Schlumberger Verification Listing

Listing Created: 11-JAN-2013 13:25:54

  
Input Source: JAMSTEC_C0012H_12.25in_GVR_APWD_RM_3530-4248m_Native_07Dec12_024143.dlis
Format: DLIS
Storage Set ID: Default Storage Set

Max Record Length: 8192
Storage Unit Sequence: 1

  
File Header  File: MaxWell_1Dlis Sequence: 1  
  Defining Origin: 106
  File ID: MaxWell_1Dlis File Type: CUSTOMER
  Producer Name: Schlumberger Technology Corp. Product/Version: HZ:DnM 3.1.9755.0 File Set: 1056964608 File Number: 1 7-DEC-2012 2:41:46
     
          Company Name: JAMSTEC
          Well Name: C0012H
          Field Name: Nankai Trough - Kumano Basin
          Tool String: DRILLING_SURFACE, TeleScope Gamma Ray, ARC, sonicVISION, geoVISION
          Computations: WSDWELL, WAVEFORMVIEWERENSEMBLE_DNM, DNMWORKFLOW, COMPLETION, DNMSESSION, SURVEY, RAB8GR, ARCRESISTIVITY, ARC8GAMMARAYCOMPUTATION, WSDRUN, BOREHOLE, RAB8RES, ARC8PRESSURECOMPUTATION, RAB8ANSWERPROD
  
    Origin: 107
  File ID: MaxWell_1Dlis File Type: CUSTOMER
  Producer Name: Schlumberger Technology Corp. Product/Version: HZ:DnM 3.1.9755.0 File Set: 1056964608 File Number: 1 7-DEC-2012 2:41:46
     
Well Site Data  File: MaxWell_1Dlis Sequence: 1  
  Origin: 106
    Well Data
  Company Name JAMSTEC CN
  Well Name C0012H WN
  Field Name Nankai Trough - Kumano Basin FN
  Prefecture: Wakayama SLAB, STAT
  Nation Japan NATI
  Field Location Philippine Sea FL
  X= 679 623.175 m FL1
  Y=3 624 973.513 m FL2
  Service Order Number 12JAP0016 SON
  Longitude 136° 55' 2.106" E LONG
  Latitude 32° 44' 52.698" N LATI
  Maximum Hole Deviation 2.630 (deg) MHD
  Elevation of Kelly Bushing Above Permanent Datum 0.0 (m) EKB
  Elevation of Ground Level Above Permanent Datum -3509.5 (m) EGL
  Elevation of Derrick Floor Above Permanent Datum 28.500 (m) EDF
  Permanent Datum MSL Elevation of Permanent Datum (PDAT) above Mean Sea Level    0.0 (m) PDAT, EPD
  Logging Measured From (Name of Logging Elevation Reference) DF Elevation of Depth Reference (LMF) Above Permanent Datum    28.500 (m) LMF, APD

Absent Valued Parameters: CN1, COUN, SECT, TOWN, RANG, APIN

    Job Data
  Date of Operation 04-Dec-2012 DATE
  Run Number 002 RUN
  Total Depth (Driller) 0.0 (m) TDD
  Bottom Log Interval 4247.7 (m) BLI
  Top Log Interval 3538.0 (m) TLI
  Bit Size Dimension: [1] First element value: 0.0 (in) BS
  Logging Unit Number OLU-KC-504 Logging Unit Location    Comp Deck LUN, LUL
  Engineer s Name Wang Feng Shao Kai ENGI
  Witness s Name Yoshi Sanada Yukari Kido WITN
  Service Order Number 12JAP0016 SON
    Mud Data
  Drilling Fluid Type Water DFT
  Drilling Fluid Density 1.040 (g/cm3) Drilling Fluid Viscosity    0.0 (s) DFD, DFV
  Drilling Fluid Loss 0.0 (cm3) Drilling Fluid pH    11.600 DFL, DFPH
  Borehole Salinity 30470.4 (ppm) BSAL
  Mud Sample Source Active Tank MSS
  Resistivity of Mud Sample 0.225 (ohm.m) Mud Sample Temperature    20.300 (degC) RMS, MST
  Resistivity of Mud Filtrate Sample 0.150 (ohm.m) Mud Filtrate Sample Temperature    20.000 (degC) RMFS, MFST
  Resistivity of Mud Cake Sample 0.0 (ohm.m) Mudcake Sample Temperature    20.000 (degC) RMCS, MCST
  Resistivity of Mud at Bottom Hole Temperature 0.298 (ohm.m) RMB
  Resistivity of Mud Filtrate At Bottom Hole Temperature 0.198 (ohm.m) RMFB
  Maximum Recorded Temperature 10.000 (degC) MRT
  10.000 (degC) MRT1
  0.0 (degC) MRT2
  0.0 (degC) MRT3
    PVT Data
  Oil Density 0.0 (kg/m3) ODEN
  Borehole Salinity 30470.4 (ppm) BSAL
  Oil Formation Volume Factor, Bo 0.0 BO
  Water Formation Volume Factor, Bw 0.0 BW
  1/Gas Formation Volume Factor, 1/Bg 0.0 IBG
  Bubble Point Pressure 0.0 (kPa) BPP
  Bubble Point Temperature 0.0 (degC) BPT
  Solution Gas Oil Ratio 0.0 (m3/m3) SGOR
    Cement Data

