Company: TETUAN RESOURCES / WINN EXPLORATION
Company:
Field:
WILDCAT
Location:
SHL 294’ FSL & 1631’ FEL
Well:
MARYS RIVER 34−26
Well:
Field:
County:
ELKO
LOCATION
TETUAN RESOURCES / WINN EXPLORATION
MARY’S RIVER 34−26
WILDCAT
GROUND LEVEL
21.00 ft
Elev.:
G.L.
K.B.
5560.00 ft
5540.00 ft
5561.00 ft
@
@
@
@
@
Range
61E
above Perm. Datum
5540.00 ft
D.F.
ELKO
State: NEVADA
**PLATFORM EXPRESS**
COMPENSATED NEUTRON, LITHO DENSITY
INDUCTION RESISTIVITY, GR, SP
KELLY BUSHING
Elev.:
Permanent Datum:
KELLY BUSHING
SHL 294’ FSL & 1631’ FEL
Log Measured From:
@
Township
38N
Drilling Measured From:
API Serial No.
Section
2700705265
26
Logging Date
28−Jan−2012
Run Number
1
Depth Driller
4100 ft
Schlumberger Depth
4095 ft
Bottom Log Interval
4094 ft
Top Log Interval
606 ft
Casing Driller Size @ Depth
13.375 in
@
609 ft
606 ft
Casing Schlumberger
12.250 in
Bit Size
Type Fluid In Hole
WBM
Viscosity
9.1 lbm/gal
43 s
Density
Fluid Loss
6 cm3
PH
8.8
Source Of Sample
MUD PIT
RM @ Measured Temperature
1.103 ohm.m
@
67 degF
RMF @ Measured Temperature
0.938 ohm.m
@
67 degF
RMC @ Measured Temperature
1.544 ohm.m
@
67 degF
Source RMF
RMC
CALCULATED CALCULATED
RM @ MRT
RMF @ MRT
0.504 @ 154 0.429
@ 154
Maximum Recorded Temperatures
154 degF
Circulation Stopped
28−Jan−2012
7:30
Time
Logger On Bottom
Time
28−Jan−2012
14:24
Unit Number
2379
VERNAL
Location
CURTIS SCHAAF
Recorded By
Witnessed By
BILL EHNI
County:
MUD
MUD
Logging Date
Run Number
Depth Driller
Schlumberger Depth
Bottom Log Interval
Top Log Interval
Casing Driller Size @ Depth
Casing Schlumberger
Bit Size
Type Fluid In Hole
Viscosity
Density
Fluid Loss
PH
Source Of Sample
RM @ Measured Temperature
RMF @ Measured Temperature
RMC @ Measured Temperature
Source RMF
RMC
RM @ MRT
RMF @ MRT
Maximum Recorded Temperatures
Circulation Stopped
Time
Logger On Bottom
Time
Unit Number
Location
Recorded By
Witnessed By
Run 1
@
@
@
@
@
Run 2
@
Run
n3
@
@
@
@
@
Run 4
@
DEPTH SUMMARY LISTING
Date Created: 28−JAN−2012 14:55:38
Depth System Equipment
Depth Measuring Device
Type:
IDW−B
Serial Number:
Calibration Date:
Calibrator Serial Number:
Calibration Cable Type: 7−46P
Wheel Correction 1:
Wheel Correction 2:
Logging Cable
Tension Device
Type:
CMTD−B/A
Serial Number:
Calibration Date:
Calibrator Serial Number:
Number of Calibration Points: 0
Type:
Serial Number:
Length:
7−46ZV XS
20000 FT
Conveyance Method: Wireline
Rig Type:
LAND
Depth Control Parameters
Log Sequence:
First Log In the Well
Rig Up Length At Surface:
Rig Up Length At Bottom:
Rig Up Length Correction:
Stretch Correction:
Tool Zero Check At Surface:
0.00 FT
0.00 FT
0.00 FT
Depth Control Remarks
1.
2.
3.
4.
5.
6.
DISCLAIMER
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 OF 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.
OTHER SERVICES1
OS1:
FMI
OS2:
BHC
OS3:
MSCT
OS4:
OS5:
REMARKS: RUN NUMBER 1
TOOL RAN AS PER TOOL SKETCH
HGNS RAN ECCENTERED WITH BOWSPRING
AIT RAN ECCENTERED WITH 2 X 1.5" STANDOFFS
CORRECTIONS: HOLE SIZE AND STANDOFF
MATRIX TYPE: SANDSTONE, DENSITY 2.68 G/CC
OTHER SERVICES2
OS1:
OS2:
OS3:
OS4:
OS5:
REMARKS: RUN NUMBER 2
RIG: DHS #19
THANK YOU FOR CHOOSING SCHLUMBERGER!!
RUN 1
SERVICE ORDER #:
PROGRAM VERSION:
FLUID LEVEL:
LOGGED INTERVAL
RUN 2
BY8P−00009
19C0−187
START
SERVICE ORDER #:
PROGRAM VERSION:
FLUID LEVEL:
LOGGED INTERVAL
STOP
START
EQUIPMENT DESCRIPTION
RUN 1
SURFACE EQUIPMENT
GSR−U/Y
NCT−B
CNB−AB
NCS−VB
RUN 2
WITM (DTS)−A
DOWNHOLE EQUIPMENT
LEH−QT
43.6
LEH−QT
DTC−H
ECH−KC
DTCH0−A 9466
DTCH1−A 9466
HILTH−FTB
CTEM
TelStatus
ToolStatu
HGNS HTEM
HMCA
HGNS Gamm
HGNSD−H
HMCA−H
HGNH 2795
NLS−KL
NSR−F 5138
HACCZ−H 1614
HCNT−H
HGR
HRCC−H 4863
HGNS Neut
HRMS−H 3969
HGNS Neut
HRGD−H 3799
GLS−VJ 5234
MCFL Device−H
HILT Nucl. LS−H 28475
HILT Nucl. SS−H 42767HGNS sens
HILT Nucl. BS−H 42767
BOW−SPR
NPV−N
HRCC cart
MCFL
HILT cali
HRDD−LS
HRDD−SS
HRDD−BS
39.7
40.6
37.6
0
37.6
36.9
31.1
30.6
28.2
24.2
18.8
18.3
17.9
37.6
STOP
AIT−M
16.0
AMIS−A 266
AMRM−A
1.5 IN
Standoff
Induction
Temperatu
Power Sup
7.9
SP SENSOR
DF
HTEN HMAS HV
Accelerom
Mud Resis
Tension
0.1
0.0
1.5 IN
Standoff
TOOL ZERO
MAXIMUM STRING DIAMETER 6.88 IN
MEASUREMENTS RELATIVE TO TOOL ZERO
ALL LENGTHS IN FEET
MAIN PASS
1 INCH
MAXIS Field Log
Company: TETUAN RESOURCES / WINN EXPLORATION
Well: MARYS RIVER 34−26
Input DLIS Files
DEFAULT
AIT_TLD_MCFL_CNL_006LUP
FN:8
PRODUCER
28−Jan−2012 14:24
4101.0 FT
100.0 FT
Output DLIS Files
DEFAULT
AIT_TLD_MCFL_CNL_008PUP
FN:12
PRODUCER
28−Jan−2012 15:43
4102.5 FT
101.0 FT
RTB
AIT_TLD_MCFL_CNL_008PUP
FN:13
PRODUCER
28−Jan−2012 15:43
4102.5 FT
101.0 FT
Integrated Hole/Cement Volume Summary
Hole Volume = 3026.46 F3
Cement Volume = 1263.39 F3 (assuming 9.63 IN casing O.D.)
Computed from 4095.0 FT to
606.0 FT using data channel(s) HCAL
OP System Version: 19C0−187
AIT−M
DTC−H
19C0−187
19C0−187
HILTH−FTB
19C0−187
PIP SUMMARY
Integrated Hole Volume Minor Pip Every 10 F3
Integrated Hole Volume Major Pip Every 100 F3
Integrated Cement Volume Minor Pip Every 10 F3
Integrated Cement Volume Major Pip Every 100 F3
Time Mark Every 60 S
Std. Res. Invaded Zone Resistivity
(RXOZ)
0.2
(OHMM)
200
Perm
From HMIN to HMNO
8
HILT Caliper (HCAL)
(IN)
0
Gamma Ray (GR)
(GAPI)
−80
0
SP (SP)
(MV)
18
0.2
AIT 90 Inch Investigation (AT90)
(OHMM)
200
200
AIT 60 Inch Investigation (AT60)
0.2
(OHMM)
200
Alpha Processed Neutron Porosity
(NPOR)
0.6
(V/V)
0.1
20
AIT 30 Inch Investigation (AT30)
0.2
(OHMM)
200
Std. Res. Formation Density Correction
Pe (PEFZ)
(HDRA)
0
(−−−−)
10 −0.25 (G/C3) 0.25
Computed Micro Inverse (HMIN)
40
(OHMM)
Computed Micro Normal (HMNO)
0
40
(OHMM)
0.2
AIT 20 Inch Investigation (AT20)
(OHMM)
200
Gas
From DPHZ to NPOR
Tension
Std. Res. Density Porosity (DPHZ)
AIT 10 Inch Investigation (AT10)
(TENS)
0.2
(OHMM)
200 0.6
(V/V)
0.1
(LBF)
10000
0
600
700
800
900
1000
1100
1200
1300
1400
1500
1600
1700
1800
1900
2000
2100
2200
2300
2400
2500
2600
2700
2800
2900
3000
3100
3200
3300
3400
3500
3600
3700
3800
3900
4000
FR_GR_1
FR_GR
FR_HMNO
FR_HMIN
FR_HCAL
FR_SP
FR_RXOZ
FR_AT10
FR_AT90
FR_AT60
FR_AT30
FR_AT20
4100
FR_NPOR
FR_PEFZ
FR_HDRA
FR_DPHZ
Tension
Computed Micro Normal (HMNO)
Std. Res. Density Porosity (DPHZ)
AIT 10 Inch Investigation (AT10)
(TENS)
(OHMM)
0
40
0.2
(OHMM)
200 0.6
(V/V)
0.1
(LBF)
10000
0
0
Computed Micro Inverse (HMIN)
40
(OHMM)
0.2
AIT 20 Inch Investigation (AT20)
(OHMM)
200
Gas
From DPHZ to NPOR
20
AIT 30 Inch Investigation (AT30)
0.2
(OHMM)
200
Std. Res. Formation Density Correction
Pe (PEFZ)
(HDRA)
0
(−−−−)
10 −0.25 (G/C3) 0.25
0
Gamma Ray (GR)
(GAPI)
200
AIT 60 Inch Investigation (AT60)
0.2
(OHMM)
200
Alpha Processed Neutron Porosity
(NPOR)
0.6
(V/V)
0.1
8
HILT Caliper (HCAL)
(IN)
18
−80
SP (SP)
(MV)
Perm
From HMIN to HMNO
0.2
AIT 90 Inch Investigation (AT90)
(OHMM)
200
Std. Res. Invaded Zone Resistivity
(RXOZ)
0.2
(OHMM)
200
PIP SUMMARY
Integrated Hole Volume Minor Pip Every 10 F3
Integrated Hole Volume Major Pip Every 100 F3
Integrated Cement Volume Minor Pip Every 10 F3
Integrated Cement Volume Major Pip Every 100 F3
Time Mark Every 60 S
Parameters
DLIS Name
Description
Value
AIT−M: Array Induction Tool − M
Array Induction Answer Product Level(Depth Log/View only)
