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Specific Well--15-191-22602
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~VERSION INFORMATION
VERS. 2.0 :CWLS Log ASCII Standard - VERSION 2.0
WRAP. NO :One Line per depth step
PROD. Schlumberger :LAS Producer
PROG. DLIS to ASCII 14B0-200 :LAS Program name and version
CREA. 2011/06/27 09:04 :LAS Creation date {YYYY/MM/DD hh:mm}
DLIS_CREA. 2011-Jun-26 12:54 :DLIS Creation date and time {YYYY-MMM-DD hh:mm}
SOURCE. BC12-00109_Vitruvian-Exploration_Willey-35-3 1-5-SWD_PEX-ECS-MLT_Run1_Main-Pass_Combined_025PUP.DLIS :DLIS File Name
FILE-ID. AIT_ECS_TLD_MCFL_ML_025PUP :File Identification Number
#--------------------------------------------------
~WELL INFORMATION
#MNEM.UNIT DATA DESCRIPTION
#---- ------ -------------- -----------------------------
STRT .F 6139.5 :START DEPTH
STOP .F 201.5 :STOP DEPTH
STEP .F -0.5 :STEP
NULL . -999.25 :NULL VALUE
COMP .
Vitruvian Exploration, LLC :COMPANY
WELL . Willey 35-3 # 1-5 SWD :WELL
FLD . Wildcat :FIELD
LOC . 365' FSL & 2283' FWL :LOCATION
CNTY . Summer :COUNTY
STAT . Kansas :STATE
CTRY . :COUNTRY
API . 15-191-22602 :API NUMBER
UWI . 15191226020000 :UNIQUE WELL ID
DATE . 26-Jun-2011 :LOG DATE {DD-MMM-YYYY}
SRVC . Schlumberger :SERVICE COMPANY
LATI .DEG :LATITUDE
LONG .DEG :LONGITUDE
GDAT . :GeoDetic Datum
SECT . 5 :Section
RANG .
3W :Range
TOWN . 35S :Township
#-----------------------------------------------------------------------------
~PARAMETER INFORMATION
#MNEM.UNIT VALUE DESCRIPTION
#---- ----- -------------------- ------------------------
CN . Vitruvian Exploration LLC :Company Name
WN . Willey 35-3 # 1-5 SWD :Well Name
FN . Wildcat :Field Name
FL . 365' FSL & 2283' FWL :Field Location
FL1 . :Field Location Line 1
COUN . Summer :County or Rig Name
STAT . Kansas :State or Province
NATI . :Nation
DATE . 26-Jun-2011 :Date as Month-Day-Year
APIN . 15-191-22602 :API Serial Number
SECT . 5 :Section
TOWN . 35S
:Township
RANG . 3W :Range
DMF . Drll Floor :Drilling Measured From
LMF . Drill FLoor :Log Measured From
PDAT . Ground Level :Permanent Datum
ENGI . Abhinav Jain :Engineer's Name
WITN . Mr. Clayton Davis :Witness's Name
LATI . :Latitude
LONG . :Longitude
LUL . 6320 :Logging Unit Location
LUN . 2281 :Logging Unit Number
RUN . One :Run Number
SON . BC12-00109 :Service Order Number
BHT .DEGF 140.00000 :Bottom Hole Temperature (used in calculations)
BS .IN 8.75000 :Bit Size
MDEN .G/C3 2.71000 :Matrix Density
DFD .LB/G 8.60000 :Drilling Fluid Density
DFV .S 36.00000
:Drilling Fluid Viscosity
DFL .C3 27.00000 :Drilling Fluid Loss
RMFS .OHMM 0.24200 :Resistivity of Mud Filtrate Sample
EKB .F 1178.00000 :Elevation of Kelly Bushing
EGL .F 1161.00000 :Elevation of Ground Level
BLI .F 6128.00000 :Bottom Log Interval
BSAL .PPM 16000.00000 :Borehole Salinity
FLEV .F 17.00000 :Fluid Level
MCST .DEGF 87.00000 :Mud Cake Sample Temperature
MFST .DEGF 87.00000 :Mud Filtrate Sample Temperature
MRT .DEGF 140.00000 :Maximum Recorded Temperature
MST .DEGF 87.00000 :Mud Sample Temperature
RMCS .OHMM 0.39900 :Resistivity of Mud Cake Sample
RMS .OHMM 0.28500 :Resistivity of Mud Sample
