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When both tests are below the bubble point but q, is less than zero, the reservoir is saturated and we should recalculate the parameters. Determine the equations to calculate the IPR parameters (qmax J, PR. and q.) when we have the information on 2 production tests and the bubble point pressure. Use the equations to calculate the Vogel IPR for the following case: P, = 1400 psig; Test I: Pwf = 770 psig, q =1008 psig; Test 2: Pwf = 560 psig, q =1232 psig; %3D %3D

When both tests are below the bubble point but q, is less than zero, the reservoir is saturated and we should recalculate the parameters. Determine the equations to calculate the IPR parameters (qmax J, PR. and q.) when we have the information on 2 production tests and the bubble point pressure. Use the equations to calculate the Vogel IPR for the following case: P, = 1400 psig; Test I: Pwf = 770 psig, q =1008 psig; Test 2: Pwf = 560 psig, q =1232 psig; %3D %3D

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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When both tests are below the bubble point but q, is less than zero, the reservoir is saturated and we should recalculate the parameters. Determine the equations to calculate the IPR parameters (qmax J, PR, and qs) when we have the information on 2 production tests and the bubble point pressure. Use the equations to calculate the Vogel IPR for the following case: P. = 1400 psig; Test I: Pwf = 770 psig, q =1008 psig; Test 2: Pwf = 560 psig, q =1232 psig;
Transcribed Image Text:When both tests are below the bubble point but q, is less than zero, the reservoir is saturated and we should recalculate the parameters. Determine the equations to calculate the IPR parameters (qmax J, PR, and qs) when we have the information on 2 production tests and the bubble point pressure. Use the equations to calculate the Vogel IPR for the following case: P. = 1400 psig; Test I: Pwf = 770 psig, q =1008 psig; Test 2: Pwf = 560 psig, q =1232 psig;
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