3_BholeCorr_BasicLogs_RadialProcessing
ABHM
Array Induction Borehole Correction Mode
2_ComputeStandoff
ABHV
Array Induction Borehole Correction Code Version Number
900
ABLM
Array Induction Basic Logs Mode
6_One_Two_and_Four
ABLV
Array Induction Basic Logs Code Version Number
223
Yes
ACDE
Array Induction Casing Detection Enable
ACEN
Array Induction Tool Centering Flag (in Borehole)
Eccentered
602
ACSED
Array Induction Casing Shoe Estimated Depth
ADITM
Array Induction Desired Tool Mode
0x00_Log_000
AEBC
Array Induction Enable Borehole Correction
Yes
Yes
AEBL
Array Induction Enable Basic Logs
AERP
Array Induction Enable Radial Processing
Yes
Yes
AETP
Array Induction Enable Sonde Error Temp&Pres Corr
AFRSV
Array Induction Response Set Version for Four ft Resolution 41.70.24.20
AFVN
Array Induction Firmware Code Version Number
1
AIGS
Array Induction Select Akima Interpolation Gating
On
ALNV
Array Induction Log Not Valid Flag
Log_Valid−No_Default_Parameters
AMRD
Array Induction Mud Resistivity Calibration Depth
0
AMRF
Array Induction Mud Resistivity Factor
1
AORSV
Array Induction Response Set Version for One ft Resolution
41.70.24.20
701
ARFV
Array Induction Radial Profiling Code Version Number
6_One_Two_and_Four
ARPM
Array Induction Radial Processing Mode
ARPV
Array Induction Radial Parametrization Code Version Number
232
ARTS
AIT Rt Selection (for ALLRES computation)
AITM_TwoResA90
ASTA
Array Induction Tool Standoff
1.5
ATRSV
Array Induction Response Set Version for Two ft Resolution
41.70.24.20
ATSE
Array Induction Temperature Selection(Sonde Error Correction)
Internal
ATTY
Array Induction Tool Type (of acquired data)
AITM
AULV
Array Induction User Level Control
Normal
AZRSV
Array Induction Response Set Version for Z Resolution
00.10.25.00
BHS
Borehole Status
OPEN
200
BHT
Bottom Hole Temperature (used in calculations)
FEXP
Form Factor Exponent
2
FNUM
Form Factor Numerator
1
Form Factor Porosity Source
DPHZ
FPHI
GCSE
Generalized Caliper Selection
HCAL
GDEV
Average Angular Deviation of Borehole from Normal
0
GGRD
Geothermal Gradient
0.01
GRSE
Generalized Mud Resistivity Selection
AITM_RESIST
GTSE
Generalized Temperature Selection
HSTS_HTEM
ISSBAR
Barite Mud Switch
NOBARITE
SANDSTONE
MATR
Rock Matrix for Neutron Porosity Corrections
RTCO
RTCO − Rt Invasion Correction
YES
SHT
Surface Hole Temperature
40
SPNV
SP Next Value
0
HILTH−FTB: High resolution Integrated Logging Tool−DTS
BHFL
Borehole Fluid Type
WATER
BHFL_TLD
HILT Nuclear Mud Base
WATER
BHS
Borehole Status
OPEN
200
BHT
Bottom Hole Temperature (used in calculations)
BSCO
Borehole Salinity Correction Option
NO
CCCO
Casing & Cement Thickness Correction Option
NO
DHC
Density Hole Correction
BS
DPPM
Density Porosity Processing Mode
HIRS
EXSICL
External Shale Indicator Clean Value
20
EXSISH
External Shale Indicator Shale Value
150
FD
Fluid Density
1
FEXP
Form Factor Exponent
2
1
FNUM
Form Factor Numerator
FPHI
Form Factor Porosity Source
DPHZ
FSAL
Formation Salinity
−50000
NO
FSCO
Formation Salinity Correction Option
GCLF
Germany Coal−like Formation Option
NO
GCSE
Generalized Caliper Selection
HCAL
GDEV
Average Angular Deviation of Borehole from Normal
0
GGRD
Geothermal Gradient
0.01
GRSE
Generalized Mud Resistivity Selection
AITM_RESIST
GTSE
Generalized Temperature Selection
HSTS_HTEM
HACPP
Accelerometer PROM Presence
PRESENT_FILE
HART
Accelerometer Reference Temperature
77
HDCOD
HILT Density Coal detection
2
HDSAD
HILT Density Salt detection
2.1
HILT_GAS_DENSITY
HILT Gas Downhole Density
0
HILT_GAS_OPTION
HILT Gas Computation Option
OFF
HNCOD
HILT Neutron Coal detection
45
HNSAD
HILT Neutron Salt detection
5
5
HPHIECUT
HILT effective Porosity Cutoff
HSCO
Hole Size Correction Option
YES
HSIS
HILT Shale Indicator Selection
GR
AAPL
FT
FT
IN
DEGF
DEG
DF/F
DEGF
MV
DEGF
G/C3
PPM
DEG
DF/F
DEGF
G/C3
G/C3
G/C3
PU
PU
PU
HSSO
HRDD Nuclear Source Strength Option
NORMAL
HSWCUT
HILT Water Saturation from AITH cutoff
50
%
ISSBAR
Barite Mud Switch
NOBARITE
SANDSTONE
MATR
Rock Matrix for Neutron Porosity Corrections
MCCO
Mud Cake Correction Option
NO
MCOR
Mud Correction
NATU
2.68
G/C3
MDEN
Matrix Density
MHC0
MCFL B0 Contrast Correction Coefficient
2.2e−005
OHMS
3.2e−005
OHMS
MHC1
MCFL B1 Contrast Correction Coefficient
MHCC
MCFL High Contrast Correction Switch
NO
MPOF
MCFL Processing Operation Mode
ON
MWCO
Mud Weight Correction Option
NO
NAAC
HRDD APS Activation Correction
OFF
NMT
HILT Nuclear Mud Type
NOBARITE
NPRM
HRDD Processing Mode
StdRes
NSAR
HRDD Depth Sampling Rate
1
IN
NO_FILTER
PEA_FILTER
PEA Filter
NO_FILTER
PEFC_FILTER
PEFC Filter
PHIMAX
HILT max porosity
35
PU
PTCO
Pressure/Temperature Correction Option
NO
SDAT
Standoff Data Source
SOCN
SEXP_HILT
HILT Saturation Exponent
2
SHT
Surface Hole Temperature
40
DEGF
0.125
IN
SOCN
Standoff Distance
SOCO
Standoff Correction Option
YES
STI: Stuck Tool Indicator
LBFR
Trigger for MAXIS First Reading Label
TDL
STKT
STI Stuck Threshold
5
FT
4100.00
FT
TDD
Total Depth − Driller
TDL
Total Depth − Logger
4095.00
FT
HOLEV: Integrated Hole/Cement Volume
BHS
Borehole Status
OPEN
200
DEGF
BHT
Bottom Hole Temperature (used in calculations)
FCD
Future Casing (Outer) Diameter
9.625
IN
GCSE
Generalized Caliper Selection
HCAL
0
DEG
GDEV
Average Angular Deviation of Borehole from Normal
GGRD
Geothermal Gradient
0.01
DF/F
GRSE
Generalized Mud Resistivity Selection
AITM_RESIST
GTSE
Generalized Temperature Selection
HSTS_HTEM
HVCS
Integrated Hole Volume Caliper Selection
AUTOMATIC
ISSBAR
Barite Mud Switch
NOBARITE
SANDSTONE
MATR
Rock Matrix for Neutron Porosity Corrections
SHT
Surface Hole Temperature
40
DEGF
System and Miscellaneous
ALTDPCHAN
Name of alternate depth channel
SpeedCorrectedDepth
BS
Bit Size
12.250
IN
730.00
PPM
BSAL
Borehole Salinity
CSIZ
Current Casing Size
13.375
IN
CWEI
Casing Weight
68.00
LB/F
DFD
Drilling Fluid Density
9.10
LB/G
DO
Depth Offset for Playback
1.0
FT
−50000.00
FT
FLEV
Fluid Level
MST
Mud Sample Temperature
66.50
DEGF
PBVSADP
Use alternate depth channel for playback
NO
PP
Playback Processing
NORMAL
RMFS
Resistivity of Mud Filtrate Sample
0.9380
OHMM
RW
Resistivity of Connate Water
1.0000
OHMM
TD
Total Depth
4095
FT
TWS
Temperature of Connate Water Sample
100.00
DEGF
Format: TCOMBO_S1
Vertical Scale: 1" per 100’
Graphics File Created: 28−Jan−2012 15:43
OP System Version: 19C0−187
AIT−M
DTC−H
19C0−187
19C0−187
HILTH−FTB
19C0−187
Input DLIS Files
DEFAULT
AIT_TLD_MCFL_CNL_006LUP
FN:8
PRODUCER
28−Jan−2012 14:24
Output DLIS Files
DEFAULT
AIT_TLD_MCFL_CNL_008PUP
FN:12
PRODUCER
28−Jan−2012 15:43
RTB
AIT_TLD_MCFL_CNL_008PUP
FN:13
PRODUCER
28−Jan−2012 15:43
4101.0 FT
100.0 FT
MAIN PASS
2 INCH
MAXIS Field Log
Company: TETUAN RESOURCES / WINN EXPLORATION
Well: MARYS RIVER 34−26
Input DLIS Files
DEFAULT
AIT_TLD_MCFL_CNL_006LUP
FN:8
PRODUCER
28−Jan−2012 14:24
4101.0 FT
100.0 FT
Output DLIS Files
DEFAULT
AIT_TLD_MCFL_CNL_008PUP
FN:12
PRODUCER
28−Jan−2012 15:43
4102.5 FT
101.0 FT
RTB
AIT_TLD_MCFL_CNL_008PUP
FN:13
PRODUCER
28−Jan−2012 15:43
4102.5 FT
101.0 FT
Integrated Hole/Cement Volume Summary
Hole Volume = 3026.46 F3
Cement Volume = 1263.39 F3 (assuming 9.63 IN casing O.D.)
