Registro de Pozos M 612 Combinada

7/23/2019 Registro de Pozos M 612 Combinada

1/70CHUBUTUni

ReCir

Te

RMFue

RMRMRM

LODOFu

Pe

De

TipDiaFonFonUlti

PriProProCor

Fec

Municipio: C P CP


2/70

Latitud

A

RGENTINA

@

@

@

@ @ @ @

Location

Unit

Number

Time

LoggerOnBottom

Time

Circ

ulationStopped

Max

imumRecordedTemperatures

RMF@MRT

RM

@MRT

RMC

Sou

rceRMF

RMC@MeasuredTemperature

RMF@MeasuredTemperature

RM

@MeasuredTemperature

SourceOfSamplePH

FluidLoss

Viscosity

Density

MUD TypeFluidInHole

BitS

ize

Cas

ingLogger

Cas

ingDrillerSize@Depth

Top

LogInterval

Bott

omLogInterval

LoggerDepth

Dep

thDriller

Run

Number

LoggingDate

Y=2.596.081,42

CAS

YPF.Ch.M612

YPF S.A.

NIVELTERRENO

Elev.:

Elev.:

584.92m

Locacion:

Pozo:

Compania:

LOCACION

Latitud

Lo

ngitud

Ref.Permanente:

@

@

@ @ @ @

CAS

30

64

18:15

9

Dec2003

10:00

9

Dec2003

92

92

92

degC

92

@

0.850

92

@

0.945

PRENSA

PR

ENSA

21degC

@

3.430ohm.m

21degC

@

2.290ohm.m

21degC

@

2.500ohm.m

PO

ZO

9

6.5cm3

55s

1.12g/cm3

PH

PA

8.750in

40

2m

400.1m

@

9.625in

40

2m

25

50.6m

25

53m

25

50m

1 9

Dec2003

RMC

PH

584.92m

590.62m

590.42m

NIVELTERRENO

0.0

m

NIVELTERRENO

A

RGENTINA

AR0100005567

adNo.

Locacion

istroFondo

ulacionFinal

Hora

Hora

p.MaximaMedida

@T.Fdo.

[email protected].

nte:RMF

@Temp.

@Temp.

@Temp.

nteMuestraDeLodo

didas

nsidad

Viscosidad

DeLodo

etroTrepano

doTuberiaRegistro

doTuberiaPerforador

aLectura

eraLectura

.Registro

.Perforador

ridaNo.

ha

AMP

O:

ZO:

O

B.V.

N.T.

M.R.

sobrenivelref.

Reg.MedidoDesd

e:

PerforacionMedidaDesde:

Y=2.596.081,42

CH

UB

U

T

MYB

UR

G

YPF.Ch

.M

612

YPF

S.A

.

Equipo

ROVIN

CIA:

X=4.940.045,77

PAIS:

AA26

UWI:

COMBINADA

ESCALA:1

/2

00

AITLDL

CALI

CNLBH

RFT

ST


3/70

Depth Control Remarks

Primera Carrera en el Pozo y Perfil de Referencia de Profundidad.

Procedimiento Standard de Control de Profundidad de Schlumberger aplicado en esta Carrera.

Estiramiento de Cable entre Perfil subiendo y bajando: 3.2 metros.

"

Trepano de 8 1/2" desde Fondo hasta 1726 metros.

Maxima Desviacion del Pozo 4,5 grados @ 2316 metros provisto por el Cliente.

Coordenadas Definitivas.

Datos Adicionales de Lodo: Cl= 600 ppm, Ca= 60 ppm.

Ultima Circulacion termino el dia 09/12/2003 a hrs 10:00.

Esquema de Pozo segun Datos del Perforador.

AIT y DSLT corrido desentralizado usando Standoff de 1,5".

Herramienta corrida segun Diagrama.

Primera Carrera en el Pozo y Perfil de Referencia de Profundidad.

AA265: OS5:

4: OS4:

RFT3: OS3:

ST2: OS2:

AITLDLCALICNLBH1: OS1:

LIMITACION DE RESPONSABILIDADLA UTILIZACION Y CONFIANZA EN LOS DATOS AQUI GRABADOS POR PARTE DE LA NOMBRADA COMPANIA (Y POR CUALQUIERADE SUS SUBSIDIARIAS, AFILIADAS, REPRESENTANTES, AGENTES, CONSULTORES Y EMPLEADOS) ESTA SUJETA A LOSTERMINOS Y CONDICIONES ACORDADOS ENTRE SCHLUMBERGER Y LA COMPANIA, INCLUYENDO: (a) RESTRICCIONES EN ELUSO DE LOS DATOS GRABADOS; (b) LIMITACION DE RESPONSABILIDAD Y REVOCACION DE GARANTIAS EN RELACION A LAUTILIZACION Y CONFIANZA EN LOS DATOS GRABADOS POR PARTE DE LA COMPANIA, Y (c) LA SOLA Y TOTALRESPONSABILIDAD DEL CLIENTE POR CUALQUIER INTERPRETACION HECHA O DECISION BASADA EN EL USO DE ESTOS DATOS.

OTROS SERVICIOS # 2ROS SERVICIOS # 1

SERVACIONES: CORRIDA # 1 OBSERVACIONES: CORRIDA # 2

DEPTH SUMMARY LISTING

Depth System Equipment

Depth Control Parameters

Date Created: 9DEC2003 20:4

Depth Measuring Device

pe: IDWB

rial Number: 4858

libration Date: 06Jun2003

librator Serial Number: 5969

libration Cable Type: 742PXS

heel Correction 1: 6

heel Correction 2: 6

Tension Device

Type: CMTDB/A

Serial Number: 1686

Calibration Date: 10Sep2003

Calibrator Serial Number: 1028

Calibration Gain: 0.86

Calibration Offset: 319.00

Logging Cable

Type: 742PX

Serial Number: 71269

Length: 4720.13 M

Conveyance Method: Wireline

Rig Type: LAND

g Sequence: First Log In the Well

g Up Length At Surface: 72.30 M

g Up Length At Bottom: 72.30 M

g Up Length Correction: 0.00 M

etch Correction: 3.20 M

ol Zero Check At Surface: 0.20 M

@

@ @ @ @


4/70

11.1LTC

HK

11.1

12.1

18.TBN

C

CMG

FLT NT NT NW

19.CHK

H0

7.1UH7.3US

12.HRDHRDHRD

13.HILT13.MC

14.HRCC

16.HGNS

16.Neutr16.Neutr

18.Gamm18.HM

HGNS18.ToolS

TelSt

1.5

1.5Stan

0

CORRIDA #1 CORRIDA #2

hasta Caneria Guia.

FPHI= SPHI desde Fondo hasta 1745 mts, FPHI= DPHZ desde 1745 mts

Lecturas de LDL y CNL afectadas por mal Caliper.

Lecturas de AIT afectadas a 2280 mts por Formacion muy Resistiva.

LDL,BHC y CNL corrido desde Fondo hasta Caneria Guia.

FNUM= 0.62, FEXP= 2.15 utilizado para el Calculo de Rwa.

CNL corrido en Modo SANDSTONE..

0 mVEL DEL LODO: NIVEL DEL LODO:11C0305RSION DEL PROGRAMA: VERSION DEL PROGRAMA:

DEN DE SERVICIO: ORDEN DE SERVICIO:

INTERVALO REGISTRADO INTERVALO REGISTRADOCOMIENZO COMIENZOFINAL FINAL

DESCRIPCION DEL EQUIPOCORRIDA # 1 CORRIDA # 2

DOWNHOLE

19.CHK

20.HQ

18.ToolSTelSt

19.CTE

SURFACER

BS

WITM (


5/70

Cota: 584.9

Altura Mesa:

Zapato @ 40

AA

asing 9

Nivel RefereNivel Terr

2.3 Lb/

Schlumbe

ALL LENGTHMEASUREMENTS R

MAXIMUM STRIN

4.8SR

TOOL0.0Tens

MudAccel

HTEN HD

0.0SP SE

2.4Power

TempInduc

4.8DSLT

5.9LS6.1LH6.2LSF

.

1.5Stan

1.5Stan

1.5Stan

1.5Stan

Stan

YPF.Ch.M


6/70

OP System Version: 11C0305MCM

T 11C0305 DSLTBB OP11KP1TD 11C0305 DTCH 11C0305

Integrated Hole/Cement Volume Summary Hole Volume = 90.59 m3

Cement Volume = 57.64 m3 (assuming 5.50 in casing O.D.)

