36
Code Log Type Code Curve Type Code Curve Class 01 ELECTRICAL 10 Self Potential 1 Measured SP (ESp) 2 Pseudo SP (Epsp) 3 Static SP (Essp) 11 Dual SP Upper Electrode 12 Dual SP Lower Electrode 13 deltaV for Dual SP 22 REDOX 50 SP Baseline 30 Single Point 1 Single Point Resistivity Resistivity 40 Short Normal 2 2" 41 Short Normal, 3 3" Amplified 5 5" 6 6" 7 7" 8 8" 9 9" 10 10" 14 14.5" 16 16" 18 18" 24 24" 60 Long Normal 32 32" 61 Long Normal, 36 36" Amplified 38 38" 39 39" 40 40" 57 57"

Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

  • Upload
    others

  • View
    22

  • Download
    0

Embed Size (px)

Citation preview

Page 1: Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

CodeLogType Code CurveType Code CurveClass 01ELECTRICAL 10 SelfPotential 1 MeasuredSP(ESp) 2 PseudoSP(Epsp) 3 StaticSP(Essp) 11 DualSPUpper Electrode 12 DualSPLower Electrode 13 deltaVforDualSP 22 REDOX 50 SPBaseline 30 SinglePoint 1 SinglePoint Resistivity Resistivity 40 ShortNormal 2 2" 41 ShortNormal, 3 3" Amplified 5 5" 6 6" 7 7" 8 8" 9 9" 10 10" 14 14.5" 16 16" 18 18" 24 24" 60 LongNormal 32 32" 61 LongNormal, 36 36" Amplified 38 38" 39 39" 40 40" 57 57"

Page 2: Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

63 63" 64 64" 81 81" 90 14'8" 91 20' 70 Lateral 5 4'8" 71 Lateral,

Amplified6 6'

8 8' 9 9' 10 10' 11 11'6" 13 13' 15 15'or15'8" 16 16'or16'8" 17 17'4" 18 18'or18'8" 22 22'6" 24 24' 28 28'8" 80 Limestone 1 Limestone 310 GammaRay SeeLog35 02DRILL-STEMSONDE

10 SelfPotential

40 ShortNormal SeeLog01 60 LongNormal 70 Lateral 09ULSEL 69 UltraLong

Normal14 75'/600'

24 150'/600'

Page 3: Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

25 150'/1000' 35 350'/1000' 46 600'/2400' 56 1000'/2400' 68 2400'/4000' 80-95 LocalOption 05INDUCTION 10 SelfPotential ELECTRICAL 40 ShortNormal 41 ShortNormal, SeeLog01 Amplified 60 LongNormal 70 Lateral 110 Induction 27 27"5F Conductivity 111 Induction 28 28"6F Conductivity, Amplified 120 Induction 44 Medium Resistivity 121 Induction 45 40"5F Resistivity, 46 40"6F Amplified 220 Focused SeeLog10 Resistivity 310 GammaRay SeeLog35 06INDUCTION 110 Induction Conductivity 111 Induction Conductivity, Amplified 120 Induction SeeLog05

Page 4: Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

Resistivity 121 Induction Resistivity, Amplified 220 Focused SeeLog10 Resistivity 280 Caliper SeeLog70 310 GammaRay SeeLog35 520 AcousticInterval SeeLog60 TransitTime 07DUALINDUCTION

10 SelfPotential SeeLogO1

110 Induction SeeLog05 Conductivity 120 Induction Resistivity 210 Focused Conductivity 220 Focused SeeLog10 Resistivity 280 Caliper SeeLog70 310 GammaRay SeeLog35 520 AcousticInterval SeeLog60 TransitTime 09DIELECTRIC 130 Attenuation 1 Ac

Page 5: Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

132 Dielectric 16 16xl0^6Hz Constant 36 30x10^6Hz 134 Electromagnetic 1 Tp1(1.1x10^9Hz) Propagation 280 Caliper SeeLog70 310 GammaRay SeeLog35 430 Monitor 1 QualityControl forPNC 10 NearReceiver SignalStrengthof DielecticLog 11 FarReceiverSignal Strengthof DielectricLog 10FOCUSED 10 SelfPotential 1 SeeLog01 210 Focused 1 SphericalFocused Conductivity 3 LL3 211 Focused 4 FocusedResistivity Conductivity, 5 Guard Amplified 6 ShallowFocused 220 Focused 7 LL7 Resistivity 8 LL8 221 Focused 9 LL9Shallow Resistivity, 10 LL9Deep Amplified 13 FocusedLinear 222 Focused Resistivity Resistivity, Averaged

