZ

2080

2090

2110

2120

2130

2140

2160

2170

2180

2190

2210

2220

2230

2240

2260

2270

2280

2290

2100

2150

2200

2250

CALI

GR_CAL

GR_CAL

TENS

PEFZ

HDRA SMNO

SMIN

TNPH

DPHZ

2310

2320

2330

2340

2360

2370

2380

2390

2410

2420

2430

2440

2460

2470

2480

2490

2510

2300

2350

2400

2450

2500

CALI

GR_CAL

GR_CAL

TENS

PEFZ

HDRASMNO

SMIN

TNPH

DPHZ

2520

2530

2540

2560

2570

2580

2590

2610

2620

2630

2640

2660

2670

2680

2690

2710

2720

2730

2550

2600

2650

2700

CALI

GR_CAL

GR_CAL

TENS

PEFZ

HDRASMNO

SMIN

TNPH

DPHZ

2740

2760

2770

2780

2790

2810

2820

2830

2840

2860

2870

2880

2890

2910

2920

2930

2940

2750

2800

2850

2900

2950

CALI

GR_CAL

GR_CAL

TENS

PEFZ

HDRASMNO

SMIN

TNPH

DPHZ

2960

2970

2980

2990

3010

3020

3030

3040

3060

3070

3080

3090

3110

3120

3130

3140

3160

3170

3000

3050

3100

3150

CALI

GR_CAL

GR_CAL

TENS

PEFZ

HDRASMNO

SMIN

TNPH

DPHZ

3180

3190

3210

3220

3230

3240

3260

3270

3280

3290

3310

3320

3330

3340

3360

3370

3380

3390

3200

3250

3300

3350

CALI

GR_CAL

GR_CAL

TENS

PEFZ

HDRA SMNOTNPH

DPHZ

3410

3420

3430

3440

3460

3470

3480

3490

3510

3520

3530

3540

3560

3570

3580

3590

3610

3400

3450

3500

3550

3600

CALI

GR_CAL

GR_CAL

TENS

PEFZ

HDRASMNO

SMIN

TNPH

DPHZ

3620

3630

3640

3660

3670

3680

3690

3710

3720

3730

3740

3760

3770

3780

3790

3810

3820

3830

3650

3700

3750

3800

CALI

GR_CAL

GR_CAL

PEFZ DPHZ

3840

3860

3870

3880

3890

3910

3920

3930

3940

3960

3970

3980

3990

4010

4020

4030

4040

3850

3900

3950

4000

4050CALI

GR_CAL

GR_CAL

TENS HDRA SMNOTNPH

4060

4070

4080

4090

4110

4120

4130

4140

4160

4170

4180

4190

4210

4220

4230

4240

4260

4270

4100

4150

4200

4250

TENS

PEFZ

HDRA SMNO

SMIN

TNPH

DPHZ

4280

4290

4310

4320

4330

4340

4300

4350

CALI

GR_CAL

GR_CAL

TENS

TD4338.00ft

PEFZ

HDRASMNO

SMINDPHZ

Description: HGNS standard resolution porosities for Platform Express Format: Log ( Dual Dens Porosity 5 inch MP ) Index Scale: 5 in per 100 ft Index Unit: ft Index Type: Measured Depth Creation Date: 01-Jul-2012 12:05:28

Gamma Ray Backup


6 16in


150 300gAPI


0 150gAPI


CableTension(TENS)

5000 0lbf






0 10

Density Standoff Correction (HDRA) HDRS[1]

-0.25 0.25g/cm3

Possible Perm

Synthetic Micro-NormalResistivity (SMNO)

HDRS[1]

0 40ohm.m

Synthetic Micro-InverseResistivity (SMIN)

HDRS[1]

0 40ohm.m


Thermal Neutron Porosity (Ratio Method) in Selected Lithology (TNPH) HGNS[1]

0.3 -0.1ft3/ft3

Standard Resolution Density Porosity (DPHZ) HDRS[1]