Computed from 2550.0 m to 400.2 m

Input DLIS FilesFAULT AIT_SONIC_TLD_MCFL_033PUP FN:31 PRODUCER 09Dec2003 21:07 2558.5 M 392.0 M

PIP SUMMARYIntegrated Hole Volume Minor Pip Every 0.1 M3Integrated Hole Volume Major Pip Every 1 M3

MAXIS Field Log

TRAMO PRINCIPAL

Nivel M

repano

Trepano

8 1/2" @

8 3/4" @ 1726

2550


7/70

425

400

CHEQUEO DE CALIPER EN CASING: 9.01"

ZAPATO @ 402 metros

AITH 10 Inch Investigation (AHT10)

(OHMM)0 10

AITH 20 Inch Investigation (AHT20)(OHMM)0 10




Bit Size (BS)

(IN) 16

Std. Res. Density Porosity (DPHZ

(V/V)0.4

Caliper (HCAL)(IN) 16

Std. Res. Formation Pe (PEFZ)( 5

RWA (RWA)(OHMM) 1

StuckStretch(STIT)

(M)0 20

SP (SP)(MV) 20

Sonic Porosity (SPHI)(V/V)0.4

Env.Corr.Thermal Neutron Porosi(TNPH)

(V/V)0.4

Tension(TENS)

(LBF)0 1000

GasFrom DPHZ to TNPH

REVOQUEFrom HCAL to BS

CAVERNAFrom BS to HCAL

Integrated Cement Volume Minor Pip Every 0.1 M3Integrated Cement Volume Major Pip Every 1 M3

Time Mark Every 60 S


8/70

475

450


9/70

TENS525

TNPH

SPHISP

STIA

RWASTIT

PEFZ

500


10/70

575

AHT10AHT20AHT30AHT60AHT90

550

BS

DPHZ

HCAL


11/70

625

600


12/70

700

675

650


13/70

750

725


14/70

800

775


15/70

850

825


16/70

925

875

900


17/70

975

950


18/70

1025

1000


19/70

1075

1050


20/70

1125

1150

1100


21/70

1200

1175


22/70

1250

1225


23/70

1300

TNPHTENS

SPHISP

STITSTIA

RWAPEFZ

1275


24/70

1350

1375

AHT10AHT20AHT30

AHT60AHT90

BS

DPHZ

1325

HCAL


25/70

1425

1400


26/70

1475

1450


27/70

1525

1500


28/70

1575

1550


29/70

1650

1600

1625


30/70

1700

1675


31/70

1750

1725


32/70

1800

1775


33/70

1850

1875

1825

1850


34/70

1925

1900


35/70

AHT10AHT20

AHT30AHT60

AHT90

1975

BS

DPHZ

HCAL

1950

TNPHTENS

SPHI

STITSTIASP

RWAPEFZ


36/70

2025

2000


37/70

2100

2075

2050


38/70

2150

2125


39/70

2200

2175


40/70

2250

2225


41/70

2300

2325

2275


42/70

AHT10AHT20

AHT30AHT60

2375 AHT90

BS

DPHZ

HCAL

PEFZRWA

STITSTIA

SPSPHISPHI

TENSTNPH

2350


43/70

2425

2400


44/70

2475

2450


45/70

2525

2500


46/70

Parameters

DLIS Name Description ValueHAITH: Array Induction Tool H

AHBHM Array Induction Borehole Correction Mode 2_COMPUTESTANDOFFAHBHV Array Induction Borehole Correction Code Version Number 880AHBLM Array Induction Basic Logs Mode 6_ONE_TWO_AND_FOURAHBLV Array Induction Basic Logs Code Version Number 108

AHCDE Array Induction Casing Detection Enable YESAHCEN Array Induction Tool Centering Flag (in Borehole) ECCENTEREDAHFRSV Array Induction Response Set Version for Four ft Resolution 40.70.24.21AHMRF Array Induction Mud Resistivity Factor 1.000AHORSV Array Induction Response Set Version for One ft Resolution 40.70.24.21AHRFV Array Induction Radial Profiling Code Version Number 700AHRPV Array Induction Radial Parametrization Code Version Number 223AHSAP Array Induction Suspend Answer Product Processing 0_NOSUSPENSIONAHSTA Array Induction Tool Standoff 1.500 inAHTRSV Array Induction Response Set Version for Two ft Resolution 40.70.24.21ARTS AIT Rt Selection (for ALLRES computation) AITH_TWORESA90BHS Borehole Status OPENBHT Bottom Hole Temperature (used in calculations) 92.000 degCFEXP Form Factor Exponent 2.150FNUM Form Factor Numerator 0.620FPHI Form Factor Porosity Source DPHZGCSE Generalized Caliper Selection HCALGDEV Average Angular Deviation of Borehole from Normal 0.000 degGGRD Geothermal Gradient 0.018 degC/mGRSE Generalized Mud Resistivity Selection AHMF


PIP SUMMARY

Integrated Hole Volume Minor Pip Every 0.1 M3Integrated Hole Volume Major Pip Every 1 M3







(OHMM)0 10


Bit Size (BS)(IN) 16

Std. Res. Density Porosity (DPHZ(V/V)0.4



RWA (RWA)

(OHMM) 1

StuckStretch(STIT)

(M)0 20

SP (SP)(MV) 20



(V/V)0.4

Tension

(TENS)(LBF)

0 1000



CAVERNA

2550

FONDO @ 2553 metros


47/70

mat: COMBINADA Vertical Scale: 1:200 Graphics File Created: 09Dec2003 21:2

SOCN Standoff Distance 0.125 inSOCO Standoff Correction Option YES

ALLRES: Basic Resistivity TransformsARTS AIT Rt Selection (for ALLRES computation) AITH_TWORESA90RTCO RTCO Rt Invasion Correction YES

RWA: Apparent Water ResistivityARTS AIT Rt Selection (for ALLRES computation) AITH_TWORESA90FEXP Form Factor Exponent 2.150FNUM Form Factor Numerator 0.620FPHI Form Factor Porosity Source DPHZRTCO RTCO Rt Invasion Correction YES

HOLEV: Integrated Hole/Cement VolumeBHS Borehole Status OPENBHT Bottom Hole Temperature (used in calculations) 92.000 degCGCSE Generalized Caliper Selection HCALGDEV Average Angular Deviation of Borehole from Normal 0.000 degGGRD Geothermal Gradient 0.018 degC/mGRSE Generalized Mud Resistivity Selection AHMFGTSE Generalized Temperature Selection TEMPMATR Rock Matrix for Neutron Porosity Corrections SANDSHT Surface Hole Temperature 27.000 degC

STI: Stuck Tool IndicatorSTKT STI Stuck Threshold 0.762 m

TDD Total Depth Driller 2550.0 mTDL Total Depth Logger 2553.0 mSystem and Miscellaneous

BS Bit Size 8.750 inBSAL Borehole Salinity 660.0 ppmCSIZ Current Casing Size 9.625 inCWEI Casing Weight 32.300 lbm/ftDFD Drilling Fluid Density 1.120 g/cm3FSAL Formation SalinityMST Mud Sample Temperature 21.400 degCRMFS Resistivity of Mud Filtrate Sample 2.290 ohm.mRW Resistivity of Connate Water 1.000 ohm.mTD Total Depth 2550.0 mTWS Temperature of Connate Water Sample 37.778 degC


MATR Rock Matrix for Neutron Porosity Corrections SANDRTCO RTCO Rt Invasion Correction YESSHT Surface Hole Temperature 27.000 degCSPDR SP Drift 0.010 mV/mSPNV SP Next Value 30.000 mV

DSLTFTB: Digitizing Sonic Logging ToolCDTS CDeltaT Shale 100.0 us/ftDTF DeltaT Fluid 189.0 us/ftDTM DeltaT Matrix 56.000 us/ftSPFS Sonic Porosity Formula RHSPSO Sonic Porosity Source DT

HILTBFTB: High resolution Integrated Logging ToolDTBHFL Borehole Fluid Type WATERBHS Borehole Status OPENBHT Bottom Hole Temperature (used in calculations) 92.000 degC