Computed from 4095.0 FT to
606.0 FT using data channel(s) HCAL
OP System Version: 19C0−187
AIT−M
DTC−H
19C0−187
19C0−187
HILTH−FTB
19C0−187
PIP SUMMARY
Integrated Hole Volume Minor Pip Every 10 F3
Integrated Hole Volume Major Pip Every 100 F3
Integrated Cement Volume Minor Pip Every 10 F3
Integrated Cement Volume Major Pip Every 100 F3
Time Mark Every 60 S
Std. Res. Invaded Zone Resistivity
(RXOZ)
0.2
(OHMM)
200
Perm
From HMIN to HMNO
8
HILT Caliper (HCAL)
(IN)
0
Gamma Ray (GR)
(GAPI)
−80
0
SP (SP)
(MV)
18
0.2
AIT 90 Inch Investigation (AT90)
(OHMM)
200
200
AIT 60 Inch Investigation (AT60)
0.2
(OHMM)
200
Alpha Processed Neutron Porosity
(NPOR)
0.6
(V/V)
0.1
20
AIT 30 Inch Investigation (AT30)
0.2
(OHMM)
200
Std. Res. Formation Density Correction
Pe (PEFZ)
(HDRA)
0
(−−−−)
10 −0.25 (G/C3) 0.25
Computed Micro Inverse (HMIN)
40
(OHMM)
Computed Micro Normal (HMNO)
0
40
(OHMM)
0.2
AIT 20 Inch Investigation (AT20)
(OHMM)
200
Gas
From DPHZ to NPOR
Tension
Std. Res. Density Porosity (DPHZ)
AIT 10 Inch Investigation (AT10)
(TENS)
0.2
(OHMM)
200 0.6
(V/V)
0.1
(LBF)
10000
0
600
700
800
900
1000
1100
1200
1300
1400
1500
1600
1700
1800
1900
2000
2100
2200
2300
2400
2500
2600
2700
2800
2900
3000
3100
3200
3300
3400
3500
3600
3700
3800
3900
4000
FR_GR_1
FR_GR
FR_HMNO
FR_HMIN
FR_NPOR
FR_RXOZ
FR_AT10
FR_AT90
FR_AT60
FR_AT30
FR_AT20
FR_HCAL
FR_SP
FR_PEFZ
FR_HDRA
FR_DPHZ
4100
Tension
Computed Micro Normal (HMNO)
Std. Res. Density Porosity (DPHZ)
AIT 10 Inch Investigation (AT10)
(TENS)
0
40
0.2
(OHMM)
200
(OHMM)
0.6
(V/V)
0.1
(LBF)
10000
0
0
Computed Micro Inverse (HMIN)
40
(OHMM)
0.2
AIT 20 Inch Investigation (AT20)
(OHMM)
200
Gas
From DPHZ to NPOR
20
AIT 30 Inch Investigation (AT30)
0.2
(OHMM)
200
Std. Res. Formation Density Correction
Pe (PEFZ)
(HDRA)
0
(−−−−)
10 −0.25 (G/C3) 0.25
0
Gamma Ray (GR)
(GAPI)
200
AIT 60 Inch Investigation (AT60)
0.2
(OHMM)
200
Alpha Processed Neutron Porosity
(NPOR)
0.6
(V/V)
0.1
8
HILT Caliper (HCAL)
(IN)
18
SP (SP)
(MV)
−80
0.2
AIT 90 Inch Investigation (AT90)
(OHMM)
200
Std. Res. Invaded Zone Resistivity
(RXOZ)
0.2
(OHMM)
200
Perm
From HMIN to HMNO
PIP SUMMARY
Integrated Hole Volume Minor Pip Every 10 F3
Integrated Hole Volume Major Pip Every 100 F3
Integrated Cement Volume Minor Pip Every 10 F3
Integrated Cement Volume Major Pip Every 100 F3
Time Mark Every 60 S
Parameters
DLIS Name
AAPL
ABHM
ABHV
ABLM
ABLV
ACDE
ACEN
ACSED
ADITM
AEBC
AEBL
AERP
AETP
AFRSV
AFVN
Description
Value
AIT−M: Array Induction Tool − M
Array Induction Answer Product Level(Depth Log/View only)
3_BholeCorr_BasicLogs_RadialProcessing
Array Induction Borehole Correction Mode
2_ComputeStandoff
Array Induction Borehole Correction Code Version Number
900
Array Induction Basic Logs Mode
6_One_Two_and_Four
Array Induction Basic Logs Code Version Number
223
Array Induction Casing Detection Enable
Yes
Array Induction Tool Centering Flag (in Borehole)
Eccentered
Array Induction Casing Shoe Estimated Depth
602
Array Induction Desired Tool Mode
0x00_Log_000
Array Induction Enable Borehole Correction
Yes
Array Induction Enable Basic Logs
Yes
Array Induction Enable Radial Processing
Yes
Array Induction Enable Sonde Error Temp&Pres Corr
Yes
Array Induction Response Set Version for Four ft Resolution 41.70.24.20
Array Induction Firmware Code Version Number
1
FT
AIGS
ALNV
AMRD
AMRF
AORSV
ARFV
ARPM
ARPV
ARTS
ASTA
ATRSV
ATSE
ATTY
AULV
AZRSV
BHS
BHT
FEXP
FNUM
FPHI
GCSE
GDEV
GGRD
GRSE
GTSE
ISSBAR
MATR
RTCO
SHT
SPNV
Array Induction Select Akima Interpolation Gating
On
Array Induction Log Not Valid Flag
Log_Valid−No_Default_Parameters
Array Induction Mud Resistivity Calibration Depth
0
1
Array Induction Mud Resistivity Factor
Array Induction Response Set Version for One ft Resolution
41.70.24.20
Array Induction Radial Profiling Code Version Number
701
6_One_Two_and_Four
Array Induction Radial Processing Mode
Array Induction Radial Parametrization Code Version Number
232
AIT Rt Selection (for ALLRES computation)
AITM_TwoResA90
Array Induction Tool Standoff
1.5
41.70.24.20
Array Induction Response Set Version for Two ft Resolution
Array Induction Temperature Selection(Sonde Error Correction)
Internal
Array Induction Tool Type (of acquired data)
AITM
Array Induction User Level Control
Normal
Array Induction Response Set Version for Z Resolution
00.10.25.00
Borehole Status
OPEN
Bottom Hole Temperature (used in calculations)
200
Form Factor Exponent
2
Form Factor Numerator
1
Form Factor Porosity Source
DPHZ
Generalized Caliper Selection
HCAL
Average Angular Deviation of Borehole from Normal
0
Geothermal Gradient
0.01
Generalized Mud Resistivity Selection
AITM_RESIST
Generalized Temperature Selection
HSTS_HTEM
Barite Mud Switch
NOBARITE
SANDSTONE
Rock Matrix for Neutron Porosity Corrections
YES
RTCO − Rt Invasion Correction
Surface Hole Temperature
40
SP Next Value
0
HILTH−FTB: High resolution Integrated Logging Tool−DTS
BHFL
Borehole Fluid Type
WATER
BHFL_TLD
HILT Nuclear Mud Base
WATER
BHS
Borehole Status
OPEN
200
BHT
Bottom Hole Temperature (used in calculations)
BSCO
Borehole Salinity Correction Option
NO
CCCO
Casing & Cement Thickness Correction Option
NO
DHC
Density Hole Correction
BS
DPPM
Density Porosity Processing Mode
HIRS
EXSICL
External Shale Indicator Clean Value
20
EXSISH
External Shale Indicator Shale Value
150
FD
Fluid Density
1
FEXP
Form Factor Exponent
2
FNUM
Form Factor Numerator
1
FPHI
Form Factor Porosity Source
DPHZ
FSAL
Formation Salinity
−50000
FSCO
Formation Salinity Correction Option
NO
NO
GCLF
Germany Coal−like Formation Option
GCSE
Generalized Caliper Selection
HCAL
0
GDEV
Average Angular Deviation of Borehole from Normal
GGRD
Geothermal Gradient
0.01
GRSE
Generalized Mud Resistivity Selection
AITM_RESIST
GTSE
Generalized Temperature Selection
HSTS_HTEM
HACPP
Accelerometer PROM Presence
PRESENT_FILE
HART
Accelerometer Reference Temperature
77
HDCOD
HILT Density Coal detection
2
HDSAD
HILT Density Salt detection
2.1
HILT_GAS_DENSITY
HILT Gas Downhole Density
0
HILT_GAS_OPTION
HILT Gas Computation Option
OFF
HNCOD
HILT Neutron Coal detection
45
HNSAD
HILT Neutron Salt detection
5
5
HPHIECUT
HILT effective Porosity Cutoff
HSCO
Hole Size Correction Option
YES
HSIS
HILT Shale Indicator Selection
GR
HSSO
HRDD Nuclear Source Strength Option
NORMAL
HSWCUT
HILT Water Saturation from AITH cutoff
50
ISSBAR
Barite Mud Switch
NOBARITE
MATR
Rock Matrix for Neutron Porosity Corrections
SANDSTONE
MCCO
Mud Cake Correction Option
NO
MCOR
Mud Correction
NATU
2.68
MDEN
Matrix Density
MHC0
MCFL B0 Contrast Correction Coefficient
2.2e−005
MHC1
MCFL B1 Contrast Correction Coefficient
3.2e−005
MHCC
MCFL High Contrast Correction Switch
NO
MPOF
MCFL Processing Operation Mode
ON
MWCO
Mud Weight Correction Option
NO
NAAC
HRDD APS Activation Correction
OFF
NMT
HILT Nuclear Mud Type
NOBARITE
NPRM
HRDD Processing Mode
StdRes
NSAR
HRDD Depth Sampling Rate
1
PEA_FILTER
PEA Filter
NO_FILTER
PEFC_FILTER
PEFC Filter
NO_FILTER
PHIMAX
HILT max porosity
35
PTCO
Pressure/Temperature Correction Option
NO
SDAT
Standoff Data Source
SOCN
FT
IN
DEGF
DEG
DF/F
DEGF
MV
DEGF
G/C3
PPM
DEG
DF/F
DEGF
G/C3
G/C3
G/C3
PU
PU
PU
%
G/C3
OHMS
OHMS
IN
PU
SEXP_HILT
HILT Saturation Exponent
2
SHT
Surface Hole Temperature
40
DEGF
SOCN
Standoff Distance
0.125
IN
SOCO
Standoff Correction Option
YES
STI: Stuck Tool Indicator
LBFR
Trigger for MAXIS First Reading Label
TDL
STKT
STI Stuck Threshold
5
FT
TDD
Total Depth − Driller
4100.00
FT
TDL
Total Depth − Logger
4095.00
FT
HOLEV: Integrated Hole/Cement Volume
BHS
Borehole Status
OPEN
BHT
Bottom Hole Temperature (used in calculations)
200
DEGF
FCD
Future Casing (Outer) Diameter
9.625
IN
GCSE
Generalized Caliper Selection
HCAL
0
DEG
GDEV
Average Angular Deviation of Borehole from Normal
0.01
DF/F
GGRD
Geothermal Gradient
GRSE
Generalized Mud Resistivity Selection
AITM_RESIST
GTSE
Generalized Temperature Selection
HSTS_HTEM
HVCS
Integrated Hole Volume Caliper Selection
AUTOMATIC
ISSBAR
Barite Mud Switch
NOBARITE
MATR
Rock Matrix for Neutron Porosity Corrections
SANDSTONE
SHT
Surface Hole Temperature
40
DEGF
System and Miscellaneous
ALTDPCHAN
Name of alternate depth channel
SpeedCorrectedDepth
BS
Bit Size
12.250
IN
730.00
PPM
BSAL
Borehole Salinity
CSIZ
Current Casing Size
13.375
IN
CWEI
Casing Weight
68.00
LB/F
9.10
LB/G
DFD
Drilling Fluid Density
DO
Depth Offset for Playback
1.0
FT
FLEV
Fluid Level
−50000.00
FT
MST
Mud Sample Temperature
66.50
DEGF
PBVSADP
Use alternate depth channel for playback
NO
PP
Playback Processing
NORMAL
RMFS
Resistivity of Mud Filtrate Sample
0.9380
OHMM
RW
Resistivity of Connate Water
1.0000
OHMM
TD
Total Depth
4095
FT
TWS
Temperature of Connate Water Sample
100.00
DEGF
Format: TCOMBO_S2
Vertical Scale: 2" per 100’
Graphics File Created: 28−Jan−2012 15:43
OP System Version: 19C0−187
AIT−M
DTC−H
19C0−187
19C0−187
HILTH−FTB
19C0−187
Input DLIS Files
DEFAULT
AIT_TLD_MCFL_CNL_006LUP
FN:8
PRODUCER
28−Jan−2012 14:24
4101.0 FT
100.0 FT
Output DLIS Files
DEFAULT
AIT_TLD_MCFL_CNL_008PUP
FN:12
PRODUCER
28−Jan−2012 15:43
RTB
AIT_TLD_MCFL_CNL_008PUP
FN:13
PRODUCER
28−Jan−2012 15:43
MAIN PASS
5 INCH
MAXIS Field Log
Company: TETUAN RESOURCES / WINN EXPLORATION
Well: MARYS RIVER 34−26
Input DLIS Files
DEFAULT
AIT_TLD_MCFL_CNL_006LUP
FN:8
PRODUCER
Output DLIS Files
28−Jan−2012 14:24
4101.0 FT
100.0 FT
DEFAULT
AIT_TLD_MCFL_CNL_008PUP
FN:12
PRODUCER
28−Jan−2012 15:43
4102.5 FT
101.0 FT
RTB
AIT_TLD_MCFL_CNL_008PUP
FN:13
PRODUCER
28−Jan−2012 15:43
4102.5 FT
101.0 FT
Integrated Hole/Cement Volume Summary
Hole Volume = 3026.46 F3
Cement Volume = 1263.39 F3 (assuming 9.63 IN casing O.D.)