0.3 -0.1ft3/ft3

One: Parameters

Barite Mud Presence FlagBARI Borehole No

Borehole Status (Open or Cased Hole)BHS Borehole Open

( p ) p

Bit SizeBS COMPLETION 9.875 in

Borehole SalinityBSAL Borehole 13000 ppm

CALI Supplementary OffsetCALI_SHIFT HDRS-H:HRCC-H:HRCC-H 0.15 in

Casing Bottom (Logger)CBLO COMPLETION 314 ft

Casing Outer Diameter - Zoned along driller depthsCSODDRL COMPLETION 10.75 in

Depth Correction ModeDC_MODE DepthCorrection Real-time

Drilling Fluid DensityDFD Borehole 8.9 lbm/gal

Drilling Fluid TypeDFT Borehole Water

Drilling Fluid Water TypeDFT_WATER Borehole Fresh Water

Density Hole CorrectionDHC HDRS-H:HRMS-H:HRGD-H Bit Size

Future Casing (Outer) DiameterFCD COMPLETION 7.625 in

Fluid DensityFD Borehole 1 g/cm3

Formation SalinityFSAL Borehole 6126.75 ppm

Generalized Caliper Selection for WL Log Down PassesGCSE_DOWN_PASS Borehole BS

Generalized Caliper Selection for WL Log Up PassesGCSE_UP_PASS Borehole CALI

Generalized Mud Resistivity Selection, from Measured or Computed Mud Resistivity

GRSE Borehole AMF

Generalized Temperature Selection, from Measured or Computed Temperature

GTSE Borehole CTEM

Hole Size Correction OptionHSCO HGNS-H:HGNS-H:HGNS-H Yes

Rock Matrix for Neutron Porosity CorrectionsMATR Borehole LIMESTONE

Matrix Density for Density PorosityMDEN Borehole 2.71 g/cm3

Mud Filtrate Sample TemperatureMFST Borehole 81.1 degF

Resistivity of Mud Filtrate SampleRMFS Borehole 0.34 ohm.m

Standoff Correction OptionSOCO HGNS-H:HGNS-H:HGNS-H Yes

One: Parameters

HMCA Board TypeHMCA_BRD_TYPE HGNS-H:HGNS-H:HMCA-H 1

HRGD Board TypeHRGD_BRD_TYPE HDRS-H:HRMS-H:HRGD-H WITH_HET

Toolstring Maximum Logging SpeedMAX_LOG_SPEED 3600 ft/h

ICV Integrated Cement Volume GCSE_UP_PASS, FCD 95.64 ft3

IHV Integrated Hole Volume GCSE_UP_PASS 238.66 ft3

MaxWell 3.0.9609.0



EXP_APL-ADT-3.0.9609.1558

Borehole Ensemble provides common Borehole Parameters and ChannelsBorehole 3.0.9609.1919

Computation Ensemble for the HGNS Neutron environmental correctionsHENVIR 3.0.9609.0






Description: HGNS standard resolution porosities for Platform Express Format: Log ( Dual Dens Porosity 5 inch RP ) Index Scale: 5 in per 100 ft Index Unit: ft Index Type: Measured Depth Creation Date: 01-Jul-2012 12:05:32 Channel Source Sampling

CALI HDRS-H:HRCC-H:HRCC-H 1in

DPHZ HDRS-H:HRMS-H:HRGD-H 2in

HDRA HDRS-H:HRMS-H:HRGD-H 2in

ICV Borehole 6in

IHV Borehole 6in

PEFZ HDRS-H:HRMS-H:HRGD-H 2in

TENS WLWorkflow 1in


TNPH HGNS-H:HGNS-H:HGNS-H 6in

Gamma Ray Back-up

Caliper (CALI) HDRS-H

6 16in


CableTension(TENS)

10000 0lbf





Standard Resolution Formation PhotoelectricFactor (PEFZ) HDRS-H

0 10Density Standoff Correction (HDRA) HDRS-H

-0.25 0.25g/cm3



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

0.3 -0.1ft3/ft3

Standard Resolution Density Porosity (DPHZ) HDRS-H

0.3 -0.1ft3/ft3

3910

3920

3930

3940

3900

3950

3960

3970

3980

3990

4010

4020

4030

4040

4060

4070

4080

4090

4110

4120

4130

4140

4160

4170

4000

4050

4100

4150

CALI

TENS

PEFZ

HDRATNPH

DPHZ

4180

4190

4210

4220

4230

4240

4260

4270

4280

4290

4310

4320

4330

4340

4200

4250

4300

4350

FR CALI

CALI

FR TENS

TENS

TD4338.00ft

FR PEFZ

PEFZ

FR HDRAHDRA

FR TNPH

FR DPHZ

DPHZ

Gamma Ray Back-up


6 16in

CableTension(TENS)

10000 0lbf

Standard Resolution Formation PhotoelectricFactor (PEFZ) HDRS H

Density Standoff Correction (HDRA) HDRS-H




0.3 -0.1ft3/ft3


0.3 -0.1ft3/ft3

Description: HGNS standard resolution porosities for Platform Express Format: Log ( Dual Dens Porosity 5 inch RP ) Index Scale: 5 in per 100 ft Index Unit: ft Index Type: Measured Depth Creation Date: 01-Jul-2012 12:05:32