BSCO Borehole Salinity Correction Option YESCCCO Casing & Cement Thickness Correction Option NODHC Density Hole Correction BSFD Fluid Density 1.000 g/cm3FEXP Form Factor Exponent 2.150FNUM Form Factor Numerator 0.620FPHI Form Factor Porosity Source DPHZFSCO Formation Salinity Correction Option NOGCSE Generalized Caliper Selection HCALGDEV Average Angular Deviation of Borehole from Normal 0.000 degGGRD Geothermal Gradient 0.018 degC/mGRSE Generalized Mud Resistivity Selection AHMFGTSE Generalized Temperature Selection TEMPHSCO Hole Size Correction Option YESMATR Rock Matrix for Neutron Porosity Corrections SANDMCCO Mud Cake Correction Option YES

MCOR Mud Correction NATUMDEN Matrix Density 2.650 g/cm3MWCO Mud Weight Correction Option YESNAAC HRDD APS Activation Correction OFFNMT HILT Nuclear Mud Type NOBARITENPRM HRDD Processing Mode STDRESNSAR HRDD Depth Sampling Rate 1.000 inPTCO Pressure/Temperature Correction Option YESSDAT Standoff Data Source SOCNSHT Surface Hole Temperature 27.000 degCSOCN Standoff Distance 0.125 inSOCO Standoff Correction Option YES


48/70








Bit Size (BS) Std. Res. Density Porosity (DPHZ



RWA (RWA)(OHMM) 1

StuckStretch(STIT)

(M)0 20

SP (SP)(MV) 20



(V/V)0.4

Tension(TENS)








Cement Volume = 2.24 m3 (assuming 5.50 in casing O.D.)

Computed from 2534.8 m to 2438.5 m

Input DLIS FilesFAULT AIT_SONIC_TLD_MCFL_017LUP FN:20 PRODUCER 09Dec2003 18:11 2564.0 M 2384.5 M

FAULT AIT_SONIC_TLD_MCFL_033PUP FN:31 PRODUCER 09Dec2003 21:07 2558.5 M 392.0 M

Input DLIS FilesFAULT AIT_SONIC_TLD_MCFL_033PUP FN:31 PRODUCER 09Dec2003 21:07 2558.5 M 392.0 M


OP System Version: 11C0305

MAXIS Field Log

TRAMO REPETIDO


49/70STITSTIA

SPSPHI

TNPHTENS

2475

.0 1000

2450


50/70


(OHMM)0 10




AITH 90 Inch Investigation (AHT90)OHMM0 10

Bit Size (BS)

(IN) 16

Std. Res. Density Porosity (DPHZ

(V/V)0.4



RWA (RWA)(OHMM) 1

StuckStretch(STIT)

(M)0 20

SP (SP)MV 20



(V/V)0.4

Tension(TENS)

(LBF)0 1000


FR_TNPH

2525

AHT10

AHT20AHT30

AHT60AHT90

BS

DPHZ

HCAL 2500

PEFZ


51/70

FEXP Form Factor Exponent 2.150FNUM Form Factor Numerator 0.620FPHI Form Factor Porosity Source SPHIGCSE Generalized Caliper Selection HCALGDEV Average Angular Deviation of Borehole from Normal 0.000 degGGRD Geothermal Gradient 0.018 degC/mGRSE Generalized Mud Resistivity Selection AHMF

GTSE Generalized Temperature Selection TEMPMATR Rock Matrix for Neutron Porosity Corrections SANDRTCO RTCO Rt Invasion Correction YESSHT Surface Hole Temperature 27.000 degCSPDR SP Drift 0.000 mV/mSPNV SP Next Value 0.000 mV

DSLTFTB: Digitizing Sonic Logging ToolCDTS CDeltaT Shale 100.0 us/ftDO Depth Offset 2.8 mDTF DeltaT Fluid 189.0 us/ftDTM DeltaT Matrix 56.000 us/ftSPFS Sonic Porosity Formula RHSPSO Sonic Porosity Source DT

HILTBFTB: High resolution Integrated Logging ToolDTBHFL Borehole Fluid Type WATERBHS Borehole Status OPENBHT Bottom Hole Temperature (used in calculations) 92.000 degCBSCO Borehole Salinity Correction Option YESCCCO Casing & Cement Thickness Correction Option NODHC Density Hole Correction BSDO Depth Offset 2.8 mFD Fluid Density 1.000 g/cm3FEXP Form Factor Exponent 2.150FNUM Form Factor Numerator 0.620FPHI Form Factor Porosity Source SPHIFSCO Formation Salinity Correction Option NOGCSE Generalized Caliper Selection HCALGDEV Average Angular Deviation of Borehole from Normal 0.000 degGGRD Geothermal Gradient 0.018 degC/mGRSE Generalized Mud Resistivity Selection AHMFGTSE Generalized Temperature Selection TEMPHSCO Hole Size Correction Option YESMATR Rock Matrix for Neutron Porosity Corrections SAND

MCCO Mud Cake Correction Option YESMCOR Mud Correction NATUMDEN Matrix Density 2.650 g/cm3

Parameters


AHBHM Array Induction Borehole Correction Mode 2_COMPUTESTANDOFFAHBHV Array Induction Borehole Correction Code Version Number 880AHBLM Array Induction Basic Logs Mode 6_ONE_TWO_AND_FOURAHBLV Array Induction Basic Logs Code Version Number 108AHCDE Array Induction Casing Detection Enable YESAHCEN Array Induction Tool Centering Flag (in Borehole) ECCENTEREDAHFRSV Array Induction Response Set Version for Four ft Resolution 40.70.24.21AHMRF Array Induction Mud Resistivity Factor 1.000AHORSV Array Induction Response Set Version for One ft Resolution 40.70.24.21

AHRFV Array Induction Radial Profiling Code Version Number 700AHRPV Array Induction Radial Parametrization Code Version Number 223AHSAP Array Induction Suspend Answer Product Processing 0_NOSUSPENSIONAHSTA Array Induction Tool Standoff 1.500 inAHTRSV Array Induction Response Set Version for Two ft Resolution 40.70.24.21ARTS AIT Rt Selection (for ALLRES computation) AITH_TWORESA90BHS Borehole Status OPENBHT Bottom Hole Temperature (used in calculations) 92.000 degCDO Depth Offset 2.8 mFEXP Form Factor Exponent 2.150FNUM Form Factor Numerator 0.620



PIP SUMMARY





52/70





mat: COMBINADA Vertical Scale: 1:200 Graphics File Created: 09Dec2003 21:5

CSIZ Current Casing Size 9.625 inCWEI Casing Weight 32.300 lbm/ftDFD Drilling Fluid Density 1.120 g/cm3DO Depth Offset 2.8 mFSAL Formation SalinityMST Mud Sample Temperature 21.400 degCRMFS Resistivity of Mud Filtrate Sample 2.290 ohm.m

RW Resistivity of Connate Water 1.000 ohm.mTD Total Depth 2550.0 mTWS Temperature of Connate Water Sample 37.778 degC

MAXIS Field Log

ANALISIS DE REPETIBILIDAD

NAAC HRDD APS Activation Correction OFFNMT HILT Nuclear Mud Type NOBARITENPRM HRDD Processing Mode STDRESNSAR HRDD Depth Sampling Rate 1.000 inPTCO Pressure/Temperature Correction Option YESSDAT Standoff Data Source SOCNSHT Surface Hole Temperature 27.000 degCSOCN Standoff Distance 0.125 inSOCO Standoff Correction Option YES

DTCH: DTS Telemetry ToolDO Depth Offset 2.8 m

ALLRES: Basic Resistivity TransformsARTS AIT Rt Selection (for ALLRES computation) AITH_TWORESA90DO Depth Offset 2.8 mRTCO RTCO Rt Invasion Correction YES

RWA: Apparent Water ResistivityARTS AIT Rt Selection (for ALLRES computation) AITH_TWORESA90DO Depth Offset 2.8 mFEXP Form Factor Exponent 2.150FNUM Form Factor Numerator 0.620FPHI Form Factor Porosity Source SPHIRTCO RTCO Rt Invasion Correction YES

HOLEV: Integrated Hole/Cement VolumeBHS Borehole Status OPENBHT Bottom Hole Temperature (used in calculations) 92.000 degCDO Depth Offset 2.8 mGCSE Generalized Caliper Selection HCALGDEV Average Angular Deviation of Borehole from Normal 0.000 degGGRD Geothermal Gradient 0.018 degC/mGRSE Generalized Mud Resistivity Selection AHMFGTSE Generalized Temperature Selection TEMPMATR Rock Matrix for Neutron Porosity Corrections SANDSHT Surface Hole Temperature 27.000 degC