Computed from 4095.0 FT to
606.0 FT using data channel(s) HCAL
OP System Version: 19C0−187
AIT−M
DTC−H
19C0−187
19C0−187
HILTH−FTB
19C0−187
PIP SUMMARY
Integrated Hole Volume Minor Pip Every 10 F3
Integrated Hole Volume Major Pip Every 100 F3
Integrated Cement Volume Minor Pip Every 10 F3
Integrated Cement Volume Major Pip Every 100 F3
Time Mark Every 60 S
Std. Res. Invaded Zone Resistivity
(RXOZ)
0.2
(OHMM)
200
Perm
From HMIN to HMNO
8
HILT Caliper (HCAL)
(IN)
0
Gamma Ray (GR)
(GAPI)
−80
0
SP (SP)
(MV)
18
0.2
AIT 90 Inch Investigation (AT90)
(OHMM)
200
200
AIT 60 Inch Investigation (AT60)
0.2
(OHMM)
200
Alpha Processed Neutron Porosity
(NPOR)
0.6
(V/V)
0.1
20
AIT 30 Inch Investigation (AT30)
0.2
(OHMM)
200
Std. Res. Formation Density Correction
Pe (PEFZ)
(HDRA)
0
(−−−−)
10 −0.25 (G/C3) 0.25
Computed Micro Inverse (HMIN)
40
(OHMM)
Computed Micro Normal (HMNO)
0
40
(OHMM)
0.2
AIT 20 Inch Investigation (AT20)
(OHMM)
200
Gas
From DPHZ to NPOR
Tension
Std. Res. Density Porosity (DPHZ)
AIT 10 Inch Investigation (AT10)
(TENS)
0.2
(OHMM)
200 0.6
(V/V)
0.1
(LBF)
10000
0
200
300
400
500
600
700
800
900
1000
1100
1200
1300
1400
1500
1600
1700
1800
1900
2000
2100
2200
2300
2400
2500
2600
2700
2800
2900
3000
3100
3200
3300
3400
3500
3600
3700
3800
3900
4000
FR_GR_1
FR_GR
FR_NPOR
FR_HMNO
FR_HMIN
FR_RXOZ
FR_HCAL
FR_PEFZ
FR_HDRA
FR_DPHZ
FR_AT10
FR_AT90
FR_AT60
FR_AT30
FR_AT20
FR_SP
4100
Computed Micro Normal (HMNO)
0
40
(OHMM)
0
−80
Computed Micro Inverse (HMIN)
40
(OHMM)
SP (SP)
(MV)
20
Tension
Std. Res. Density Porosity (DPHZ)
AIT 10 Inch Investigation (AT10)
(TENS)
0.2
(OHMM)
200 0.6
(V/V)
0.1
(LBF)
10000
0
0.2
AIT 20 Inch Investigation (AT20)
(OHMM)
200
AIT 30 Inch Investigation (AT30)
0.2
(OHMM)
200
Gas
From DPHZ to NPOR
Std. Res. Formation Density Correction
Pe (PEFZ)
(HDRA)
0
(−−−−)
10 −0.25 (G/C3) 0.25
0
Gamma Ray (GR)
(GAPI)
200
8
HILT Caliper (HCAL)
(IN)
18
AIT 60 Inch Investigation (AT60)
0.2
(OHMM)
200
0.2
Alpha Processed Neutron Porosity
(NPOR)
0.6
(V/V)
0.1
AIT 90 Inch Investigation (AT90)
(OHMM)
200
Std. Res. Invaded Zone Resistivity
(RXOZ)
0.2
(OHMM)
200
Perm
From HMIN to HMNO
PIP SUMMARY
Integrated Hole Volume Minor Pip Every 10 F3
Integrated Hole Volume Major Pip Every 100 F3
Integrated Cement Volume Minor Pip Every 10 F3
Integrated Cement Volume Major Pip Every 100 F3
Time Mark Every 60 S
Parameters
DLIS Name
Description
Value
AIT−M: Array Induction Tool − M
Array Induction Answer Product Level(Depth Log/View only)
3_BholeCorr_BasicLogs_RadialProcessing
ABHM
Array Induction Borehole Correction Mode
2_ComputeStandoff
ABHV
Array Induction Borehole Correction Code Version Number
900
ABLM
Array Induction Basic Logs Mode
6_One_Two_and_Four
ABLV
Array Induction Basic Logs Code Version Number
223
Yes
ACDE
Array Induction Casing Detection Enable
ACEN
Array Induction Tool Centering Flag (in Borehole)
Eccentered
ACSED
Array Induction Casing Shoe Estimated Depth
602
ADITM
Array Induction Desired Tool Mode
0x00_Log_000
AEBC
Array Induction Enable Borehole Correction
Yes
Yes
AEBL
Array Induction Enable Basic Logs
AERP
Array Induction Enable Radial Processing
Yes
Yes
AETP
Array Induction Enable Sonde Error Temp&Pres Corr
AFRSV
Array Induction Response Set Version for Four ft Resolution 41.70.24.20
AFVN
Array Induction Firmware Code Version Number
1
On
AIGS
Array Induction Select Akima Interpolation Gating
ALNV
Array Induction Log Not Valid Flag
Log_Valid−No_Default_Parameters
AMRD
Array Induction Mud Resistivity Calibration Depth
0
AMRF
Array Induction Mud Resistivity Factor
1
41.70.24.20
AORSV
Array Induction Response Set Version for One ft Resolution
ARFV
Array Induction Radial Profiling Code Version Number
701
ARPM
Array Induction Radial Processing Mode
6_One_Two_and_Four
ARPV
Array Induction Radial Parametrization Code Version Number
232
ARTS
AIT Rt Selection (for ALLRES computation)
AITM_TwoResA90
ASTA
Array Induction Tool Standoff
1.5
ATRSV
Array Induction Response Set Version for Two ft Resolution
41.70.24.20
Internal
ATSE
Array Induction Temperature Selection(Sonde Error Correction)
ATTY
Array Induction Tool Type (of acquired data)
AITM
AULV
Array Induction User Level Control
Normal
AZRSV
Array Induction Response Set Version for Z Resolution
00.10.25.00
BHS
Borehole Status
OPEN
BHT
Bottom Hole Temperature (used in calculations)
200
FEXP
Form Factor Exponent
2
1
FNUM
Form Factor Numerator
FPHI
Form Factor Porosity Source
DPHZ
GCSE
Generalized Caliper Selection
HCAL
GDEV
Average Angular Deviation of Borehole from Normal
0
GGRD
Geothermal Gradient
0.01
GRSE
Generalized Mud Resistivity Selection
AITM_RESIST
GTSE
Generalized Temperature Selection
HSTS_HTEM
ISSBAR
Barite Mud Switch
NOBARITE
MATR
Rock Matrix for Neutron Porosity Corrections
SANDSTONE
YES
RTCO
RTCO − Rt Invasion Correction
SHT
Surface Hole Temperature
40
SPNV
SP Next Value
0
HILTH−FTB: High resolution Integrated Logging Tool−DTS
BHFL
Borehole Fluid Type
WATER
BHFL_TLD
HILT Nuclear Mud Base
WATER
BHS
Borehole Status
OPEN
BHT
Bottom Hole Temperature (used in calculations)
200
BSCO
Borehole Salinity Correction Option
NO
CCCO
Casing & Cement Thickness Correction Option
NO
DHC
Density Hole Correction
BS
DPPM
Density Porosity Processing Mode
HIRS
EXSICL
External Shale Indicator Clean Value
20
EXSISH
External Shale Indicator Shale Value
150
FD
Fluid Density
1
AAPL
FT
FT
IN
DEGF
DEG
DF/F
DEGF
MV
DEGF
G/C3
FEXP
Form Factor Exponent
2
FNUM
Form Factor Numerator
1
FPHI
Form Factor Porosity Source
DPHZ
FSAL
Formation Salinity
−50000
PPM
NO
FSCO
Formation Salinity Correction Option
GCLF
Germany Coal−like Formation Option
NO
GCSE
Generalized Caliper Selection
HCAL
GDEV
Average Angular Deviation of Borehole from Normal
0
DEG
0.01
DF/F
GGRD
Geothermal Gradient
GRSE
Generalized Mud Resistivity Selection
AITM_RESIST
GTSE
Generalized Temperature Selection
HSTS_HTEM
HACPP
Accelerometer PROM Presence
PRESENT_FILE
HART
Accelerometer Reference Temperature
77
DEGF
HDCOD
HILT Density Coal detection
2
G/C3
HDSAD
HILT Density Salt detection
2.1
G/C3
HILT_GAS_DENSITY
HILT Gas Downhole Density
0
G/C3
HILT_GAS_OPTION
HILT Gas Computation Option
OFF
HNCOD
HILT Neutron Coal detection
45
PU
HNSAD
HILT Neutron Salt detection
5
PU
5
PU
HPHIECUT
HILT effective Porosity Cutoff
HSCO
Hole Size Correction Option
YES
HSIS
HILT Shale Indicator Selection
GR
HSSO
HRDD Nuclear Source Strength Option
NORMAL
HSWCUT
HILT Water Saturation from AITH cutoff
50
%
ISSBAR
Barite Mud Switch
NOBARITE
SANDSTONE
MATR
Rock Matrix for Neutron Porosity Corrections
MCCO
Mud Cake Correction Option
NO
MCOR
Mud Correction
NATU
MDEN
Matrix Density
2.68
G/C3
2.2e−005
OHMS
MHC0
MCFL B0 Contrast Correction Coefficient
3.2e−005
OHMS
MHC1
MCFL B1 Contrast Correction Coefficient
MHCC
MCFL High Contrast Correction Switch
NO
MPOF
MCFL Processing Operation Mode
ON
MWCO
Mud Weight Correction Option
NO
NAAC
HRDD APS Activation Correction
OFF
NMT
HILT Nuclear Mud Type
NOBARITE
NPRM
HRDD Processing Mode
StdRes
NSAR
HRDD Depth Sampling Rate
1
IN
PEA_FILTER
PEA Filter
NO_FILTER
PEFC_FILTER
PEFC Filter
NO_FILTER
35
PU
PHIMAX
HILT max porosity
PTCO
Pressure/Temperature Correction Option
NO
SDAT
Standoff Data Source
SOCN
SEXP_HILT
HILT Saturation Exponent
2
SHT
Surface Hole Temperature
40
DEGF
0.125
IN
SOCN
Standoff Distance
SOCO
Standoff Correction Option
YES
STI: Stuck Tool Indicator
LBFR
Trigger for MAXIS First Reading Label
TDL
STKT
STI Stuck Threshold
5
FT
TDD
Total Depth − Driller
4100.00
FT
TDL
Total Depth − Logger
4095.00
FT
HOLEV: Integrated Hole/Cement Volume
BHS
Borehole Status
OPEN
BHT
Bottom Hole Temperature (used in calculations)
200
DEGF
9.625
IN
FCD
Future Casing (Outer) Diameter
GCSE
Generalized Caliper Selection
HCAL
GDEV
Average Angular Deviation of Borehole from Normal
0
DEG
GGRD
Geothermal Gradient
0.01
DF/F
GRSE
Generalized Mud Resistivity Selection
AITM_RESIST
GTSE
Generalized Temperature Selection
HSTS_HTEM
HVCS
Integrated Hole Volume Caliper Selection
AUTOMATIC
ISSBAR
Barite Mud Switch
NOBARITE
MATR
Rock Matrix for Neutron Porosity Corrections
SANDSTONE
SHT
Surface Hole Temperature
40
DEGF
System and Miscellaneous
SpeedCorrectedDepth
ALTDPCHAN
Name of alternate depth channel
BS
Bit Size
12.250
IN
BSAL
Borehole Salinity
730.00
PPM
CSIZ
Current Casing Size
13.375
IN
CWEI
Casing Weight
68.00
LB/F
DFD
Drilling Fluid Density
9.10
LB/G
DO
Depth Offset for Playback
1.0
FT
FLEV
Fluid Level
−50000.00
FT
MST
Mud Sample Temperature
66.50
DEGF
PBVSADP
Use alternate depth channel for playback
NO
PP
Playback Processing
NORMAL
RMFS
Resistivity of Mud Filtrate Sample
0.9380
OHMM
RW
Resistivity of Connate Water
1.0000
OHMM
TD
Total Depth
4095
FT
TWS
Temperature of Connate Water Sample
100.00
DEGF
Format: TCOMBO_S5
Vertical Scale: 5" per 100’
Graphics File Created: 28−Jan−2012 15:43
OP System Version: 19C0−187
AIT−M
DTC−H
19C0−187
19C0−187
HILTH−FTB
19C0−187
Input DLIS Files
DEFAULT
AIT_TLD_MCFL_CNL_006LUP
FN:8
PRODUCER
28−Jan−2012 14:24
4101.0 FT
100.0 FT
Output DLIS Files
DEFAULT
AIT_TLD_MCFL_CNL_008PUP
FN:12
PRODUCER
28−Jan−2012 15:43
RTB
AIT_TLD_MCFL_CNL_008PUP
FN:13
PRODUCER
28−Jan−2012 15:43
REPEAT ANALYSIS
MAXIS Field Log
Company: TETUAN RESOURCES / WINN EXPLORATION
Well: MARYS RIVER 34−26
Input DLIS Files
DEFAULT
AIT_TLD_MCFL_CNL_008PUP
FN:12
PRODUCER
28−Jan−2012 15:48
4102.5 FT
101.0 FT
DEFAULT
AIT_TLD_MCFL_CNL_009LUP
FN:14
PRODUCER
28−Jan−2012 15:56
1002.0 FT
613.0 FT
Output DLIS Files
DEFAULT
AIT_TLD_MCFL_CNL_019PUP
FN:31
PRODUCER
28−Jan−2012 16:14
1003.5 FT
614.5 FT
RTB
AIT_TLD_MCFL_CNL_019PUP
FN:32
PRODUCER
28−Jan−2012 16:14
1003.5 FT
614.5 FT
Integrated Hole/Cement Volume Summary
Hole Volume = 354.84 F3
Cement Volume = 158.29 F3 (assuming 9.63 IN casing O.D.)
