16. The PVT data as shown below were obtained on a crude oil sample taken from the Nameless Field. The initial reservoir pressure was 3600 psia at 160°F. The average specific gravity of the solution gas is 0.65. The reservoir contains 250 mm bbl of oil initially in place. The oil has a bubble-point pressure of 2500 psi. a. Calculate the two-phase oil formation volume factor at: 1. 3200 psia 2. 2800 psia 3. 1800 psia b. What is the initial volume of dissolved gas in the reservoir? c. Oil compressibility coefficient at 3200 psia. Pressure, psia Solution gas, scf/STB at 1407 psia and 60°F Formation Volume Factor, bbl/STB 3600 1.310 3200 1.317 2800 1.325 2500 567 1.333 2400 554 1.310 1800 436 1.263 1200 337 1.210 600 223 1.140 200 143 1.070

16. The PVT data as shown below were obtained on a crude oil sample taken from the Nameless Field. The initial reservoir pressure was 3600 psia at 160°F. The average specific gravity of the solution gas is 0.65. The reservoir contains 250 mm bbl of oil initially in place. The oil has a bubble-point pressure of 2500 psi. a. Calculate the two-phase oil formation volume factor at: 1. 3200 psia 2. 2800 psia 3. 1800 psia b. What is the initial volume of dissolved gas in the reservoir? c. Oil compressibility coefficient at 3200 psia. Pressure, psia Solution gas, scf/STB at 1407 psia and 60°F Formation Volume Factor, bbl/STB 3600 1.310 3200 1.317 2800 1.325 2500 567 1.333 2400 554 1.310 1800 436 1.263 1200 337 1.210 600 223 1.140 200 143 1.070

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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