Page 6: Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

310 GammaRay SeeLog35 330 Neutron SeeLog35 430 Monitor SeeLog09 11DUALFOCUSED

10 SelfPotential SeeLog01

220 Focused SeeLog10 Resistivity 270 Micro-Focused SeeLog20 Resistivity 280 Caliper SeeLog70 310 GammaRay SeeLog35 15MICRO 10 SelfPotential SeeLog01 250 Inverse(1") 1 D 252 Normal(2") 2 H 280 Caliper SeeLog70 823 MudResistivity SeeLog91 (MudLog) 20MICRO-FOCUSED

10 SelfPotential SeeLog01

260 Micro-Focused 1 1" Conductivity 3 3" 270 Micro-Focused 4 Micro-Spherical Resistivity Focused 27 27/32" 30 Proximity

Page 7: Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

280 Caliper SeeLog70 21PROXIMITY 10 SelfPotential SeeLog01 250 Inverse(1") SeeLog15 252 Normal(2") SeeLog15 260 Micro-Focused Conductivity SeeLog20 270 Micro-Focused Resistivity 280 Caliper SeeLog70 29NUCLEARMAGNETISM

310 GammaRay SeeLog35

670 FreeFluidIndex 671 ThermalRelaxation Time(T1) 1 Apparent 672 Transverse 2 Corrected Relaxation Time(T2) 895 Permeability Seelog94 30GAMMARAY 150 CollarLocator SeeLog86 280 Caliper SeeLog70 310 GammaRay SeeLog35 31GAMMARAYSPECTRAL

310 GammaRay SeeLog35

Page 8: Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

719 Potassium 790 Thorium SeeLog52 792 Uranium 35GAMMARAYNEUTRON

150 CollarLocator SeeLog86

310 GammaRay 1 APIUnits 330 Neutron 22 CompanyUnits 30 Countspersecond 60 FromCore 334 Neutron

Detector30 NearDetectorCount

CountRate Rate 31 FarDetectorCount Rate 890 Porosity Seelog94 40NEUTRON 330 Neutron SeeLog35 890 Porosity Seelog94 41SIDEWALLNEUTRON

280 Caliper SeeLog70

(Non-compensated) 310 GammaRay SeeLog35 330? Neutron 890 Porosity Seelog94 150 CollarLocator SeeLog86 42COMPENSATED

280 Caliper SeeLog70

Page 9: Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

NEUTRON 310 GammaRay SeeLog35 330 Neutron 350 Density SeeLog45 356 DensityCorrection 420 Ratio 1 NeutronCountRate Ratio 890 Porosity Seelog94 45DENSITY 270 Micro-Focused SeeLog20 Resistivity 280 Caliper SeeLog70 310 GammaRay SeeLog35 350 Density 1 BulkDensity Compensated 2 BulkDensity Non-compensated 22 CompanyUnits 50 Densityfrom GravityLog 60 DensityfromCore 354 DensityDetector 1 NearDetectorCount CountRate Rate 2 FarDetectorCount Rate 356 Density

Correction1 DensityCorrection

357 AtomicNumber(Z)

1 EffectiveAtomic

Number

Page 10: Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

358 PhotoelectricCros

1 PhotoelectricCross

Section(U) Section 890 Porosity Seelog94 47GRAVITY 350 Density SeeLog45 351 Density

difference1 DD(Gravitylog

ednsity-sidewall density) 50CHLORINE 310 GammaRay SeeLog35 330 Neutron 701 Hydrogen SeeLog52 717 Chlorine 51PULSATEDNEUTRON

150 CollarLocator SeeLog86

CAPTURE 310 GammaRay SeeLog35 390 NearDetector 1 Gate#1 CountRate 2 Gate#2 391 FarDetector

