Natural gas is supplied from New York city to Birmingham distance: 570 miles) at a minimum pressure of 600psig. NPS 19 pipeline from source reservoir is planned. Initial map survey shows an elevation profile of 40ft (100 miles initial) remaining 45ft from source to destination with extremely low degree of bending (Df-0.973). Assume minimum population density around the pipeline for initial 100 miles and remaining will be populated vicinity. Pipe material is X70 commercial steel with confirming API 5LX pipeline is welded using electric resistance. Following are details. Sp. Gravity = 0.63 viscosity= 0.000008 lb/ft.S ; compressibility factor=0.80, pipe roughness = 650 u-in gas flowrate= 150 MMSCFD Gf= 70°F What will be the MOAP of this pipeline for all class locations?
Natural gas is supplied from New York city to Birmingham distance: 570 miles) at a minimum pressure of 600psig. NPS 19 pipeline from source reservoir is planned. Initial map survey shows an elevation profile of 40ft (100 miles initial) remaining 45ft from source to destination with extremely low degree of bending (Df-0.973). Assume minimum population density around the pipeline for initial 100 miles and remaining will be populated vicinity. Pipe material is X70 commercial steel with confirming API 5LX pipeline is welded using electric resistance. Following are details. Sp. Gravity = 0.63 viscosity= 0.000008 lb/ft.S ; compressibility factor=0.80, pipe roughness = 650 u-in gas flowrate= 150 MMSCFD Gf= 70°F What will be the MOAP of this pipeline for all class locations?
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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Natural gas is supplied from New York city to Birmingham distance: 570 miles) at a minimum pressure of 600psig. NPS 19 pipeline from source reservoir is planned. Initial map survey shows an elevation profile of 40ft (100 miles initial) remaining 45ft from source to destination with extremely low degree of bending (Df-0.973). Assume minimum population density around the pipeline for initial 100 miles and remaining will be populated vicinity. Pipe material is X70 commercial steel with confirming API 5LX pipeline is welded using electric resistance.
Following are details. Sp. Gravity = 0.63
viscosity= 0.000008 lb/ft.S ; compressibility factor=0.80,
pipe roughness = 650 u-in gas flowrate= 150 MMSCFD
Gf= 70°F
What will be the MOAP of this pipeline for all class locations?
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