STI: Stuck Tool IndicatorDO Depth Offset 2.8 mSTKT STI Stuck Threshold 0.762 mTDD Total Depth Driller 2550.0 mTDL Total Depth Logger 2552.0 m

System and MiscellaneousBS Bit Size 8.500 inBSAL Borehole Salinity 660.0 ppmCSIZ Current Casing Size 9.625 inCWEI Casing Weight 32.300 lbm/ft


53/70

AHT10_REP Curve (AHT10_REP)(OHMM)0 10


BS_REP Curve (BS_REP)(IN) 16

DPHZ_REP Curve (DPHZ_REP)(V/V)0.4

HCAL_REP Curve (HCAL_REP)(IN) 16

PEFZ_REP Curve (PEFZ_REP)( 5

RWA_REP Curve (RWA_REP)

(OHMM) 1

SP_REP Curve (SP_REP)(MV) 20

SPHI_REP Curve (SPHI_REP)(V/V)0.4

TNPH_REP Curve (TNPH_REP)(V/V)0.4

TENS_REPCurve(TENS_

REP)(LBF)

0 1000

Gas

From DPHZ to TNPH

From HCAL to BS

BSBS_REP2450

DPHZ

DPHZ_REP

HCAL




Cement Volume = 2.24 m3 (assuming 5.50 in casing O.D.) Computed from 2534.8 m to 2438.5 m



Output DLIS FilesHAIT .050 FN:39 09Dec2003 21:56 2535.0 M 2435.6 M



PIP SUMMARY


Integrated Cement Volume Minor Pip Every 0.1 M3Integrated Cement Volume Major Pip Every 1 M3Time Mark Every 60 S


54/70

2500

2475

AHT10

AHT90

AHT90_REP

AHT10_REP


55/70

Parameters

DLIS Name Description Value



BS_REP Curve (BS_REP)(IN) 16

DPHZ_REP Curve (DPHZ_REP)(V/V)0.4

HCAL_REP Curve (HCAL_REP)(IN) 16

PEFZ_REP Curve (PEFZ_REP)( 5

RWA_REP Curve (RWA_REP)(OHMM) 1

SP_REP Curve (SP_REP)(MV) 20

SPHI_REP Curve (SPHI_REP)(V/V)0.4

TNPH_REP Curve (TNPH_REP)(V/V)0.4

Curve(TENS_

REP)(LBF)

0 1000




PIP SUMMARY




TENS_REPCurve

2525


56/70

BHT Bottom Hole Temperature (used in calculations) 92.000 degCBSCO Borehole Salinity Correction Option YESCCCO Casing & Cement Thickness Correction Option NODHC Density Hole Correction BSDO Depth Offset 2.8 mFD Fluid Density 1.000 g/cm3FEXP Form Factor Exponent 2.150FNUM Form Factor Numerator 0.620FPHI Form Factor Porosity Source SPHIFSCO Formation Salinity Correction Option NOGCSE Generalized Caliper Selection HCALGDEV Average Angular Deviation of Borehole from Normal 0.000 degGGRD Geothermal Gradient 0.018 degC/mGRSE Generalized Mud Resistivity Selection AHMFGTSE Generalized Temperature Selection TEMPHSCO Hole Size Correction Option YESMATR Rock Matrix for Neutron Porosity Corrections SANDMCCO Mud Cake Correction Option YESMCOR Mud Correction NATUMDEN Matrix Density 2.650 g/cm3MWCO Mud Weight Correction Option YESNAAC HRDD APS Activation Correction OFFNMT HILT Nuclear Mud Type NOBARITE

NPRM HRDD Processing Mode STDRESNSAR HRDD Depth Sampling Rate 1.000 inPTCO Pressure/Temperature Correction Option YESSDAT Standoff Data Source SOCNSHT Surface Hole Temperature 27.000 degCSOCN Standoff Distance 0.125 inSOCO Standoff Correction Option YES

DTCH: DTS Telemetry ToolDO Depth Offset 2.8 m

ALLRES: Basic Resistivity TransformsARTS AIT Rt Selection (for ALLRES computation) AITH_TWORESA90DO Depth Offset 2.8 mRTCO RTCO Rt Invasion Correction YES

RWA: Apparent Water ResistivityARTS AIT Rt Selection (for ALLRES computation) AITH_TWORESA90DO Depth Offset 2.8 m

FEXP Form Factor Exponent 2.150FNUM Form Factor Numerator 0.620FPHI Form Factor Porosity Source SPHIRTCO RTCO Rt Invasion Correction YES

: rray n uc on oo AHBHM Array Induction Borehole Correction Mode 2_COMPUTESTANDOFFAHBHV Array Induction Borehole Correction Code Version Number 880AHBLM Array Induction Basic Logs Mode 6_ONE_TWO_AND_FOURAHBLV Array Induction Basic Logs Code Version Number 108AHCDE Array Induction Casing Detection Enable YESAHCEN Array Induction Tool Centering Flag (in Borehole) ECCENTEREDAHFRSV Array Induction Response Set Version for Four ft Resolution 40.70.24.21AHMRF Array Induction Mud Resistivity Factor 1.000AHORSV Array Induction Response Set Version for One ft Resolution 40.70.24.21AHRFV Array Induction Radial Profiling Code Version Number 700AHRPV Array Induction Radial Parametrization Code Version Number 223AHSAP Array Induction Suspend Answer Product Processing 0_NOSUSPENSIONAHSTA Array Induction Tool Standoff 1.500 inAHTRSV Array Induction Response Set Version for Two ft Resolution 40.70.24.21ARTS AIT Rt Selection (for ALLRES computation) AITH_TWORESA90

BHS Borehole Status OPENBHT Bottom Hole Temperature (used in calculations) 92.000 degCDO Depth Offset 2.8 mFEXP Form Factor Exponent 2.150FNUM Form Factor Numerator 0.620FPHI Form Factor Porosity Source SPHIGCSE Generalized Caliper Selection HCALGDEV Average Angular Deviation of Borehole from Normal 0.000 degGGRD Geothermal Gradient 0.018 degC/mGRSE Generalized Mud Resistivity Selection AHMFGTSE Generalized Temperature Selection TEMPMATR Rock Matrix for Neutron Porosity Corrections SANDRTCO RTCO Rt Invasion Correction YESSHT Surface Hole Temperature 27.000 degCSPDR SP Drift 0.000 mV/mSPNV SP Next Value 0.000 mV

DSLTFTB: Digitizing Sonic Logging ToolCDTS CDeltaT Shale 100.0 us/ftDO Depth Offset 2.8 mDTF DeltaT Fluid 189.0 us/ftDTM DeltaT Matrix 56.000 us/ftSPFS Sonic Porosity Formula RHSPSO Sonic Porosity Source DT

HILTBFTB: High resolution Integrated Logging ToolDTBHFL Borehole Fluid Type WATERBHS Borehole Status OPENBHT Bottom Hole Temperature (used in calculations) 92.000 degCBSCO Borehole Salinity Correction Option YES


57/70

Integrated Hole/Cement Volume Summary Hole Volume = 3.38 M3

Cement Volume = 2.53 M3 (assuming 5.50 IN casing O.D.)

