The system shown below is to be designed for the gathering of gas. Well "A" is a following gas that will deliver 94.17 10' m'. The well "B" contains high gas-oil ratio wells, it is necessary to know that the compressor discharge pressure is 2.65 Mpa in order to deliver 61.09*10' m'. The pressure at the transmission line point is 2.07 Mpa gauge. Average following temperature will be (122 -158 "n, compressibility factor (0.915-0,983), and that specific gravity of the following gas 0.69 and that of the other gas well is 0.71. The pressures at point "A and D" are 2.86, and 2.47 Mpu respectively. Estimate efficiency and the unknown values on figure.

The system shown below is to be designed for the gathering of gas. Well "A" is a following gas that will deliver 94.17 10' m'. The well "B" contains high gas-oil ratio wells, it is necessary to know that the compressor discharge pressure is 2.65 Mpa in order to deliver 61.09*10' m'. The pressure at the transmission line point is 2.07 Mpa gauge. Average following temperature will be (122 -158 "n, compressibility factor (0.915-0,983), and that specific gravity of the following gas 0.69 and that of the other gas well is 0.71. The pressures at point "A and D" are 2.86, and 2.47 Mpu respectively. Estimate efficiency and the unknown values on figure.

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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