Computed from 1003.5 FT to
615.0 FT using data channel(s) HCAL
OP System Version: 19C0−187
AIT−M
DTC−H
19C0−187
19C0−187
HILTH−FTB
19C0−187
PIP SUMMARY
Integrated Hole Volume Minor Pip Every 10 F3
Integrated Hole Volume Major Pip Every 100 F3
Integrated Cement Volume Minor Pip Every 10 F3
Integrated Cement Volume Major Pip Every 100 F3
Time Mark Every 60 S
Perm
From HMIN to HMNO
−80
0
SP_REP Curve (SP_REP)
(MV)
20
0.2
RXOZ_REP Curve (RXOZ_REP)
(OHMM)
200
HMIN_REP Curve (HMIN_REP)
(OHMM)
40
0.2
AT90_REP Curve (AT90_REP)
(OHMM)
200
PEFZ_REP Curve
HDRA_REP Curve
0
HMNO_REP Curve (HMNO_REP)
(OHMM)
40
0.2
AT60_REP Curve (AT60_REP)
(OHMM)
200
8
HCAL_REP Curve (HCAL_REP)
(IN)
18
0.2
AT30_REP Curve (AT30_REP)
(OHMM)
200
0
GR_1_REP Curve (GR_REP)
(GAPI)
200
0.2
AT20_REP Curve (AT20_REP)
NPOR_REP Curve (NPOR_REP)
(OHMM)
200 0.6
(V/V)
0.1
0
GR_REP Curve (GR_REP)
(GAPI)
0
(PEFZ_REP)
(HDRA_REP)
(−−−−)
10 −0.25 (G/C3) 0.25
Gas
From DPHZ to NPOR
TENS_REP
Curve
AT10_REP Curve (AT10_REP)
DPHZ_REP Curve (DPHZ_REP)
(TENS_
200
REP)
0.2
(OHMM)
200 0.6
(V/V)
0.1
(LBF)
10000
0
700
800
900
1000
TENS_REP
0
Curve
DPHZ_REP Curve (DPHZ_REP)
AT10_REP Curve (AT10_REP)
(TENS_
200
REP)
0.2
(OHMM)
200 0.6
(V/V)
0.1
(LBF)
10000
0
GR_REP Curve (GR_REP)
(GAPI)
0
GR_1_REP Curve (GR_REP)
(GAPI)
200
0.2
NPOR_REP Curve (NPOR_REP)
AT20_REP Curve (AT20_REP)
(OHMM)
200 0.6
(V/V)
0.1
8
HCAL_REP Curve (HCAL_REP)
(IN)
18
0.2
AT30_REP Curve (AT30_REP)
(OHMM)
200
HMNO_REP Curve (HMNO_REP)
0
(OHMM)
40
AT60_REP Curve (AT60_REP)
0.2
(OHMM)
200
HMIN_REP Curve (HMIN_REP)
(OHMM)
40
AT90_REP Curve (AT90_REP)
0.2
(OHMM)
200
SP_REP Curve (SP_REP)
(MV)
20
0.2
0
−80
Gas
From DPHZ to NPOR
PEFZ_REP Curve HDRA_REP Curve
(PEFZ_REP)
(HDRA_REP)
0
(−−−−)
10 −0.25 (G/C3) 0.25
RXOZ_REP Curve (RXOZ_REP)
(OHMM)
200
Perm
From HMIN to HMNO
PIP SUMMARY
Integrated Hole Volume Minor Pip Every 10 F3
Integrated Hole Volume Major Pip Every 100 F3
Integrated Cement Volume Minor Pip Every 10 F3
Integrated Cement Volume Major Pip Every 100 F3
Time Mark Every 60 S
Parameters
DLIS Name
Description
Value
AIT−M: Array Induction Tool − M
Array Induction Answer Product Level(Depth Log/View only)
3_BholeCorr_BasicLogs_RadialProcessing
ABHM
Array Induction Borehole Correction Mode
2_ComputeStandoff
ABHV
Array Induction Borehole Correction Code Version Number
900
ABLM
Array Induction Basic Logs Mode
6_One_Two_and_Four
ABLV
Array Induction Basic Logs Code Version Number
223
ACDE
Array Induction Casing Detection Enable
Yes
ACEN
Array Induction Tool Centering Flag (in Borehole)
Eccentered
−50000
ACSED
Array Induction Casing Shoe Estimated Depth
ADITM
Array Induction Desired Tool Mode
0x00_Log_000
AEBC
Array Induction Enable Borehole Correction
Yes
AEBL
Array Induction Enable Basic Logs
Yes
Yes
AERP
Array Induction Enable Radial Processing
AETP
Array Induction Enable Sonde Error Temp&Pres Corr
Yes
AFRSV
Array Induction Response Set Version for Four ft Resolution 41.70.24.20
AFVN
Array Induction Firmware Code Version Number
1
AIGS
Array Induction Select Akima Interpolation Gating
On
ALNV
Array Induction Log Not Valid Flag
Log_Valid−No_Default_Parameters
AMRD
Array Induction Mud Resistivity Calibration Depth
0
1
AMRF
Array Induction Mud Resistivity Factor
AORSV
Array Induction Response Set Version for One ft Resolution
41.70.24.20
ARFV
Array Induction Radial Profiling Code Version Number
701
ARPM
Array Induction Radial Processing Mode
6_One_Two_and_Four
ARPV
Array Induction Radial Parametrization Code Version Number
232
ARTS
AIT Rt Selection (for ALLRES computation)
AITM_TwoResA90
ASTA
Array Induction Tool Standoff
1.5
ATRSV
Array Induction Response Set Version for Two ft Resolution
41.70.24.20
ATSE
Array Induction Temperature Selection(Sonde Error Correction)
Internal
ATTY
Array Induction Tool Type (of acquired data)
AITM
AULV
Array Induction User Level Control
Normal
AZRSV
Array Induction Response Set Version for Z Resolution
00.10.25.00
BHS
Borehole Status
OPEN
BHT
Bottom Hole Temperature (used in calculations)
151
FEXP
Form Factor Exponent
2
FNUM
Form Factor Numerator
1
FPHI
Form Factor Porosity Source
DPHZ
GCSE
Generalized Caliper Selection
HCAL
GDEV
Average Angular Deviation of Borehole from Normal
3
GGRD
Geothermal Gradient
0.01
GRSE
Generalized Mud Resistivity Selection
AITM_RESIST
AAPL
FT
FT
IN
DEGF
DEG
DF/F
GTSE
ISSBAR
MATR
RTCO
SHT
SPNV
Generalized Temperature Selection
Barite Mud Switch
Rock Matrix for Neutron Porosity Corrections
RTCO − Rt Invasion Correction
Surface Hole Temperature
SP Next Value
HILTH−FTB: High resolution Integrated Logging Tool−DTS
BHFL
Borehole Fluid Type
BHFL_TLD
HILT Nuclear Mud Base
BHS
Borehole Status
BHT
Bottom Hole Temperature (used in calculations)
BSCO
Borehole Salinity Correction Option
CCCO
Casing & Cement Thickness Correction Option
DHC
Density Hole Correction
DPPM
Density Porosity Processing Mode
EXSICL
External Shale Indicator Clean Value
EXSISH
External Shale Indicator Shale Value
FD
Fluid Density
FEXP
Form Factor Exponent
FNUM
Form Factor Numerator
FPHI
Form Factor Porosity Source
FSAL
Formation Salinity
FSCO
Formation Salinity Correction Option
GCLF
Germany Coal−like Formation Option
GCSE
Generalized Caliper Selection
GDEV
Average Angular Deviation of Borehole from Normal
GGRD
Geothermal Gradient
GRSE
Generalized Mud Resistivity Selection
GTSE
Generalized Temperature Selection
HACPP
Accelerometer PROM Presence
HART
Accelerometer Reference Temperature
HDCOD
HILT Density Coal detection
HDSAD
HILT Density Salt detection
HILT Gas Downhole Density
HILT_GAS_DENSITY
HILT_GAS_OPTION
HILT Gas Computation Option
HNCOD
HILT Neutron Coal detection
HNSAD
HILT Neutron Salt detection
HPHIECUT
HILT effective Porosity Cutoff
HSCO
Hole Size Correction Option
HSIS
HILT Shale Indicator Selection
HSSO
HRDD Nuclear Source Strength Option
HSWCUT
HILT Water Saturation from AITH cutoff
ISSBAR
Barite Mud Switch
MATR
Rock Matrix for Neutron Porosity Corrections
MCCO
Mud Cake Correction Option
MCOR
Mud Correction
MDEN
Matrix Density
MHC0
MCFL B0 Contrast Correction Coefficient
MHC1
MCFL B1 Contrast Correction Coefficient
MHCC
MCFL High Contrast Correction Switch
MPOF
MCFL Processing Operation Mode
MWCO
Mud Weight Correction Option
NAAC
HRDD APS Activation Correction
NMT
HILT Nuclear Mud Type
NPRM
HRDD Processing Mode
NSAR
HRDD Depth Sampling Rate
PEA_FILTER
PEA Filter
PEFC_FILTER
PEFC Filter
PHIMAX
HILT max porosity
PTCO
Pressure/Temperature Correction Option
SDAT
Standoff Data Source
SEXP_HILT
HILT Saturation Exponent
SHT
Surface Hole Temperature
SOCN
Standoff Distance
SOCO
Standoff Correction Option
STI: Stuck Tool Indicator
LBFR
Trigger for MAXIS First Reading Label
STKT
STI Stuck Threshold
TDD
Total Depth − Driller
TDL
Total Depth − Logger
HOLEV: Integrated Hole/Cement Volume
BHS
Borehole Status
BHT
Bottom Hole Temperature (used in calculations)
FCD
Future Casing (Outer) Diameter
GCSE
Generalized Caliper Selection
GDEV
Average Angular Deviation of Borehole from Normal
GGRD
Geothermal Gradient
GRSE
Generalized Mud Resistivity Selection
GTSE
Generalized Temperature Selection
HVCS
Integrated Hole Volume Caliper Selection
ISSBAR
Barite Mud Switch
MATR
Rock Matrix for Neutron Porosity Corrections
SHT
Surface Hole Temperature
System and Miscellaneous
HSTS_HTEM
NOBARITE
SANDSTONE
YES
40
0
WATER
WATER
OPEN
151
NO
NO
BS
HIRS
20
150
1
2
1
DPHZ
−50000
NO
NO
HCAL
3
0.01
AITM_RESIST
HSTS_HTEM
PRESENT_FILE
77
2
2.1
0
OFF
45
5
5
YES
GR
NORMAL
50
NOBARITE
SANDSTONE
NO
NATU
2.68
2.2e−005
3.2e−005
NO
ON
NO
OFF
NOBARITE
StdRes
1
NO_FILTER
NO_FILTER
35
NO
SOCN
2
40
0.125
YES
TDL
5
4100.00
4095.00
OPEN
151
9.625
HCAL
3
0.01
AITM_RESIST
HSTS_HTEM
AUTOMATIC
NOBARITE
SANDSTONE
40
DEGF
MV
DEGF
G/C3
PPM
DEG
DF/F
DEGF