Computed from 455.4 M to 400.2 M using data channel(s) HCAL

Output DLIS FilesFAULT AIT_SONIC_TLD_MCFL_015LUP FN:16 PRODUCER 09Dec2003 16:57 455.4 M 394.2 M


Output DLIS FilesHAIT .050 FN:39 09Dec2003 21:56


TH 11C0305 DSLTFTB OP11KP1

MAXIS Field Log

CHEQUEO EN CAERIA



mat: COMBINADA_REP Vertical Scale: 1:200 Graphics File Created: 09Dec2003 21:5

HOLEV: Integrated Hole/Cement VolumeBHS Borehole Status OPENBHT Bottom Hole Temperature (used in calculations) 92.000 degCDO Depth Offset 2.8 mGCSE Generalized Caliper Selection HCALGDEV Average Angular Deviation of Borehole from Normal 0.000 degGGRD Geothermal Gradient 0.018 degC/mGRSE Generalized Mud Resistivity Selection AHMFGTSE Generalized Temperature Selection TEMPMATR Rock Matrix for Neutron Porosity Corrections SANDSHT Surface Hole Temperature 27.000 degC

STI: Stuck Tool IndicatorDO Depth Offset 2.8 mTDL Total Depth Logger 2552.0 m

System and MiscellaneousBS Bit Size 8.500 inBSAL Borehole Salinity 660.0 ppmCSIZ Current Casing Size 9.625 inCWEI Casing Weight 32.300 lbm/ftDFD Drilling Fluid Density 1.120 g/cm3DO Depth Offset 2.8 mFSAL Formation SalinityMST Mud Sample Temperature 21.400 degCRMFS Resistivity of Mud Filtrate Sample 2.290 ohm.mRW Resistivity of Connate Water 1.000 ohm.mTD Total Depth 2550.0 mTWS Temperature of Connate Water Sample 37.778 degC




58/70425

400

Changed Parameter Summary

DLIS Name New Value Previous Value Depth & TimeBS 8.750 IN 8.750 IN 455.4 16:57:57



SP (SP)(MV) 20

Tension(TENS)(LBF)

0 1000



PIP SUMMARY




CHEQUEO DE CALIPER EN CASING: 9.01"


59/70

Parameters


SPNV SP Next Value 0 MVHOLEV: Integrated Hole/Cement Volume

FCD Future Casing (Outer) Diameter 5.5 INHVCS Integrated Hole Volume Caliper Selection HCAL

System and Miscellaneous



SP (SP)(MV) 20

Tension(TENS)(LBF)

0 1000






450


60/70

Bit Size (BS)

(IN) 16

DeltaT (DT)

(US/F)150


Tension(TENS)

(LBF)0 1000

250

CHEQUEO DE SONICO EN CANERIA: 57 uSec/f




Output DLIS FilesFAULT AIT_SONIC_TLD_MCFL_015LUP FN:16 PRODUCER 09Dec2003 16:57


TH 11C0305 DSLTFTB OP11KP1TBFTB 11C0305 DTCH 11C0305

mat: CALI_CHECK Vertical Scale: 1:200 Graphics File Created: 09Dec2003 16:5

.TD Total Depth 2550 M

Caliper (HCAL)

SP (SP)(MV) 20

PIP SUMMARY





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mat: CALI_CHECK Vertical Scale: 1:200 Graphics File Created: 09Dec2003 23:0

Parameters


SPDR SP Drift 0.000 mV/mSPNV SP Next Value 0.000 mV

DSLTFTB: Digitizing Sonic Logging ToolDDEL Digitizing Delay 200 usDIVL DSLT Depth Sampling Interval 20DRCS DSLT DLIS Recording Size 100DSIN Digitizing Sample Interval 10DTFS DSLC Telemetry Frame Size 236DWCO Digitizing Word Count 100GAI Manual Gain 40MAHTR Manual High Threshold Reference 140MGAI Maximum Gain 60MNHTR Minimum High Threshold Reference 120NMSG Near Minimum Sliding Gate 280 usNMXG Near Maximum Sliding Gate 750 usRATE Firing Rate R15SFAF Sonic Formation Attenuation Factor 0 dB/mSGCL Sliding Gate Closing DeltaT 250 us/ftSGDT Sliding Gate DeltaT 65 us/ftSGW Sliding Gate Width 80 usSLEV Signal Level for AGC 5000WMOD Waveform Firing Mode FULL

System and MiscellaneousBS Bit Size 8.750 in

Integrated Cement Volume Major Pip Every 1 M3Time Mark Every 60 S


DeltaT (DT)(US/F)150


SP (SP)(MV) 20

Tension(TENS)(LBF)

0 1000

PIP SUMMARY




275


62/70

Phase 7 0 0.2244 N/A N/A N/A N/A DEGPhase 6 0 0.06097 N/A N/A N/A N/A DEGPhase 5 0 0.1703 N/A N/A N/A N/A DEGPhase 4 0 0.03806 N/A N/A N/A N/A DEGPhase 3 0 0.01548 N/A N/A N/A N/A DEGPhase 2 0 0.01098 N/A N/A N/A N/A DEGPhase 1 0 0.5171 N/A N/A N/A N/A DEGPhase 0 0 0.4998 N/A N/A N/A N/A DEGTest Loop Gain Magnitude 7 0 1.030 N/A N/A N/A N/A VTest Loop Gain Magnitude 6 0 1.008 N/A N/A N/A N/A V

Test Loop Gain Magnitude 5 0 0.9995 N/A N/A N/A N/A VTest Loop Gain Magnitude 4 0 1.003 N/A N/A N/A N/A VTest Loop Gain Magnitude 3 0 1.023 N/A N/A N/A N/A VTest Loop Gain Magnitude 2 0 1.020 N/A N/A N/A N/A VTest Loop Gain Magnitude 1 0 1.018 N/A N/A N/A N/A VTest Loop Gain Magnitude 0 0 1.018 N/A N/A N/A N/A Vter: 16Oct2003 16:15y Induction Tool H Wellsite Calibration Test Loop Gain Correction

Array Induction Temperature Ze 0 0.0002728 0.0002662 0.0002874 0.00002117 N/A VArray Induction Temperature Pl 0.9150 0.9204 0.9204 0.9218 0.001379 N/A VArray Induction SPA Zero 0 0.2783 0.2735 0.2892 0.01573 N/A MVArray Induction SPA Plus 990.5 993.4 993.4 994.9 1.481 N/A MVter: 16Oct2003 16:15 Before: 9Dec2003 16:41 After: 9Dec2003 20:41y Induction Tool H Wellsite Calibration Electronics Calibration Check Auxilliary

Phase 7 0 46.02 46.03 42.16 3.872 N/A DEGPhase 6 0 49.62 49.70 46.46 3.235 N/A DEGPhase 5 0 49.56 49.63 46.40 3.232 N/A DEGPhase 4 0 51.54 51.63 48.49 3.141 N/A DEGPhase 3 0 58.08 58.18 55.13 3.050 N/A DEGPhase 2 0 58.89 58.99 55.94 3.049 N/A DEG

R Sonde Error Correction 5 0 12.06 N/A N/A N/A N/A MM/MR Sonde Error Correction 4 0 25.74 N/A N/A N/A N/A MM/MR Sonde Error Correction 3 0 61.90 N/A N/A N/A N/A MM/M

R Sonde Error Correction 2 0 106.1 N/A N/A N/A N/A MM/MR Sonde Error Correction 1 0 150.7 N/A N/A N/A N/A MM/MR Sonde Error Correction 0 0 74.02 N/A N/A N/A N/A MM/Mter: 16Oct2003 16:15y Induction Tool H Wellsite Calibration Sonde Error Correction

Measurement MasterNominal Before After Change Limit Units

Calibration and Check Summary


Phase 2 0 58.89 58.99 55.94 3.049 N/A DEGPhase 1 0 62.78 62.88 59.90 2.984 N/A DEGPhase 0 0 63.82 63.92 60.95 2.965 N/A DEGThru Cal Magnitude 7 0 1.539 1.554 1.553 0.001654 N/A VThru Cal Magnitude 6 0 2.087 2.111 2.120 0.009863 N/A VThru Cal Magnitude 5 0 2.088 2.111 2.120 0.009143 N/A VThru Cal Magnitude 4 0 1.432 1.448 1.454 0.005524 N/A VThru Cal Magnitude 3 0 0.7630 0.7716 0.7750 0.003464 N/A VThru Cal Magnitude 2 0 0.6755 0.6833 0.6874 0.004060 N/A VThru Cal Magnitude 1 0 1.356 1.371 1.377 0.005659 N/A VThru Cal Magnitude 0 0 0.6611 0.6685 0.6714 0.002851 N/A Vter: 16Oct2003 16:15 Before: 9Dec2003 16:41 After: 9Dec2003 20:41y Induction Tool H Wellsite Calibration Electronics Calibration Check Thru Cal Mag. & Phase

MAXIS Field Log

CALIBRACIONES


63/70

Pe Magnesium 2.650 2.636 Pe Aluminum 2.570 2.563 Rho Magnesium 1.686 1.686 G/C3Rho Aluminum 2.596 2.599 G/C3ter: 6Dec2003 16:20

h resolution Integrated Logging ToolDTS Master Calibration Inversion results

ZAxis Acceleration 9.810 N/A 9.798 N/A N/A N/A M/S2ore: 9Dec2003 16:46h resolution Integrated Logging ToolDTS Wellsite Calibration Accelerometer Calibration

