3.5 Construct IPR of a well in a saturated oil reservoirusing both Vogel's equation and Fetkovich's equation.The following data are given:Reservoir pressure, p = 3,500 psiaTested flowing bottom-hole2,500 psiaTested production rate at pwf1,41 = 600 stb/dayTested flowing bottom-hole pressure,1,500 psiaTested production rate at pwf2,42 =pressure,Pwf1Pwf2 =900 stb/day

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3.5 Construct IPR of a well in a saturated oil reservoir using both Vogel's equation and Fetkovich's equation. The following data are given: Reservoir pressure, p 3,500 psia Tested flowing bottom-hole pressure, 2,500 psia Tested production rate at pwf1.4ı = 600 stb/day Tested flowing bottom-hole pressure, 1,500 psia Tested production rate at pwf2,42 = 900 stb/day Pwf1 Pwf2 =

3.5 Construct IPR of a well in a saturated oil reservoir using both Vogel's equation and Fetkovich's equation. The following data are given: Reservoir pressure, p 3,500 psia Tested flowing bottom-hole pressure, 2,500 psia Tested production rate at pwf1.4ı = 600 stb/day Tested flowing bottom-hole pressure, 1,500 psia Tested production rate at pwf2,42 = 900 stb/day Pwf1 Pwf2 =

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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