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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
AR
RA
Y IN
DU
CT
ION
GA
MM
A R
AY
- SP
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. One Repeat Analysis
2. Disclaimer 10.1 Composite Summary
3. Contents 10.2 Log ( AIT 5 RA )
4. Remarks and Equipment Summary 11. Calibration Report
5. Depth Summary 12. Composite 1 Main Pass 1" = 100'
6. Survey Record 12.1 Integration Summary
7. Composite 1 Main Pass 2" = 100' 12.2 Software Version
7.1 Integration Summary 12.3 Composite Summary
7.2 Software Version 12.4 Log ( AIT Basic Log Two )
7.3 Composite Summary 12.5 Parameter Listing
7.4 Log ( AIT Basic Log Two ) 13. Tail
7.5 Parameter Listing
8. Composite 1 Main Pass 5" = 100'
8.1 Integration Summary
8.2 Software Version
8.3 Composite Summary
8.4 Log ( AIT 5 )
8.5 Parameter Listing
9. One Repeat Pass 5" = 100'
9.1 Integration Summary
9.2 Software Version
9.3 Composite Summary
9.4 Log ( AIT 5 )
9.5 Parameter Listing
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 .24
CNL 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:0
HRCC 24 .24
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
Backscatter:0GPV -Q
T LD Density 17 .94Caliper 18 .33MCFL 18 .81
A IT -M:229 1 6.00A MIS:229A MRM
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
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
HILT Gamma-Ray and Neutron Sonde, 150 degCHGNS-H 3.0.9609.1919 2.0
Array Induction Sonde - MAMIS 3.0.9609.1919 1
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
One Log[5]:Up Up 57.95 ft 650.60 ft 01-Jul-2012 11:01:49 AM 01-Jul-2012 11:18:36 AM 0.00 ft
All depths are referenced to toolstring zero
Description: AIT Basic Log Two Format: Log ( AIT Basic Log Two ) Index Scale: 2 in per 100 ft Index Unit: ft Index Type: Measured Depth Creation Date: 01-Jul-2012 12:03:25 Channel Source Sampling
AF20 AIT_SpliceGroup[1]:AMIS[1]:AMIS[1] 3in
AF60 AIT_SpliceGroup[1]:AMIS[1]:AMIS[1] 3in
AFCO60 AIT_SpliceGroup[1]:AMIS[1]:AMIS[1] 3in
GR_CAL HGNS[1]:HGNS-H[1]:HGNS-H[1] 6in
SP AIT_SpliceGroup[1]:AMIS[1]:AMIS[1] 6in
TIME_1900 WLWorkflow 0.1in
Spontaneous Potential(SP)
AIT_SpliceGroup[1]
-160 40mV
Calibrated Gamma Ray(GR_CAL) HGNS[1]
0 150gAPI
TIME_1900 - Time Marked every 60.00 (s)
Array Induction Four Foot Conductivity A60(AFCO60) AIT_SpliceGroup[1]
1000 0mS/m
Array Induction FourFoot Resistivity A60
(AF60)AIT_SpliceGroup[1]
0 50ohm.m
Array Induction FourFoot Resistivity A20
(AF20)AIT_SpliceGroup[1]
0 50ohm.m
250
300
350
400
450
500
550
600
650
700
750
800
850
900
950
1000
1050
SP
GR_CAL
AFCO60AF60
AF20
1100
1150
1200
1250
1300
1350
1400
1450
1500
1550
1600
SP
GR_CAL
AFCO60AF60
AF20
1650
1700
1750
1800
1850
1900
1950
2000
2050
2100
2150
SP
GR_CAL
AFCO60AF60
AF20
2200
2250
2300
2350
2400
2450
2500
2550
2600
2650
2700
SP
GR_CAL
AFCO60AF60
AF20
2750
2800
2850
2900
2950
3000
3050
3100
3150
3200
3250
SP
GR_CAL
AFCO60AF60
AF20
3300
3350
3400
3450
3500
3550
3600
3650
3700
3750
3800
SP
GR_CAL
AFCO60AF60
AF20
3850
3900
3950
4000
4050
4100
4150
4200
4250
4300
4350
SP
GR_CAL
AFCO60AF60
AF20
Description: AIT Basic Log Two Format: Log ( AIT Basic Log Two ) Index Scale: 2 in per 100 ft Index Unit: ft Index Type: Measured Depth Creation Date: 01-Jul-2012 12:03:25
Spontaneous Potential(SP)
AIT_SpliceGroup[1]
-160 40mV
Calibrated Gamma Ray(GR_CAL) HGNS[1]
0 150gAPI
TIME_1900 - Time Marked every 60.00 (s)
Array Induction Four Foot Conductivity A60(AFCO60) AIT_SpliceGroup[1]
1000 0mS/m
Array Induction FourFoot Resistivity A60
(AF60)AIT_SpliceGroup[1]
0 50ohm.m
Array Induction FourFoot Resistivity A20
(AF20)AIT_SpliceGroup[1]
0 50ohm.m
One: Parameters
Array Induction Borehole Correction ModeABHM AIT-M:AMIS:AMIS Compute Standoff
Array Induction Basic Logs ModeABLM AIT-M:AMIS:AMIS Normal
Array Induction Casing Detection EnableACDE AIT-M:AMIS:AMIS Yes
Array Induction Tool StandoffASTA AIT-M:AMIS:AMIS 1.125 in
Borehole Status (Open or Cased Hole)BHS Borehole Open
Bit SizeBS COMPLETION 9.875 in
CALI Supplementary OffsetCALI_SHIFT HDRS-H:HRCC-H:HRCC-H 0.15 in
