(i) Develop the Inflow Performance Curve for a well in the middle of a square reservoir...

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(i) Develop the Inflow Performance Curve for a well in the middle of a square reservoir with the Gas in Question 1 (if you were not able to calculate the variables necessary for the IPR curve in Question 1, you can assume values to construct the curve) What is the absolute open hole flow (AOF) potential for this well (ii) B = 0 i.e. non-Darcy effects are negligible kg = 1 mD Assume 0.3 ft s = 0 Use the graph provided for viscosity 0.065 0.06 0.055 0.025 0.02 0.015 0.01 Pressure (psia) 0001 000EI - 000z1 11000- 00004 0006 0008 - 0002 - 0009 - 000 0008 - 0007 -000아 Viscosity (cp) (i) Develop the Inflow Performance Curve for a well in the middle of a square reservoir with the Gas in Question 1 (if you were not able to calculate the variables necessary for the IPR curve in Question 1, you can assume values to construct the curve) What is the absolute open hole flow (AOF) potential for this well (ii) B = 0 i.e. non-Darcy effects are negligible kg = 1 mD Assume 0.3 ft s = 0 Use the graph provided for viscosity 0.065 0.06 0.055 0.025 0.02 0.015 0.01 Pressure (psia) 0001 000EI - 000z1 11000- 00004 0006 0008 - 0002 - 0009 - 000 0008 - 0007 -000아 Viscosity (cp)

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Answer Solution a b A Darcys law is a phenomenologically derived constitutive equation that describe... View the full answer