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

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3.4 Construct IPR of two wells in an unsaturated oir reservoir using generalized Vogel's equation. The fol- lowing data are given: Reservoir pressure, p = 5,500 psia Bubble point pressure, p, 3,500 psia Tested flowing bottom-hole pressure in Well A, Pwf1 = 4,000 psia Tested production rate from Well A, q1 = 400 stb/day Tested flowing bottom-hole pressure in Well B, Pwf1 = 2,000 psia Tested q1 = 1,000 stb/day %3| production rate from Well В,
5. A petrol engine, has the following parameters at sea level; fuel consumption 0.65 ltr/min, Apa = 60 mm Hg, venturi diameter 35 mm, Ca 0.8, Tatm = 27°C, air and fuel densities are 1.15 and 700 kg/m' respectively. Calculate: AF when the pressure is (0.7 bar).
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Estimate the original oil in place in barrels (OOIP) for oil reservoir has the following details as listed in the Table 1: Table 1: characteristics of oil reservoir Area of the reservoir 4500 acres-feet Thickness of the oil sand 47 ft Reservoir porosity 23% Water saturation 27% Reservoir Initial pressure 3250 psi
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