Casing Bottom (Logger)CBLO COMPLETION 314 ft
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
SP ShiftSP_SHIFT AIT-M:AMIS:AMIS 89 mV
SP Drift Per FootSPDR AIT-M:AMIS:AMIS 0 mV/ft
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
p
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
Array Induction Sonde - MAMIS 3.0.9609.1919 1
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
One Log[5]:Up Up 57.95 ft 650.60 ft 01-Jul-2012 11:01:49 AM 01-Jul-2012 11:18:36 AM 0.00 ft
All depths are referenced to toolstring zero
Description: AIT Basic Log One Format: Log ( AIT 5 ) Index Scale: 5 in per 100 ft Index Unit: ft Index Type: Measured Depth Creation Date: 01-Jul-2012 12:03:34 Channel Source Sampling
AT10 AIT_SpliceGroup[1]:AMIS[1]:AMIS[1] 3in
AT20 AIT_SpliceGroup[1]:AMIS[1]:AMIS[1] 3in
AT30 AIT_SpliceGroup[1]:AMIS[1]:AMIS[1] 3in
AT60 AIT_SpliceGroup[1]:AMIS[1]:AMIS[1] 3in
AT90 AIT_SpliceGroup[1]:AMIS[1]:AMIS[1] 3in
CALI HDRS[1]:HRCC-H[1]:HRCC-H[1] 1in
GR_CAL HGNS[1]:HGNS-H[1]:HGNS-H[1] 6in
ICV Borehole 6in
IHV Borehole 6in
SP AIT_SpliceGroup[1]:AMIS[1]:AMIS[1] 6in
TENS WLWorkflow 6in
TIME_1900 WLWorkflow 0.1in
Gamma Ray Back-Up
Spontaneous Potential (SP) AIT_SpliceGroup[1]
-160 40mV
Caliper (CALI) HDRS[1]
6 16in
Calibrated Gamma Ray (GR_CAL) HGNS[1]
150 300gAPI
Calibrated Gamma Ray (GR_CAL) HGNS[1]
0 150gAPI
TIME_1900 - Time Marked every 60.00 (s)
IHV - Integrated Hole Volume every 10.00 (ft3)
IHV - Integrated Hole Volume every 100.00 (ft3)
ICV - Integrated Cement Volume every 10.00 (ft3)
ICV - Integrated Cement Volume every 100.00 (ft3)
Array Induction Two Foot Resistivity A10 (AT10) AIT_SpliceGroup[1]
0.2 2000ohm.m
Array Induction Two Foot Resistivity A20 (AT20) AIT_SpliceGroup[1]
0.2 2000ohm.m
Array Induction Two Foot Resistivity A30 (AT30) AIT_SpliceGroup[1]
0.2 2000ohm.m
Array Induction Two Foot Resistivity A60 (AT60) AIT_SpliceGroup[1]
0.2 2000ohm.m
Array Induction Two Foot Resistivity A90 (AT90) AIT_SpliceGroup[1]
0.2 2000ohm.m
Cable Tension (TENS)
5000 0lbf
30
40
60
70
80
90
110
120
130
140
160
170
180
190
210
220
230
240
50
100
150
200
250
GR_CAL
TENS
260
270
280
290
310
320
330
340
360
370
380
390
410
420
430
440
460
470
300
350
400
450
SP
CALI
GR_CAL
GR_CAL
AT10
AT20
AT30
AT60
AT90
TENS
480
490
510
520
530
540
560
570
580
590
610
620
630
640
660
670
680
690
500
550
600
650
GR_CAL
GR_CAL
AT30
AT60
AT90
710
720
730
740
760
770
780
790
810
820
830
840
860
870
880
890
910
700
750
800
850
900
SP
CALI
GR_CAL
AT10
AT20
AT30
TENS
920
930
940
960
970
980
990
1010
1020
1030
1040
1060
1070
1080
1090
1110
1120
1130
950
1000
1050
1100
SP
CALI
GR_CAL
AT10
AT20
AT30
AT60
AT90
TENS
1140
1160
1170
1180
1190
1210
1220
1230
1240
1260
1270
1280
1290
1310
1320
1330
1340
1150
1200
1250
1300
1350
SP
CALI
GR_CAL
GR_CAL
GR_CAL
AT10
AT20
AT30
AT60
AT90
TENS
1360
1370
1380
1390
1410
1420
1430
1440
1460
1470
1480
1490
1510
1520
1530
1540
1560
1570
1400
1450
1500
1550
SP
CALI
GR_CAL
AT10
AT20
AT30
AT60
AT90
TENS
1580
1590
1610
1620
1630
1640
1660
1670
1680
1690
1710
1720
1730
1740
1760
1770
1780
1790
1600
1650
1700
1750
SP
CALI
GR_CAL
GR_CAL
AT10
AT20
AT30
AT60
AT90
TENS
1810
1820
1830
1840
1860
1870
1880
1890
1910
1920
1930
1940
1960
1970
1980
1990
2010
1800
1850
1900
1950
2000
SP
CALI
GR_CAL
GR_CAL
AT10
AT20
AT30
AT60
AT90
TENS
2020
2030
2040
2060
2070
2080
2090
2110
2120
2130
2140
2160
2170
2180
2190
2210
2220
2230
2050
2100
2150
2200
SP
CALI
GR_CAL
GR_CAL
AT10
AT20
AT30
AT60
AT90
TENS
2240
2260
2270
2280
2290
2310
2320
2330
2340
2360
2370
2380
2390
2410
2420
2430
2440
2250
2300
2350
2400
2450
SP
CALI
GR_CAL
GR_CAL
AT10
AT20
AT30
AT60
AT90
TENS
2460
2470
2480
2490
2510
2520
2530
2540
2560
2570
2580
2590
2610
2620
2630
2640
2660
2670
2500
2550
2600
2650
SP
CALI
GR_CAL
GR_CAL
AT10
AT20
AT30
AT60
AT90
TENS
2680
2690
2710
2720
2730
2740
2760
2770
2780
2790
2810
2820
2830
2840
2860
2870
2880
2890
2700
2750
2800
2850
SP
CALI
GR_CAL
GR_CAL
AT10
AT20
AT30
AT60
AT90
TENS
2910
2920
2930
2940
2960
2970
2980
2990
3010
3020
3030
3040
3060
3070
3080
3090
3110
2900
2950
3000
3050
3100
SP
CALI
GR_CAL
GR_CAL
AT10
AT20
AT30
AT60
AT90
