1.A cylindrical core having a radius 2.54 *10 [m] and length of 0.3 [m], was flooded with brine at a steady rate of 1.10 [m°s'], the differential pressure across the core was 10 [bar]. Calculate the absolute permeability of the core. Assume brine viscosity 0.001 [Pa.s].
1.A cylindrical core having a radius 2.54 *10 [m] and length of 0.3 [m], was flooded with brine at a steady rate of 1.10 [m°s'], the differential pressure across the core was 10 [bar]. Calculate the absolute permeability of the core. Assume brine viscosity 0.001 [Pa.s].
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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![1.A cylindrical core having a radius 2.54 *10² [m] and length of 0.3 [m], was flooded with
brine at a steady rate of 1.10° [m°s*], the differential pressure across the core was 10 [bar].
Calculate the absolute permeability of the core. Assume brine viscosity 0.001 [Pa.s].
2.Calculate the permeability of a core plug from the following test:
• Flow rate = 2.10“ [m°s'] • Inlet pressure = 5 [bar]
• Outlet pressure = 1 [bar]• Length of core = 0.1 [m]
• Area = 1.10* [m°]• Viscosity = 0.002 [Pa.s]
-12 2
3. If 10 m is called a micrometer (µm) and 10 m is called a micrometer squared (µm ),
convert 230 md to µm .](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3b19c810-bb9c-479b-a7e1-f7e5ccb22a09%2Fa2a8c77c-840c-42c6-acf2-50086c86dfc6%2F731zs1_processed.jpeg&w=3840&q=75)
Transcribed Image Text:1.A cylindrical core having a radius 2.54 *10² [m] and length of 0.3 [m], was flooded with
brine at a steady rate of 1.10° [m°s*], the differential pressure across the core was 10 [bar].
Calculate the absolute permeability of the core. Assume brine viscosity 0.001 [Pa.s].
2.Calculate the permeability of a core plug from the following test:
• Flow rate = 2.10“ [m°s'] • Inlet pressure = 5 [bar]
• Outlet pressure = 1 [bar]• Length of core = 0.1 [m]
• Area = 1.10* [m°]• Viscosity = 0.002 [Pa.s]
-12 2
3. If 10 m is called a micrometer (µm) and 10 m is called a micrometer squared (µm ),
convert 230 md to µm .
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