PVT SVS-78

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    PVT DATA SVS-78

    Company Superior Oil Company Date Sampled

    Well SVS-78 Country

    Field Lago State

    FORMATION CHARACTERISTICSFormation Name La Luna-Cogollo

    Date Firsr Well Completed 1-Oct-65

    Original Reservoir Pressure 10650

    Original Produced GOR 1200Production Rate 2300

    Separator Pressure & Temperature -

    Oil Gravity @ 60F 33.5

    Datum 12000

    Original Gas Cap none

    WELL CHARACTERISTICS

    Elevation 28Total Depth 12564

    Producing Interval 11486-12564

    Tubing size and depth 3-1/2&2-7/8

    Productivity index 1.46

    Last Reservoir Pressure 10650

    Date October 27, 1965

    Reservoir Temperature 265

    Status of well Flowing

    Pressure Gauge Amerada

    Normal Production Rate 3426(3/8'' choke)GOR 970

    Separator Pressure & Temperature 200&40

    Base Pressure 14.7

    Well making water -

    BASIC DATA

    SAMPLING CONDITION

    http://localhost/var/www/apps/conversion/Inventario%20General.xlshttp://localhost/var/www/apps/conversion/Inventario%20General.xls
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    Sampled at

    Status of well

    GOR

    Separator Pressure & Temperature

    Tubing pressure

    Casing pressure

    ONLY ONE SAMPLE WAS TAKEN

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    October 28, 1965 1. Saturation Pressure

    Venezuela

    Zulia 2. Thermal Expansion of saturated oil @

    3. Compressibiliy of saturated oil @ reservoi

    From 6000

    PSI @ 12516 FT

    From 5000(1/4'' Choke)

    - F From 4000

    API

    Ft 4. Specific volume @ saturation pressure (ft

    FTFT

    FT

    in to 12560 FT

    B/D/PSI @ 2300 B/D

    PSIG @ 12516 FT

    F @ 9278 FT

    STB/DSCF/STB

    PSIG 121 & 127 F

    PSIG

    %

    VOLUMETRIC DATA

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    4300 Ft

    Flowing on 1/8'' choke

    -

    - - F

    6600

    -

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    Pressure PSIG

    3829 psig @ 265 F PSIG

    11000

    6000 psi V @ 265 F= 10650

    V @ 89 F 10500

    r temperature: vol/vol/psi 10000

    9500

    psi to 5000 psi = 16,41x 10-6

    9000

    8500

    psi to 4000 psi = 18,39 x 10-8 80007500

    psi to 3829 psi = 18,17 x 10-6

    7000

    6500

    3/lb) 0.02557 @265F 6000

    39.1 lbm/pc 5500

    5000

    4500

    42004100

    4000

    3900

    3829

    3806

    3787

    3766

    3746

    3615

    36053400

    3305

    3000

    2995

    2685

    2660

    RESERVOIR FLUID SAMPLE

    1.1152

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    2600

    2265

    2220

    2200

    1885

    18501800

    1515

    1500

    1400

    1135

    1120

    1000

    805

    720

    635600

    415

    200

    175

    0

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    Pressure-Volume

    Relation @ 265F

    Viscosity of oil

    @ 265F

    GOR Liberatred

    per barrel of

    residual oil

    GOR in

    solution per

    barrel of

    residual oil

    Relative Oil

    Volume

    V/Vr

    V/Vsat cp

    0.9107 0.43 1.690

    0.9136 0.42 1.695

    0.9150 0.42 1.698

    0.9194 0.40 1.706

    0.9239 0.39 1.714

    0.9286 0.38 1.723

    0.9334 0.37 1.732

    0.9384 0.36 1.7410.9438 0.34 1.751

    0.9496 0.33 1.762

    0.9559 0.32 1.773

    0.9630 0.31 1.787

    0.9705 0.29 1.787

    0.9788 0.28 1.816

    0.9878 0.27 1.833

    0.9932 - 1.8430.9950 - 1.846

    0.9968 0.25 1.850

    0.9987 - 1.853

    1 0.25 0 1291 1.855

    1.0018 - - - -

    1.0034

    1.0051

    1.0068

    96 1195 1.800

    1.01950.27

    1.052 229 1062 1.728

    0.31

    1.0957 349 342 1.662

    454 837.00 1.605

    1.1594

    RESERVOIR FLUID SAMPLE TABULAR DATA

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    0.36

    1.2677

    595 696 1.53

    0.42

    690 601 1.485

    1.4470.48

    789 502 1.434

    1.6934

    0.57

    88 403 1.382

    2.1677

    0.69

    2.9399

    991 300 1.329

    3.69550.88

    1075 216 1.283

    1.132

    1154 137 1.232

    1.29 1291 0 1.096

    Residual oil Gravity= 31,8 API at 60 F

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    PressureOil Dens.