TENS
3120
3130
3140
3160
3170
3180
3190
3210
3220
3230
3240
3260
3270
3280
3290
3310
3320
3330
3150
3200
3250
3300
GR_CAL
GR_CAL
AT30
AT60
AT90
3340
3360
3370
3380
3390
3410
3420
3430
3440
3460
3470
3480
3490
3510
3520
3530
3540
3350
3400
3450
3500
3550
SP
CALI
GR_CAL
AT10
AT20
AT30
TENS
3560
3570
3580
3590
3610
3620
3630
3640
3660
3670
3680
3690
3710
3720
3730
3740
3760
3770
3600
3650
3700
3750
SP
CALI
GR_CAL
AT10
AT20
AT30
AT60
AT90
TENS
3780
3790
3810
3820
3830
3840
3860
3870
3880
3890
3910
3920
3930
3940
3960
3970
3980
3990
3800
3850
3900
3950
SP
CALI
GR_CAL
GR_CAL
AT10
AT20
AT30
AT60
AT90
TENS
4010
4020
4030
4040
4060
4070
4080
4090
4110
4120
4130
4140
4160
4170
4180
4190
4210
4000
4050
4100
4150
4200
SP
CALI
GR_CAL
GR_CAL
AT10
AT20
AT30
AT60
AT90
TENS
4220
4230
4240
4260
4270
4280
4290
4310
4320
4330
4340
4250
4300
4350
SP
CALI
GR_CAL
GR_CAL
AT10
AT20
AT30
AT60
AT90
TENS
Gamma Ray Back-Up
Spontaneous Potential (SP) AIT_SpliceGroup[1]
-160 40mV
Caliper (CALI) HDRS[1]
6 16in
Calibrated Gamma Ray (GR_CAL) HGNS[1]
150 300gAPI
Calibrated Gamma Ray (GR_CAL) HGNS[1]
0 150gAPI
TIME_1900 - Time Marked every 60.00 (s)
IHV - Integrated Hole Volume every 100.00 (ft3)
ICV - Integrated Cement Volume every 10.00 (ft3)
ICV - Integrated Cement Volume every 100.00 (ft3)
Array Induction Two Foot Resistivity A10 (AT10) AIT_SpliceGroup[1]
0.2 2000ohm.m
Array Induction Two Foot Resistivity A20 (AT20) AIT_SpliceGroup[1]
0.2 2000ohm.m
Array Induction Two Foot Resistivity A30 (AT30) AIT_SpliceGroup[1]
0.2 2000ohm.m
Array Induction Two Foot Resistivity A60 (AT60) AIT_SpliceGroup[1]
0.2 2000ohm.m
Array Induction Two Foot Resistivity A90 (AT90) AIT_SpliceGroup[1]
0.2 2000ohm.m
Cable Tension (TENS)
5000 0lbf
Description: AIT Basic Log One Format: Log ( AIT 5 ) Index Scale: 5 in per 100 ft Index Unit: ft Index Type: Measured Depth Creation Date: 01-Jul-2012 12:03:34
IHV - Integrated Hole Volume every 10.00 (ft3)
One: Parameters
Array Induction Borehole Correction ModeABHM AIT-M:AMIS:AMIS Compute Standoff
Array Induction Basic Logs ModeABLM AIT-M:AMIS:AMIS Normal
Array Induction Casing Detection EnableACDE AIT-M:AMIS:AMIS Yes
Array Induction Tool StandoffASTA AIT-M:AMIS:AMIS 1.125 in
Borehole Status (Open or Cased Hole)BHS Borehole Open
Bit SizeBS COMPLETION 9.875 in
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
Future Casing (Outer) DiameterFCD COMPLETION 7.625 in
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
SP ShiftSP_SHIFT AIT-M:AMIS:AMIS 89 mV
SP Drift Per FootSPDR AIT-M:AMIS:AMIS 0 mV/ft
One: Parameters
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
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
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
Array Induction Sonde - MAMIS 3.0.9609.1919 1
One Log[2]:Up Up 3842.63 ft 4354.41 ft 01-Jul-2012 9:17:41 AM 01-Jul-2012 9:29:56 AM 2.60 ft
All depths are referenced to toolstring zero
Description: AIT Basic Log One Format: Log ( AIT 5 ) Index Scale: 5 in per 100 ft Index Unit: ft Index Type: Measured Depth Creation Date: 01-Jul-2012 12:03:37 Channel Source Sampling
AT10 AIT-M:AMIS:AMIS 3in
AT20 AIT-M:AMIS:AMIS 3in
AT30 AIT-M:AMIS:AMIS 3in
AT60 AIT-M:AMIS:AMIS 3in
AT90 AIT-M:AMIS:AMIS 3in
CALI HDRS-H:HRCC-H:HRCC-H 1in
GR_CAL HGNS-H:HGNS-H:HGNS-H 6in
ICV Borehole 6in
IHV Borehole 6in
SP AIT-M:AMIS:AMIS 6in
TENS WLWorkflow 6in
TIME_1900 WLWorkflow 0.1in
Gamma Ray Back-Up
Spontaneous Potential (SP) AIT-M
-160 40mV
Caliper (CALI) HDRS-H
6 16in
Calibrated Gamma Ray (GR_CAL) HGNS-H
150 300gAPI
Calibrated Gamma Ray (GR_CAL) HGNS-H
0 150gAPI
TIME_1900 - Time Marked every 60.00 (s)
IHV - Integrated Hole Volume every 10.00 (ft3)
IHV - Integrated Hole Volume every 100.00 (ft3)
ICV - Integrated Cement Volume every 10.00 (ft3)
ICV - Integrated Cement Volume every 100.00 (ft3)
Array Induction Two Foot Resistivity A10 (AT10) AIT-M
0.2 2000ohm.m
Array Induction Two Foot Resistivity A20 (AT20) AIT-M
0.2 2000ohm.m
Array Induction Two Foot Resistivity A30 (AT30) AIT-M
0.2 2000ohm.m
Array Induction Two Foot Resistivity A60 (AT60) AIT-M
0.2 2000ohm.m
