A single-phase fluid reservoir is described by four equal blocks as. The reservoir is horizontal and has homogeneous and isotropic rock properties. k-270 md and -0.27. The gridblock dimensions are Ax-300 ft. Ay-350 ft, and h 40 ft. The reservoir fluid properties are B-B-1 RB/STB, p-50 lbm/ft, and μ-0.5 cP. The reservoir left boundary is kept at constant pressure of 4000 psia, and the reservoir right boundary is sealed off to flow. A 7-in vertical well was drilled at the center of gridblock 4. The well produces 600STB/D of fluid and has a skin factor of 1.5. Assuming that the reservoir rock and fluid are incompressible, find the pressure distribution in the reservoir and the FBHP of the well. Perform a material balance check.

A single-phase fluid reservoir is described by four equal blocks as. The reservoir is horizontal and has homogeneous and isotropic rock properties. k-270 md and -0.27. The gridblock dimensions are Ax-300 ft. Ay-350 ft, and h 40 ft. The reservoir fluid properties are B-B-1 RB/STB, p-50 lbm/ft, and μ-0.5 cP. The reservoir left boundary is kept at constant pressure of 4000 psia, and the reservoir right boundary is sealed off to flow. A 7-in vertical well was drilled at the center of gridblock 4. The well produces 600STB/D of fluid and has a skin factor of 1.5. Assuming that the reservoir rock and fluid are incompressible, find the pressure distribution in the reservoir and the FBHP of the well. Perform a material balance check.

Principles of Heat Transfer (Activate Learning with these NEW titles from Engineering!)

8th Edition

ISBN:9781305387102

Author:Kreith, Frank; Manglik, Raj M.

Publisher:Kreith, Frank; Manglik, Raj M.

Chapter5: Analysis Of Convection Heat Transfer

Section: Chapter Questions

Problem 5.31P

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