RW .OHMM 1.00000 :Resistivity of Connate Water
TDD .F 6233.000
00 :Total Depth - Driller
TDL .F 6128.00000 :Total Depth - Logger
TLI .F 295.00000 :Top Log Interval
HIDE . Hole-Cement Volume :Header Identifier
MATR . LIME :Rock Matrix for Neutron Porosity Corrections
FNUM . 1.00000 :Form Factor Numerator
FEXP . 2.00000 :Form Factor Exponent
DFT . Water Based Mud :Drilling Fluid Type
DFPH . 8.00000 :Drilling Fluid PH
MCSS . Calculated :Mud Cake Sample Source
MFSS . Calculated :Mud Filtrate Sample Source
FD .G/C3 1.00000 :Fluid Density
MSS . Flowline :Mud Sample Source
OS1 . AIT TLD HGNS ECS :Other Services Line 1
OS2 . FMI DSI :Other Services Line 2
OS3 . MSCT :Other Services Line
3
OS4 . :Other Services Line 4
OS5 . :Other Services Line 5
R1 . Logs and formats as per client's request. :Remark Line 1
R2 . Toolstring ran as per toolsketch. :Remark Line 2
R3 . Logs computed on Limsetone matrix (MDEN = 2.71 g/cc) :Remark Line 3
R4 . Repeat Pass pulled 500 ft from TD. :Remark Line 4
R5 . Cement and Hole volume computed using 7 future casing diameter. :Remark Line 5
R6 . Source of maximum recorded temperature 140 degF is HGNS sensor. :Remark Line 6
R7 . Bridged at 1450 1950 3900 ft then pulled out of the hole and replaced the bottom nose with hole-finder. :Remark Line 7
R8 . Client conducted a wiper trip due to bridging. :Remark Line 8
TCS . 3 30 :Time Circulation Stopped
TLAB . 08 40 :Time Logger At Bottom
EPD .F 1161.000000 :Elevation of Perma
nent Datum above Mean Sea Level
APD .F 17.000000 :Elevation of Depth Reference (LMF) above Permanent Datum
#-----------------------------------------------------------------------------
~CURVE INFORMATION
#MNEM.UNIT API CODE DESCRIPTION
#---- ----- -------- -----------------------
DEPT .F :DEPTH (BOREHOLE) {F10.1}
AF10 .OHMM :Array Induction Four Foot Resistivity A10 {F11.4}
AF20 .OHMM :Array Induction Four Foot Resistivity A20 {F11.4}
AF30 .OHMM :Array Induction Four Foot Resistivity A30 {F11.4}
AF60 .OHMM :Array Induction Four Foot Resistivity A60 {F11.4}
AF90 .OHMM :Array Induction Four Foot Resistivity A90 {F11.4}
AO10 .OHMM
:Array Induction One Foot Resistivity A10 {F11.4}
AO20 .OHMM :Array Induction One Foot Resistivity A20 {F11.4}
AO30 .OHMM :Array Induction One Foot Resistivity A30 {F11.4}
AO60 .OHMM :Array Induction One Foot Resistivity A60 {F11.4}
AO90 .OHMM :Array Induction One Foot Resistivity A90 {F11.4}
AT10 .OHMM :Array Induction Two Foot Resistivity A10 {F11.4}
AT20 .OHMM :Array Induction Two Foot Resistivity A20 {F11.4}
AT30 .OHMM :Array Induction Two Foot Resistivity A30 {F11.4}
AT60 .OHMM :Array Induction Two Foot Resistivity A60 {F11.4}
AT90 .OHMM :Array Inducti
on Two Foot Resistivity A90 {F11.4}
AFCO[5].MM/M :Array Induction Four Foot Conductivity {AF11.4}
AORT .OHMM :Array Induction One Foot Rt {F11.4}
AORX .OHMM :Array Induction One Foot Rxo {F11.4}
ATCO[5].MM/M :Array Induction Two Foot Conductivity {AF11.4}
BMIN .OHMM :Micro Inverse {F11.4}
BMNO .OHMM :Micro Normal {F11.4}
CFTC .HZ :Corrected Far Thermal Counting Rate {F11.4}
CNTC .HZ :Corrected Near Thermal Counting Rate {F11.4}
CTEM .DEGF :Cartridge Temperature {F11.4}