Array Induction Two Foot Resistivity A90 (AT90) AIT-M
0.2 2000ohm.m
Cable Tension (TENS)
5000 0lbf
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
SP
CALI
GR_CAL
GR_CAL
AT10
AT20
AT30
AT60
AT90
TENS
4180
4190
4210
4220
4230
4240
4260
4270
4280
4290
4310
4320
4330
4340
4200
4250
4300
4350
SP
CALI
GR_CAL
GR_CAL
AT10
AT20
AT30
AT60
AT90
TENS
Gamma Ray Back-Up
Spontaneous Potential (SP) AIT-M
-160 40mV
Caliper (CALI) HDRS-H
6 16in
Calibrated Gamma Ray (GR_CAL) HGNS-H
150 300gAPI
Calibrated Gamma Ray (GR CAL) HGNS H
Array Induction Two Foot Resistivity A10 (AT10) AIT-M
0.2 2000ohm.m
Array Induction Two Foot Resistivity A20 (AT20) AIT-M
0.2 2000ohm.m
Array Induction Two Foot Resistivity A30 (AT30) AIT-M
0.2 2000ohm.m
Array Induction Two Foot Resistivity A60 (AT60) AIT-M
0.2 2000ohm.m
Description: AIT Basic Log One Format: Log ( AIT 5 ) Index Scale: 5 in per 100 ft Index Unit: ft Index Type: Measured Depth Creation Date: 01-Jul-2012 12:03:37
Calibrated Gamma Ray (GR_CAL) HGNS-H
0 150gAPI
TIME_1900 - Time Marked every 60.00 (s)
IHV - Integrated Hole Volume every 10.00 (ft3)
IHV - Integrated Hole Volume every 100.00 (ft3)
ICV - Integrated Cement Volume every 10.00 (ft3)
ICV - Integrated Cement Volume every 100.00 (ft3)
Array Induction Two Foot Resistivity A90 (AT90) AIT-M
0.2 2000ohm.m
Cable Tension (TENS)
5000 0lbf
Array Induction Borehole Correction ModeABHM AIT-M:AMIS:AMIS Compute Standoff
Array Induction Basic Logs ModeABLM AIT-M:AMIS:AMIS Normal
Array Induction Casing Detection EnableACDE AIT-M:AMIS:AMIS Yes
Array Induction Tool StandoffASTA AIT-M:AMIS:AMIS 1.125 in
Borehole Status (Open or Cased Hole)BHS Borehole Open
Bit SizeBS COMPLETION 9.875 in
CALI Supplementary OffsetCALI_SHIFT HDRS-H:HRCC-H:HRCC-H 0.15 in
Casing Bottom (Logger)CBLO COMPLETION 314 ft
Future Casing (Outer) DiameterFCD COMPLETION 7.625 in
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
SP ShiftSP_SHIFT AIT-M:AMIS:AMIS 89 mV
SP Drift Per FootSPDR AIT-M:AMIS:AMIS 0 mV/ft
Toolstring Maximum Logging SpeedMAX_LOG_SPEED 3600 ft/h
One Log[2]:Up Up 3842.63 ft 4354.41 ft 01-Jul-2012 9:17:41 AM 01-Jul-2012 9:29:56 AM 2.60 ft
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: AIT Basic Log One Format: Log ( AIT 5 RA ) Index Scale: 5 in per 100 ft Index Unit: ft Index Type: Measured Depth Creation Date: 01-Jul-2012 12:03:38 Channel Source Sampling
ICV Borehole 6in
IHV Borehole 6in
TIME_1900 WLWorkflow 0.1in
IHV - Integrated Hole Volume every 10 00 (ft3)
Main To Repeat
Repeat To Main
Gamma Ray (GR) HGNS-H
0 150gAPI
Main To Repeat
Repeat To Main
Caliper (CALI) HDRS-H
6 16in
TIME_1900 - Time Marked every 60.00 (s)
IHV Integrated Hole Volume every 10.00 (ft3)
IHV - Integrated Hole Volume every 100.00 (ft3)
ICV - Integrated Cement Volume every 10.00 (ft3)
ICV - Integrated Cement Volume every 100.00 (ft3)
Main To Repeat
Repeat To Main
Array Induction One Foot Resistivity A90 (AO90) AIT-M
0.2 2000ohm.m
Main To Repeat
Repeat To Main
Array Induction One Foot Resistivity A10 (AO10) AIT-M
0.2 2000ohm.m
Main To Repeat
Repeat To Main
Array Induction One Foot Resistivity A60 (AO60) AIT-M
0.2 2000ohm.m
Main To Repeat
Repeat To Main
Array Induction One Foot Resistivity A30 (AO30) AIT-M
0.2 2000ohm.m
Main To Repeat
Repeat To Main
Array Induction One Foot Resistivity A20 (AO20) AIT-M
0.2 2000ohm.m
Main To Repeat
Repeat To Main
Cable Tension (TENS)
10000 0lbf
3910
3920
3930
3940
3900
3960
3970
3980
3990
4010
4020
4030
4040
4060
4070
4080
4090
4110
4120
4130
4140
4160
3950
4000
4050
4100
4150
GRCALI AO90AO10AO60AO30AO20 TENS
4170
4180
4190
4210
4220
4230
4240
4260
4270
4280
4290
4310
4320
4330
4340
4200
4250
4300
4350
GRCALI AO90AO10AO60AO30AO20 TENS
Main To Repeat
Repeat To Main
Gamma Ray (GR) HGNS-H
0 150gAPI
Main To Repeat
Main To Repeat
Repeat To Main
Array Induction One Foot Resistivity A90 (AO90) AIT-M
0.2 2000ohm.m
Main To Repeat
Description: AIT Basic Log One Format: Log ( AIT 5 RA ) Index Scale: 5 in per 100 ft Index Unit: ft Index Type: Measured Depth Creation Date: 01-Jul-2012 12:03:38
Repeat To Main
Caliper (CALI) HDRS-H
6 16in
