Question: please can you answer this question 3. Given a well diameter of 7 7/8 inches, Bo=1.27 rbbl/STB , u=1.27 cP, porosity of 25%, permeability of

 please can you answer this question 3. Given a well diameter

please can you answer this question

3. Given a well diameter of 7 7/8 inches, Bo=1.27 rbbl/STB , u=1.27 cP, porosity of 25%, permeability of 10 md, reservoir thickness of 55 ft, total compressibility of 1.29*10-5 psi!, skin factor of 5, initial reservoir pressure of 5651 psi, and 50ac drainage area (circular shape for parts a-c of this question), calculate: a. The time required to reach pseudosteady-state. (5 Pts) b. The flow rate for transient flow at the time equal to 0.45tpss (pseudosteady-state) and at the wellbore flowing pressure of half of the initial reservoir pressure. (8 Pts) C. The flow rate for pseudosteady-state, if the flow boundary pressure equals the initial reservoir pressure and the wellbore flowing pressure is 600 psi. (7 Pts) d. What would be the impact on the well production rate if the well were placed within the drainage area as depicted in configurations no. 12 in Figure attached (see last page of this exam) and average reservoir pressure was considered 4500 psi? (see attachment for configurations) (15 Pts) 3. Given a well diameter of 7 7/8 inches, Bo=1.27 rbbl/STB , u=1.27 cP, porosity of 25%, permeability of 10 md, reservoir thickness of 55 ft, total compressibility of 1.29*10-5 psi!, skin factor of 5, initial reservoir pressure of 5651 psi, and 50ac drainage area (circular shape for parts a-c of this question), calculate: a. The time required to reach pseudosteady-state. (5 Pts) b. The flow rate for transient flow at the time equal to 0.45tpss (pseudosteady-state) and at the wellbore flowing pressure of half of the initial reservoir pressure. (8 Pts) C. The flow rate for pseudosteady-state, if the flow boundary pressure equals the initial reservoir pressure and the wellbore flowing pressure is 600 psi. (7 Pts) d. What would be the impact on the well production rate if the well were placed within the drainage area as depicted in configurations no. 12 in Figure attached (see last page of this exam) and average reservoir pressure was considered 4500 psi? (see attachment for configurations) (15 Pts)

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