CFTC Background 33.15 33.15 32.23 32.12 0.1170 4.973 CPSCNTC Background 32.38 32.38 32.92 32.37 0.5498 4.857 CPSter: 24Sep2003 16:48 Before: 9Dec2003 16:42 After: 9Dec2003 20:50

h resolution Integrated Logging ToolDTS Wellsite Calibration Zero Measurement

Gamma Ray (Calibrated) 160.0 N/A 160.0 N/A N/A 15.00 GAPIGamma Ray (Jig Bkg) 159.5 N/A 159.5 N/A N/A 14.50 GAPIGamma Ray Background 30.00 N/A 56.00 N/A N/A N/A GAPIore: 9Dec2003 10:48 After: Calibration not doneh resolution Integrated Logging ToolDTS Wellsite Calibration Detector Calibration

HILT Caliper Plus Measurement 12.00 N/A 11.41 N/A N/A N/A INHILT Caliper Zero Measurement 8.000 N/A 7.033 N/A N/A N/A INore: 9Dec2003 10:49h resolution Integrated Logging ToolDTS Wellsite Calibration HILT Caliper Calibration

Raw B2 Resistivity 3830 N/A 3821 N/A N/A N/A OHMRaw B1 Resistivity 3830 N/A 3789 N/A N/A N/A OHMRaw B0 Resistivity 3875 N/A 3839 N/A N/A N/A OHMore: 9Dec2003 10:55h resolution Integrated Logging ToolDTS Wellsite Calibration MCFL Calibration

LS Average Deviation 0 0.4601 %SS Max Deviation 0 0.4838 %SS Average Deviation 0 0.1634 %

BS Max Deviation 0 1.100 %BS Average Deviation 0 0.4388 %ter: 6Dec2003 16:20

h resolution Integrated Logging ToolDTS Master Calibration Deviation Summary

LS Crystal Resolution 9.442 N/A 9.397 N/A N/A N/A %SS Crystal Resolution 10.92 N/A 10.97 N/A N/A N/A %BS Crystal Resolution 12.95 N/A 12.90 N/A N/A N/A %ore: 9Dec2003 16:45h resolution Integrated Logging ToolDTS Wellsite Calibration Crystal Quality Resolutions Calibration

LS PM High Voltage (Command) 1873 N/A 1867 N/A N/A N/A VSS PM High Voltage (Command) 1973 N/A 1968 N/A N/A N/A VBS PM High Voltage (Command) 1761 N/A 1797 N/A N/A N/A V

ore: 9Dec2003 16:45h resolution Integrated Logging ToolDTS Wellsite Calibration Photomultiplier High Voltages Calibrations

LS Window Sum 1300 N/A 1302 N/A N/A N/A CPSLS Window Ratio 0.2973 N/A 0.3030 N/A N/A N/ASS Window Sum 11240 N/A 11210 N/A N/A N/A CPSSS Window Ratio 0.4777 N/A 0.4793 N/A N/A N/ABS Window Sum 12780 N/A 12800 N/A N/A N/A CPSBS Window Ratio 0.7611 N/A 0.7606 N/A N/A N/Aore: 9Dec2003 16:45h resolution Integrated Logging ToolDTS Wellsite Calibration Stab Measurement Summary

Fine Mag, Real, Imag 2 0 1.049 N/A N/A N/A N/AFine Mag, Real, Imag 1 0 1.049 N/A N/A N/A N/AFine Mag, Real, Imag 0 0 1.049 N/A N/A N/A N/ACoarse Mag, Real, Imag 2 0 1.049 N/A N/A N/A N/A

Coarse Mag, Real, Imag 1 0 1.049 N/A N/A N/A N/ACoarse Mag, Real, Imag 0 0 1.048 N/A N/A N/A N/Ater: 16Oct2003 16:15y Induction Tool H Wellsite Calibration Mud Gain Correction

X Sonde Error Correction 7 0 6.740 N/A N/A N/A N/A MM/MX Sonde Error Correction 6 0 1.024 N/A N/A N/A N/A MM/MX Sonde Error Correction 5 0 6.923 N/A N/A N/A N/A MM/MX Sonde Error Correction 4 0 22.96 N/A N/A N/A N/A MM/MX Sonde Error Correction 3 0 3.602 N/A N/A N/A N/A MM/MX Sonde Error Correction 2 0 113.2 N/A N/A N/A N/A MM/MX Sonde Error Correction 1 0 341.1 N/A N/A N/A N/A MM/MX Sonde Error Correction 0 0 41.41 N/A N/A N/A N/A MM/MR Sonde Error Correction 7 0 2.187 N/A N/A N/A N/A MM/M

on e rror orrec on .

h resolution Integrated Logging ToolDTS Wellsite Calibration MCFL Calibration


64/70

Before

Master

After

Before

Master

After

Before

Master

After

Before

Master

After

Before

Master

After

Before

Master

After

Before

Master

After

Before

1.554

1.539

2.120

2.111

2.087

2.120

2.111

2.088

1.454

1.448

1.432

0.7750

0.7716

0.7630

0.6874

0.6833

0.6755

1.377

1.371

1.356

0.6714

0.6685

1.415

1.955

1.955

1.337

0.7040

0.6230

1.270

0.6050

46.03

46.02

46.46

49.70

49.62

46.40

49.63

49.56

48.49

51.63

51.54

55.13

58.18

58.08

55.94

58.99

58.89

59.90

62.88

62.78

60.95

63.92

53.00

57.00

57.00

59.00

65.00

66.00

70.00

71.00

rmal Housing Size 3.375 IN.TB Water Temperature 11.0 DEGC.

HGNS Neutron Master Calibration was done with the following parameters :

GLSVJ source activity is acceptable.

CNTC/CFTC (Tank) 2.159 2.300 Thermal Far Corr. (Tank) 2793 2465 CPSThermal Near Corr. (Tank) 6031 5670 CPSter: 24Sep2003 16:48

h resolution Integrated Logging ToolDTS Master Calibration Tank Measurement

CNTC/CFTC (Tank) 2.159 2.300 Thermal Far Corr. (Tank) 2793 2465 CPSThermal Near Corr. (Tank) 6031 5670 CPSter: 24Sep2003 16:48

h resolution Integrated Logging ToolDTS Master Calibration Tank Measurement

.

Array Induction Tool H / Equipment Identification

Primary Equipment:Rm/SP Bottom Nose AHRM AArray Induction Sonde AHIS BA 265

Auxiliary Equipment:

Phase

Master

Value

0.6611

Thru Cal Magnitude V Nominal Value

63.82

Phase DEG Nominal

Electronics Calibration Check Thru Cal Mag. & Phase

Array Induction Tool H Wellsite Calibration


65/70

Value

106.1

150.7

74.02

R Sonde Error Correction MM/M

66.00

(Minimum)

114.0

(Minimum)

231.0

111.0

(Nominal)

159.0

(Nominal)

56.00

156.0

(Maximum)

204.0

(Maximum)

119.0

Value

113.2

341.1

41.41

X Sonde Error Correction MM/M

350.0

(Minimum)

625.0

(Minimum)

2250

0

(Nominal)

0

(Nominal)

0

350.0

(Maximum)

625.0

(Maximum)

2250

r: 16Oct2003 16:15

1.030

1.008

0.9995

1.003

1.023

1.020

(Minimum)

0.9500

(Minimum)

0.9500

(Minimum)

0.9500

(Minimum)

0.9500

(Minimum)

0.9500

(Minimum)

0.9500

(Minimum)

0.9500

(Nominal)

1.000

(Nominal)

1.000

(Nominal)

1.000

(Nominal)

1.000

(Nominal)

1.000

(Nominal)

1.000

(Nominal)

1.000

(Maximum)

1.050

(Maximum)

1.050

(Maximum)

1.050

(Maximum)

1.050

(Maximum)

1.050

(Maximum)

1.050

(Maximum)

1.050

0.2244

0.06097

0.1703

0.03806

0.01548

0.01098

(Minimum)

3.000

(Minimum)

3.000

(Minimum)

3.000

(Minimum)

3.000

(Minimum)