DCAL .IN :Differential Caliper {F11.4}
DPHZ .CFCF
:HRDD Standard Resolution Density Porosity {F11.4}
DWAL_WALK2. :Dry Weight Fraction Pseudo Aluminum (SpectroLith WALK2 Model) {F11.4}
DWCA_WALK2. :Dry Weight Fraction Calcium (SpectroLith WALK2 Model) {F11.4}
DWFE_WALK2. :Dry Weight Fraction Iron + 0.14 Aluminum (SpectroLith WALK2 Model) {F11.4}
DWGD_WALK2.PPM :Dry Weight Fraction Gadolinium (SpectroLith WALK2 Model) {F11.4}
DWSI_WALK2. :Dry Weight Fraction Silicon (SpectroLith WALK2 Model) {F11.4}
DWSU_WALK2. :Dry Weight Fraction Sulfur (SpectroLith WALK2 Model) {F11.4}
DWTI_WALK2. :Dry Weight Fraction Titanium (SpectroLith WALK2 Model) {F11.4}
ECST .DEGF :ECS Temperature {F11.4}
ESUF_WALK
2. :Elemental Statistical Uncertainty Factor (SpectroLith WALK2 Model) {F11.4}
GR .GAPI :Gamma-Ray {F11.4}
GTEM .DEGF :Generalized Borehole Temperature {F11.4}
HCAL .IN :HRCC Cal. Caliper {F11.4}
HDRA .G/C3 :HRDD Density Correction {F11.4}
HMIN .OHMM :MCFL Micro Inverse Resistivity {F11.4}
HMNO .OHMM :MCFL Micro Normal Resistivity {F11.4}
HTNP .CFCF :HiRes Thermal Neutron Porosity {F11.4}
NPHI .CFCF :Thermal Neutron Porosity (Ratio Method) {F11.4}
NPOR .CFCF :Enhanced Thermal Neutron Porosity {F11.4}
PEFZ .
:HRDD Standard Resolution Formation Photoelectric Factor {F11.4}
PHIT .CFCF :Corrected Total Porosity {F11.4}
PXND_HILT.CFCF :HILT Porosity CrossPlot {F11.4}
QCPMT. :Photomultiplier Tube Quality Control {F11.4}
RHGE_WALK2.G/C3 :Matrix Density from Elemental Concentrations (SpectroLith WALK2 Model) {F11.4}
RHO8 .G/C3 :HRDD High Resolution Formation Density {F11.4}
RHOZ .G/C3 :HRDD Standard Resolution Formation Density {F11.4}
RWA .OHMM :Apparent Water Resistivity {F11.4}
RXOZ .OHMM :MCFL Standard Resolution Invaded Zone Resistivity {F11.4}
SATO .CFCF :Oil Saturation {F11.4}
SP .MV
:SP Shifted {F11.4}
SPAR .MV :SP Armor Return {F11.4}
TENS .LBF :Cable Tension {F11.4}
TNPH .CFCF :Thermal Neutron Porosity {F11.4}
WANH_WALK2. :Dry Weight Fraction Anhydrite/Gypsum (SpectroLith WALK2 Model) {F11.4}
WCAR_WALK2. :Dry Weight Fraction Carbonate (SpectroLith WALK2 Model) {F11.4}
WCLA_WALK2. :Dry Weight Fraction Clay (SpectroLith WALK2 Model) {F11.4}
WCOA_WALK2. :Dry Weight Fraction Coal (SpectroLith WALK2 Model) {F11.4}
WEVA_WALK2. :Dry Weight Fraction Salt (SpectroLith WALK2 Model) {F11.4}
WPYR_WALK2. :Dry Weight Fraction Pyrite (SpectroLith WALK2 Model) {
F11.4}
WQFM_WALK2. :Dry Weight Fraction Quartz+Feldspar+Mica (QFM) (SpectroLith WALK2 Model) {F11.4}
WSID_WALK2. :Dry Weight Fraction Siderite (SpectroLith WALK2 Model) {F11.4}
#-----------------------------------------------------------------------------
#
# DEPT AF10 AF20 AF30 AF60 AF90 AO10 AO20 AO30 AO60 AO90 AT10 AT20 AT30 AT60 AT90 AFCO[5] AORT AORX ATCO[5] BMIN BMNO CFTC CNTC CTEM DCAL DPHZ DWAL_WALK2 DWCA_WALK2 DWFE_WALK2 DWGD_WALK2 DWSI_WALK2 DWSU_WALK2 DWTI_WALK2 ECST ESUF_WALK2 GR GTEM HCAL HDRA HMIN HMNO HTNP NPHI NPOR PEFZ PHIT PXND_HILT QCPMT RHGE_WALK2 RHO8 RHOZ RWA RXOZ SATO SP SPAR TENS TNPH WAN
H_WALK2 WCAR_WALK2 WCLA_WALK2 WCOA_WALK2 WEVA_WALK2 WPYR_WALK2 WQFM_WALK2 WSID_WALK2
#
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