TIME_1900 - Time Marked every 60.00 (s)
IHV - Integrated Hole Volume every 10.00 (ft3)
IHV - Integrated Hole Volume every 100.00 (ft3)
ICV - Integrated Cement Volume every 10.00 (ft3)
ICV - Integrated Cement Volume every 100.00 (ft3)
Repeat To Main
Array Induction One Foot Resistivity A10 (AO10) AIT-M
0.2 2000ohm.m
Main To Repeat
Repeat To Main
Array Induction One Foot Resistivity A60 (AO60) AIT-M
0.2 2000ohm.m
Main To Repeat
Repeat To Main
Array Induction One Foot Resistivity A30 (AO30) AIT-M
0.2 2000ohm.m
Main To Repeat
Repeat To Main
Array Induction One Foot Resistivity A20 (AO20) AIT-M
0.2 2000ohm.m
Main To Repeat
Repeat To Main
Cable Tension (TENS)
10000 0lbf
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
Test Loop Gain - 1 Master 1.000 0.950 1.014 1.050
Test Loop Phase - 1 deg Master 0 -3.000 0.593 3.000
Test Loop Gain - 2 Master 1.000 0.950 1.018 1.050
Test Loop Phase - 2 deg Master 0 -3.000 0.020 3.000
Test Loop Gain - 3 Master 1.000 0.950 1.014 1.050
Test Loop Phase - 3 deg Master 0 -3.000 0.056 3.000
Test Loop Gain 4 Master 1 000 0 950 0 995 1 050
Test Loop Gain - 4 Master 1.000 0.950 0.995 1.050
Test Loop Phase - 4 deg Master 0 -3.000 0.078 3.000
Test Loop Gain - 5 Master 1.000 0.950 0.992 1.050
Test Loop Phase - 5 deg Master 0 -3.000 1.072 3.000
Test Loop Gain - 6 Master 1.000 0.950 0.996 1.050
Test Loop Phase - 6 deg Master 0 -3.000 0.257 3.000
Test Loop Gain - 7 Master 1.000 0.950 1.008 1.050
Test Loop Phase - 7 deg Master 0 -3.000 0.263 3.000
Master (EEPROM): 15:11:35 05-May-2012
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 - 2 mS/m Master ----- 66.000 108.133 156.000
Sonde Error Correction Quad - 2 Master ----- -350.000 -137.337 350.000
Sonde Error Correction Real - 3 mS/m Master ----- 39.000 49.453 89.000
Sonde Error Correction Quad - 3 Master ----- -250.000 -16.995 250.000
Sonde Error Correction Real - 4 mS/m Master ----- 15.000 26.216 35.000
Sonde Error Correction Quad - 4 Master ----- -63.000 1.594 63.000
Sonde Error Correction Real - 5 mS/m Master ----- 4.000 12.908 24.000
Sonde Error Correction Quad - 5 Master ----- -50.000 -4.294 50.000
Sonde Error Correction Real - 6 mS/m Master ----- 5.000 9.625 15.000
Sonde Error Correction Quad - 6 Master ----- -30.000 5.777 30.000
Sonde Error Correction Real - 7 mS/m Master ----- -5.000 -0.676 5.000
Sonde Error Correction Quad - 7 Master ----- -30.000 -2.997 30.000
Master (EEPROM): 15:11:35 05-May-2012
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 ----- ----- ----- -----
Thru Cal Mag - 1 V Master ----- 0.762 1.257 1.778
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 ----- ----- ----- -----
Thru Cal Mag - 2 V Master ----- 0.372 0.623 0.868
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 ----- ----- ----- -----
Thru Cal Mag - 3 V Master ----- 0.420 0.704 0.980
Before ----- 0.420 0.703 0.980
After ----- ----- ----- -----
Before-Master ----- ----- -0.001 -----
After-Before ----- ----- ----- -----
Thru Cal Phase - 3 deg Master ----- 131.000 178.122 -109.000
Before ----- 131.000 -170.005 -109.000
After ----- ----- ----- -----
Before-Master ----- ----- -348.127 -----
After-Before ----- ----- ----- -----
Thru Cal Mag - 4 V Master ----- 0.804 1.315 1.876
Before ----- 0.804 1.315 1.876
After ----- ----- ----- -----
Before-Master ----- ----- 0.000 -----
After-Before ----- ----- ----- -----
Thru Cal Phase - 4 deg Master ----- 125.000 172.006 -115.000
Before ----- 125.000 -176.134 -115.000
After ----- ----- ----- -----
Before-Master ----- ----- -348.140 -----
After-Before ----- ----- ----- -----
Thru Cal Mag - 5 V Master ----- 1.176 1.916 2.744
Before ----- 1.176 1.915 2.744
After ----- ----- ----- -----
Before-Master ----- ----- -0.001 -----
After-Before ----- ----- ----- -----
Thru Cal Phase - 5 deg Master ----- 122.000 170.360 -118.000
Before ----- 122.000 -177.784 -118.000
After ----- ----- ----- -----
Before-Master ----- ----- -348.144 -----
After-Before ----- ----- ----- -----
Thru Cal Mag - 6 V Master ----- 1.176 1.913 2.744
Before ----- 1.176 1.912 2.744
After ----- ----- ----- -----