Absent Valued Parameters: CASN

    Remarks
  Data presented is Recorded Mode data which was acquired while drilling. R1
  Depth reference is driller’s depth measured from Rotary Table. R2
  geoVISION record rate is 10s, sonicVISION record rate is 10s, APWD record rate is 10s. R3
  geoVISION GR is corrected for bit size, tool size and mud weight. No potassium concentration in mud. R4
  geoVISION resistivity is environmentally corrected for bit size and mud resistivity. R5
  sonicVISION compressional slowness is processed by DCS. R6
  Reason for POOH: Well TD. R7
  Drilling Time: 25.18 hrs R8
  Pumping Time: 36.30 hrs R9
  Warning in calibration list is due to MaxWell bug. R10
Parameters  File: MaxWell_1Dlis Sequence: 1  
  Origin: 106
    DRILLING_SURFACE: DRILLING_SURFACE
  Mnemonic Long Name Value (Units)
  3RD_PARTY_DESC 3rd Party Sensor Descriptions
  3RD_PARTY_DPT 3rd Party Sensor DPoints -2147483648
    TeleScope Gamma Ray: TeleScope 825 IWOB
  Mnemonic Long Name Value (Units)
  BOT_SAVSUB_LEN Lower Saver Sub Length 0.610 (m)
  COMB_TOOL_LEN Total Length 8.436 (m)
  DTOR_OFFSET DTOR Offset Dimension: [1] First element value: 0.0 (kN.m)
  DWOB_BETA DWOB Beta Pressure Correction Factor Dimension: [1] First element value: 0.0
  DWOB_OFFSET DWOB Offset Dimension: [1] First element value: 0.0 (kN)
  DWOB_ZEROTOOLP DWOB Differential Pressure Drop at Zero Weight-on-Bit Dimension: [1] First element value: 0.0 (kPa)
  EP_ROP_TO_TOOL_BTM;1 ROP to Tool Bottom 1.777 (m)
  EQUIP_CONFIG Equipment Configuration S:0
  GR_MULTIPLIER Gamma Ray Multiplier 1.000
  GR_SRC GR Source Selection GAMMA_CPS
  LOWER_STAB Lower Stabilizer No
  LOWER_STAB_LEN Lower Blade Length 0.0 (m)
  LOWER_STAB_MID Lower Blade Mid-Point Offset 0.0 (m)
  LOWER_STAB_OD Lower Blade OD 0.0 (in)
  ROP_COLLAR_POS ROP to Bottom of Collar 1.167 (m)
  STICKR_RPM_SEL StickSlip Ratio RPM Select RPM
  STICKR_RPM_SEL StickSlip Ratio RPM Select RPM
  TFO Toolface Angle Offset 0.0 (deg)
  TOP_SAVSUB_LEN Upper Saver Sub Length 0.610 (m)
  TOTAL_SHOCKS Total Shocks 0.0
  UPPER_STAB Upper Stabilizer No
  UPPER_STAB_LEN Upper Blade Length 0.0 (m)
  UPPER_STAB_MID Upper Blade Mid-Point Offset 0.0 (m)
  UPPER_STAB_OD Upper Blade OD 0.0 (in)
    ARC: Array Resistivity Compensated 825
  Mnemonic Long Name Value (Units)
  ABNT Abnormal Transmitter Indicator NO_TX_FAILED
  BH_OPT Borehole Effect Computation Option No
  COMB_TOOL_LEN;1 Total Length 5.908 (m)
  DATA_TRANS_MODE Value indicates the data is transimitted in RT mode, automatic buffer mode or maunaly buffer mode. RT
  ENABLED;4 Equipment or Computation Acquisition Status Yes
  ENABLED Equipment or Computation Acquisition Status Yes
  ENABLED;3 Equipment or Computation Acquisition Status Yes
  EP_ROP_TO_TOOL_BTM;3 ROP to Tool Bottom 3.595 (m)
  ERRCT Percentage Error Cutoff 4.500 (%)
  GRSH Gamma Ray Shale 1000.0 (gAPI)
  HIGH_BLEND High Resistivity Threshold for Blending 2.000 (ohm.m)
  INVAS_OPT Invasion Computation Option No
  LOW_BLEND Low Resistivity Threshold for Blending 1.000 (ohm.m)
  MSWS ARCWizard Model Switch Window Size 152.40 (cm)
  MULTIEFF_OPT Multi-effect Computation Option No
  PRTD ARCWizard Preferred Resistivty Log for Rt Display while Multi-Effects P34B
  T1WM ARCWizard Weight Multiplier to Measurements for Transmitter 1 1.000
  T2WM ARCWizard Weight Multiplier to Measurements for Transmitter 2 1.000
  T3WM ARCWizard Weight Multiplier to Measurements for Transmitter 3 1.000
  T4WM ARCWizard Weight Multiplier to Measurements for Transmitter 4 1.000
  T5WM ARCWizard Weight Multiplier to Measurements for Transmitter 5 1.000
  TEMP_SEL_ARC ARC Temperature Selection Annular
  UNIFORM_OPT Uniform Rock Computation Option No
    sonicVISION: sonicVISION 825
  Mnemonic Long Name Value (Units)
  AMAX Maximum Arrival Time 3000.0 (us)
  AMIN Minimum Arrival Time 0.0 (us)
  AVG_DT Average Delta-T 0.0 (us/ft)
  AVG_DT_DEPTH Average Delta-T Depth 0.0 (m)
  CCOF Cutoff Semblance on Coarse Slowness Grid 0.350
  COLL Label Slowness Lower Limit - Monopole P&S Compressional Dimension: [1] First element value: 100.00 (us/ft)
  COUL Label Slowness Upper Limit - Monopole P&S Compressional Dimension: [1] First element value: 200.00 (us/ft)
  DATA_TRANS_MODE;1 Value indicates the data is transimitted in RT mode, automatic buffer mode or maunaly buffer mode. RT
  DDEL Digitizing Delay 300.00 (us)
  DSIN Digitizer Sample Interval 19.857 (us)
  DTRES Delta-T Vertical Depth Resolution 0.914 (m)
  EP_ROP_TO_TOOL_BTM ROP to Tool Bottom 4.702 (m)
  EP_TOOL_LENGTH Total Length 8.185 (m)
  FCOF Cutoff Semblance on Fine Slowness Grid 0.450
  FIN_DTCO_MODE Final DT Compressional STC Processing Mode DDBHC
  FIN_DTCO_SRC Final DT Compressional Source Reassigned Uphole
  FIN_DTSH_MODE Final DT Shear Slowness STC Processing Mode DDBHC
  HPMW One half Peak Mask Width 500.00
  ISON_INT_FACT Waveform Interpolation Factor 2
  ISON_MAX_SAMP Number of Waveform Samples 151
  ISON_NUM_RCVR Number of Receivers 4
  ISON_RR_SPACE Receiver to Receiver Spacing 0.203 (m)
  ISON_SCAL_FACT Waveform Scaling Factor 7.324
  ISON_SL_INT_F Slowness Interpolation Factor 10
  ISON_TR1_SPACE Transmitter to Receiver 1 Distance 3.057 (m)
  ITT_OFFSET Integrated Transit Time Offset 0.0 (ms)
  ITWIM Integrated Time Window in Micro Time 280.00 (us)
  LBPF Number Of Buffered Peak Frames For Labeling 7
  LDATC Delta Arrival Time Cost For Labeling 1.000
  LDSC Delta Slowness Cost For Labeling 3.000
  LDSTC Delta Slowness Time Line Cost For Labeling 1.000
  LLAC Late Arrival Time Cost For Labeling 1.000
  LLSC Low Semblance Cost For Labeling 3.000
  LPMX Maximum number Of Allowed Peaks For Labeling 4
  LSPKT Spike Threshold For Labeling 15.000
  MXDV Maximum Deviation In Tool Position For Transmitter Array 10.160 (cm)
  MXPA Maximum Number of Peaks Allowed 16
  NWED Noise Window End 2200.0 (us)
  NWMO Noise Window Moveout 0.0 (us/ft)
  NWST Noise Window Start 600.00 (us)
  RTFIL Gap Fill Control for Real-Time Slowness None
  RTFILI Gap Fill Interval for Real-Time Slowness 1.524 (m)
  SBIN Search Band Inset 200.00
  SBWD Search Band Width 1600.0
  SFFC Sonic Filter Center Frequency, kHz 11000.0 (Hz)
  SHLL Label Slowness Lower Limit - Monopole P&S Shear 75.000 (us/ft)
  SHUL Label Slowness Upper Limit - Monopole P&S Shear 240.00 (us/ft)
  SIGE Waveform Signal End Time 2000.0 (us)
  SIGM Waveform Signal Move Out 130.00 (us/ft)
  SIGST Waveform Signal Start Time 1500.0 (us)
  SIG_END1 Signal End Time Receiver 1 1700.0 (us)
  SIG_END2 Signal End Time Receiver 2 1786.7 (us)
  SIG_END3 Signal End Time Receiver 3 1873.3 (us)
  SIG_END4 Signal End Time Receiver 4 1960.0 (us)
  SIG_START1 Signal Start Time Receiver 1 1200.0 (us)
  SIG_START2 Signal Start Time Receiver 2 1286.7 (us)
  SIG_START3 Signal Start Time Receiver 3 1373.3 (us)
  SIG_START4 Signal Start Time Receiver 4 1460.0 (us)
  SLL3 STC Slowness Lower Limit - Monopole Stoneley 190.00 (us/ft)
  SLL4 STC Slowness Lower Limit - Monopole P&S 230.00 (us/ft)
  SPSO_LWD Sonic Porosity Source Logging While Drilling DTRA
  STKS Time Step At Which Waveforms Are Stacked 80.000 (us)
  SUL3 STC Slowness Upper Limit - Monopole Stoneley 210.00 (us/ft)
  SUL4 STC Slowness Upper Limit - Monopole P&S 270.00 (us/ft)
  SWD_FILTER Pre-STC Filter Selection No Filter
  SWD_FIL_HIGH Pre-STC filter high frequency cuttoff (in kHz) 0.0 (kHz)
  SWD_FIL_LENG Pre-STC filter length 1
  SWD_FIL_LOW Pre-STC filter low frequency cuttoff (in kHz) 0.0 (kHz)
  SWD_PR_SEL Sonic Processing Option Both
  WIN_STEP Move Out Window Step 80.000 (us)
  WXIP Receiver Number Ignored During Processing 0
    geoVISION: GeoVision Resistivity 825
  Mnemonic Long Name Value (Units)
  BQ_INVER_OPT Option to input three button down quadrant resistivity for Rt inversion No
  ECAL_BD_OPTION Option to input Deep Button Resistivity for computing Electrical Caliper Yes
  ECAL_BIT_OPT Option to input Bit Resistivity for computing Electrical Caliper Yes
  ECAL_BM_OPTION Option to input Medium Button Resistivity for computing Electrical Caliper Yes
  ECAL_BS_OPTION Option to input Shallow Button Resistivity for computing Electrical Caliper Yes
  ECAL_COMPUTE Option to compute the Electrical Caliper Yes
  ECAL_RING_OPT Option to input Ring Resistivity for computing Electrical Caliper Yes
  ENABLED;1 Equipment or Computation Acquisition Status Yes
  ENABLED;2 Equipment or Computation Acquisition Status Yes
  ENABLED;5 Equipment or Computation Acquisition Status Yes
  EP_ROP_TO_TOOL_BTM;2 ROP to Tool Bottom 0.791 (m)
  EP_TOOL_LENGTH;1 Total Length 3.870 (m)
  GR_RANGE_CORR Multiplier to Correct Gamma Ray Range 1
  INVER_BD_OPT Option to input Deep Button Resistivity for Rt Inversion Yes
  INVER_BD_WT Deep Button Sensor Weight for Rt Inversion [0,1] 1.000
  INVER_BIT_OPT Option to input Bit Resistivity for Rt Inversion (Recommended at the bit) Yes
  INVER_BIT_WT Bit Sensor Weight for Rt Inversion[0,1] 1.000
  INVER_BM_OPT Option to input Medium Button Resistivity for Rt Inversion Yes
  INVER_BM_WT Medium Button Sensor Weight for Rt Inversion [0,1] 1.000
  INVER_BS_OPT Option to input Shallow Button Resistivity for Rt Inversion Yes
  INVER_BS_WT Shallow Button Sensor Weight for Rt Inversion [0,1] 1.000