Factor (PEFZ) HDRS-H

0 10-0.25 0.25g/cm3


Borehole Status (Open or Cased Hole)BHS Borehole Open


Borehole SalinityBSAL Borehole 13000 ppm






Drilling Fluid Water TypeDFT_WATER Borehole Fresh Water


Future Casing (Outer) DiameterFCD COMPLETION 7.625 in

Fluid DensityFD Borehole 1 g/cm3

Formation SalinityFSAL Borehole 6126.75 ppm

Generalized Caliper Selection for WL Log Down PassesGCSE_DOWN_PASS Borehole BS

Generalized Caliper Selection for WL Log Up PassesGCSE_UP_PASS Borehole CALI

Generalized Mud Resistivity Selection, from Measured or Computed Mud Resistivity

GRSE Borehole AMF

Generalized Temperature Selection, from Measured or Computed Temperature

GTSE Borehole CTEM

Hole Size Correction OptionHSCO HGNS-H:HGNS-H:HGNS-H Yes

Rock Matrix for Neutron Porosity CorrectionsMATR Borehole LIMESTONE

Matrix Density for Density PorosityMDEN Borehole 2.71 g/cm3

Mud Filtrate Sample TemperatureMFST Borehole 81.1 degF

Resistivity of Mud Filtrate SampleRMFS Borehole 0.34 ohm.m

Standoff Correction OptionSOCO HGNS-H:HGNS-H:HGNS-H Yes

HMCA Board TypeHMCA_BRD_TYPE HGNS-H:HGNS-H:HMCA-H 1






Description: HGNS standard resolution porosities for Platform Express Format: Log ( Dual Dens Porosity 5 inch RA ) Index Scale: 5 in per 100 ft Index Unit: ft Index Type: Measured Depth Creation Date: 01-Jul-2012 12:05:33 Channel Source Sampling

ICV Borehole 6in

IHV Borehole 6in


Main To Repeat

Repeat To Main


6 16in

Main To Repeat

Repeat To Main

Gamma Ray (GR) HGNS-H

150 300gAPI


Main ToRepeat

Repeat ToMain

CableTension(TENS)

10000 0lbf





Main To Repeat

Repeat To Main


0 10

Main To Repeat

Repeat To Main


-0.25 0.25g/cm3

Main To Repeat

Repeat To Main


0.3 -0.1ft3/ft3

Main To Repeat

Repeat To Main


0.3 -0.1ft3/ft3

3910

3920

3930

3940

3960

3970

3900

3950

3980

3990

4010

4020

4030

4040

4060

4070

4080

4090

4110

4120

4130

4140

4160

4170

4180

4190

4000

4050

4100

4150

CALI TENS PEFZ HDRADPHZTNPH

4210

4220

4230

4240

4260

4270

4280

4290

4310

4320

4330

4340

4200

4250

4300

4350

CALI TENS

TD4338.00ft

PEFZ HDRADPHZ

Main To Repeat

Repeat To Main


6 16in

Main To Repeat

Repeat To Main

Gamma Ray (GR) HGNS-H

150 300gAPI

Main ToRepeat

Repeat ToMain

CableTension(TENS)

10000 0lbf

Main To Repeat

R t T M i

Main To Repeat

R t T M i

Main To Repeat

Repeat To Main


0.3 -0.1ft3/ft3

Main To Repeat

Repeat To Main


0.3 -0.1ft3/ft3

Description: HGNS standard resolution porosities for Platform Express Format: Log ( Dual Dens Porosity 5 inch RA ) Index Scale: 5 in per 100 ft Index Unit: ft Index Type: Measured Depth Creation Date: 01-Jul-2012 12:05:33






Repeat To Main


0 10

Repeat To Main


-0.25 0.25g/cm3

MaxWell 3.0.9609.0



EXP_APL-ADT-3.0.9609.1558

Synergy SV451EC version 8.10 Synergy SV451EC version 9.10WAFE-SEC

Synergy SV451EC version 8.10 Synergy SV451EC version 9.10WAFE-FEC

Synergy SV451EC version 42.19 Synergy SV451EC version 36.19WAFE-TMDI







Description: Nuclear standard resolution template for Platform Express Format: Log ( Bulk Density_5 Inch ) Index Scale: 5 in per 100 ft Index Unit: ft Index Type: Measured Depth Creation Date: 01-Jul-2012 12:05:35 Channel Source Sampling

CALI HDRS[1]:HRCC-H[1]:HRCC-H[1] 1in

GR_CAL HGNS[1]:HGNS-H[1]:HGNS-H[1] 6in

HDRA HDRS[1]:HRMS-H[1]:HRGD-H[1] 2in

PEFZ HDRS[1]:HRMS-H[1]:HRGD-H[1] 2in

RHOZ HDRS[1]:HRMS-H[1]:HRGD-H[1] 2in

TENS WLWorkflow 6in

St d d R l ti F ti Ph t l t i


CableTension(TENS)

5000 0lbf


6 16in


0 150gAPI


0 10Density Standoff Correction (HDRA) HDRS[1]

-0.25 0.25g/cm3

Standard Resolution Formation Density (RHOZ) HDRS[1]