Count3 Gate#3

Rate 4 Gate#4 400 CaptureCross 1 ApparentCapture Section CrossSection 2 CorrectedCapture CrossSection 410 DecayTime 1 ThermalNeutron DecayTime 420 Ratio 1 SigmaRatio(PNC)

Page 11: Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

430 Monitor SeeLog09 890 Porosity Seelog94 52CARBON/OXYGEN

150 CollarLocator SeeLog86

310 GammaRay SeeLog35 700 TotalCounts 1 Inelastic 701 Hydrogen 2 Capture 702 Helium 3 Activation 706 Carbon 12 Inelastic/Capture 708 Oxygen 13 Inelastic/ Activation 712 Magnesium 21 Capture/Inelastic 713 Aluminum 23 Capture/Activation 714 Silicon 31 Activation/ Inelastic 716 Sulphur 32 Activation/Capture 717 Chlorine 50 AnalyticalorAssay 719 Potassium fromcuttings 720 Calcium 51 AnalyticalorAssay 726 Iron fromCores 728 Nickel 729 Copper 790 Thorium 792 Uranium 793 Carbon/Oxygen 794 Calcium/Silicon 795 Silicon/Calcium 796 Silicon/Oxygen 60ACOUSTICVELOCITY

}010 SelfPotential SeeLogO1

Page 12: Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

}280 Caliper SeeLog7061ACOUSTICAMPLITUDE

}310 GammaRay SeeLog35

330 Neutron T-R1R1-R2 ------------------ 500 Acoustic

Velocity8 CheckShotTime

520 AcousticInterval 9 CheckShot TransitTime, Correction Compressional

Wave30 3'0'

Compensated 31 3'1' (i.e.,BHC) 32 3'2' 522 Acoustical 33 3'3' IntervalTransit 40 4'0' Time, 41 4'1' Compressional 42 4'2' Wave, 43 4'3' Non-

compensated50 5'1?'

524 Acoustic 53 5'2' Amplitude, 61? 6'1' Compressional

Wave62 6'2'

(i.e.amplitude 63 6'3' forcement

bond)80-95 LocalOption

529 IntegratedTime, CompressionalWave 60ACOUSTICVELOCITY

} T-R1R1-R2

(longspaced) } ------------------

Page 13: Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

}501 AcousticVelocity

1 7'0'

} LongSpaced,>7' 2 7'1' } 3 7'2'61ACOUSTICAMPLITUDE

}523 AcousticInterval 4 7'3'

(longspaced) } TransitTime, 5 8'0' Compressional 6 8'1' Wave,Long

Spaced,7 8'2'

>7' 8 8'3' 528 IntegratedTime 9 9'0' Compressional 10 9'1' Wave,Long

Spaced,11 9'2'

>7' 12 9'3' 13 10'0' 14 10'1' 15 10'2' 16 10'3' 17 11'0' 18 11'1' 19 11'2' 20 11'3' 21 12'0' 22 12'1' 23 12'2' 24 12'3' 25 13'0' 26 13'1' 27 13'2' 28 13'3' 29 14'0' 30 14'1' 31 14'2'

Page 14: Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

32 14'3' 33 15'0' 34 15'1' 35 15'2' 36 15'3' 37 16'0' 38 16'1' 39 16'2' 40 16'3' 41 17'0' 42 17'1' 43 17'2' 44 17'3' 45 18'0' 46 18'1' 47 18'2' 48 18'3' 49 19'0' 50 19'1' 51 19'2' 52 19'3' 53 20'0?' 54 20'1' 55 20'2' 56 20'3' 57 21'0' 58 21'1' 59 21'2' 60 21'3' 60ACOUSTICVELOCITY

}530 AcousticInterval 8 CheckShotTime

} TransitTime,Wave

9 CheckShot

} otherthan Correction

Page 15: Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

} Compressional 16 ShearWave } Compensated 26 StoneleyWave61ACOUSTICAMPLITUDE

}532 AcousticInterval 36 RayleighWave

TransitTime,Wave

46 TubeWave

otherthan 56 TotalWave Compressional, 60 Shear/Compressional Non-Compensated Ratio 534 Acoustic