  INVER_CMULT Rt Inversion Continuity Multiplier[0,1] 0.500
  INVER_GR_CUT Rt Inversion GR Cutoff for Shale Formation 75.000 (gAPI)
  INVER_OPT Option to perform Rt Inversion No
  INVER_RING_OPT Option to input RING Resistivity for Rt Inversion Yes
  INVER_RING_WT Ring Sensor Weight for Rt Inversion [0,1] 1.000
  INVER_RT_PMLT Rt Inversion Rt to R-deepest separation penalty multiplier [0,1] 0.500
  INVER_THR Rt Inversion Threshold[0, 0.3] 0.01000
  NORM_TYPE Image Normalization Type Dynamic Histogram
  NORM_WIN_SIZE Window Size for Dynamic Image Normalization 0.910 (m)
  RES_BD_IMG_SEL GVR Output Resistivity Image Selection, Deep Button Compensated Uphole
  RES_BM_IMG_SEL GVR Output Resistivity Image Selection, Medium Button Compensated Uphole
  RES_BS_IMG_SEL GVR Output Resistivity Image Selection, Shallow Button Compensated Uphole
  SLEEVE_TYPE Sleeve Type Buttons
  STAT_NORM_MAX Maximum for Static Normalization 100.00
  STAT_NORM_MIN Minimum for Static Normalization 0.00100
  TEMP_SEL_RAB RAB Temperature Selection Tool
    WSDWELL: WSD Well Ensemble provides common Parameters and Channels
  Mnemonic Long Name Value (Units)
  APIN API Well Number
  BAP Elevation of the cellar base, for on-shore wells 0.0 (m)
  BASI Name of the sedimentary basin in which the well was drilled
  CASN Casing String Number
  CLAB County/Parish Label, used with the COUN parameter (default value "County:") County:
  CN Company Name JAMSTEC
  CN1 Company Name, Line 1
  CONT_REGION Continent Region Options Asia
  COUN County or Parish
  DSSN Depth System Serial Number
  FL Field Location Philippine Sea
  FL1 Field Location, Line 1 X= 679 623.175 m
  FL2 Field Location, Line 2 Y=3 624 973.513 m
  FN Field Name Nankai Trough - Kumano Basin
  HDAT Coordinate system adopted SAD69
  HEADER_OPTIONS Header Options NAM_OFFSHORE
  LCC Logging Company Code (API DLIS Company Code) 440
  LCC1 Logging Company Name Schlumberger
  LLAB Section/Latitude Label, used with the SECT or LATI parameter (default value "SECTION") Section
  LNAM Identification mnemonic for the logging operation
  LUL Logging Unit Location Comp Deck
  LUN Logging Unit Number OLU-KC-504
  NATI Nation Japan
  OFFSHORE_BLOCK_NUMBER Identification of the Offshore block where the well is located
  OPER Operator Code (API DLIS Company Code) -2147483648
  RANG Range
  RIGN Rig Name Chikyu
  RIGTYP Rig Type Drill Vessel
  RLAB Range/Blank Label, used with the RANG parameter (default value "RANGE") Range
  SECT Section
  SLAB State/Province Label, used with the STAT parameter (default value "State:") Prefecture:
  SON Service Order Number 12JAP0016
  SPUD_DATE Start date when the well drilling began 03-Dec-2012
  STAT State or Province Wakayama
  TDD Total Depth (Driller) 0.0 (m)
  TLLAB Township or Longitude Label for Log Heading, used with the TOWN or LONG parameter (default value "TOWNSHIP") Township
  TOWN Township
  UWID Unique Well Identifier 12JAP0016
  UWID_OPTIONS Unique Well ID Options Custom
  WN Well Name C0012H
  WR1 Well Remark 1
  WR2 Well Remark 2
  WR3 Well Remark 3
  WR4 Well Remark 4
  WR5 Well Remark 5
  WR6 Well Remark 6
  WR7 Well Remark 7
    DNMWORKFLOW
  Mnemonic Long Name Value (Units)
  3RD_PARTY_HDPIN Hole Depth Increment Caused by the Third Party Surface Equipment 0.0 (m)
  BIT_CONF_THRES Threshold used for setting acceptance level for MWD measurement 20.000
  DPIN Bit Depth Increment Dimension: [1] First element value: 0.0 (m)
  HDPIN Hole Depth Increment 0.0 (m)
  OBPS On-Bottom Pass Selector Dimension: [1] First element value:
  OBPS On-Bottom Pass Selector Dimension: [1] First element value:
  OFFBTM_TH Threshold for deciding whether the bit is off bottom Dimension: [1] First element value: 0.0 (m)
  PROD_MOD_TRC Software product may do modifications to the data(like transformation in importing DLIS to MaxWell). This parameter is used to trace product information, and modifications performed on the data. MaxWell3.1.9755WriteDLIS12/07/2012 02:41:53
  WUP WDP Up/Down. 1 implies Wired Drill Pipe Telemetry and 0 implies Mud Pulse Telemetry. -32768
    COMPLETION: Completion Ensemble provides common Completion Parameters
  Mnemonic Long Name Value (Units)
  BS Bit Size Dimension: [1] First element value: 0.0 (in)
  BSDRL Borehole diameter - Zoned along driller depths Dimension: [1] First element value: 0.0 (in)
  BSLGR Borehole diameter - Zoned along logger depths 0.0 (in)
  CBLO Casing Bottom (Logger) 0.0 (m)
  CGRDDRL Casing Grade - - Zoned along driller depths
  CGRDLGR Casing Grade - - Zoned along logger depths
  CSIDDRL Casing Inner Diameter- Zoned along driller depths 0.0 (in)
  CSIDLGR Casing Inner Diameter- Zoned along logger depths 0.0 (in)
  CSLH Flag Indicating Presence of Liner Hanger in Casing
  CSMSDRL Casing Mean Slowness - Zoned along driller depths 0.0 (us/ft)
  CSMSLGR Casing Mean Slowness - Zoned along logger depths 0.0 (us/ft)
  CSODDRL Casing Outer Diameter - Zoned along driller depths 0.0 (in)
  CSODLGR Casing Outer Diameter - Zoned along logger depths 0.0 (in)
  CSWDRL Casing Weight - Zoned along driller depths 0.0 (kg/m)
  CSWLGR Casing Weight - Zoned along logger depths 0.0 (kg/m)
  CTHIDRL Nominal Casing Thickness - Zoned along driller depths 0.0 (in)
  CTHILGR Nominal Casing Thickness - Zoned along logger depths 0.0 (in)
  CYSTDRL Casing Yield Strength - Zoned along driller depths 0.0 (kPa)
  CYSTLGR Casing Yield Strength - Zoned along logger depths 0.0 (kPa)
  FCD Future Casing (Outer) Diameter 0.0 (in)
  PCIDDRL Packer Inner Diameter - Zoned along driller depths 0.0 (in)
  PCODDRL Packer Outer Diameter - Zoned along driller depths 0.0 (in)
  PERFSDEN Perforation Shot Density 0.0 (1/m)
  PERFSTATUS Perforation status
  PLODDRL Plug Outer Diameter - Zoned along driller depths 0.0 (in)
  TBGD Tubing Depth 0.0 (m)
  TBIDDRL Tubing inner diameter - Zoned along driller depths 0.0 (in)
  TBIDLGR Tubing inner diameter - Zoned along logger depths 0.0 (in)
  TBODDRL Tubing outer diameter - Zoned along driller depths 0.0 (in)
  TBODLGR Tubing outer diameter - Zoned along logger depths 0.0 (in)
  TGRDDRL Tubing Grade - Zoned along driller depths
  TGRDLGR Tubing Grade - Zoned along logger depths
  TWTDRL Tubing Linear Weight - Zoned along driller depths 0.0 (kg/m)
  TWTLGR Tubing Linear Weight - Zoned along logger depths 0.0 (kg/m)
    DNMSESSION
  Mnemonic Long Name Value (Units)
  ALT_PDAT Name of Alternate Permanent Datum (for PDAT = OTHER)
  APD Elevation of Depth Reference (LMF) Above Permanent Datum 28.500 (m)
  COORDSYS_NAME Surface coordinate system name UTM84-53N
  DEPTH_SEL Depth Selection Parameter Driller's Depth
  ECF Elevation of Casing Flange above Permanent Datum 0.0 (m)
  EDF Elevation of Derrick Floor Above Permanent Datum 28.500 (m)
  EGL Elevation of Ground Level Above Permanent Datum -3509.5 (m)
  EKB Elevation of Kelly Bushing Above Permanent Datum 0.0 (m)
  ELZ Elevation of Logging Zero Reference 28.500 (m)
  EPD Elevation of Permanent Datum (PDAT) above Mean Sea Level 0.0 (m)
  ETIP Elevation of the TIP above MSL 28.500 (m)
  GRID_CONV_ANG Grid convergence angle: angular difference between grid north (Y axis of a grid or cartographic projection) and true north. [Geoshare convention: True Azimuth = Grid Azimuth + Grid_Convergence_Angle] 1.033 (deg)
  JOBID Job Identification 12JAP0016
  LATD64 64-bit Latitude (N=+ S=-) 32.748 (deg)
  LATI Latitude 32° 44' 52.698" N
  LMF Logging Measured From (Name of Logging Elevation Reference) DF
  LOND64 64-bit Longitude (E=+ w=-) 136.92 (deg)
  LONG Longitude 136° 55' 2.106" E
  MANL_GRID_CONV Flag for manually entering the grid convergence angle 1
  NORTH_REF North Reference 1
  PDAT Permanent Datum MSL
  WDMS Water Depth to Mean Sea Level 3509.5 (m)
    SURVEY: DnMSurveyEnsemble
  Mnemonic Long Name Value (Units)
  DELT_LOCB Reference Acceptance Criteria for Magnetic Flux Density 300.00 (nT)
  DELT_LOCG Reference Acceptance Criteria for Gravitational Field Strength 0.0245 (m/s2)
  DELT_MDIP Reference Acceptance Criteria for Magnetic Dip Angle 0.450 (deg)
  DELT_USER_LOCB Acceptance Criteria for Magnetic Flux Density 300.00 (nT)
  DELT_USER_LOCG Acceptance Criteria for Gravitational Field Strength 0.0245 (m/s2)
  DELT_USER_MDIP Acceptance Criteria for Magnetic Dip Angle 0.450 (deg)
  DMAG_CORR_ON Enable DMAG Correction 0
  DMAG_CUTOFF DMAG Cutoff Depth 0.0 (m)
  DNI_DATE Direction and Inclination Inits Calculation Date 04-Dec-2012
  EAE Estimated Azimuth Error 0.120 (deg)
  EDI Estimated Drillstring Interference 320.00 (nT)
  GEOMAG_MODEL Geomag Model that used for FAC calculation BGGM
  LOCB Magnetic Flux Density 45580.5 (nT)
  LOCG Gravitational Field Strength 9.796 (m/s2)
  MDEC Magnetic Field Declination -6.527 (deg)
  MDIP Magnetic Dip Angle 46.036 (deg)
  OVERIDE_LOCB Override Magnetic Flux Density 0
  OVERIDE_LOCG Override Gravitational Field Strength 0
  OVERIDE_MAGDEC Override Magnetic Declination Angle 0
  OVERIDE_MAGDIP Override Magnetic Dip Angle 0
  SAG_CORR_ON Enable Sag Correction 0
  TOTC Total Azimuthal Correction -7.560 (deg)
  USER_LOCB User-supplied values for Magnetic Flux Density 45580.5 (nT)