G/C3
G/C3
G/C3
PU
PU
PU
%
G/C3
OHMS
OHMS
IN
PU
DEGF
IN
FT
FT
FT
DEGF
IN
DEG
DF/F
DEGF
ALTDPCHAN
BS
BSAL
CSIZ
CWEI
DFD
DO
DORL
FLEV
MST
PBVSADP
PP
RMFS
RW
TD
TWS
Format: TCOMBO_S5_REP
Name of alternate depth channel
Bit Size
Borehole Salinity
Current Casing Size
Casing Weight
Drilling Fluid Density
Depth Offset for Playback
Depth Offset for Repeat Analysis
Fluid Level
Mud Sample Temperature
Use alternate depth channel for playback
Playback Processing
Resistivity of Mud Filtrate Sample
Resistivity of Connate Water
Total Depth
Temperature of Connate Water Sample
Vertical Scale: 5" per 100’
SpeedCorrectedDepth
12.250
IN
730.00
PPM
13.375
IN
68.00
LB/F
9.10
LB/G
1.5
FT
0.0
FT
−50000.00
FT
66.50
DEGF
NO
NORMAL
0.9380
OHMM
1.0000
OHMM
4095
FT
100.00
DEGF
Graphics File Created: 28−Jan−2012 16:14
OP System Version: 19C0−187
AIT−M
DTC−H
19C0−187
19C0−187
HILTH−FTB
19C0−187
Input DLIS Files
DEFAULT
AIT_TLD_MCFL_CNL_008PUP
FN:12
PRODUCER
28−Jan−2012 15:48
4102.5 FT
101.0 FT
DEFAULT
AIT_TLD_MCFL_CNL_009LUP
FN:14
PRODUCER
28−Jan−2012 15:56
1002.0 FT
613.0 FT
Output DLIS Files
DEFAULT
AIT_TLD_MCFL_CNL_019PUP
FN:31
PRODUCER
28−Jan−2012 16:14
RTB
AIT_TLD_MCFL_CNL_019PUP
FN:32
PRODUCER
28−Jan−2012 16:14
CALIBRATIONS
MAXIS Field Log
Calibration and Check Summary
Measurement
Nominal
Master
Before
After
Array Induction Tool − M Wellsite Calibration − Electronics Calibration Check − Thru Cal Mag. & Phase
Master: 5−Jan−2012 14:43 Before: 27−Jan−2012 10:47
0
0.6183
0.6183
N/A
Thru Cal Magnitude − 0
0
1.268
1.268
N/A
Thru Cal Magnitude − 1
0
0.6289
0.6288
N/A
Thru Cal Magnitude − 2
0
0.7111
0.7110
N/A
Thru Cal Magnitude − 3
0
1.337
1.337
N/A
Thru Cal Magnitude − 4
0
1.951
1.951
N/A
Thru Cal Magnitude − 5
0
1.946
1.946
N/A
Thru Cal Magnitude − 6
0
1.428
1.428
N/A
Thru Cal Magnitude − 7
0
176.3
176.4
N/A
Thru Cal Phase − 0
0
175.3
175.3
N/A
Thru Cal Phase − 1
0
171.8
171.8
N/A
Thru Cal Phase − 2
0
171.0
171.1
N/A
Thru Cal Phase − 3
0
164.9
165.0
N/A
Thru Cal Phase − 4
0
163.3
163.3
N/A
Thru Cal Phase − 5
0
163.3
163.4
N/A
Thru Cal Phase − 6
Thru Cal Phase − 7
0
162.5
162.5
N/A
Array Induction Tool − M Wellsite Calibration − Electronics Calibration Check − Auxiliary
Master: 5−Jan−2012 14:43 Before: 27−Jan−2012 10:47
Change
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
Limit
Units
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
V
V
V
V
V
V
V
V
DEG
DEG
DEG
DEG
DEG
DEG
DEG
DEG
Array Induction SPA Plus
Array Induction SPA Zero
Array Induction Temperature Pl
Array Induction Temperature Ze
991.0
0
0.9170
0
991.2
0.3775
0.9180
0.0003775
991.2
0.3793
0.9180
0.0003836
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
MV
MV
V
V
Array Induction Tool − M Wellsite Calibration − Test Loop Gain Correction
Master: 5−Jan−2012 14:43
1.016
Test Loop Gain Correctio − 0
0
1.014
Test Loop Gain Correctio − 1
0
1.020
Test Loop Gain Correctio − 2
0
1.012
Test Loop Gain Correctio − 3
0
0.9957
Test Loop Gain Correctio − 4
0
0.9898
Test Loop Gain Correctio − 5
0
1.016
Test Loop Gain Correctio − 6
0
1.016
Test Loop Gain Correctio − 7
0
0.6116
Test Loop Gain Correctio − 0
0
0.6814
Test Loop Gain Correctio − 1
0
0.08661
Test Loop Gain Correctio − 2
0
0.2153
Test Loop Gain Correctio − 3
0
0.1921
Test Loop Gain Correctio − 4
0
−0.02143
Test Loop Gain Correctio − 5
0
0.3185
Test Loop Gain Correctio − 6
0
Test Loop Gain Correctio − 7
0
0.05121
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
V
V
V
V
V
V
V
V
DEG
DEG
DEG
DEG
DEG
DEG
DEG
DEG
Array Induction Tool − M Wellsite Calibration − Sonde Error Correction
Master: 5−Jan−2012 14:43
0
−129.9
R Sonde Error Correction − 0
0
162.8
R Sonde Error Correction − 1
0
102.6
R Sonde Error Correction − 2
0
61.95
R Sonde Error Correction − 3
0
24.80
R Sonde Error Correction − 4
0
13.80
R Sonde Error Correction − 5
0
9.492
R Sonde Error Correction − 6
0
−2.118
R Sonde Error Correction − 7
0
227.9
X Sonde Error Correction − 0
0
−178.7
X Sonde Error Correction − 1
0
−187.2
X Sonde Error Correction − 2
0
−19.11
X Sonde Error Correction − 3
0
−21.65
X Sonde Error Correction − 4
0
18.78
X Sonde Error Correction − 5
0
5.748
X Sonde Error Correction − 6
X Sonde Error Correction − 7
0
5.710
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
MM/M
MM/M
MM/M
MM/M
MM/M
MM/M
MM/M
MM/M
MM/M
MM/M
MM/M
MM/M
MM/M
MM/M
MM/M
MM/M
Array Induction Tool − M Wellsite Calibration − Mud Gain Correction
Master: 5−Jan−2012 14:43
Coarse − Mag, Real, Imag − 0
0
0.8806
Coarse − Mag, Real, Imag − 1
0
0.9491
Coarse − Mag, Real, Imag − 2
0
0.8806
Fine − Mag, Real, Imag − 0
0
0.8989
Fine − Mag, Real, Imag − 1
0
0.9494
0
0.8989
Fine − Mag, Real, Imag − 2
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
High resolution Integrated Logging Tool−DTS Wellsite Calibration − Photo−multiplier High Voltages Calibrations
Before: 27−Jan−2012 10:54
N/A
1550
N/A
BS PM High Voltage (Command)
1524
N/A
1379
N/A
SS PM High Voltage (Command)
1365
N/A
1604
N/A
LS PM High Voltage (Command)
1601
N/A
N/A
N/A
N/A
N/A
N/A
V
V
V
High resolution Integrated Logging Tool−DTS Wellsite Calibration − Crystal Quality Resolutions Calibration
Before: 27−Jan−2012 10:54
N/A
11.25
N/A
BS Crystal Resolution
11.17
N/A
9.571
N/A
SS Crystal Resolution
9.633
N/A
8.465
N/A
LS Crystal Resolution
8.739
N/A
N/A
N/A
N/A
N/A
N/A
%
%
%
High resolution Integrated Logging Tool−DTS Wellsite Calibration − MCFL Calibration
Before: 27−Jan−2012 10:49
3875
N/A
3811
Raw B0 Resistivity
3830
N/A
3772
Raw B1 Resistivity
Raw B2 Resistivity
3830
N/A
3777
N/A
N/A
N/A
N/A
N/A
N/A
OHMM
OHMM
OHMM
High resolution Integrated Logging Tool−DTS Wellsite Calibration − Stab Measurement Summary
Before: 27−Jan−2012 10:54
N/A
0.7300
BS Window Ratio
0.7291
BS Window Sum
25300
N/A
25240
N/A
0.4733
SS Window Ratio
0.4729
SS Window Sum
10620
N/A
10580
N/A
0.3028
LS Window Ratio
0.3019
N/A
1170
LS Window Sum
1181
High resolution Integrated Logging Tool−DTS Wellsite Calibration − HILT Caliper Calibration
Before: 27−Jan−2012 10:52
N/A
N/A
N/A
CPS
CPS
CPS
HILT Caliper Zero Measurement
HILT Caliper Plus Measurement
8.000
12.00
N/A
N/A
7.720
11.92
N/A
N/A
N/A
N/A
N/A
N/A
IN
IN
High resolution Integrated Logging Tool−DTS Wellsite Calibration − Detector Calibration
Before: 27−Jan−2012 10:48
Gamma Ray Background
30.00
N/A
58.19
165.0
N/A
171.3
Gamma Ray (Jig − Bkgd)
N/A
N/A
N/A
N/A
N/A
15.00
GAPI
GAPI
High resolution Integrated Logging Tool−DTS Wellsite Calibration − Zero Measurement
Master: 30−Nov−2011 16:57 Before: 27−Jan−2012 10:51
27.93
27.63
CNTC Background
27.93
31.97
29.34
CFTC Background
31.97
N/A
N/A
N/A
N/A
4.190
4.796
CPS
CPS
High resolution Integrated Logging Tool−DTS Wellsite Calibration − Ratio Measurement
Master: 30−Nov−2011 16:57
5800
5480
N/A
Thermal Near Corr. (Tank)
Thermal Far Corr. (Tank)
2400
2230
N/A
2.159
2.457
N/A
CNTC/CFTC (Tank)
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
CPS
CPS
High resolution Integrated Logging Tool−DTS Wellsite Calibration − Accelerometer Calibration
Before: 28−Jan−2012 13:25
32.19
N/A
32.28
Z−Axis Acceleration
N/A
N/A
N/A
F/S2
High resolution Integrated Logging Tool−DTS Master Calibration − Inversion results
Master: 5−Jan−2012 10:04
2.600
Rho Aluminum
2.596
Rho Magnesium
1.686
1.688
Pe Aluminum
2.570
2.552
Pe Magnesium
2.650
2.627
−−
−−
−−
−−
−−
−−
−−
−−
−−
−−
−−
−−
−−
−−
−−
−−
G/C3
G/C3
High resolution Integrated Logging Tool−DTS Master Calibration − Deviation Summary
Master: 5−Jan−2012 10:04
0.5346
−−
BS Average Deviation
0
1.059
−−
BS Max Deviation
0
0.2860
−−
SS Average Deviation
0
1.182
−−
SS Max Deviation
0
0.4790
−−
LS Average Deviation
0
LS Max Deviation
0
1.010
−−
−−
−−
−−
−−
−−
−−
−−
−−
−−
−−
−−
−−
−−
−−
−−
−−
−−
−−
%
%
%
%
%
%
The GLS−VJ source activity is acceptable.