Amplitude80-95 LocalOption

Waveotherthan Compressional 539 IntegratedTime, WaveOtherthan Compressional 890 Porosity SeeLog94 62SIDEWALLACOUSTIC

10 SelfPotential SeeLog01

280 Caliper SeeLog70 310 GammaRay SeeLog35 Circum #NAME? ferent ail (Code) (Code) 520 AcousticInterval Compressional TransitTime, 1 06Pad1 Compressional 2 2 Wave

Compensated3 3

522 AcousticInterval 4 4

Page 16: Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

TransitTime, Compressional Shear Wave, 11 16Pad1 Non-

Compensated12 2

524 AcousticAmplitude

13 3

CompressionalWave

14 4

529 IntegratedTime, CompressionalWave Stoneley Shear 21 26Pad1 530 AcousticInterval 22 2 Transit 23 3 Time,Wave

other24 4

thanCompressional Compensated Rayleigh 532 AcousticInterval 31 36Pad1 TransitTime,

Wave32 2

otherthan 33 3 Compressional, 34 4 Non-Compensated 534 AcousticAmplitude OtherWave Waveotherthan 41 46Pad1 Compressional 42 2 539 IntegratedTime, 43 3 Waveotherthan 44 4 Compressional 890 Porosity SeeLog94 64BOREHOLETELEVIEWER

Page 17: Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

65SEISMICREFERENCE

529 IntegratedTime, SeeLog60

Compressional 539 IntegratedTime, Waveotherthan Compressional 68NOISELOG 310 GammaRay SeeLog35 545 NoiseCurve 1 40hertz 2 60hertz 10 200hertz 11 600hertz 20 1000hertz 21 2000hertz 22 4000hertz 23 6000hertz 70CALIPER 280 Caliper 1 1arm 2 2arm 3 3arm 4 4arm 11 ExtendedCaliper 13 1-3PadElectrode 24 2-4PadElectrode 30 Differential Caliper(normalised tobitsize) 41 Arm1of4Arm Caliper 42 Arm2of4Arm Caliper 43 Arm3of4Arm Caliper 44 Arm4of4Arm

Page 18: Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

Caliper 50 AcousticalcaIiper 60 CaliperTrace Associatedwith Porosity 282 BitSize 1 Diameter 75DIPMETER 280 Caliper SeeLog70 610 Dipmeter

Contact1 Electrode1

Electrode 2 Electrode2 3 Electrode3 4 Electrode4 10 ZeroElectrode 611 Dip 1 Angle 3 Angle,apparent 11 Azimuth 12 Azimuth,apparent 615 Acceleration 1 Accelerometerz 2 Accelerometerx 3 Accelerometery 620 HoleDeviation SeeLog76 630 HoleAzimuth 631 HoleRelative Bearing 632 ToolAzimuth 6 Magnetic 7 Gyroscope 76DIRECTIONAL 620 HoleDeviation 1 OpenHoleSurvey,

Page 19: Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

630 HoleAzimuth continuous 631 HoleRelative 11 SurveyinPipe, Bearing continuous 632 ToolAzimuth 12 SurveyinPipe, singleshot 960 TrueVerticalDept SeeLog94 78GEOCHEMICAL 80TEMPERATURE

660 Temperature 1 DWT

2 HRT 11 Differential 21 Bottomhole 50 Mudin 51 Mudout 81CEMENT 280 Caliper SeeLog70 310 GammaRay SeeLog35 330 Neutron 350 Density SeeLog45 524 AcousticAmplitude SeeLog60 660 Temperature SeeLog80 82FLOWMETER Do Up Stationary (C e)

(Code)(Code)

-- ------- ---------- 150 CollarLocator SeeLog86

Page 20: Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

280 Caliper SeeLog70 310 GammaRay SeeLog35 635 Tension01 11 21Wireline 636 LogSpeed01 11 21Continuous Indicator02 22 3260Second Tattletale Spinner ------- 640 FlowRate01 21 311-7/8" 2 22 321-11/16" 3 23 332"Stationary 4 24 34Fullbore Tracer ------ 41 51 61Detector1 42 52 62Detector2 43 53 63Detector3 44 54 64Detector4 45 55 65Natural Gamma 84BOREHOLEFLUID