2 3g/cm3

310

320

330

340

360

370

380

390

410

420

430

440

460

470

480

490

300

350

400

450

TENS

CALI

GR_CAL

PEFZ HDRARHOZ

510

520

530

540

560

570

580

590

610

620

630

640

660

670

680

690

710

500

550

600

650

700

TENS

CALI

GR_CAL

PEFZ HDRARHOZ

720

730

740

760

770

780

790

810

820

830

840

860

870

880

890

910

920

930

750

800

850

900

CALI

GR_CAL

940

960

970

980

990

1010

1020

1030

1040

1060

1070

1080

1090

1110

1120

1130

1140

950

1000

1050

1100

1150

TENS PEFZ HDRARHOZ

1160

1170

1180

1190

1210

1220

1230

1240

1260

1270

1280

1290

1310

1320

1330

1340

1360

1370

1200

1250

1300

1350

TENS

CALI

GR_CAL

PEFZ HDRARHOZ

1380

1390

1410

1420

1430

1440

1460

1470

1480

1490

1510

1520

1530

1540

1560

1570

1580

1590

1400

1450

1500

1550

TENS

CALI

GR_CAL

PEFZ HDRARHOZ

1610

1620

1630

1640

1660

1670

1680

1690

1710

1720

1730

1740

1760

1770

1780

1790

1810

1600

1650

1700

1750

1800

TENS

CALI

GR_CAL

PEFZ HDRARHOZ

1820

1830

1840

1860

1870

1880

1890

1910

1920

1930

1940

1960

1970

1980

1990

2010

2020

2030

1850

1900

1950

2000

TENS

CALI

GR_CAL

PEFZ HDRARHOZ

2040

2060

2070

2080

2090

2110

2120

2130

2140

2160

2170

2180

2190

2210

2220

2230

2240

2050

2100

2150

2200

2250

TENS

CALI

GR_CAL

PEFZ HDRARHOZ

2260

2270

2280

2290

2310

2320

2330

2340

2360

2370

2380

2390

2410

2420

2430

2440

2460

2470

2300

2350

2400

2450

TENS

CALI

GR_CAL

PEFZ HDRARHOZ

2480

2490

2510

2520

2530

2540

2560

2570

2580

2590

2610

2620

2630

2640

2660

2670

2680

2690

2500

2550

2600

2650

TENS

CALI

GR_CAL

PEFZ HDRARHOZ

2710

2720

2730

2740

2760

2770

2780

2790

2810

2820

2830

2840

2860

2870

2880

2890

2910

2700

2750

2800

2850

2900

TENS

CALI

GR_CAL

PEFZ HDRARHOZ

2920

2930

2940

2960

2970

2980

2990

3010

3020

3030

3040

3060

3070

3080

3090

3110

3120

3130

2950

3000

3050

3100

TENS

CALI

GR_CAL

PEFZ HDRARHOZ

3140

3160

3170

3180

3190

3210

3220

3230

3240

3260

3270

3280

3290

3310

3320

3330

3340

3150

3200

3250

3300

3350

TENS

CALI

GR_CAL

PEFZ HDRARHOZ

3360

3370

3380

3390

3410

3420

3430

3440

3460

3470

3480

3490

3510

3520

3530

3540

3560

3570

3400

3450

3500

3550

CALI

GR_CAL

3580

3590

3610

3620

3630

3640

3660

3670

3680

3690

3710

3720

3730

3740

3760

3770

3780

3790

3600

3650

3700

3750

TENS PEFZ HDRARHOZ

3810

3820

3830

3840

3860

3870

3880

3890

3910

3920

3930

3940

3960

3970

3980

3990

4010

3800

3850

3900

3950

4000

TENS

CALI

GR_CAL

PEFZ HDRARHOZ

4020

4030

4040

4060

4070

4080

4090

4110

4120

4130

4140

4160

4170

4180

4190

4210

4220

4230

4050

4100

4150

4200

TENS

CALI

GR_CAL

PEFZ HDRARHOZ

4240

4260

4270

4280

4290

4310

4320

4330

4340

4250

4300

4350

TENS

CALI

GR_CAL

PEFZ HDRARHOZ

Description: Nuclear standard resolution template for Platform Express Format: Log ( Bulk Density_5 Inch ) Index Scale: 5 in per 100 ft Index Unit: ft Index Type: Measured Depth Creation Date: 01-Jul-2012 12:05:35

CableTension(TENS)

5000 0lbf


6 16in


0 150gAPI


0 10

Density Standoff Correction (HDRA) HDRS[1]

-0.25 0.25g/cm3

Standard Resolution Formation Density (RHOZ) HDRS[1]