  USER_LOCG User-supplied values for Gravitational Field Strength 9.796 (m/s2)
  USER_MDEC User-supplied values for Magnetic Declination -6.527 (deg)
  USER_MDIP User-supplied values for Magnetic Dip Angle 46.036 (deg)
    WSDRUN: WSD Run Ensemble provides common Parameters and Channels
  Mnemonic Long Name Value (Units)
  AMD Azimuth of Maximum Deviation 328.45 (deg)
  BLI Bottom Log Interval 4247.7 (m)
  CONTYP Conveyance Type Drill Pipe (TLC)
  DATE Date of Operation 04-Dec-2012
  DEPREM1 Depth Remark 1
  DEPREM2 Depth Remark 2
  DEPREM3 Depth Remark 3
  DEPREM4 Depth Remark 4
  DEPREM5 Depth Remark 5
  DEPREM6 Depth Remark 6
  DEPTH_SYS_TYPE Depth System Type Schlumberger Depth System
  DEP_SOURCE Depth Source (Wireline Depth or Driller Depth) in Local Language
  DTCRS Time (and date) circulation stopped 0.0
  ENGI Engineer s Name Wang Feng Shao Kai
  FILTER_DEPTH_JUMP Flag of filtering depth jump No
  HVCMP_OPTIONS Type of Wave Motion Compensation used
  LOGTYP Type of log
  LSRV Type of service LWD
  MHD Maximum Hole Deviation 2.630 (deg)
  R1 Remarks Line 1 Data presented is Recorded Mode data which was acquired while drilling.
  R10 Remarks Line 10 Warning in calibration list is due to MaxWell bug.
  R2 Remarks Line 2 Depth reference is driller’s depth measured from Rotary Table.
  R3 Remarks Line 3 geoVISION record rate is 10s, sonicVISION record rate is 10s, APWD record rate is 10s.
  R4 Remarks Line 4 geoVISION GR is corrected for bit size, tool size and mud weight. No potassium concentration in mud.
  R5 Remarks Line 5 geoVISION resistivity is environmentally corrected for bit size and mud resistivity.
  R6 Remarks Line 6 sonicVISION compressional slowness is processed by DCS.
  R7 Remarks Line 7 Reason for POOH: Well TD.
  R8 Remarks Line 8 Drilling Time: 25.18 hrs
  R9 Remarks Line 9 Pumping Time: 36.30 hrs
  RLDT Reference Log Date (dd-MMM-yyyy)
  RLNM Reference Log Name
  RLRN Reference Log Run Number
  RUN Run Number 002
  RUN_BDATE Run Begin Date/Time 41247.3
  RUN_DESC Run Description
  RUN_EDATE Run End Date/Time 41250.0
  RUN_SNUM Run Sequence Number 2
  TLI Top Log Interval 3538.0 (m)
  TOOLS Tool or tool string
  TSTK_RESET Reset TSTK channel to zero No
  WITN Witness s Name Yoshi Sanada Yukari Kido
    BOREHOLE: Borehole Ensemble provides common Borehole Parameters and Channels
  Mnemonic Long Name Value (Units)
  A Constant A of the Archie Formation Factor - Porosity Equation 1.000
  APRE Atmospheric Pressure 101.30 (kPa)
  BARI Barite Mud Presence Flag No
  BG Gas Formation Volume Factor, Bg 0.0
  BHAL GRA Borehole Aluminum Weight Percent 0.0 (kgf/kgf)
  BHK Drilling Fluid Potassium Concentration 0.0 (%)
  BHT Bottom Hole Temperature 10.000 (degC)
  BO Oil Formation Volume Factor, Bo 0.0
  BPP Bubble Point Pressure 0.0 (kPa)
  BPT Bubble Point Temperature 0.0 (degC)
  BSAL Borehole Salinity 30470.4 (ppm)
  BSSO Source of Borehole Salinity Data Measured Resistivity (GEN-9)
  BW Water Formation Volume Factor, Bw 0.0
  CDTS Correction for Delta-T Shale, Empirical 100.00 (us/ft)
  CTOT Total Compressibility of Rock and Fluid 0.00725 (1E-6 1/Pa)
  DFD Drilling Fluid Density 1.040 (g/cm3)
  DFES Electrical Stability 0.0 (V)
  DFL Drilling Fluid Loss 0.0 (cm3)
  DFPH Drilling Fluid pH 11.600
  DFT Drilling Fluid Type Water
  DFTS Drilling Fluid Total Solids 0.0 (%)
  DFT_GAS Drilling Fluid Gas Type Air
  DFT_OIL Drilling Fluid Oil Type
  DFT_WATER Drilling Fluid Water Type Sea Water
  DFV Drilling Fluid Viscosity 0.0 (s)
  DHGS Drilling Fluid High Gravity Solids 0.0 (%)
  DIP_ANGLE The maximum angle that a surface; e.g., a bedding or fault surface, makes with the horizontal, measured perpendicular to the strike direction of the structure and is measured in the vertical plane. 0.0 (deg)
  DIP_AZIMUTH Azimuth of a dipping plane in the Earth subsurface, usually around borehole 0.0 (deg)
  DMSE_BEF Bit Efficiency Factor for Downhole Mechanical Specific Energy 0.350
  DMSE_RPM_SEL RPM Selection for Downhole Mechanical Specific Energy RPM
  DMSE_RPM_SEL RPM Selection for Downhole Mechanical Specific Energy RPM
  DOWR Drilling Fluid Oil/water Ratio 0.0
  DTF Delta-T Fluid 189.00 (us/ft)
  DTM Delta-T Matrix 56.000 (us/ft)
  DTMD Borehole Fluid Slowness 190.00 (us/ft)
  FD Fluid Density 1000.0 (kg/m3)
  FFV Formation Fluid Viscosity 0.500 (cP)
  FLEV Depth of Drilling Fluid Level to LMF (Log Measured From) 2.940 (m)
  FPHI Source of Porosity for Formation Factor Formula Manual Input PHI
  FPHIM_RM Porosity channel selector for recorded mode
  FPHIM_RM Porosity channel selector for recorded mode
  FPHIM_RT Porosity channel selector for real time
  FPHIM_RT Porosity channel selector for real time
  FSAL Formation Salinity 6126.7 (ppm)
  GCSE_RM Generalized Caliper Selection for DnM recorded mode BS
  GCSE_RM Generalized Caliper Selection for DnM recorded mode BS
  GCSE_RT Generalized Caliper Selection for DnM real time BS
  GCSE_RT Generalized Caliper Selection for DnM real time BS
  GDD Gas Downhole Density 100.00 (kg/m3)
  GGRD Geothermal Gradient 18.227 (degC/km)
  GRSE_RM Generalized Mud Resistivity Selection for Recorded Mode REMS
  GRSE_RM Generalized Mud Resistivity Selection for Recorded Mode REMS
  GRSE_RT Generalized Mud Resistivity Selection for Realtime Mode REMS
  GRSE_RT Generalized Mud Resistivity Selection for Realtime Mode REMS
  GTSE_RM Generalized Temperature Selection for Recorded Mode TTEM(RM)
  GTSE_RM Generalized Temperature Selection for Recorded Mode TTEM(RM)
  GTSE_RT Generalized Temperature Selection for Realtime Mode GTEM_LINEST(RT)
  GTSE_RT Generalized Temperature Selection for Realtime Mode GTEM_LINEST(RT)
  GVIS Gas Viscosity 0.0200 (cP)
  HEMA Hematite Presence Flag No
  HIFF Hydrogen Index of Formation Fluid 1.000
  HVAS_RM Borehole area measurement selector for hole volume computation in recorded mode
  HVAS_RM Borehole area measurement selector for hole volume computation in recorded mode
  HVAS_RT Borehole area measurement selector for hole volume computation in real time
  HVAS_RT Borehole area measurement selector for hole volume computation in real time
  HVCS Integrated Hole Volume Caliper Selection Compute Area from GHD
  IBG 1/Gas Formation Volume Factor, 1/Bg 0.0
  IFPG Input Fracture Pressure Gradient 1.438 (g/cm3)
  IHVC Integrated Hole Volume Control Start
  IPPG Input Pore Pressure Gradient 0.959 (g/cm3)
  M Exponent M of the Archie Formation Factor - Porosity Equation 2.000
  MATR Rock Matrix for Neutron Porosity Corrections LIMESTONE
  MCSS Mudcake Sample Source Pressed
  MCST Mudcake Sample Temperature 20.000 (degC)
  MDEN Matrix Density for Density Porosity 2710.0 (kg/m3)
  MFSS Mud Filtrate Sample Source
  MFST Mud Filtrate Sample Temperature 20.000 (degC)
  MRT Maximum Recorded Temperature 10.000 (degC)
  MRT1 Maximum Recorded Temperature 1 10.000 (degC)
  MRT2 Maximum Recorded Temperature 2 0.0 (degC)
  MRT3 Maximum Recorded Temperature 3 0.0 (degC)
  MSE_SEL Mechanical Specific Energy Switch and Algorithm Selection Off
  MSS Mud Sample Source Active Tank
  MST Mud Sample Temperature 20.300 (degC)
  MVIS Mud Filtrate Viscosity 1.000 (cP)
  N N Exponent in SW Formula 2.000
  ODEN Oil Density 0.0 (kg/m3)
  OVIS Oil Viscosity 1.000 (cP)
  PHI Porosity 0.200 (m3/m3)
  REV_PER_VOL Number of revolutions per unit volume of fluid pumped through the motor 0.0 (rad/m3)
  RHO_SEAWATER Density of the Sea Water 1.030 (g/cm3)
  RMB Resistivity of Mud at Bottom Hole Temperature 0.298 (ohm.m)
  RMCB Mud Cake Resistivity at Bottom Hole Temperature 0.0 (ohm.m)
  RMCS Resistivity of Mud Cake Sample 0.0 (ohm.m)
  RMFB Resistivity of Mud Filtrate At Bottom Hole Temperature 0.198 (ohm.m)
  RMFS Resistivity of Mud Filtrate Sample 0.150 (ohm.m)
  RMS Resistivity of Mud Sample 0.225 (ohm.m)
  ROMFS Density of Mud Filtrate Sample 1000.0 (kg/m3)
  RUPI Pipe Rugosity 0.00590 (in)
  RW Connate Water Resistivity 1.000 (ohm.m)
  RWF Free Water Resistivity 1.000 (ohm.m)
  RWS Water Sample Resistivity 1.000 (ohm.m)
  SFTY Slowness Formation Type (Fast, Intermediate, Slow, etc.) Intermediate
  SF_FLAG Mud Return to Sea Floor (No Riser)? No
  SGOR Solution Gas Oil Ratio 0.0 (m3/m3)
  SHT Surface Hole Temperature 2.000 (degC)
  SMSE_BEF Bit Efficiency Factor for Surface Mechanical Specific Energy 0.350
  SMSE_RPM_SEL RPM Selection for Surface Mechanical Specific Energy RPM
  SMSE_RPM_SEL RPM Selection for Surface Mechanical Specific Energy RPM
  SPFS Sonic Porosity Formula Raymer-Hunt
  TD Total Measured Depth 4248.0 (m)
  TSDI Tool String Diameter 0.0 (in)
  TWS Connate Water Temperature 20.000 (degC)
  VHOL Cumulative Hole Volume 0.0 (m3)
  VILL_VDCLRAT Volume fraction of dry clay composed of Illite 0.0
  VKAO_VDCLRAT Volume fraction of dry clay composed of Kaolinite 0.0
  VMON_VDCLRAT Volume fraction of dry clay composed of Montmorillonite 0.0
  WPPV Water Phase as Percent of Total Volume in Oil Based Mud 100.00 (%)
  WPSL Salinity of the Water Phase emulsified within the Oil Based Mud 0.0 (ppm)
  WVIS Water Viscosity 0.500 (cP)
  ZMUD Acoustic Impedance of Mud 1.480 (Mrayl)
       No parameter differences noted.
Channels  File: MaxWell_1Dlis Sequence: 1  
  Origin: 107
    System and Miscellaneous