150 CollarLocator SeeLog86

DENSITY 280 Caliper SeeLog70 310 GammaRay SeeLog35

Page 21: Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

635 Tension SeeLog82 636 LogSpeed Indicator 650 FluidDensity01 11 21Pressure Differential 2 12 22Pressure Differential amplified 3 13 23WaterCut 4 14 24OilCut 5 15 25Pressure 85PRODUCTION 150 CollarLocator SeeLog86COMBINATIONTOOL 280 Caliper SeeLog70 310 GammaRay SeeLog35 635 Tension SeeLog82 636 LogSpeed SeeLog82 Indicator 640 FlowRate SeeLog82 660 Temperature SeeLog80 86CASINGINSPECTION

150 CollarLocator 1 Electromagnetic

152 PipeAnalysis 2 Mechanical 89DRILLSTRING 310 GammaRay SeeLog35TELEMETRY 40 ShortNormal SeeLog01 615 Acceleration SeeLog75

Page 22: Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

620 Deviation SeeLog76 630 HoleAzimuth 660 Temperature SeeLog80 811 DrillStringForce SeeLog90 812 Rotary 823 MudResistivity SeeLog91 90DRILLING 282 BitSize SeeLog70 810 DrillingRate 1 Penetrationrate 2 PenetrationRate, normalized ("d"exponent) 3 PenetrationRate, normalized andcorrected ("dc"exponent) 811 DrillStringForce 1 WeightonBit (fromuphole measurement) 2 WeightonBit (fromdownhole measurement) 3 HookLoad 812 Rotary 1 RPM 2 Torque,surface 12 Torque,subsurface 13 Vibration,uphole 14 Vibration,downhole 15 Acceleration,

Page 23: Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

uphole 16 Acceleration, downhole 814 PressureGradient SeeLog94 91MUD 660 Temperature SeeLog80 701 Hydrogen 702 Helium 707 Nitrogen 708 Oxygen SeeLog52 712 Magnesium 719 Potassium 720 Calcium 819 MudHydraulics 1 PumpPressure 2 PumpVolume 3 PumpStrokes 10 PitLevel 11 PitVolume 12 TotalPitVolume 14 AnnulusPressure, uphole 15 AnnulusPressure, downhole 16 AnnularPressure, drop 17 DrillPipePressure 18 Differential Pressure 19 Flowin 20 Flowout 21 MudFlow Differential

Page 24: Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

80-95 LocalOption MudSampleOut -------------- 820 Mud

Composition1 TotalSolids

2 SandContent 3 Water 4 Oil MudSampleIn ------------- 21 TotalSolids 22 SandContent 23 Water 24 Oil 821 MudWeight 1 MudWeightOut 2 MudWeightIn 3 MudWeight Differential 822 Viscosity 1 MarshFunnel (sec/liter) 2 PlasticViscosity (mPa's) 13 YieldPoint (pascal) 20 GelStrength, initial(pascal) 21 GelStrength, 10min.(pascal)

Page 25: Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

823 MudResistivity 1 MudResistivity, uphole(Rm) 2 MudResistivity, downhole 3 MudFiltrate Resistivity(Rmf) 4 MudFiltrate Resistivity, apparent(Rmfa) 5 MudCake Resistivity(Rmc) 7 Rmfa/Rmf 11 MudConductivity 50 MudLog(from collapsedMicrolog) 824 MudSalinity 1 Salinity,mud (equivalentNaCI) 2 Salinity,mud filtrate (equivalentNaCI) 11 Chlorinity,mud (equivalentCl~) 12 Chlorinity,mud filtrate (equivalentCl~) 825 MudFiltrate

Loss1 FilterLoss

2 FilterCake Thickness 5 SpurtLoss 11 HighTemperature FluidLoss

Page 26: Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

826 Acidity/Alkalinity 1 Acidity(pH) 2 Alkalinity, filtrate(Pf) 3 Carbonate Alkalinity(Mf) 4 Alkalinity, mud(Pm) 827 OilShows 1 FreeOil 2 Flourescence 828 Tracer 1 Tritium ? 2 Potassium 3 PotassiumNitrate 4 PotassiumIodide 11 Iso-Octane 830 Hydrocarbons 1 Total 2 TrueLiberated Hydrocarbons 51 ConnectionGas 52 TripGas 55 SubsurfaceTotal GasinMud 831 Methane 1 Total,surface 51 Ratio, Menthane/Ethane 52 Ratio, Methane/Propane 53 Ratio, Methane/N-Butane 54 Ratio, Methane/N-Butane 55 GasIndicator,