    gr/ccGas Gravity Z Factor

    3829 0.6264 - -

    3615 0.6351 0.9110 0.9010

    3305 0.6468 0.8900 0.8880

    2995 0.6587 0.8710 0.8790

    2685 0.6696 0.8570 0.8760

    2220 0.6843 0.8410 0.8750

    1885 0.6950 0.8370 0.8780

    1515 0.7069 0.8410 0.8900

    1135 0.7194 0.8550 0.9100720 0.7338 0.9030 0.939

    415 0.7456 1.0130 0.963

    175 0.7587 1.2490 0.983

    0 0.7901 2.3140 -

    DIFFERENTIAL DEPLETION @ 265 F

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    HYDROCARBON ANALYSIS OF RESERVOI

    Component Mol % Liquid %Density @

    60F gr/cc

    Carbon Dioxide 61.00% 0.28

    Methane 42.82% 17.92

    Ethane 12.13% 6.11

    Propane 6.01% 4.38%

    iso-Butane 1.21% 1.04%

    n-Butane 3.65% 3.04%

    iso-Pentane 1.16% 1.13%

    n-Pentane 1.92% 1.84%

    Hexanes 2.32% 2.52%Heptane Plus 28.17% 61.74

    Molecular Weight of C-7 plus 227

    Densyty of C-7 plus @ 60F

    31.5Gravity of C-7 plus API @ 60F

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    FLUID SAMPLE

    API @ 60FMolecular

    Weight

    Separator

    pressure

    psig

    Separator

    Temperature F

    Separator

    GOR

    0 100 1187

    60 100 990

    100 100 952

    150 100 930

    CO2 0.61

    O2 0

    N20

    SEPARATOR TEST

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    (1) Separtor stock tank gas/oil ratio of gas @

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    Tank GOR

    Stock

    Tank API

    @ 60F

    Shrinakge

    Factor

    Vr/Vsat

    Volume

    Factor

    Specific

    gravity

    34.1 0.5682 1.760 0.935

    37 36.1 0.6184 1.617 0.826

    63 36.2 0.6230 1.605 0.797

    95 36.1 0.6192 1.615 0.782

    F RESERVOIR FLUID SAMPLE

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    0 F and 14.7 psi pe barrel of stock tank

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    RESERVOIR

    FLUID SAMPLE

    TABULAR

    DATA

    Pressure PSIG

    GOR in

    solution per

    barrel of

    residual oil

    Relative Oil

    Volume

    V/Vr

    Viscosity of oil

    @ 265FZ Factor Gegas

    PSIG cp

    11000 1291 1.690

    10650 1291 1.695 0.42

    10500 1291 1.698 0.42

    10000 1291 1.706 0.40

    9500 1291 1.714 0.399000 1291 1.723 0.38

    8500 1291 1.732 0.37

    8000 1291 1.741 0.36

    7500 1291 1.751 0.34

    7000 1291 1.762 0.33

    6500 1291 1.773 0.32

    6000 1291 1.787 0.31

    5500 1291 1.787 0.29

    5000 1291 1.816 0.28

    4500 1291 1.833 0.27

    4200 1291 1.843 -

    4100 1291 1.846 -

    4000 1291 1.850 0.25

    3900 1291 1.853 -

    3829 1291 1.855 0.25

    3806 - - -

    3787

    3766

    37463615 1195 1.800 0.9010 0.9110

    3605

    3400 0.27

    3305 1062 1.728 0.8880 0.8900

    3000 0.31

    2995 342 1.662 0.8790 0.8710

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    2685 837.00 1.605 0.8760 0.8570

