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Liquefied butane(c4h10)is supplied to the combustion chamber at a mass flow rate of 2kg/min and burned with excess air of 25°C and 140%. The combustion gas temperature was 1400K, and when the exhaust gas was measured at 2 atmospheres, CO2,H2O,CO,02 and N2 were detected. (a) Find the equilibrium condition of the grnerated gas, (b) the heat transfer rate from the combustion chamber. (However, CO is grnerated by thermal dissociation of 2% of Co2 by a reaction formula CO2->CO+0.502) (consider whether it is okay to ignore NO in combustion gas.) (However, the LHV of C4H10 is 45370KJ/KG.)

Liquefied butane(c4h10)is supplied to the combustion chamber at a mass flow rate of 2kg/min and burned with excess air of 25°C and 140%. The combustion gas temperature was 1400K, and when the exhaust gas was measured at 2 atmospheres, CO2,H2O,CO,02 and N2 were detected. (a) Find the equilibrium condition of the grnerated gas, (b) the heat transfer rate from the combustion chamber. (However, CO is grnerated by thermal dissociation of 2% of Co2 by a reaction formula CO2->CO+0.502) (consider whether it is okay to ignore NO in combustion gas.) (However, the LHV of C4H10 is 45370KJ/KG.)

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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Liquefied butane(c4h10)is supplied to the combustion chamber at a mass flow rate of 2kg/min and burned with excess air of 25°C and 140%. The combustion gas temperature was 1400K, and when the exhaust gas was measured at 2 atmospheres, CO2,H2O,CO,02 and N2 were detected. (a) Find the equilibrium condition of the grnerated gas, (b) the heat transfer rate from the combustion chamber. (However, CO is grnerated by thermal dissociation of 2% of Co2 by a reaction formula CO2->CO+0.502) (consider whether it is okay to ignore NO in combustion gas.) (However, the LHV of C4H10 is 45370KJ/KG.) 3.11 Liquefied butane (CaHo is supplied to the combustion chamber at a mass flow rate of 2 kg/min and burned with excess air of 25°C and 140%. The combustion gas temperature was I 400 K, and when the exhaust gas was measured at 2 atmospheres, C0, H,0 and Co, 0,and N,were detected. (a) Find the equilibrium condition of the generated gas, (b) the heat transfer rate from the combustion chamber. However, Co is generated by thermal dissociation of 2% of CO, by a reaction formula of CO, cot!0, And consider whether it is okay to ignore NO in combustion gas. However, the LHV of H, is 45,370 kJ/kg.
Transcribed Image Text:Liquefied butane(c4h10)is supplied to the combustion chamber at a mass flow rate of 2kg/min and burned with excess air of 25°C and 140%. The combustion gas temperature was 1400K, and when the exhaust gas was measured at 2 atmospheres, CO2,H2O,CO,02 and N2 were detected. (a) Find the equilibrium condition of the grnerated gas, (b) the heat transfer rate from the combustion chamber. (However, CO is grnerated by thermal dissociation of 2% of Co2 by a reaction formula CO2->CO+0.502) (consider whether it is okay to ignore NO in combustion gas.) (However, the LHV of C4H10 is 45370KJ/KG.) 3.11 Liquefied butane (CaHo is supplied to the combustion chamber at a mass flow rate of 2 kg/min and burned with excess air of 25°C and 140%. The combustion gas temperature was I 400 K, and when the exhaust gas was measured at 2 atmospheres, C0, H,0 and Co, 0,and N,were detected. (a) Find the equilibrium condition of the generated gas, (b) the heat transfer rate from the combustion chamber. However, Co is generated by thermal dissociation of 2% of CO, by a reaction formula of CO, cot!0, And consider whether it is okay to ignore NO in combustion gas. However, the LHV of H, is 45,370 kJ/kg.
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