3.000

(Minimum)

3.000

(Minimum)

3.000

(Nominal)

0

(Nominal)

0

(Nominal)

0

(Nominal)

0

(Nominal)

0

(Nominal)

0

(Nominal)

0

(Maximum)

3.000

(Maximum)

3.000

(Maximum)

3.000

(Maximum)

3.000

(Maximum)

3.000

(Maximum)

3.000

(Maximum)

3.000

Sonde Error Correction


Value

1.018

1.018

Test Loop Gain Magnitude V

0.9500

(Minimum)

0.9500

1.000

(Nominal)

1.000

1.050

(Maximum)

1.050

Value

0.5171

0.4998

Phase DEG

3.000

(Minimum)

3.000

0

(Nominal)

0

3.000

(Maximum)

3.000

e

e

r

Array Induction Temperature Plus V

inimum)

.8700(Nominal)

0.9150(Maximum)

0.9600

Value

0.9218

0.9204

0.9204

Phase

After

Before

Master

Array Induction Temperature Zero V

(Minimum)

0.05000(Nominal)

0(Maximum)

0.05000

Value

0.0002874

0.0002662

0.0002728

e

e

r

Array Induction SPA Plus MV

inimum)

41.0(Nominal)

990.5(Maximum)

1040

Value

994.9

993.4

993.4

Phase

After

Before

Master

Array Induction SPA Zero MV

(Minimum)

50.00(Nominal)

0(Maximum)

50.00

Value

0.2892

0.2735

After 1.553

(Minimum)

60.00 %(Nominal) (Maximum)

140.0 %

42.16

(Minimum)

Nom 60.00(Nominal) (Maximum)

Nom + 60.00

9Dec2003 20:41

r: 16Oct2003 16:15 Before: 9Dec2003 16:41

0.2783

Electronics Calibration Check Auxilliary


9Dec2003 20:41

r: 16Oct2003 16:15 Before: 9Dec2003 16:41

Test Loop Gain Correction



66/70Value Test Loop Gain Magnitude V Value Phase DEG

r: 16Oct2003 16:15

e

r

Array Induction Temperature Plus V

inimum)

.8700(Nominal)

0.9150(Maximum)

0.9600

Value

0.9204

Phase

Master

Array Induction Temperature Zero V

(Minimum)

0.05000(Nominal)

0(Maximum)

0.05000

Value

0.0002728

e

r

Array Induction SPA Plus MV

inimum)

41.0(Nominal)

990.5(Maximum)

1040

Value

993.4

Phase

Master

Array Induction SPA Zero MV

(Minimum)

50.00(Nominal)

0(Maximum)

50.00

r: 16Oct2003 16:15

Phase

Master

Master

Master

Master

Master

Master

Master

Master

Value

1.539

2.087

2.088

1.432

0.7630

0.6755

1.356

0.6611

Thru Cal Magnitude V

(Minimum)

60.00 %(Nominal) (Maximum)

140.0 %

Nominal

1.415

1.955

1.955

1.337

0.7040

0.6230

1.270

0.6050

Value

46.02

49.62

49.56

51.54

58.08

58.89

62.78

63.82

Phase DEG

(Minimum)

Nom 60.00(Nominal) (Maximum)

Nom + 60.00

Nominal

53.00

57.00

57.00

59.00

65.00

66.00

70.00

71.00


Value

0.2783

Electronics Calibration Check AuxilliaryArray Induction Tool H Master Calibration

Test Loop Gain Correction

Array Induction Tool H Master Calibration

r: 16Oct2003 16:15

Value

1.049

1.049

1.048

Coarse Mag, Real, Imag

(Minimum)

0.8000

(Minimum)0.8000

(Minimum)

0.8000

(Nominal)

1.000

(Nominal)1.000

(Nominal)

1.000

(Maximum)

1.200

(Maximum)1.200

(Maximum)

1.200

Value

1.049

1.049

1.049

Fine Mag, Real, Imag

(Minimum)

0.8000

(Minimum)0.8000

(Minimum)

0.8000

(Nominal)

1.000

(Nominal)1.000

(Nominal)

1.000

(Maximum)

1.200

(Maximum)1.200

(Maximum)

1.200

r: 16Oct2003 16:15

2.187

8.449

12.06

25.74

61.90

(Minimum)

5.000

(Minimum)

5.000

(Minimum)

4.000

(Minimum)

15.00

(Minimum)

39.00

i i

(Nominal)

0

(Nominal)

10.00

(Nominal)

14.00

(Nominal)

25.00

(Nominal)

64.00

i l

(Maximum)

5.000

(Maximum)

15.00

(Maximum)

24.00

(Maximum)

35.00

(Maximum)

89.00

i

6.740

1.024

6.923

22.96

3.602

(Minimum)

30.00

(Minimum)

30.00

(Minimum)

50.00

(Minimum)

63.00

(Minimum)

250.0

i i

(Nominal)

0

(Nominal)

0

(Nominal)

0

(Nominal)

0

(Nominal)

0

i l

(Maximum)

30.00

(Maximum)

30.00

(Maximum)

50.00

(Maximum)

63.00

(Maximum)

250.0

i

Mud Gain Correction





67/70

Value

1.049

1.049

1.048

Coarse Mag, Real, Imag

0.8000

(Minimum)

0.8000

(Minimum)

0.8000

1.000

(Nominal)

1.000

(Nominal)

1.000

1.200

(Maximum)

1.200

(Maximum)

1.200

Value

1.049

1.049

1.049

Fine Mag, Real, Imag

0.8000

(Minimum)

0.8000

(Minimum)

0.8000

1.000

(Nominal)

1.000

(Nominal)

1.000

1.200

(Maximum)

1.200

(Maximum)

1.200

r: 16Oct2003 16:15

2.187

8.449

12.06

25.74

61.90

106.1

(Minimum)

5.000

(Minimum)

5.000

(Minimum)

4.000

(Minimum)

15.00

(Minimum)

39.00

(Minimum)

66.00

(Minimum)

114.0

(Nominal)

0

(Nominal)

10.00

(Nominal)

14.00

(Nominal)

25.00

(Nominal)

64.00

(Nominal)

111.0

(Nominal)

159.0

(Maximum)

5.000

(Maximum)

15.00

(Maximum)

24.00

(Maximum)

35.00

(Maximum)

89.00

(Maximum)

156.0

(Maximum)

204.0

6.740

1.024

6.923

22.96

3.602

113.2

(Minimum)

30.00

(Minimum)

30.00

(Minimum)

50.00

(Minimum)

63.00

(Minimum)

250.0

(Minimum)

350.0

(Minimum)

625.0

(Nominal)

0

(Nominal)

0

(Nominal)

0

(Nominal)

0

(Nominal)

0

(Nominal)

0

(Nominal)

0

(Maximum)

30.00

(Maximum)

30.00

(Maximum)

50.00

(Maximum)

63.00

(Maximum)

250.0

(Maximum)

350.0

(Maximum)

625.0

Mud Gain Correction


Value

150.7

74.02

R Sonde Error Correction MM/M

114.0

(Minimum)

231.0

159.0

(Nominal)

56.00

204.0

(Maximum)

119.0

Value

341.1

41.41

X Sonde Error Correction MM/M

625.0

(Minimum)

2250

0

(Nominal)

0

625.0

(Maximum)

2250

r: 16Oct2003 16:15

1.030

1.008

0.9995

1.003

1.023

1.020

1.018

.

(Minimum)

0.9500

(Minimum)

0.9500

(Minimum)

0.9500

(Minimum)

0.9500

(Minimum)

0.9500

(Minimum)

0.9500

(Minimum)

0.9500

(Minimum)

0.9500

(Nominal)

1.000

(Nominal)

1.000

(Nominal)

1.000

(Nominal)

1.000

(Nominal)

1.000

(Nominal)

1.000

(Nominal)

1.000

(Nominal)

1.000

(Maximum)

1.050

(Maximum)

1.050

(Maximum)

1.050

(Maximum)

1.050

(Maximum)

1.050

(Maximum)

1.050

(Maximum)

1.050

(Maximum)

1.050

0.2244

0.06097

0.1703

0.03806

0.01548

0.01098

0.5171

.