Before-Master ----- ----- -0.001 -----
After-Before ----- ----- ----- -----
Thru Cal Phase - 6 deg Master ----- 121.000 170.403 -119.000
Before ----- 121.000 -177.746 -119.000
After ----- ----- ----- -----
Before-Master ----- ----- -348.149 -----
After-Before ----- ----- ----- -----
Thru Cal Mag - 7 V Master ----- 0.846 1.379 1.974
Before ----- 0.846 1.380 1.974
After ----- ----- ----- -----
Before-Master ----- ----- 0.001 -----
After-Before ----- ----- ----- -----
Thru Cal Phase - 7 deg Master ----- 115.000 169.622 -125.000
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 1361 1293 1361 1429
Before-Master ----- ----- 0 -----
Master (EEPROM): 11:37:48 14-Jun-2012 Before (Measured): 07:38:23 01-Jul-2012
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
Master (EEPROM): 11:37:48 14-Jun-2012 Before (Measured): 07:38:23 01-Jul-2012
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
Before (Measured): 07:34:46 01-Jul-2012
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
Before (Measured): 08:37:36 01-Jul-2012
AZ Vertical Measurement ft/s2 Before 32.2 31.5 32.8 32.8
Master (EEPROM): 00:00:00 15-May-2006
Accelerometer Manufacturer Master ----- ----- QAT_160 -----
Accelerometer Reference Temperature degF Master ----- 30.2 77.0 122.0
Accelerometer Coefficients - 0 Master ----- ----- 519.600 -----
Accelerometer Coefficients - 1 Master ----- ----- 33.370 -----
Accelerometer Coefficients - 2 Master ----- ----- -0.009 -----
Accelerometer Coefficients - 3 Master ----- ----- 0.000 -----
Accelerometer Coefficients - 4 Master ----- ----- 2.719 -----
Accelerometer Coefficients - 5 Master ----- ----- 0.000 -----
Accelerometer Coefficients - 6 Master ----- ----- 0.000 -----
Accelerometer Coefficients 6 Master 0.000
Accelerometer Coefficients - 7 Master ----- ----- 0.000 -----
Accelerometer Coefficients - 8 Master ----- ----- 298.600 -----
Accelerometer Coefficients - 9 Master ----- ----- 0.997 -----
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
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
Master (EEPROM): 00:00:00 23-May-2007
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 X Model[3,0] Master ----- ----- -6.094048E-08 -----
GPIT F A l X M d l[3 1] M t 3 138383E 12
GPIT-F Accelero X Model[3,1] Master ----- ----- -3.138383E-12 -----
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 Y Model[3,0] Master ----- ----- 2.253236E-08 -----
GPIT-F Accelero Y Model[3,1] Master ----- ----- 3.013151E-12 -----
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 Z Model[3,0] Master ----- ----- -2.871651E-08 -----
GPIT-F Accelero Z Model[3,1] Master ----- ----- -3.711842E-12 -----
Master (EEPROM): 00:00:00 23-May-2007
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[0,2] Master ----- ----- -0.0004285045 -----
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[0,5] Master ----- ----- -0.002538488 -----
GPIT-F Accelero Axis Model[0,6] Master ----- ----- 0 -----
GPIT-F Accelero Axis Model[1,0] Master ----- ----- -1.496734E-07 -----
GPIT-F Accelero Axis Model[1,1] Master ----- ----- -6.315433E-06 -----
GPIT-F Accelero Axis Model[1,2] Master ----- ----- 8.280348E-07 -----
GPIT-F Accelero Axis Model[1,3] Master ----- ----- -4.16839E-06 -----
GPIT-F Accelero Axis Model[1,4] Master ----- ----- 2.221102E-06 -----
GPIT-F Accelero Axis Model[1,5] Master ----- ----- -7.451202E-07 -----
GPIT-F Accelero Axis Model[1,6] Master ----- ----- 0 -----
Master (EEPROM): 00:00:00 23-May-2007
GPIT-F Magneto X Model[0,0] Master ----- ----- 26.92656 -----
GPIT-F Magneto X Model[0,1] Master ----- ----- 4.880175 -----
GPIT-F Magneto X Model[1,0] Master ----- ----- -2.061889 -----
GPIT-F Magneto X Model[1,1] Master ----- ----- -0.0004949515 -----
GPIT-F Magneto X Model[2,0] Master ----- ----- 0.02390821 -----
GPIT-F Magneto X Model[2,1] Master ----- ----- 4.033175E-06 -----
GPIT-F Magneto X Model[3,0] Master ----- ----- -0.00012512 -----
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[0,1] Master ----- ----- -4.952594 -----
GPIT-F Magneto Y Model[1,0] Master ----- ----- -1.786735 -----