      Spacing: 6.0 in            Number of Channels: 49
        Mnemonic Long Name Units Properties
        AAI Angular Acceleration Indicator RECORDED-MODE CUSTOMER
        ANGX Quadrant Calibration Angle deg RECORDED-MODE CUSTOMER
        AZIM Measured Azimuth deg REAL-TIME BASIC
        BIT_DEPTH Bit Depth m REAL-TIME CUSTOMER
        CRPM Collar Rotational Speed c/min REAL-TIME CUSTOMER
        DHAP Downhole Annulus Pressure kPa RECORDED-MODE CUSTOMER
        DHAT Downhole Annulus Temperature degC RECORDED-MODE CUSTOMER
        DTOR Downhole Torque (MWD) kN.m REAL-TIME BASIC
        DWOB Downhole Weight on Bit kN REAL-TIME BASIC
        ECD Equivalent Circulating Density g/cm3 RECORDED-MODE CUSTOMER
        ECD_DEP Depth of Annular Pressure Sensor m REAL-TIME CUSTOMER
        ECD_TVD TVD of Annular Pressure Sensor m REAL-TIME CUSTOMER
        ESD Equivalent Static Density g/cm3 REAL-TIME CUSTOMER
        ESD_MAX Maximum Equivalent Static Density g/cm3 REAL-TIME CUSTOMER
        ESD_MIN Mininum Equivalent Static Density g/cm3 REAL-TIME CUSTOMER
        GR Gamma Ray gAPI RECORDED-MODE BASIC
        GR_DN Gamma Ray, Down gAPI RECORDED-MODE CUSTOMER
        GR_IMAGE Gamma Ray Image gAPI Dimension: [56] RECORDED-MODE CUSTOMER
        GR_LF Gamma Ray, Left gAPI RECORDED-MODE CUSTOMER
        GR_RG Gamma Ray, Right gAPI RECORDED-MODE CUSTOMER
        GR_UP Gamma Ray, Up gAPI RECORDED-MODE CUSTOMER
        HKLA Average Hookload kN REAL-TIME CUSTOMER
        INCL Hole inclination deg REAL-TIME BASIC
        P1AZ Pad 1 Azimuth in Horizontal Plane (0 = True North) deg RECORDED-MODE CUSTOMER
        P1NO Pad 1 Azimuth in Plane Orthogonal to Tool Axis (0 = True North) deg RECORDED-MODE CUSTOMER
        RB Relative Bearing deg RECORDED-MODE CUSTOMER
        ROP5 Rate of penetration averaged over the last 5 ft (1.5 m) m/h REAL-TIME CUSTOMER
        SHKA Axial shock frequency 1/s REAL-TIME CUSTOMER
        SHKL;2 Tool Shock Level RECORDED-MODE CUSTOMER
        SHKL;3 Tool Shock Level RECORDED-MODE CUSTOMER
        SHKL Tool Shock Level REAL-TIME CUSTOMER
        SHKL;1 Tool Shock Level REAL-TIME CUSTOMER
        SHKRSK Shock Risk REAL-TIME CUSTOMER
        SHKT Radial or transverse shock frequency 1/s REAL-TIME CUSTOMER
        SPPA Standpipe Pressure kPa REAL-TIME CUSTOMER
        STICK Stick Slip Indicator c/min REAL-TIME CUSTOMER
        STICKRATIO Stick Ratio REAL-TIME CUSTOMER
        SWOB Surface Weight On Bit kN REAL-TIME CUSTOMER
        TAB_GR Gamma Ray Time after Bit h CUSTOMER
        TAB_RES_BD Deep Button Resistivity Time After Bit h CUSTOMER
        TAB_RES_BIT Bit Resistivity Time After Bit h CUSTOMER
        TAB_RES_BM Medium Button Resistivity Time After Bit h CUSTOMER
        TAB_RES_BS Shallow Button Resistivity Time After Bit h CUSTOMER
        TAB_RES_RING Ring Resistivity Time After Bit h CUSTOMER
        TAB_SONIC Sonic Time After Bit h BASIC
        TDEP Tool Depth 0.1 in BASIC
        TVD True Vertical Depth m REAL-TIME CUSTOMER
        TVDE True Vertical Depth m REAL-TIME CUSTOMER
        TVDSS Sub-sea TVD: True Vertical Depth measured from Mean Sea Level m REAL-TIME CUSTOMER