(Minimum)

3.000

(Minimum)

3.000

(Minimum)

3.000

(Minimum)

3.000

(Minimum)

3.000

(Minimum)

3.000

(Minimum)

3.000

(Minimum)

3.000

(Nominal)

0

(Nominal)

0

(Nominal)

0

(Nominal)

0

(Nominal)

0

(Nominal)

0

(Nominal)

0

(Nominal)

0

(Maximum)

3.000

(Maximum)

3.000

(Maximum)

3.000

(Maximum)

3.000

(Maximum)

3.000

(Maximum)

3.000

(Maximum)

3.000

(Maximum)

3.000

Sonde Error Correction



68/70

e

e

Gamma Ray Background GAPI Value

56.00

Phase

Before

Gamma Ray (Jig Bkg) GAPI Value

159.5

Phase

Before

Gamma Ray (Calibrated) GAPI Value

e: 9Dec2003 10:49

e

e

HILT Caliper Zero Measurement IN

inimum)

.000(Nominal)

8.000(Maximum)

10.00

Value

7.033

Phase

Before

HILT Caliper Plus Measurement IN

(Minimum)

9.000(Nominal)

12.00(Maximum)

15.00

e: 9Dec2003 10:55

e

e

Raw B0 Resistivity OHMM

inimum)

565(Nominal)

3875(Maximum)

4185

Value

3839

Phase

Before

Raw B1 Resistivity OHMM

(Minimum)

3524(Nominal)

3830(Maximum)

4136

Value

3789

Phase

Before

Raw B2 Resistivi ty OHMM

(Minimum)

3524(Nominal)

3830(Maximum)

4136

e: 9Dec2003 16:45

e

e

BS Crystal Resolution %

inimum)

1.95(Nominal)

12.95(Maximum)

13.95

Value

12.90

Phase

Before

SS Crystal Resolution %

(Minimum)

9.920(Nominal)

10.92(Maximum)

11.92

Value

10.97

Phase

Before

LS Crystal Resolution %

(Minimum)

8.442(Nominal)

9.442(Maximum)

10.44

e: 9Dec2003 16:45

inimum)

661(Nominal)

1761(Maximum)

1861(Minimum)

1873(Nominal)

1973(Maximum)

2073(Minimum)

1773(Nominal)

1873(Maximum)

1973

Value

9.397

Crystal Quality Resolutions Calibration

High resolution Integrated Logging ToolDTS Wellsite Calibration

Value

3821

MCFL Calibration


Value

11.41

HILT Caliper Calibration


160.0

Detector Calibration


High resolution Integrated Logging ToolDTS / Equipment Identification

Primary Equipment:HILT highResolution Mechanical Sonde HRMS B 704HILT Rxo Gammaray Device HRGD B 1773HILT Nuclear BackScatter Detector HILT HILT Nuclear ShortSpacing Detector HILT HILT Nuclear LongSpacing Detector HILT Micro Cylindrically Focused Log Device MCFL GR Logging Source GLS VJ 5045

HILT High Res. Control Cartridge HRCC B 704

Auxiliary Equipment:

r: 16Oct2003 16:15

(Minimum) (Nominal) (Maximum) (Minimum) (Nominal) (Maximum)

e

e

BS PM High Voltage (Command) V

661 1761 1861

Value

1797

Phase

Before

SS PM High Voltage (Command) V

1873 1973 2073

Value

1968

Phase

Before

LS PM High Voltage (Command) V

1773 1873 1973

e: 9Dec2003 16:45

e

e

BS Window Sum CPS

inimum)2150

(Nominal)12780

(Maximum)13420

Value

12800

Phase

Before

SS Window Sum CPS

(Minimum)10680

(Nominal)11240

(Maximum)11800

Value

11210

Phase

Before

LS Window Sum CPS

(Minimum)1235

(Nominal)1300

(Maximum)1365

Value

1302

e

e

BS Window Ratio

inimum)

.7231(Nominal)

0.7611(Maximum)

0.7992

Value

0.7606

Phase

Before

SS Window Ratio

(Minimum)

0.4538(Nominal)

0.4777(Maximum)

0.5016

Value

0.4793

Phase

Before

LS Window Ratio

(Minimum)

0.2825(Nominal)

0.2973(Maximum)

0.3122

Value

0.3030

Stab Measurement Summary


Value

1867

Photomultiplier High Voltages Calibrations



69/70r: 24Sep2003 16:48

e

r

Thermal Near Corr. (Tank) CPS

inimum)

000(Nominal)

6031(Maximum)

7200

Value

5670

Phase

Master

Thermal Far Corr. (Tank) CPS

(Minimum)

2075(Nominal)

2793(Maximum)

3125

Value

2465

Phase

Master

CNTC/CFTC (Tank)

(Minimum)

2.120(Nominal)

2.159(Maximum)

2.540

r: 24Sep2003 16:48

e

r

Thermal Near Corr. (Tank) CPS

inimum)

000(Nominal)

6031(Maximum)

7200

Value

5670

Phase

Master

Thermal Far Corr. (Tank) CPS

(Minimum)

2075(Nominal)

2793(Maximum)

3125

Value

2465

Phase

Master

CNTC/CFTC (Tank)

(Minimum)

2.120(Nominal)

2.159(Maximum)

2.540

r: 6Dec2003 16:20

e

r

BS Max Deviation %

inimum)

1.600(Nominal)

0(Maximum)

1.600

Value

1.100

Phase

Master

SS Max Deviation %

(Minimum)

2.500(Nominal)

0(Maximum)

2.500

Value

0.4838

Phase

Master

LS Max Deviation %

(Minimum)

3.500(Nominal)

0(Maximum)

3.500

Value

1.473

e

r

BS Average Deviation %

inimum)

0.6000(Nominal)

0(Maximum)

0.6000

Value

0.4388

Phase

Master

SS Average Deviation %

(Minimum)

1.000(Nominal)

0(Maximum)

1.000

Value

0.1634

Phase

Master

LS Average Deviation %

(Minimum)

1.500(Nominal)

0(Maximum)

1.500

r: 6Dec2003 16:20

r

inimum)

.470(Nominal)

2.570(Maximum)

2.670

2.563 Master

(Minimum)

2.550(Nominal)

2.650(Maximum)

2.750

2.636

Value

0.4601

Deviation Summary

High resolution Integrated Logging ToolDTS Master Calibration

Value

2.300

Tank MeasurementHigh resolution Integrated Logging ToolDTS Master Calibration

Value

2.300

Tank Measurement


e

r

Pe Aluminum Value

2.563

Phase

Master

Pe Magnesium Value

2.636

e

r

Rho Aluminum G/C3

inimum)

.586(Nominal)

2.596(Maximum)

2.606

Value

2.599

Phase

Master

Rho Magnesium G/C3

(Minimum)

1.676(Nominal)

1.686(Maximum)

1.696

e

e

ZAxis Acceleration M/S2

inimum)

.610(Nominal)

9.810(Maximum)

10.01

e

e

r

CNTC Background CPS

inimum).000

(Nominal)32.38

(Maximum)40.00

Value

32.37

32.92

32.38

Phase

After

Before

Master

CFTC Background CPS

(Minimum)5.000

(Nominal)33.15

(Maximum)40.00

Value

32.12

32.23

e: 9Dec2003 10:48 After: Calibration not done

inimum)

0(Nominal)

30.00(Maximum)

120.0

N/A After

(Minimum)

145.0(Nominal)

159.5(Maximum)

174.0

N/A After

(Minimum)

145.0(Nominal)

160.0(Maximum)

175.0

N/A

33.15

Zero Measurement


9Dec2003 20:50

r: 24Sep2003 16:48 Before: 9Dec2003 16:42

Value

9.798

Accelerometer Calibration

High resolution Integrated Logging ToolDTS

Wellsite Calibration

e: 9Dec2003 16:46

Value

1.686

Inversion results


NOT DONE NOT DONE NOT DONE


70/70

COMBINADA

ESCALA: 1/200

YPF S.A.

YPF.Ch.M612MYBURGCHUBUTARGENTINA

2550.6 m

2553 m

2550 m

590.62 m

590.42 m

584.92 m

MPANIA:

ZO:MPO:

S:

PRIMERA LECTURA

PROFUNDIDAD PERFIL

PROF. PERFORADOR

BUJE DE VASTAGO

MESA ROTATIVA

NIVEL TERRENO

OVINCIA:

Registro de Pozos M 612 Combinada

Documents

Transcript of Registro de Pozos M 612 Combinada