A natural gas stream contains 95.5% CH4, 3.5% H2, and 1.0% CO2. It is fed to a furnace at 50% excess oxygen. The resulting stack gas is composed of gaseous inert and combustion products only. If the yield of CO2 from CH4 is 0.9, determine the Orsat analysis of the stack gas. For every 10^6 SCFH of the stack gas generated, determine how much natural gas and air (in lbmol/h) is fed to the furnace. R [=] 10.73 psi-ft3/lbmol-R Please use extents of reaction method in solving the material balance.
A natural gas stream contains 95.5% CH4, 3.5% H2, and 1.0% CO2. It is fed to a furnace at 50% excess oxygen. The resulting stack gas is composed of gaseous inert and combustion products only. If the yield of CO2 from CH4 is 0.9, determine the Orsat analysis of the stack gas. For every 10^6 SCFH of the stack gas generated, determine how much natural gas and air (in lbmol/h) is fed to the furnace. R [=] 10.73 psi-ft3/lbmol-R Please use extents of reaction method in solving the material balance.
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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A natural gas stream contains 95.5% CH4, 3.5% H2, and 1.0% CO2. It is fed to a furnace at 50% excess oxygen. The resulting stack gas is composed of gaseous inert and combustion products only. If the yield of CO2 from CH4 is 0.9, determine the Orsat analysis of the stack gas. For every 10^6 SCFH of the stack gas generated, determine how much natural gas and air (in lbmol/h) is fed to the furnace.
R [=] 10.73 psi-ft3/lbmol-R
Please use extents of reaction method in solving the material balance.
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