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3. A fuel gas made up of a mixture of methane and ethane is burned in excess air and the heat given off is used to calcine completely a stone containing 95% CaCO, and 5% inerts. Complete analysis of the kiln gas shows 21.42% CO, , 5.54% O2 , 62.54% N2 and 10.5% H20 Calculate the analysis of the fuel gas and the Lime-fuel ratio. 10.77 kg lime/kg fuel) (75 % CH4 and 25% C;H6 ;

3. A fuel gas made up of a mixture of methane and ethane is burned in excess air and the heat given off is used to calcine completely a stone containing 95% CaCO, and 5% inerts. Complete analysis of the kiln gas shows 21.42% CO, , 5.54% O2 , 62.54% N2 and 10.5% H20 Calculate the analysis of the fuel gas and the Lime-fuel ratio. 10.77 kg lime/kg fuel) (75 % CH4 and 25% C;H6 ;

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
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3. A fuel gas made up of a mixture of methane and ethane is burned in excess air and the heat given off is used to calcine completely a stone containing 95% CACO, and 5% inerts. Complete analysis of the kiln gas shows 21.42% CO2 , 5.54% O2, 62.54% N2 and 10.5% H20. Calculate the analysis of the fuel gas and the Lime-fuel ratio. 10.77 kg lime/kg fuel) (75% CH4 and 25% C,H6 ;
Transcribed Image Text:3. A fuel gas made up of a mixture of methane and ethane is burned in excess air and the heat given off is used to calcine completely a stone containing 95% CACO, and 5% inerts. Complete analysis of the kiln gas shows 21.42% CO2 , 5.54% O2, 62.54% N2 and 10.5% H20. Calculate the analysis of the fuel gas and the Lime-fuel ratio. 10.77 kg lime/kg fuel) (75% CH4 and 25% C,H6 ;
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