    2660

    2600 0.36

    2265

    2220 696 1.53 0.8750 0.8410

    2200 0.421885 601 1.485 0.8780 0.8370

    1850

    1800 0.48

    1515 502 1.434 0.8900 0.8410

    1500

    1400 0.57

    1135 403 1.382 0.9100 0.8550

    1120

    1000 0.69

    805720 300 1.329 0.939 0.9030

    635

    600 0.88

    415 216 1.283 0.963 1.0130

    200 1.132

    175 137 1.232 0.983 1.2490

    0 0 1.096 1.29 2.3140

    il Gravity= 31,8 API at 60 F

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    K X Y Ugas

    GOR Liberatred

    per barrel of

    residual oil

    0

    -

    135.0269 5.1238256 1.3752 1.2245 96

    135.956 5.117744 1.3765 1.0632 229

    136.8098 5.1122416 1.3776 0.9369 349

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    137.4469 5.1081872 1.3784 0.8541 454

    196.4663 4.86 1.4280 0.0196

    138.1838 5.1035536 1.3793 0.7691 595

    138.3694 5.1023952 1.3795 0.7493 690

    138.1838 5.1035536 1.3793 0.7691 789

    137.5385 5.107608 1.3785 0.8430 88

    135.3791 5.1215088 1.3757 1.1601 991

    130.7188 5.1533648 1.3693 2.4794 1075

    121.8946 5.2217104 1.3557 14.1741 1154

    94.98818 5.5301344 1.2940 122954.8049 1291

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    DIFFEREN

    TIAL

    DEPLETIO

    N @ 265

    F

    PressureOil Dens.

    gr/ccGas Gravity Z Factor

    Pressure-Volume

    Relation @ 265F

    3829 0.6264 - - V/Vsat

    3615 0.6351 0.9110 0.9010 0.9107

    3305 0.6468 0.8900 0.8880 0.9136

    2995 0.6587 0.8710 0.8790 0.9150

    2685 0.6696 0.8570 0.8760 0.9194

    2220 0.6843 0.8410 0.8750 0.92391885 0.6950 0.8370 0.8780 0.9286

    1515 0.7069 0.8410 0.8900 0.9334

    1135 0.7194 0.8550 0.9100 0.9384

    720 0.7338 0.9030 0.939 0.9438

    415 0.7456 1.0130 0.963 0.9496

    175 0.7587 1.2490 0.983 0.9559

    0 0.7901 2.3140 - 0.9630

    0.9705

    0.9788

    0.9878

    0.9932

    0.9950

    0.9968

    0.9987

    1

    1.0018

    1.0034

    1.0051

    1.0068

    1.0195

    1.052

    1.0957

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    1.1594

    1.2677

    1.447

    1.6934

    2.1677

    2.9399

    3.6955

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    HYDROCARBON ANALYSIS OF RESERVOI

    Component Mol % Liquid %Density @

    60F gr/cc

    Carbon Dioxide 61.00% 0.28

    Methane 42.82% 17.92

    Ethane 12.13% 6.11

    Propane 6.01% 4.38%

    iso-Butane 1.21% 1.04%

    n-Butane 3.65% 3.04%iso-Pentane 1.16% 1.13%

    n-Pentane 1.92% 1.84%

    Hexanes 2.32% 2.52%

    Heptane Plus 28.17% 61.74

    Molecular Weight of C-7 plus 227

    Densyty of C-7 plus @ 60F

    31.5Gravity of C-7 plus API @ 60F

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    FLUID SAMPLE

    API @ 60FMolecular

    Weight

    Separator

    pressure

    psig

    Separator

    Temperatur

    e F

    Separator

    GORTank GOR

    0 100 1187

    60 100 990 37

    100 100 952 63

    150 100 930 95

    CO2 0.61

    O2 0

    N20

    SEPARATOR TEST OF RES

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    (1) Separtor stock tank gas/oil ratio of gas @ 60

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    Stock

    Tank API

    @ 60F

    Shrinakge

    Factor

    Vr/Vsat

    Volume

    Factor

    Specific

    gravity

    34.1 0.5682 1.760 0.935

    36.1 0.6184 1.617 0.826

    36.2 0.6230 1.605 0.797

    36.1 0.6192 1.615 0.782

    ERVOIR FLUID SAMPLE

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    and 14.7 psi pe barrel of stock tank