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3- Consider the following 1D reservoir, where steady state, single phase oil flow takes place. This reservoir has homogenous property distribution of F =25% and k=18md. Figure below shows the uniform dimensions of the finite difference blocks. The boundary conditions at extreme ends are no flow. Well in grid block 4 produces at a rate of 3500 STB/D. Obtain pressures of each blocks. Also note that m=20 cp, B=1, c=. 9sc=-150 STB/D 1,000 ft 75 ft 5 1,000 ft P=3000 psia P=4000 psia

3- Consider the following 1D reservoir, where steady state, single phase oil flow takes place. This reservoir has homogenous property distribution of F =25% and k=18md. Figure below shows the uniform dimensions of the finite difference blocks. The boundary conditions at extreme ends are no flow. Well in grid block 4 produces at a rate of 3500 STB/D. Obtain pressures of each blocks. Also note that m=20 cp, B=1, c=. 9sc=-150 STB/D 1,000 ft 75 ft 5 1,000 ft P=3000 psia P=4000 psia

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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3- Consider the following 1D reservoir, where steady state, single phase oil flow takes place. This reservoir has homogenous property distribution of F =25% and k=18md. Figure below shows the uniform dimensions of the finite difference blocks. The boundary conditions at extreme ends are no flow. Well in grid block 4 produces at a rate of 3500 STB/D. Obtain pressures of each blocks. Also note that m=20 cp, B=1, c=. 9sc=-150 STB/D 1,000 ft 75 ft 1,000 ft P=3000 psia P=4000 psia b=0.001127, a=5.615 ON
Transcribed Image Text:3- Consider the following 1D reservoir, where steady state, single phase oil flow takes place. This reservoir has homogenous property distribution of F =25% and k=18md. Figure below shows the uniform dimensions of the finite difference blocks. The boundary conditions at extreme ends are no flow. Well in grid block 4 produces at a rate of 3500 STB/D. Obtain pressures of each blocks. Also note that m=20 cp, B=1, c=. 9sc=-150 STB/D 1,000 ft 75 ft 1,000 ft P=3000 psia P=4000 psia b=0.001127, a=5.615 ON
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