      Spacing: 0.3 in            Number of Channels: 13
        Mnemonic Long Name Units Properties
        R1IM Static Shallow Button Resistivity Image ohm.m Dimension: [56] RECORDED-MODE CUSTOMER
        R1IM_DYN Dynamic RAB Processed Shallow Button Image Dimension: [56] RECORDED-MODE CUSTOMER
        R2IM Static Medium Button Resistivity Image ohm.m Dimension: [56] RECORDED-MODE CUSTOMER
        R2IM_DYN Dynamic RAB Processed Medium Button Image Dimension: [56] RECORDED-MODE CUSTOMER
        R3IM Static Deep Button Resistivity Image ohm.m Dimension: [56] RECORDED-MODE CUSTOMER
        R3IM_DYN Dynamic RAB Processed Deep Button Image Dimension: [56] RECORDED-MODE CUSTOMER
        RES_BD Deep Button Resistivity ohm.m RECORDED-MODE BASIC
        RES_BD_IMG Deep Button Resistivity Image ohm.m Dimension: [56] RECORDED-MODE CUSTOMER
        RES_BM;1 Medium Button Resistivity ohm.m RECORDED-MODE BASIC
        RES_BM_IMG Medium Button Resistivity Image ohm.m Dimension: [56] RECORDED-MODE CUSTOMER
        RES_BS;1 Shallow Button Resistivity ohm.m RECORDED-MODE BASIC
        RES_BS_IMG Shallow Button Resistivity Image ohm.m Dimension: [56] RECORDED-MODE CUSTOMER
        TDEP;1 Tool Depth 0.1 in BASIC

