3. Table 1 shows the relative permeability data measured on a sandstone core plug as a function of water saturation. Determine the relative permeability data from Table 1. If the sandstone was invaded by high-pressure water drive (coming from the portion above the transition zone), evaluate the percentage of recovery. Oil flowrate, qo (cm³/s) 16.0000 15.8000 9.6000 3.0000 0.4000 0.0000 Length Diameter Absolute permeability Porosity Grain density Oil density Brine density Oil viscosity Brine viscosity Table 1 Relative Permeability Data Brine flowrate, qw (cm³/s) 0.0000 0.5000 1.4000 2.9000 6.5000 22.5000 Pressure in, psi 61.74 63.21 64.68 66.15 63.21 61.74 5 cm 3.8 cm 10 D 25 % 2.62 gm/cc 0.8 gm/cc 1.1 gm/cc 2.5 cp 1.5 cp Pressure out, psi 29.40 26.46 33.81 31.90 27.93 30.87 Wet weight of core plug (g) 3.754 5.095 6.448 8.801 11.154 16.522
3. Table 1 shows the relative permeability data measured on a sandstone core plug as a function of water saturation. Determine the relative permeability data from Table 1. If the sandstone was invaded by high-pressure water drive (coming from the portion above the transition zone), evaluate the percentage of recovery. Oil flowrate, qo (cm³/s) 16.0000 15.8000 9.6000 3.0000 0.4000 0.0000 Length Diameter Absolute permeability Porosity Grain density Oil density Brine density Oil viscosity Brine viscosity Table 1 Relative Permeability Data Brine flowrate, qw (cm³/s) 0.0000 0.5000 1.4000 2.9000 6.5000 22.5000 Pressure in, psi 61.74 63.21 64.68 66.15 63.21 61.74 5 cm 3.8 cm 10 D 25 % 2.62 gm/cc 0.8 gm/cc 1.1 gm/cc 2.5 cp 1.5 cp Pressure out, psi 29.40 26.46 33.81 31.90 27.93 30.87 Wet weight of core plug (g) 3.754 5.095 6.448 8.801 11.154 16.522
Applications and Investigations in Earth Science (9th Edition)
9th Edition
ISBN:9780134746241
Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Chapter1: The Study Of Minerals
Section: Chapter Questions
Problem 1LR
Related questions
Question
![3.
Table 1 shows the relative permeability data measured on a sandstone core plug as a function of
water saturation. Determine the relative permeability data from Table 1. If the sandstone was
invaded by high-pressure water drive (coming from the portion above the transition zone),
evaluate the percentage of recovery.
Oil flowrate,
qo (cm³/s)
16.0000
15.8000
9.6000
3.0000
0.4000
0.0000
Length
Diameter
Absolute permeability
Porosity
Grain density
Oil density
Brine density
Oil viscosity
Brine viscosity
Table 1 Relative Permeability Data
Brine flowrate,
qw (cm³/s)
0.0000
0.5000
1.4000
2.9000
6.5000
22.5000
Pressure in,
psi
5 cm
3.8 cm
10 D
25 %
61.74
63.21
64.68
66.15
63.21
61.74
2.62 gm/cc
0.8 gm/cc
1.1 gm/cc
2.5 cp
1.5 cp
Pressure out,
psi
29.40
26.46
33.81
31.90
27.93
30.87
Wet weight of
core plug (g)
3.754
5.095
6.448
8.801
11.154
16.522](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F59f2d588-7abf-4a6f-8cb7-80f680d12924%2F9f2fcc74-59a8-48b4-828e-bc631738b2ea%2Fquznzg_processed.png&w=3840&q=75)
Transcribed Image Text:3.
Table 1 shows the relative permeability data measured on a sandstone core plug as a function of
water saturation. Determine the relative permeability data from Table 1. If the sandstone was
invaded by high-pressure water drive (coming from the portion above the transition zone),
evaluate the percentage of recovery.
Oil flowrate,
qo (cm³/s)
16.0000
15.8000
9.6000
3.0000
0.4000
0.0000
Length
Diameter
Absolute permeability
Porosity
Grain density
Oil density
Brine density
Oil viscosity
Brine viscosity
Table 1 Relative Permeability Data
Brine flowrate,
qw (cm³/s)
0.0000
0.5000
1.4000
2.9000
6.5000
22.5000
Pressure in,
psi
5 cm
3.8 cm
10 D
25 %
61.74
63.21
64.68
66.15
63.21
61.74
2.62 gm/cc
0.8 gm/cc
1.1 gm/cc
2.5 cp
1.5 cp
Pressure out,
psi
29.40
26.46
33.81
31.90
27.93
30.87
Wet weight of
core plug (g)
3.754
5.095
6.448
8.801
11.154
16.522
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