The HGNS Neutron Master Calibration was done with the following parameters :
NCT−B Water Temperature
Thermal Housing Size
NSR−F serial number
63.7
DEGF.
3.374 IN.
5138
Array Induction Tool − M / Equipment Identification
Primary Equipment:
Rm/SP Bottom Nose
Array Induction Sonde
AMRM − A
AMIS − A
266
Auxiliary Equipment:
Array Induction Tool − M Wellsite Calibration
Electronics Calibration Check − Thru Cal Mag. & Phase
Idx
Phase
Value
Master
0.6183
0
Thru Cal Magnitude V
Nominal
Value
0.6183
Master
1.268
1
197.0
176.4
175.3
1.270
Before
1.268
Master
0.6289
2
196.0
175.3
171.8
0.6200
Before
0.6288
Master
0.7111
3
192.0
171.8
171.0
0.7000
Before
0.7110
Nominal
176.3
0.6100
Before
Thru Cal Phase DEG
191.0
171.1
Master
1.337
164.9
4
1.340
Before
1.337
Master
1.951
185.0
165.0
163.3
5
1.960
Before
1.951
Master
1.946
182.0
163.3
163.3
6
1.960
Before
1.946
Master
1.428
181.0
163.4
162.5
7
1.410
Before
175.0
1.428
162.5
60.00
%
140.0
(Minimum)
(Nominal)
%
Nom −60.00
(Maximum)
Nom + 60.00
(Minimum)
Master: 5−Jan−2012 14:43
(Nominal)
Before: 27−Jan−2012 10:47
Array Induction Tool − M Wellsite Calibration
Electronics Calibration Check − Auxiliary
Phase
Array Induction SPA Plus MV
Value
Phase
Array Induction SPA Zero MV
Value
Master
991.2
Master
0.3775
Before
991.2
Before
0.3793
941.0
991.0
(Minimum)
1040
(Nominal)
−50.00
(Maximum)
Phase Array Induction Temperature Plus V
0
(Minimum)
Value
50.00
(Nominal)
(Maximum)
Phase Array Induction Temperature Zero V
Value
Master
0.9180
Master
0.0003775
Before
0.9180
Before
0.0003836
0.8710
0.9170
0.9630
−0.05000
(Minimum)
(Nominal)
(Maximum)
(Minimum)
0
0.05000
(Nominal)
(Maximum)
Before: 27−Jan−2012 10:47
Master: 5−Jan−2012 14:43
Array Induction Tool − M Wellsite Calibration
Test Loop Gain Correction
Idx
0
Value Test Loop Gain Correction Magnitude V
1.016
0.9500
0
(Nominal)
3.000
(Maximum)
−3.000
(Minimum)
0
(Nominal)
3.000
(Maximum)
1.000
(Nominal)
1.050
−3.000
(Maximum)
(Minimum)
0
(Nominal)
3.000
(Maximum)
0.2153
0.9500
1.000
(Nominal)
1.050
−3.000
(Maximum)
0.9957
(Minimum)
0
(Nominal)
3.000
(Maximum)
0.1921
0.9500
(Minimum)
1.000
(Nominal)
1.050
−3.000
(Maximum)
0.9898
(Minimum)
0
(Nominal)
3.000
(Maximum)
−0.02143
0.9500
(Minimum)
1.000
(Nominal)
1.050
−3.000
(Maximum)
1.016
(Minimum)
0
(Nominal)
3.000
(Maximum)
0.3185
0.9500
(Minimum)
7
1.050
(Maximum)
1.012
(Minimum)
6
−3.000
(Minimum)
0.08661
0.9500
5
1.000
(Nominal)
1.020
(Minimum)
4
1.050
(Maximum)
0.6814
0.9500
3
1.000
(Nominal)
1.014
(Minimum)
2
Test Loop Gain Correction Phase DEG
0.6116
(Minimum)
1
Value
1.000
(Nominal)
1.050
−3.000
(Maximum)
1.016
(Minimum)
0
(Nominal)
3.000
(Maximum)
0.05121
0.9500
(Minimum)
1.000
(Nominal)
1.050
−3.000
(Maximum)
(Minimum)
0
(Nominal)
3.000
(Maximum)
Master: 5−Jan−2012 14:43
Array Induction Tool − M Wellsite Calibration
Sonde Error Correction
Idx
Value
0
−129.9
R Sonde Error Correction MM/M
Value
X Sonde Error Correction MM/M
227.9
−231.0
−56.00
(Minimum)
(Nominal)
119.0
(Maximum)
−2250
(Minimum)
0
(Nominal)
2250
(Maximum)
(Maximum)
1
162.8
−178.7
114.0
159.0
(Minimum)
2
204.0
(Nominal)
102.6
111.0
(Minimum)
156.0
(Nominal)
64.00
(Minimum)
(Nominal)
350.0
(Nominal)
(Maximum)
−250.0
(Maximum)
0
(Minimum)
250.0
(Nominal)
(Maximum)
−21.65
15.00
25.00
(Minimum)
35.00
(Nominal)
−63.00
(Maximum)
13.80
0
(Minimum)
63.00
(Nominal)
(Maximum)
18.78
4.000
14.00
(Minimum)
24.00
(Nominal)
−50.00
(Maximum)
9.492
0
(Minimum)
50.00
(Nominal)
(Maximum)
5.748
5.000
10.00
(Minimum)
15.00
(Nominal)
−30.00
(Maximum)
−2.118
7
0
(Minimum)
89.30
24.80
6
(Maximum)
−19.11
39.00
5
625.0
(Nominal)
−350.0
(Maximum)
61.95
4
0
(Minimum)
−187.2
66.00
3
−625.0
(Maximum)
0
(Minimum)
30.00
(Nominal)
(Maximum)
5.710
−5.000
0
(Minimum)
5.000
(Nominal)
−30.00
(Maximum)
0
(Minimum)
30.00
(Nominal)
(Maximum)
Master: 5−Jan−2012 14:43
Array Induction Tool − M Wellsite Calibration
Mud Gain Correction
Idx
Value
0
0.8806
Coarse − Mag, Real, Imag
1.000
(Minimum)
(Nominal)
1.200
0.8000
(Maximum)
(Minimum)
0.9491
1.000
(Nominal)
1.200
(Maximum)
0.9494
0.8000
1.000
(Minimum)
2
Fine − Mag, Real, Imag
0.8989
0.8000
1
Value
(Nominal)
1.200
0.8000
(Maximum)
(Minimum)
0.8806
1.000
(Nominal)
1.200
(Maximum)
0.8989
0.8000
1.000
(Minimum)
(Nominal)
1.200
0.8000
(Maximum)
(Minimum)
1.000
(Nominal)
1.200
(Maximum)
Master: 5−Jan−2012 14:43
Array Induction Tool − M Master Calibration
Electronics Calibration Check − Thru Cal Mag. & Phase
Idx
Phase
Value
Thru Cal Magnitude V
0
Master
0.6183
0.6100
176.3
197.0
1
Master
1.268
1.270
175.3
196.0
2
Master
0.6289
0.6200
171.8
192.0
3
Master
0.7111
0.7000
171.0
191.0
4
Master
1.337
1.340
164.9
185.0
5
Master
1.951
1.960
163.3
182.0
6
Master
1.946
1.960
163.3
181.0
7
Master
1.428
1.410
162.5
60.00
%
Nominal
140.0
(Minimum)
(Nominal)
Value
%
Thru Cal Phase DEG
175.0
Nom −60.00
(Maximum)
Nom + 60.00
(Minimum)
(Nominal)
Master: 5−Jan−2012 14:43
Array Induction Tool − M Master Calibration
Electronics Calibration Check − Auxiliary
Phase
Array Induction SPA Plus MV
Value
Master
941.0
(Minimum)
991.2
991.0
(Nominal)
1040
Array Induction SPA Zero MV
Phase Array Induction Temperature Plus V
(Minimum)
Value
0.9180
Value
Master
−50.00
(Maximum)
Master
Phase
0.3775
0
(Nominal)
50.00
(Maximum)
Phase Array Induction Temperature Zero V
Master
0.8710
0.9170
0.9630
−0.05000
(Minimum)
(Nominal)
(Maximum)
(Minimum)
Nominal
Value
0.0003775
0
(Nominal)
0.05000
(Maximum)
(Maximum)
Master: 5−Jan−2012 14:43
Array Induction Tool − M Master Calibration
Test Loop Gain Correction
Idx
0
Value Test Loop Gain Correction Magnitude V
1.016
1.000
(Minimum)
(Nominal)
(Nominal)
(Nominal)
3.000
(Maximum)
(Minimum)
0
(Nominal)
3.000
(Maximum)
1.050
−3.000
(Maximum)
(Minimum)
0
(Nominal)
3.000
(Maximum)
0.2153
1.000
(Minimum)
(Nominal)
1.050
−3.000
(Maximum)
0.9957
(Minimum)
0
(Nominal)
3.000
(Maximum)
0.1921
0.9500
1.000
(Minimum)
(Nominal)
1.050
−3.000
(Maximum)
0.9898
(Minimum)
0
(Nominal)
3.000
(Maximum)
−0.02143
0.9500
1.000
(Minimum)
(Nominal)
1.050
−3.000
(Maximum)
1.016
(Minimum)
0
(Nominal)
3.000
(Maximum)
0.3185
0.9500
1.000
(Minimum)
7
−3.000
(Maximum)
1.012
0.9500
6
0
(Nominal)
0.08661
1.000
(Minimum)
5
(Minimum)
1.050
1.020
0.9500
4
−3.000
(Maximum)
0.6814
1.000
(Minimum)
3
1.050
1.014
0.9500
2
Test Loop Gain Correction Phase DEG
0.6116
0.9500
1
Value
(Nominal)
1.050
−3.000
(Maximum)
1.016
(Minimum)
0
(Nominal)
3.000
(Maximum)
0.05121
0.9500
1.000
(Minimum)
(Nominal)
1.050
−3.000
(Maximum)
(Minimum)
0
(Nominal)
3.000
(Maximum)
Master: 5−Jan−2012 14:43
Array Induction Tool − M Master Calibration
Sonde Error Correction
Idx
Value
0
−129.9
1
R Sonde Error Correction MM/M
−56.00
(Minimum)
(Nominal)
(Nominal)
(Nominal)
−625.0
(Maximum)
(Minimum)
156.0
−350.0
(Maximum)
61.95
2250
(Maximum)
0
(Nominal)
625.0
(Maximum)
(Minimum)
0
(Nominal)
350.0
(Maximum)
−19.11
64.00
(Minimum)
(Nominal)
89.30
−250.0
(Maximum)
24.80
(Minimum)
0
(Nominal)
250.0
(Maximum)
−21.65
15.00
25.00
(Minimum)
(Nominal)
35.00
−63.00
(Maximum)
13.80
(Minimum)
0
(Nominal)
63.00
(Maximum)
18.78
4.000
14.00
(Minimum)
(Nominal)
24.00
−50.00
(Maximum)
9.492
(Minimum)
0
(Nominal)
50.00
(Maximum)
5.748
5.000
10.00
(Minimum)
7
0
(Nominal)
−187.2