Page 27: Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

C1/(C3+C4) 832 Ethane 1 TotalEthane 2 EthanePlus 833 Propane 1 TotalPropane 2 PropanePlus 3 (C3+C4)/C1 834 Iso-Butane 1 TotalIso-Butane 2 Iso-ButanePlus 835 Normal-Butane 1 TotalNormal-Butane 2 Normal-ButanePlus 836 Iso-Pentane 1 TotalIso-Pentane 2 Iso-PentanePlus 837 Normal-Pentane 1 Total Normal-Pentane 2 Normal-PentanePlus 838 Hexane 1 TotalHexane 2 HexanePlus 841 CarbonDioxide 1 FromMudReturns 842 Hydrogen

Sulfide1 FromMudReturns

92CORES }310 GammaRay SeeLog35 } 1 CoreGamma93CUTTINGS } }814 Pressure

Gradient1 BoreholeFluid

Page 28: Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

94COMPUTERPROCESSED

} 2 FormationPore

3 FormationFracture 4 Overburden 850 Lithology, 1 Sand fractional 2 Silt 851 Lithology, 3 Silica integrated 4 Chert 5 Conglomerate 10 Limestone 11 Dolomite 12 Carbonate 20 Gypsum 21 Anhydrite 22 Salt 31 Coal 32 Lignite 41 Igneous 42 Tuff 43 Volcanic 44 Metamorphic 80-95 LocalOption 855 Lithology 1 M Indicator 2 N 856 Lithology 3 MN Indicator, 4 MID,tga integrated 5 MID,Pga 80-95 LocalOption 860 Shale,fractional 1 Laminated 861 Shale,

integrated2 Structural

Page 29: Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

3 Dispersed 4 GammaRayIndex 5 SelfPotential Index 6 SelfPotential Reduction(propto) 80-95 LocalOption 862 Clay,fractional 1 DispersedClay(q) 863 Clay,integrated 80-95 LocalOption 864 ShaleProperty 1 CationExchange (Qv) 865 ShaleProperty, 2 BulkWeight,dry integrated 3 BulkWeight,wet 80-95 LocalOption 870 CoalAnalysis, 1 Ash fractional 2 Carbon 871 CoalAnalysis, 3 Moisture integrated 4 Sulphur 80-95 LocalOption 873 CoalProperty 1 CalorificValue, joule 874 CoalProperty, 2 VolatileMatter integrated 80-95 LocalOption 875 SampleDensity 1 Grain(w/shale) 876 SampleDensity, 2 Matrix(w/oshale) integrated 3 Bulk 4 Average 80-95 LocalOption 880 Texture, 1 GrainSize

Page 30: Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

measured 881 Texture,

estimated2 CrystalSize

3 ParticleSize 4 Sphericity 5 Roundness 6 Pass200Mesh,dry 7 Pass200Mesh,wet 8 Pass325Mesh,dry 9 Pass325Mesh,wet 80-95 LocalOption 885 Modulus

measured1 Bulk(K)

886 Moduluscomputed

2 Shear(G)

3 Grain(Kg) 4 RockFrame(Km) 5 Young's 6 Bulk Compressibility (Cb) 7 Pore Compressibility (Cp) 8 SonicCompaction Correction(Cp) 9 Poisson'sRatio 10 G/Cp 80-95 LocalOption 887 Consolidation 1 Estimated ?02 Measured 3 BrinnellHardness 80-95 Localoption

