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The proximate analysis of a representative coal is 32% VCM, 53% FC, 10% ash, 1.2% N and 6.2% S. Its calorific value is 23.78 MJ/kg. On the assumption that this coal is burnt with 150% excess air so that the molal ratio of CO2 to CO is 5:1, calculate: (a) complete Orsat analysis of the flue gas; (b) m3 of stack gas (leaving at 240°C, 770 mmHg) per kg coal. given

The proximate analysis of a representative coal is 32% VCM, 53% FC, 10% ash, 1.2% N and 6.2% S. Its calorific value is 23.78 MJ/kg. On the assumption that this coal is burnt with 150% excess air so that the molal ratio of CO2 to CO is 5:1, calculate: (a) complete Orsat analysis of the flue gas; (b) m3 of stack gas (leaving at 240°C, 770 mmHg) per kg coal. given

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
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5. The proximate analysis of a representative coal is 32% VCM, 53% FC, 10% ash, 1.2% N and 6.2% S. Its calorific value is 23.78 MJ/kg. On the assumption that this coal is burnt with 150% excess air so that the molal ratio of CO2 to CO is 5:1, calculate: (a) complete Orsat analysis of the flue gas; (b) m³ of stack gas (leaving at 240°C, 770 mmHg) per kg coal.
Transcribed Image Text:5. The proximate analysis of a representative coal is 32% VCM, 53% FC, 10% ash, 1.2% N and 6.2% S. Its calorific value is 23.78 MJ/kg. On the assumption that this coal is burnt with 150% excess air so that the molal ratio of CO2 to CO is 5:1, calculate: (a) complete Orsat analysis of the flue gas; (b) m³ of stack gas (leaving at 240°C, 770 mmHg) per kg coal.
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