      Spacing: 1.2 in            Number of Channels: 30
        Mnemonic Long Name Units Properties
        RES_BD;1 Deep Button Resistivity ohm.m RECORDED-MODE BASIC
        RES_BD_DN Deep Button Resistivity, Down ohm.m RECORDED-MODE BASIC
        RES_BD_LF Deep Button Resistivity, Left ohm.m RECORDED-MODE BASIC
        RES_BD_RG Deep Button Resistivity, Right ohm.m RECORDED-MODE BASIC
        RES_BD_UP Deep Button Resistivity, Up ohm.m RECORDED-MODE BASIC
        RES_BIT Bit Resistivity ohm.m RECORDED-MODE BASIC
        RES_BM Medium Button Resistivity ohm.m RECORDED-MODE BASIC
        RES_BM_DN Medium Button Resistivity, Down ohm.m RECORDED-MODE BASIC
        RES_BM_LF Medium Button Resistivity, Left ohm.m RECORDED-MODE BASIC
        RES_BM_RG Medium Button Resistivity, Right ohm.m RECORDED-MODE BASIC
        RES_BM_UP Medium Button Resistivity, Up ohm.m RECORDED-MODE BASIC
        RES_BS Shallow Button Resistivity ohm.m RECORDED-MODE BASIC
        RES_BS_DN Shallow Button Resistivity, Down ohm.m RECORDED-MODE BASIC
        RES_BS_LF Shallow Button Resistivity, Left ohm.m RECORDED-MODE BASIC
        RES_BS_RG Shallow Button Resistivity, Right ohm.m RECORDED-MODE BASIC
        RES_BS_UP Shallow Button Resistivity, Up ohm.m RECORDED-MODE BASIC
        RES_RING Ring Resistivity ohm.m RECORDED-MODE BASIC
        RPM Rotational Speed c/min RECORDED-MODE CUSTOMER
        RPM_BD GVR Rotational Speed at Deep Button c/min RECORDED-MODE CUSTOMER
        SHKA;1 Axial shock frequency 1/s RECORDED-MODE CUSTOMER
        SHKL_AXL Axial Shock Level RECORDED-MODE CUSTOMER
        SHKL_RAD Radial Shock Level RECORDED-MODE CUSTOMER
        SHKT;1 Radial or transverse shock frequency 1/s RECORDED-MODE CUSTOMER
        TDEP;2 Tool Depth 0.1 in BASIC
        TICKS_BITRES Bit Resistivity Tick Marks RECORDED-MODE BASIC
        TICKS_DBTN Deep Button Tick Marks RECORDED-MODE BASIC
        TICKS_GR Gamma Ray Tick Marks RECORDED-MODE BASIC
        TICKS_PRES Pressure Tick Marks RECORDED-MODE BASIC
        TICKS_RING Ring Sample Tick Marks RECORDED-MODE BASIC
        TICKS_SON Sonic Tick Marks RECORDED-MODE BASIC

