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3.3 Construct IPR of a vertical well in an unsaturated oil reservoir using generalized Vogel's equation. The fol- lowing data are given: Porosity, o = 0.25 Effective horizontal permeability, k = 100 md Pay zone thickness, h = 55 ft Reservoir pressure, p = 5,000 psia Bubble point pressure, Ph Fluid formation volume factor, B, = 1.2 Fluid viscosity, . 3,000 psia 1.8 cp %3D 0.000013 psi- Total compressibility, c, Drainage area, A = 640 acres (re = 2,980 ft) Wellbore radius, rw = 0.328 ft Skin factor, S = 5.5 %3D

3.3 Construct IPR of a vertical well in an unsaturated oil reservoir using generalized Vogel's equation. The fol- lowing data are given: Porosity, o = 0.25 Effective horizontal permeability, k = 100 md Pay zone thickness, h = 55 ft Reservoir pressure, p = 5,000 psia Bubble point pressure, Ph Fluid formation volume factor, B, = 1.2 Fluid viscosity, . 3,000 psia 1.8 cp %3D 0.000013 psi- Total compressibility, c, Drainage area, A = 640 acres (re = 2,980 ft) Wellbore radius, rw = 0.328 ft Skin factor, S = 5.5 %3D

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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3.3 Construct IPR of a vertical well in an unsaturated oil reservoir using generalized Vogel's equation. The fol- lowing data are given: Porosity, o = 0.25 Effective horizontal permeability, k Pay zone thickness, h Reservoir pressure, p = 5,000 psia Bubble point pressure, Ph = Fluid formation volume factor, B, = 1.2 Fluid viscosity, H, = 1.8 cp 100 md 55 ft 3,000 psia :-1 0.000013 psi- Total compressibility, c, Drainage area, A = 640 acres (re = 2,980 ft) Wellbore radius, rw Skin factor, S = 5.5 %3D 0.328 ft
Transcribed Image Text:3.3 Construct IPR of a vertical well in an unsaturated oil reservoir using generalized Vogel's equation. The fol- lowing data are given: Porosity, o = 0.25 Effective horizontal permeability, k Pay zone thickness, h Reservoir pressure, p = 5,000 psia Bubble point pressure, Ph = Fluid formation volume factor, B, = 1.2 Fluid viscosity, H, = 1.8 cp 100 md 55 ft 3,000 psia :-1 0.000013 psi- Total compressibility, c, Drainage area, A = 640 acres (re = 2,980 ft) Wellbore radius, rw Skin factor, S = 5.5 %3D 0.328 ft
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