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[3,0] Master ----- ----- -0.0001748142 -----
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[1,0] Master ----- ----- -1.039983 -----
GPIT-F Magneto Z Model[1,1] Master ----- ----- -0.0006373863 -----
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 -----
Master (EEPROM): 00:00:00 23-May-2007
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[0,2] Master ----- ----- -0.001756015 -----
GPIT-F Magneto Axis Model[0,3] Master ----- ----- 0.005601955 -----
GPIT-F Magneto Axis Model[0,4] Master ----- ----- 0.002778016 -----
GPIT-F Magneto Axis Model[0,5] Master ----- ----- -0.004542477 -----
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[1,2] Master ----- ----- 1.006579E-05 -----
GPIT-F Magneto Axis Model[1,3] Master ----- ----- -1.232903E-06 -----
GPIT-F Magneto Axis Model[1,4] Master ----- ----- -2.239778E-06 -----
GPIT-F Magneto Axis Model[1,5] Master ----- ----- 2.237716E-06 -----
GPIT-F Magneto Axis Model[1,6] Master ----- ----- 0 -----
Master (EEPROM): 00:00:00 18-May-2007
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[1,0] Master ----- ----- -0.02852506 -----
GPIT-F Electronic Coeff 1[1,1] Master ----- ----- 0.02050912 -----
GPIT-F Electronic Coeff 1[2,0] Master ----- ----- 0.0009170125 -----
GPIT-F Electronic Coeff 1[2,1] Master ----- ----- -0.0004162126 -----
GPIT-F Electronic Coeff 1[3,0] Master ----- ----- -9.40057E-06 -----
GPIT-F Electronic Coeff 1[3,1] Master ----- ----- 3.709562E-06 -----
GPIT-F Electronic Coeff 1[4,0] Master ----- ----- 3.159152E-08 -----
GPIT-F Electronic Coeff 1[4,1] Master ----- ----- -1.154867E-08 -----
GPIT-F Electronic Coeff 2[0,0] Master ----- ----- -0.2194204 -----
GPIT-F Electronic Coeff 2[0,1] Master ----- ----- 249.9551 -----
GPIT-F Electronic Coeff 2[1,0] Master ----- ----- 0.005875901 -----
GPIT-F Electronic Coeff 2[1,1] Master ----- ----- 0.02307141 -----
GPIT-F Electronic Coeff 2[2,0] Master ----- ----- 0.000244787 -----
GPIT-F Electronic Coeff 2[2,1] Master ----- ----- -0.0003963299 -----
GPIT-F Electronic Coeff 2[3,0] Master ----- ----- -3.15967E-06 -----
GPIT-F Electronic Coeff 2[3,1] Master ----- ----- 3.23559E-06 -----
GPIT-F Electronic Coeff 2[4,0] Master ----- ----- 1.078289E-08 -----
GPIT-F Electronic Coeff 2[4,1] Master ----- ----- -9.783856E-09 -----
GPIT-F Electronic Coeff 3[0,0] Master ----- ----- -2.489313 -----
GPIT-F Electronic Coeff 3[0,1] Master ----- ----- 250.2106 -----
GPIT-F Electronic Coeff 3[1,0] Master ----- ----- -0.00818715 -----
GPIT-F Electronic Coeff 3[1,1] Master ----- ----- 0.01369928 -----
GPIT-F Electronic Coeff 3[2,0] Master ----- ----- 0.0005232173 -----
GPIT-F Electronic Coeff 3[2,1] Master ----- ----- -0.0002643134 -----
GPIT-F Electronic Coeff 3[3,0] Master ----- ----- -6.04207E-06 -----
GPIT-F Electronic Coeff 3[3,1] Master ----- ----- 2.538423E-06 -----
GPIT-F Electronic Coeff 3[4,0] Master ----- ----- 2.048748E-08 -----
GPIT-F Electronic Coeff 3[4,1] Master ----- ----- -8.548901E-09 -----
Master (EEPROM): 00:00:00 18-May-2007
GPIT-F Electronic Coeff 4[0,0] Master ----- ----- -0.3550956 -----
GPIT-F Electronic Coeff 4[0,1] Master ----- ----- 0.128049 -----
GPIT-F Electronic Coeff 4[1,0] Master ----- ----- 0.01202708 -----
GPIT-F Electronic Coeff 4[1,1] Master ----- ----- 9.996227E-06 -----
GPIT-F Electronic Coeff 4[2,0] Master ----- ----- -0.0001396749 -----
GPIT-F Electronic Coeff 4[2,1] Master ----- ----- -1.758866E-07 -----
GPIT-F Electronic Coeff 4[3,0] Master ----- ----- 1.641565E-06 -----
GPIT-F Electronic Coeff 4[3,1] Master ----- ----- 1.515733E-09 -----
GPIT-F Electronic Coeff 4[4,0] Master ----- ----- -5.109247E-09 -----
GPIT-F Electronic Coeff 4[4,1] Master ----- ----- -4.647319E-12 -----
GPIT-F Electronic Coeff 5[0,0] Master ----- ----- -0.3550956 -----
GPIT-F Electronic Coeff 5[0,1] Master ----- ----- 0.128049 -----
GPIT-F Electronic Coeff 5[1,0] Master ----- ----- 0.01202708 -----
GPIT-F Electronic Coeff 5[1,1] Master ----- ----- 9.996227E-06 -----
GPIT-F Electronic Coeff 5[2,0] Master ----- ----- -0.0001396749 -----
