Carbureted water gas with a composition (mol %) of 31.4% C2H4, 16.8% CH4, 17.4% H2, 17.2% CO2, 3.1% CO, and the rest, H20, is burned with excess dry air in a combustion furnace. The partial analysis of the flue gas leaving the furnace showed that it contains 11.4% CO2 and 0.38% CO (mol%). Hydrogen was not detected in the flue gas. a) Give the complete ORSAT analysis of the flue gas. b) What is the percent excess air? c) What is the molar ratio of the wet flue gas to water.
Carbureted water gas with a composition (mol %) of 31.4% C2H4, 16.8% CH4, 17.4% H2, 17.2% CO2, 3.1% CO, and the rest, H20, is burned with excess dry air in a combustion furnace. The partial analysis of the flue gas leaving the furnace showed that it contains 11.4% CO2 and 0.38% CO (mol%). Hydrogen was not detected in the flue gas. a) Give the complete ORSAT analysis of the flue gas. b) What is the percent excess air? c) What is the molar ratio of the wet flue gas to water.
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
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Transcribed Image Text:• Carbureted water gas with a composition (mol %) of 31.4% C2H4,
16.8% CH4, 17.4% H2, 17.2% CO2, 3.1% CO, and the rest, H2O, is
burned with excess dry air in a combustion furnace. The partial
analysis of the flue gas leaving the furnace showed that it contains
11.4% CO2 and 0.38% CO (mol%). Hydrogen was not detected in the
flue gas.
a) Give the complete ORSAT analysis of the flue gas.
b) What is the percent excess air?
c) What is the molar ratio of the wet flue gas to water.
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