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A coke-oven gas having the following composition in percent by volume is burned in a furnace with 15 % excess air: CO2 = 2.2 % CO = 6.3 % O2 = 0.8 % N2 = 8.1 % CH = 2.0 % C,H = 2.0 % %3D H2 = 46.5 % CH, = 32.1 DETERMINE: a. Dry and wet flue gas analysis b. Air to fuel ratio by volume c. Volume of flue gases at 60 °C and 110 kPaa formed per cubic meter of fuel supplied at 21 °C and 100 kPaa.

A coke-oven gas having the following composition in percent by volume is burned in a furnace with 15 % excess air: CO2 = 2.2 % CO = 6.3 % O2 = 0.8 % N2 = 8.1 % CH = 2.0 % C,H = 2.0 % %3D H2 = 46.5 % CH, = 32.1 DETERMINE: a. Dry and wet flue gas analysis b. Air to fuel ratio by volume c. Volume of flue gases at 60 °C and 110 kPaa formed per cubic meter of fuel supplied at 21 °C and 100 kPaa.

Introduction to Chemical Engineering Thermodynamics
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 coke-oven gas having the following composition in percent by volume is burned in a furnace with 15 % excess air: CO, = 2.2 % cO = 6.3 % O2 = 0.8 % N2 = 8.1 % C;H = 2.0 % C,H, = 2.0 % H2 = 46.5 % CH, = 32.1 % DETERMINE: a. Dry and wet flue gas analysis b. Air to fuel ratio by volume c. Volume of flue gases at 60 °C and 110 kPaa formed per cubic meter of fuel supplied at 21 °C and 100 kPaa.
Transcribed Image Text:A coke-oven gas having the following composition in percent by volume is burned in a furnace with 15 % excess air: CO, = 2.2 % cO = 6.3 % O2 = 0.8 % N2 = 8.1 % C;H = 2.0 % C,H, = 2.0 % H2 = 46.5 % CH, = 32.1 % DETERMINE: a. Dry and wet flue gas analysis b. Air to fuel ratio by volume c. Volume of flue gases at 60 °C and 110 kPaa formed per cubic meter of fuel supplied at 21 °C and 100 kPaa.
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