111.0
39.00
6
(Minimum)
204.0
102.6
(Minimum)
5
−2250
(Maximum)
−178.7
159.0
66.00
4
119.0
162.8
(Minimum)
3
X Sonde Error Correction MM/M
227.9
−231.0
114.0
2
Value
(Nominal)
15.00
−30.00
(Maximum)
−2.118
(Minimum)
0
(Nominal)
30.00
(Maximum)
5.710
−5.000
0
(Minimum)
(Nominal)
5.000
−30.00
(Maximum)
(Minimum)
0
(Nominal)
30.00
(Maximum)
Master: 5−Jan−2012 14:43
Array Induction Tool − M Master Calibration
Mud Gain Correction
Idx
Value
0
0.8806
Coarse − Mag, Real, Imag
Value
Fine − Mag, Real, Imag
0.8989
0.8000
1.000
1.200
0.8000
1.000
1.200
(Minimum)
1
(Nominal)
(Maximum)
(Minimum)
0.9491
0.8000
1.000
(Minimum)
2
(Nominal)
(Maximum)
0.9494
(Nominal)
1.200
0.8000
(Maximum)
(Minimum)
0.8806
1.000
(Nominal)
1.200
(Maximum)
0.8989
0.8000
1.000
(Minimum)
(Nominal)
1.200
0.8000
(Maximum)
(Minimum)
1.000
(Nominal)
1.200
(Maximum)
Master: 5−Jan−2012 14:43
High resolution Integrated Logging Tool−DTS / Equipment Identification
Primary Equipment:
HILT high−Resolution Mechanical Sonde
HILT Rxo Gamma−ray Device
HILT Micro Cylindrically Focused Log Dev
GR Logging Source
HILT High Res. Control Cartridge
HILT Gamma−Ray Neutron Sonde−DTS
HGNS Gamma−Ray Device
HGNS Neutron Detector with Alpha Source
HRMS − H
HRGD − H
MCFL − H
GLS − VJ
HRCC − H
HGNS − H
HGR −
HCNT − H
Auxiliary Equipment:
Neutron Calibration Tank
Gamma Source Radioactive
HGNS Housing
NCT − B
GSR − U/Y
HGNH −
3969
3799
5234
4863
2795
High resolution Integrated Logging Tool−DTS Wellsite Calibration
Stab Measurement Summary
Phase
BS Window Ratio
Before
Value
Phase
0.7300
Before
SS Window Ratio
Value
Phase
0.4733
Before
LS Window Ratio
Value
0.3028
0.6926
0.7291
0.7656
0.4493
0.4729
0.4966
0.2868
0.3019
0.3170
(Minimum)
(Nominal)
(Maximum)
(Minimum)
(Nominal)
(Maximum)
(Minimum)
(Nominal)
(Maximum)
Phase
BS Window Sum CPS
Value
Before
24040
(Minimum)
25240
25300
(Nominal)
26570
Phase
Value
Before
10090
(Maximum)
SS Window Sum CPS
(Minimum)
10580
10620
(Nominal)
11150
Phase
Value
Before
1122
(Maximum)
LS Window Sum CPS
(Minimum)
1170
1181
(Nominal)
1240
(Maximum)
Before: 27−Jan−2012 10:54
High resolution Integrated Logging Tool−DTS Wellsite Calibration
Photo−multiplier High Voltages Calibrations
Phase BS PM High Voltage (Command) V
Before
1424
(Minimum)
Value
1550
1524
(Nominal)
1624
Phase SS PM High Voltage (Command) V
Before
1265
(Maximum)
(Minimum)
Value
1379
1365
(Nominal)
1465
Phase LS PM High Voltage (Command) V
Before
1501
(Maximum)
(Minimum)
Value
1604
1601
(Nominal)
1701
(Maximum)
Before: 27−Jan−2012 10:54
High resolution Integrated Logging Tool−DTS Wellsite Calibration
Crystal Quality Resolutions Calibration
Phase
BS Crystal Resolution %
Value
Before
10.17
(Minimum)
11.25
11.17
(Nominal)
12.17
Phase
Value
Before
8.633
(Maximum)
SS Crystal Resolution %
(Minimum)
9.571
9.633
(Nominal)
10.63
Phase
Value
Before
7.739
(Maximum)
LS Crystal Resolution %
(Minimum)
8.465
8.739
(Nominal)
9.739
(Maximum)
Before: 27−Jan−2012 10:54
High resolution Integrated Logging Tool−DTS Wellsite Calibration
MCFL Calibration
Phase
Raw B0 Resistivity OHMM
Value
Before
3565
(Minimum)
3811
3875
(Nominal)
4185
Phase
Value
Before
3524
(Maximum)
Raw B1 Resistivity OHMM
(Minimum)
3772
3830
(Nominal)
4136
(Maximum)
(Minimum)
High resolution Integrated Logging Tool−DTS Wellsite Calibration
HILT Caliper Calibration
Before
Value
7.720
Phase HILT Caliper Plus Measurement IN
Before
Value
11.92
Raw B2 Resistivity OHMM
Value
Before
3524
Before: 27−Jan−2012 10:49
Phase HILT Caliper Zero Measurement IN
Phase
3777
3830
(Nominal)
4136
(Maximum)
6.000
(Minimum)
8.000
(Nominal)
10.00
9.000
(Maximum)
12.00
(Minimum)
(Nominal)
15.00
(Maximum)
Before: 27−Jan−2012 10:52
High resolution Integrated Logging Tool−DTS Wellsite Calibration
Detector Calibration
Phase
Gamma Ray Background GAPI
Before
Value
58.19
0
30.00
(Minimum)
(Nominal)
120.0
Phase
Gamma Ray (Jig − Bkgd) GAPI
Before
171.3
157.1
(Maximum)
Value
165.0
(Minimum)
(Nominal)
206.3
(Maximum)
Before: 27−Jan−2012 10:48
High resolution Integrated Logging Tool−DTS Wellsite Calibration
Zero Measurement
Phase
CNTC Background CPS
Value
Master
Before
5.000
(Minimum)
27.93
(Nominal)
Phase
27.93
Master
27.63
Before
40.00
CFTC Background CPS
31.97
29.34
5.000
(Maximum)
31.97
(Minimum)
Master: 30−Nov−2011 16:57
Value
(Nominal)
40.00
(Maximum)
Before: 27−Jan−2012 10:51
High resolution Integrated Logging Tool−DTS Wellsite Calibration
Ratio Measurement
Phase
Thermal Near Corr. (Tank) CPS
Master
4700
(Minimum)
Value
5480
5800
(Nominal)
6900
Phase
Thermal Far Corr. (Tank) CPS
Master
1900
(Maximum)
(Minimum)
Value
2230
2400
(Nominal)
2900
Phase
Value
Master
2.120
(Maximum)
CNTC/CFTC (Tank)
(Minimum)
2.457
2.159
(Nominal)
2.540
(Maximum)
Master: 30−Nov−2011 16:57
High resolution Integrated Logging Tool−DTS
Wellsite Calibration
Accelerometer Calibration
Phase
Z−Axis Acceleration F/S2
Value
Before
31.53
(Minimum)
32.28
32.19
(Nominal)
32.84
(Maximum)
Before: 28−Jan−2012 13:25
High resolution Integrated Logging Tool−DTS Master Calibration
Inversion results
Phase
Rho Aluminum G/C3
Value
Master
2.586
(Minimum)
Phase
2.600
2.596
(Nominal)
2.606
(Maximum)
2.470
(Minimum)
(Minimum)
Value
2.552
2.570
(Nominal)
2.670
Phase
Value
1.688
1.686
(Nominal)
1.696
(Maximum)
Pe Magnesium
Value
Master
2.550
(Maximum)
Rho Magnesium G/C3
Master
1.676
Pe Aluminum
Master
Phase
(Minimum)
2.627
2.650
(Nominal)
2.750
(Maximum)
Master: 5−Jan−2012 10:04
High resolution Integrated Logging Tool−DTS Master Calibration
Deviation Summary
Phase
BS Average Deviation %
Master
−0.6000
(Minimum)
Phase
0
(Minimum)
Phase
0.5346
Master
0.6000
(Nominal)
−1.000
(Maximum)
BS Max Deviation %
(Minimum)
Value
Master
−1.600
Value
1.059
0
1.600
(Nominal)
Phase
0
(Nominal)
(Minimum)
Value
Phase
0.2860
Master
1.000
−1.500
(Maximum)
SS Max Deviation %
(Minimum)
Value
Master
−2.500
(Maximum)
SS Average Deviation %
1.182
0
(Nominal)
2.500
(Maximum)
(Minimum)
High resolution Integrated Logging Tool−DTS Master Calibration
Zero Measurement
CNTC Background CPS
Value
Phase
CFTC Background CPS
Value
Value
0.4790
0
(Nominal)
1.500
(Maximum)
LS Max Deviation %
Value
Master
−3.500
Master: 5−Jan−2012 10:04
Phase
Phase
LS Average Deviation %
1.010
0
(Nominal)
3.500
(Maximum)
Master
27.93
5.000
(Minimum)
27.93
40.00
(Nominal)
Master
31.97
5.000
(Maximum)
31.97
(Minimum)
(Nominal)
40.00
(Maximum)
Master: 30−Nov−2011 16:57
High resolution Integrated Logging Tool−DTS Master Calibration
Tank Measurement
Phase
Thermal Near Corr. (Tank) CPS
Master
4700
(Minimum)
Value
5480
5800
6900
(Nominal)
(Maximum)
Phase
Thermal Far Corr. (Tank) CPS
Value
Master
1900
(Minimum)
2230
2400
(Nominal)
2900
(Maximum)
Phase
CNTC/CFTC (Tank)
Master
2.457
2.120
(Minimum)
Master: 30−Nov−2011 16:57
DTS Telemetry Tool / Equipment Identification
Primary Equipment:
DTC−H Auxiliary Cartridge
DTC−H Telemetry Cartridge
DTCH − A
DTCH − A
Auxiliary Equipment:
DTCH Telemetry Cartridge Housing
ECH − KC
Company:
TETUAN RESOURCES / WINN EXPLORATION
Well:
Field:
County:
State:
MARY’S RIVER 34−26
WILDCAT
ELKO
NEVADA
**PLATFORM EXPRESS**
COMPENSATED NEUTRON, LITHO DENSITY
INDUCTION RESISTIVITY, GR, SP
Value
9466
9466
2.159
(Nominal)
2.540
(Maximum)