GPIT-F Electronic Coeff 5[2,1] Master ----- ----- -1.758866E-07 -----
GPIT-F Electronic Coeff 5[3,0] Master ----- ----- 1.641565E-06 -----
GPIT-F Electronic Coeff 5[3,1] Master ----- ----- 1.515733E-09 -----
GPIT-F Electronic Coeff 5[4,0] Master ----- ----- -5.109247E-09 -----
GPIT-F Electronic Coeff 5[4,1] Master ----- ----- -4.647319E-12 -----
GPIT-F Electronic Coeff 6[0,0] Master ----- ----- -0.3550956 -----
GPIT-F Electronic Coeff 6[0,1] Master ----- ----- 0.128049 -----
GPIT-F Electronic Coeff 6[1,0] Master ----- ----- 0.01202708 -----
GPIT-F Electronic Coeff 6[1,1] Master ----- ----- 9.996227E-06 -----
GPIT-F Electronic Coeff 6[2,0] Master ----- ----- -0.0001396749 -----
GPIT-F Electronic Coeff 6[2,1] Master ----- ----- -1.758866E-07 -----
GPIT-F Electronic Coeff 6[3,0] Master ----- ----- 1.641565E-06 -----
GPIT-F Electronic Coeff 6[3,1] Master ----- ----- 1.515733E-09 -----
GPIT-F Electronic Coeff 6[4,0] Master ----- ----- -5.109247E-09 -----
GPIT-F Electronic Coeff 6[4,1] Master ----- ----- -4.647319E-12 -----
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 ----- ----- ----- -----
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
HILT Gamma-Ray and Neutron Sonde, 150 degCHGNS-H 3.0.9609.1919 2.0
Array Induction Sonde - MAMIS 3.0.9609.1919 1
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
One Log[5]:Up Up 57.95 ft 650.60 ft 01-Jul-2012 11:01:49 AM 01-Jul-2012 11:18:36 AM 0.00 ft
All depths are referenced to toolstring zero
Description: AIT Basic Log Two Format: Log ( AIT Basic Log Two ) Index Scale: 1 in per 100 ft Index Unit: ft Index Type: Measured Depth Creation Date: 01-Jul-2012 12:03:59 Channel Source Sampling
AF20 AIT_SpliceGroup[1]:AMIS[1]:AMIS[1] 3in
AF60 AIT_SpliceGroup[1]:AMIS[1]:AMIS[1] 3in
AFCO60 AIT_SpliceGroup[1]:AMIS[1]:AMIS[1] 3in
GR_CAL HGNS[1]:HGNS-H[1]:HGNS-H[1] 6in
SP AIT_SpliceGroup[1]:AMIS[1]:AMIS[1] 6in
TIME_1900 WLWorkflow 0.1in
TIME_1900 - Time Marked every 60.00 (s)
Array Induction FourF t R i ti it A60
Spontaneous Potential(SP)
AIT_SpliceGroup[1]
-160 40mV
Calibrated Gamma Ray(GR_CAL) HGNS[1]
0 150gAPI
Array Induction Four Foot Conductivity A60(AFCO60) AIT_SpliceGroup[1]
1000 0mS/m
Foot Resistivity A60(AF60)
AIT_SpliceGroup[1]
0 50ohm.m
Array Induction FourFoot Resistivity A20
(AF20)AIT_SpliceGroup[1]
0 50ohm.m
50
100
150
200
250
300
350
400
450
500
550
600
650
700
750
800
850
900
950
1000
1050
1100
1150
1200
1250
1300
1350
1400
1450
1500
1550
1600
1650
1700
1750
1800
1850
1900
1950
SP
GR_CAL
AFCO60AF60
AF20
2000
2050
2100
2150
2200
2250
2300
2350
2400
2450
2500
2550
2600
2650
2700
2750
2800
2850
2900
2950
3000
3050
SP
GR_CAL
AFCO60AF60
AF20
3100
3150
3200
3250
3300
3350
3400
3450
3500
3550
3600
3650
3700
3750
3800
3850
3900
3950
4000
4050
4100
4150
SP
GR_CAL
AFCO60AF60
AF20
4200
4250
4300
4350
Description: AIT Basic Log Two Format: Log ( AIT Basic Log Two ) Index Scale: 1 in per 100 ft Index Unit: ft Index Type: Measured Depth Creation Date: 01-Jul-2012 12:03:59
Spontaneous Potential(SP)
AIT_SpliceGroup[1]
-160 40mV
Calibrated Gamma Ray(GR_CAL) HGNS[1]
0 150gAPI
TIME_1900 - Time Marked every 60.00 (s)
Array Induction Four Foot Conductivity A60(AFCO60) AIT_SpliceGroup[1]
1000 0mS/m
Array Induction FourFoot Resistivity A60
(AF60)AIT_SpliceGroup[1]
0 50ohm.m
Array Induction FourFoot Resistivity A20
(AF20)AIT_SpliceGroup[1]
0 50ohm.m
One: Parameters
Array Induction Borehole Correction ModeABHM AIT-M:AMIS:AMIS Compute Standoff
Array Induction Basic Logs ModeABLM AIT-M:AMIS:AMIS Normal
Array Induction Casing Detection EnableACDE AIT-M:AMIS:AMIS Yes
Array Induction Tool StandoffASTA AIT-M:AMIS:AMIS 1.125 in
Borehole Status (Open or Cased Hole)BHS Borehole Open
Bit SizeBS COMPLETION 9.875 in
CALI Supplementary OffsetCALI_SHIFT HDRS-H:HRCC-H:HRCC-H 0.15 in
Casing Bottom (Logger)CBLO COMPLETION 314 ft
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
SP ShiftSP_SHIFT AIT-M:AMIS:AMIS 89 mV
SP Drift Per FootSPDR AIT-M:AMIS:AMIS 0 mV/ft
Company: Source Energy Midcon LLC
Well: Rusk 12-44 DU
Field: Rome
County: Sumner
State: Kansas
PLATFORM EXPRESS
ARRAY INDUCTION
GAMMA RAY - SP