      Spacing: 1.0 in            Number of Channels: 2
        Mnemonic Long Name Units Properties
        TDEP;3 Tool Depth 0.1 in BASIC
        TIME_1900 Elapsed time since midnight, 30 December 1899 d REAL-TIME BASIC
Frame Summary  File: MaxWell_1Dlis Sequence: 1  
Origin: 107
  Index Type Start Stop Spacing Channels Index Channel Frame Name
  BOREHOLE-DEPTH

3530.04

4247.85 m

60.0 (0.1 in) down

49

TDEP   

60B   
 

11581.50

13936.50 ft

  BOREHOLE-DEPTH

3530.00

4246.40 m

3.0 (0.1 in) down

13

TDEP;1

3B   
 

11581.38

13931.78 ft

  BOREHOLE-DEPTH

3530.01

4248.00 m

12.0 (0.1 in) down

30

TDEP;2

12B   
 

11581.40

13937.00 ft

  BOREHOLE-DEPTH

3530.02

4248.00 m

10.0 (0.1 in) down

2

TDEP;3

10B   
 

11581.42

13937.00 ft

Error Summary  File: MaxWell_1Dlis Sequence: 1  
        No errors detected in file.
Schlumberger Verification Listing

Listing Completed: 11-JAN-2013 13:26:14