2 3g/cm3


One: Parameters

Z-Axis Acceleration Channel Enabled for Real-Time Depth Correction

AZ_ENABLE DepthCorrection No






Depth Correction Real-Time EnabledDC_RT_ENABLE DepthCorrection No




C l Lik F tiGCLF HDRS H HRMS H HRGD H N

Coal-Like FormationGCLF HDRS-H:HRMS-H:HRGD-H No

Gamma Ray MultiplierGR_MULTIPLIER HGNS-H:HGNS-H:HGNS-H 1

Switch for the correction of formation activation by the APSNAAC HDRS-H:HRMS-H:HRGD-H Off

HRDD Nuclear Processing ModeNPRM HDRS-H:HRMS-H:HRGD-H Standard Resolution

HRDD Nuclear Temperature Correction OptionNTCO HDRS-H:HRMS-H:HRGD-H On

One: Parameters



Nuclear Dead Time CorrectionNDTC HDRS-H:HRMS-H:HRGD-H On

Nuclear Pile-Up CorrectionNPUC HDRS-H:HRMS-H:HRGD-H Off

Temperature Source for the Density AlgorithmSTSO_HRDD HDRS-H:HRMS-H:HRGD-H HET data channel

Array Induction Sonde - M AMIS 229

AITM Rm/SP Bottom Nose AMRM

Master (EEPROM): 15:11:35 05-May-2012

Test Loop Gain - 0 Master 1.000 0.950 1.018 1.050

Test Loop Phase - 0 deg Master 0 -3.000 0.555 3.000
















Sonde Error Correction Real - 0 mS/m Master ----- -231.000 -89.643 119.000

Sonde Error Correction Quad - 0 Master ----- -2250.000 -1205.814 2250.000

Sonde Error Correction Real - 1 mS/m Master ----- 114.000 160.789 204.000

Sonde Error Correction Quad - 1 Master ----- -625.000 183.606 625.000











Sonde Error Correction Real - 7 mS/m Master ----- -5.000 -0.676 5.000



Coarse Gain Master 1.000 0.800 1.166 1.200

Fine Gain Master 1.000 0.800 1.177 1.200

Master (EEPROM): 15:11:35 05-May-2012 Before (Measured): After:

Thru Cal Mag - 0 V Master ----- 0.366 0.613 0.854

Before ----- 0.366 0.613 0.854

After ----- ----- ----- -----

Before-Master ----- ----- 0.000 -----

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

Thru Cal Phase - 0 deg Master ----- 137.000 -176.494 -103.000

Before ----- 137.000 -164.613 -103.000

After ----- ----- ----- -----

Before-Master ----- ----- 11.881 -----

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


Before ----- 0.762 1.257 1.778

After ----- ----- ----- -----

Before-Master ----- ----- 0.000 -----

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

Thru Cal Phase - 1 deg Master ----- 136.000 -177.562 -104.000

Before ----- 136.000 -165.685 -104.000

After ----- ----- ----- -----

Before-Master ----- ----- 11.877 -----

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


Before ----- 0.372 0.622 0.868

After ----- ----- ----- -----

Before-Master ----- ----- -0.001 -----

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

Thru Cal Phase - 2 deg Master ----- 132.000 178.884 -108.000

Before ----- 132.000 -169.243 -108.000

After ----- ----- ----- -----

Before-Master ----- ----- -348.127 -----

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


Before ----- 0.420 0.703 0.980

After ----- ----- ----- -----

Before-Master ----- ----- -0.001 -----

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


Before ----- 131.000 -170.005 -109.000

After ----- ----- ----- -----

Before-Master ----- ----- -348.127 -----

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


Before ----- 0.804 1.315 1.876

After ----- ----- ----- -----

Before-Master ----- ----- 0.000 -----

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


Before ----- 125.000 -176.134 -115.000

After ----- ----- ----- -----

Before-Master ----- ----- -348.140 -----

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


Before ----- 1.176 1.915 2.744

After ----- ----- ----- -----

Before-Master ----- ----- -0.001 -----

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


Before ----- 122.000 -177.784 -118.000

After ----- ----- ----- -----

After

Before-Master ----- ----- -348.144 -----

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


Before ----- 1.176 1.912 2.744

After ----- ----- ----- -----

Before-Master ----- ----- -0.001 -----

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


Before ----- 121.000 -177.746 -119.000

After ----- ----- ----- -----

Before-Master ----- ----- -348.149 -----

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


Before ----- 0.846 1.380 1.974

After ----- ----- ----- -----

Before-Master ----- ----- 0.001 -----

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


Before ----- 115.000 -178.590 -125.000

After ----- ----- ----- -----

Before-Master ----- ----- -348.212 -----

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

SPA Zero mV Master ----- -50.000 -0.075 50.000

Before ----- -50.000 -0.127 50.000

After ----- ----- ----- -----

Before-Master ----- ----- -0.052 -----

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

SPA Plus mV Master ----- 941.000 994.818 1040.000

Before ----- 941.000 994.673 1040.000

After ----- ----- ----- -----

Before-Master ----- ----- -0.145 -----

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

Temperature Zero V Master ----- -0.050 0.000 0.050

Before ----- -0.050 0.000 0.050

After ----- ----- ----- -----

Before-Master ----- ----- 0.000 -----

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

Temperature Plus V Master ----- 0.870 0.922 0.960

Before ----- 0.870 0.921 0.960

After ----- ----- ----- -----

Before-Master ----- ----- -0.001 -----

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

HILT High-Resolution Control Cartridge, 150 degC HRCC-H 3965

HILT Resistivity Gamma-Ray Density Device, 150 degC HRGD-H 4770

HRDD Backscatter Detector Backscatter 0

HRDD Long Spacing Detector Long Spacing 28941

HRDD Short Spacing Detector Short Spacing 27775

Cesium 137 Gamma-Ray Logging Source GSR-J 5370

HILT High-Resolution Control Cartridge, 150 degC HRCC-H 3965

HILT High-Resolution Mechanical Sonde, 150 degC HRMS-H 4723

Small Ring Size (Caliper Calibration Small Ring) 8.00

Large Ring Size (Caliper Calibration Large Ring) 12.00

Before (Measured): 07:38:32 01-Jul-2012

Small Ring in Before 8.00 6.00 7.56 10.00

Large Ring in Before 12.00 9.00 12.07 15.00

Master (EEPROM): 11:37:48 14-Jun-2012

Rho Aluminum g/cm3 Master 2.596 2.586 2.595 2.606

Rho Magnesium g/cm3 Master 1.686 1.676 1.687 1.696

Pe Aluminum Master 2.570 2.470 2.556 2.670

Pe Magnesium Master 2.650 2.550 2.637 2.750

Master (EEPROM): 11:37:48 14-Jun-2012

BS Average Deviation % Master 0 -0.6000 0.2451 0.6000

BS Max Deviation % Master 0 -1.6000 0.4376 1.6000

SS Average Deviation % Master 0 -1.0000 0.4468 1.0000

SS Max Deviation % Master 0 -2.5000 1.1100 2.5000

LS Average Deviation % Master 0 -1.5000 0.7852 1.5000

LS Max Deviation % Master 0 -3.5000 1.9053 3.5000

Master (EEPROM): 11:37:48 14-Jun-2012 Before (Measured): 07:38:23 01-Jul-2012

BS Window Ratio Master 1.0000 ----- 0.7395 -----

Before 0.7395 0.7025 0.7402 0.7765

Before-Master ----- ----- 0.0007 -----

BS Window Sum 1/s Master 1 ----- 29003 -----

Before 29003 27552 28980 30453

Before-Master ----- ----- -23 -----

SS Window Ratio Master 1.0000 ----- 0.4850 -----

Before 0.4850 0.4607 0.4837 0.5092

Before-Master ----- ----- -0.0013 -----

SS Window Sum 1/s Master 1 ----- 11456 -----

Before 11456 10883 11441 12029

Before-Master ----- ----- -15 -----

LS Window Ratio Master 1.0000 ----- 0.2985 -----

Before 0.2985 0.2836 0.3045 0.3134

Before-Master ----- ----- 0.0060 -----

LS Window Sum 1/s Master 1 ----- 1361 -----

Before 1361 1293 1361 1429

Before-Master ----- ----- 0 -----


BS PM High Voltage V Master ----- 1000 1480 2400

Before ----- 1000 1485 2400

Before-Master ----- -100 5 100

SS PM High Voltage V Master ----- 1000 1410 2400

Before ----- 1000 1407 2400

Before-Master ----- -100 -3 100

LS PM High Voltage V Master ----- 1000 1602 2400

Before ----- 1000 1599 2400

Before-Master ----- -100 -3 100


BS Crystal Resolution % Master ----- 5.00 10.85 25.00

Before ----- 5.00 10.84 25.00

Before-Master ----- -1.00 -0.01 1.00

SS Crystal Resolution % Master ----- 5.00 9.11 20.00

Before ----- 5.00 9.06 20.00

Before-Master ----- -1.00 -0.05 1.00

LS Crystal Resolution % Master ----- 5.00 8.94 20.00

Before ----- 5.00 8.85 20.00

Before-Master ----- -1.00 -0.09 1.00


Main Resistivity ohm.m Before 3875 3565 3831 4185

Deep Resistivity ohm.m Before 3830 3524 3791 4136

Shallow Resistivity ohm.m Before 3830 3524 3801 4136

HILT Gamma-Ray and Neutron Sonde, 150 degC HGNS-H 4759

HGNS Accelerometer, 150 degC HACCZ-H 2102

AmBe Neutron Logging Source NSR-F 5226

Water Temperature

Housing Size

JIG-BKG (Jig minus background reference) 165


AZ Vertical Measurement ft/s2 Before 32.2 31.5 32.8 32.8


Accelerometer Manufacturer Master ----- ----- QAT_160 -----

Accelerometer Reference Temperature degF Master ----- 30.2 77.0 122.0

Accelerometer Coefficients - 0 Master ----- ----- 519.600 -----


Accelerometer Coefficients - 2 Master ----- ----- -0.009 -----








Master (EEPROM): 16:36:16 01-May-2012 Before (Measured): After:

Near Zero Measurement 1/s Master 0 5.0 27.7 40.0

Before 0 5.0 28.4 40.0

After ----- ----- ----- -----

Before-Master ----- -4.2 0.7 4.2

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

Far Zero Measurement 1/s Master 0 5.0 28.1 40.0

Before 0 5.0 27.7 40.0

After ----- ----- ----- -----

Before-Master ----- -4.2 -0.4 4.2

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

Near Plus Measurement - 0 1/s Master 6031.0 4700.0 5233.0 6900.0

Before ----- ----- ----- -----

After ----- ----- ----- -----

Before-Master ----- ----- ----- -----

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

Far Plus Measurement - 0 1/s Master 2793.0 1900.0 2138.0 2900.0

Before ----- ----- ----- -----

After ----- ----- ----- -----

Before-Master ----- ----- ----- -----

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

Near Corrected Plus Measurement 0 1/s Master 4700 0 5170 0 6900 0

Near Corrected Plus Measurement - 0 1/s Master ----- 4700.0 5170.0 6900.0

Before ----- ----- ----- -----

After ----- ----- ----- -----

Before-Master ----- ----- ----- -----

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

Far Corrected Plus Measurement - 0 1/s Master ----- 1900.0 2086.0 2900.0

Before ----- ----- ----- -----

After ----- ----- ----- -----

Before-Master ----- ----- ----- -----

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

Before (Measured): After:

RGR Zero Measurement gAPI Before 30.0 0 24.9 120.0

After ----- ----- ----- -----

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

RGR Plus Measurement gAPI Before 185.4 157.1 167.8 206.3

After ----- ----- -----

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

GR Calibration Gain Before 0.89 0.80 0.98 1.05

After ----- ----- ----- -----

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

GPIT DHRU Sensor Block - F DHRU-F 0


GPIT-F Accelero X Model[0,0] Master ----- ----- -0.06520186 -----

GPIT-F Accelero X Model[0,1] Master ----- ----- 0.000675352 -----

GPIT-F Accelero X Model[1,0] Master ----- ----- -0.0006131698 -----

GPIT-F Accelero X Model[1,1] Master ----- ----- -9.612935E-08 -----

GPIT-F Accelero X Model[2,0] Master ----- ----- 1.514328E-05 -----

GPIT-F Accelero X Model[2,1] Master ----- ----- 5.712145E-10 -----



GPIT-F Accelero Y Model[0,0] Master ----- ----- 0.05210502 -----

GPIT-F Accelero Y Model[0,1] Master ----- ----- -0.0006859233 -----

GPIT-F Accelero Y Model[1,0] Master ----- ----- 0.0001154679 -----

GPIT-F Accelero Y Model[1,1] Master ----- ----- 9.234969E-08 -----

GPIT-F Accelero Y Model[2,0] Master ----- ----- -6.518238E-06 -----

GPIT-F Accelero Y Model[2,1] Master ----- ----- -5.111535E-10 -----



GPIT-F Accelero Z Model[0,0] Master ----- ----- 0.01391718 -----

GPIT-F Accelero Z Model[0,1] Master ----- ----- 0.0006439438 -----

GPIT-F Accelero Z Model[1,0] Master ----- ----- -0.0002379933 -----

GPIT-F Accelero Z Model[1,1] Master ----- ----- -1.002419E-07 -----

GPIT-F Accelero Z Model[2,0] Master ----- ----- 6.357586E-06 -----

GPIT-F Accelero Z Model[2,1] Master ----- ----- 7.233418E-10 -----




GPIT-F Accelero Axis Model[0,0] Master ----- ----- 0.0003513678 -----

GPIT-F Accelero Axis Model[0,1] Master ----- ----- -0.0003022868 -----


GPIT-F Accelero Axis Model[0,3] Master ----- ----- 0.003075516 -----

GPIT-F Accelero Axis Model[0,4] Master ----- ----- -5.465622E-05 -----


GPIT-F Accelero Axis Model[0,6] Master ----- ----- 0 -----



GPIT-F Accelero Axis Model[1,2] Master ----- ----- 8.280348E-07 -----


GPIT-F Accelero Axis Model[1,4] Master ----- ----- 2.221102E-06 -----


GPIT-F Accelero Axis Model[1,6] Master ----- ----- 0 -----


GPIT-F Magneto X Model[0,0] Master ----- ----- 26.92656 -----


GPIT-F Magneto X Model[1,0] Master ----- ----- -2.061889 -----



GPIT-F Magneto X Model[2,1] Master ----- ----- 4.033175E-06 -----


GPIT-F Magneto X Model[3,1] Master ----- ----- -1.247498E-08 -----

GPIT-F Magneto Y Model[0,0] Master ----- ----- -45.8747 -----



GPIT-F Magneto Y Model[1,1] Master ----- ----- 0.0005532397 -----

GPIT-F Magneto Y Model[2,0] Master ----- ----- 0.044249 -----

GPIT-F Magneto Y Model[2,1] Master ----- ----- -4.416749E-06 -----


GPIT-F Magneto Y Model[3,1] Master ----- ----- 1.3847E-08 -----

GPIT-F Magneto Z Model[0,0] Master ----- ----- -65.26407 -----

GPIT-F Magneto Z Model[0,1] Master ----- ----- 4.894859 -----



GPIT-F Magneto Z Model[2,0] Master ----- ----- 0.006300236 -----

GPIT-F Magneto Z Model[2,1] Master ----- ----- 6.364226E-06 -----

GPIT-F Magneto Z Model[3,0] Master ----- ----- -3.945231E-05 -----

GPIT-F Magneto Z Model[3,1] Master ----- ----- -2.145275E-08 -----


GPIT-F Magneto Axis Model[0,0] Master ----- ----- -0.004418057 -----

GPIT-F Magneto Axis Model[0,1] Master ----- ----- 0.006629823 -----





GPIT-F Magneto Axis Model[0,6] Master ----- ----- 0 -----

GPIT-F Magneto Axis Model[1,0] Master ----- ----- 4.557499E-06 -----

GPIT-F Magneto Axis Model[1,1] Master ----- ----- -1.89625E-05 -----





GPIT-F Magneto Axis Model[1,6] Master ----- ----- 0 -----


GPIT-F Electronic Coeff 1[0,0] Master ----- ----- -0.1781729 -----

GPIT-F Electronic Coeff 1[0,1] Master ----- ----- 250.0788 -----





GPIT-F Electronic Coeff 1[3,0] Master ----- ----- -9.40057E-06 -----

GPIT-F Electronic Coeff 1[3,1] Master ----- ----- 3.709562E-06 -----






















































Microlog Tool MLT-B 11

Small Ring Size (Caliper Calibration Small Ring) 8.000

Large Ring Size (Caliper Calibration Large Ring) 12.000

Micro Normal Plus Reference (Micro Normal Plus Reference) 6.72

Micro Inverse Plus Reference (Micro Inverse Plus Reference) 5

Before (Measured):

Caliper Small Ring Measurement in Before 8.000 4.000 6.239 12.000

Caliper Large Ring Measurement in Before 12.000 6.000 10.169 18.000

Caliper Gain Before ----- ----- 1.018 -----

Caliper Offset in Before ----- ----- 1.649 -----

Before (Measured): After:

Micro Normal Zero Measurement ohm.m Before 0 -2.000 0.000 2.000

After ----- ----- ----- -----

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

Micro Normal Plus Measurement ohm.m Before 6.720 2.720 6.516 10.720

After ----- ----- -----

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

Micro Normal Gain Before ----- ----- 1.031 -----

After ----- ----- -----

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

Micro Normal Offset ohm.m Before ----- ----- 0.000 -----

After ----- ----- -----

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

Micro Inverse Zero Measurement ohm.m Before 0 -2.000 0.000 2.000

After ----- ----- ----- -----

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

Micro Inverse Plus Measurement ohm.m Before 5.000 1.000 4.864 9.000

After ----- ----- -----

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

Micro Inverse Gain Before ----- ----- 1.028 -----

After ----- ----- -----

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

Micro Inverse Offset ohm.m Before ----- ----- 0.000 -----

After ----- ----- -----

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

Logging Equipment Head - QT, 3-3/8 inch 31 pin HPHT with Tension Sensor

LEH-QT 3077

Master:

HTEN Shop Gain Master 1.000 0.800 1.200

HTEN Shop Offset lbf Master 0 -1000.000 1000.000

Before:

RHTE Zero Measurement - 0 lbf Before ----- ----- ----- -----

RHTE Plus Measurement - 0 lbf Before ----- ----- ----- -----

HTEN Gain - 0 Before ----- ----- ----- -----

HTEN Offset - 0 lbf Before ----- ----- ----- -----

Company: Source Energy Midcon LLC

Well: Rusk 12-44 DU

Field: Rome

County: Sumner

State: Kansas

PLATFORM EXPRESS

COMPENSATED NEUTRON

LITHOLOGY DENSITY

rome rusk 12-44 du - kansas geological survey · 2012. 11. 9. · api serial no. section: township:...

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