Page 31: Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

890 Porosity, 1 Neutron,limestone fractional 2 Neutron,dolomite 891 Porosity, 3 Neutron,sandstone integrated 4 Neutron,other 10 Density,limestone 11 Density,dolomite 12 Density,sandstone 13 Density,other 20 Acoustic,limestone 21 Acoustic,dolomite 22 Acoustic,sandstone 23 Acoustic,other 31 Neutron/Density 32 Acoustic/Density 33 Neutron/Acoustic 34 Neutron/Density/ Acoustic 40 Resistivity,deep 41 Resistivity,medium 42 Resistivity, shallow 43 Resistivity,micro device 44 Resistivity, Microlog 50 PulsedNeutron Capture 60 Total,calculated 61 Total,estimated 62 Effective, calculated 63 Effective, estimated 64 Secondary,

Page 32: Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

calculated 65 Secondary, estimated 80-95 LocalOption 895 Absolute 1 Horizontal,plug Permeability, 2 Vertical,plug inertgas 3 Horizontal,whole 896 Absolute coremaximum Permeability, 4 Horizontal,whole inertliquid core90degreesto 897 Relative maximum Permeability

Non-5 Vertical,whole

WettingPhase,at core irreducible 80-95 LocalOption wettingphase saturation 898 Relative Permeability WettingPhase,at irreducible non-wettingphase saturation 899 Permeability

Index1 Timur

900 PermeabilityIndex

2 Coates

integrated 3 Wyllie-Rose 4 NuclearMagnetism 5 Acoustic 6 CapillaryPressure Derived 7 Capacity(kh)

Page 33: Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

80-95 LocalOption 905 G-Factor,from 1 CapillaryPressure Thomeer Derived 910 Water

Saturation1 Retort

911 WaterSaturation,

2 RestoredState

integrated 3 Irreducible(Swirr) 912 BulkWeight

Water,4 DeepResistivity

wet (Sw) 913 BulkWeight

Water,5 Shallow/Micro-

dry resistivity(Sxo) 6 PulsedNeutron Capture? 7 Ratio(Sw/So) 8 Unspecified 80-95 LocalOption 920 Hydrocarbon 1 RetortOil Saturation 2 ImbibitionGas 921 Hydrocarbon 3 WaterfloodResidual Saturation, Oil integrated 4 Initial(1-Sw) 922 BulkWeight 5 Residual(1-Sxo) Hydrocarbon,

wet6 Moved(Sxo-Sw)

923 BulkWeight 7 Gas(Sg) Hydrocarbon,

dry8 ResidualGas(Sgxo)

9 Carbon/OxygenRatio 10 Unspecified

Page 34: Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

80-95 LocalOption 930 Hydrocarbon

Shows1 OilStain

2 Odor 3 Fluorescence, percent 4 Fluorescence, intensity 5 Fluorescence, color 6 Solventcut, fluorescence 7 Solventcut,color 8 Shownumberaverage 9 Unspecified 80-95 LocalOption 935 Resistivity, 1 DeepResistivity computed (R't) 936 Resistivity, 2 Shallow/Micro- corrected resistivity(Rxo) 937 Conductivity, 3 Waterzone(Ro) computed 4 Ratio(Rxo/Rt) 938 Conductivity, 5 Index,I(Rt/Ro) corrected 6 FormationWater (Rw) 7 ApparentFormation Water(Rwa) 8 ApparentMud Filtrate(Rmfa) 80-95 LocalOption 940 Formation

Factor1 Measured

Page 35: Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

2 Computed (F=a/omega^m) 3 Deep(F=Rt/Rw) 4 Micro(F=Rxo/Rmf) 80-95 LocalOption 945 Petrophysical 1 Porosityconstant, Constants a 2 Porosityexponent, m 3 Saturation exponent,n 80-95 LocalOption 950 Densityx

velocity1 Unedited

2 Edited 3 Unspecified 80-95 LocalOption 951 Reflection 1 Velocity Coefficient 2 Velocityxdensity 3 Unspecified 80-95 LocalOption 960 TrueVertical

Dept1 Depth

970-

995LocalOption Jan-99 LocalOption

95-99LOCALOPTION

180-19

5LocalOption Jan-99 LocalOptionwith

580-59

5LocalOption LocalOption

Page 36: Code Log Type Code Curve Type Code Curve Class Log Type curve.pdfDielectric Log 10 FOCUSED 10 Self Potential 1 See Log 01 210 Focused 1 Spherical Focused Conductivity 3 LL3 211 Focused

970-99

5LocalOption CurveTypes