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Methane is burnt with 100% excess air with liquid water injected into the combustion space so that the combustion gases leave the furnace at 1500°f. The methane, air, and liquid water, all enter the furnace at 77°f . Assume complete combustion; calculate the moles of water injected per moles of methane burned. Given Cp°mean (cal/gmolk) to be CH4=10, H20= 10.4, O2= 8.4, N2=8.0, CO2=13.1

Methane is burnt with 100% excess air with liquid water injected into the combustion space so that the combustion gases leave the furnace at 1500°f. The methane, air, and liquid water, all enter the furnace at 77°f . Assume complete combustion; calculate the moles of water injected per moles of methane burned. Given Cp°mean (cal/gmolk) to be CH4=10, H20= 10.4, O2= 8.4, N2=8.0, CO2=13.1

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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Methane is burnt with 100% excess air with liquid water injected into the combustion space so that the combustion gases leave the furnace at 1500°f. The methane, air, and liquid water, all enter the furnace at 77°f . Assume complete combustion; calculate the moles of water injected per moles of methane burned. Given Cp°mean (cal/gmolk) to be CH4=10, H20= 10.4, O2= 8.4, N2=8.0, CO2=13.1

Jan Methane is burnt with 100% excess air with Liquid Water Injected into the combustion space so that the co mbustion gases Leave the Furnance at 150 of. The methane pont air and Liquid water, aLL Liquid water, all enter the furnace at 77°t. Assume Complete Combustion, Calculate the moles of crater injected Per moles of methane burned. Given (P mean (Cal/gmak) to be CH4 = 10, H₂0 = 10.4, 0₂= 8.4, N₂ = 8.0, Co₂ = 13-1₁ 0 mod N Os
Transcribed Image Text:Jan Methane is burnt with 100% excess air with Liquid Water Injected into the combustion space so that the co mbustion gases Leave the Furnance at 150 of. The methane pont air and Liquid water, aLL Liquid water, all enter the furnace at 77°t. Assume Complete Combustion, Calculate the moles of crater injected Per moles of methane burned. Given (P mean (Cal/gmak) to be CH4 = 10, H₂0 = 10.4, 0₂= 8.4, N₂ = 8.0, Co₂ = 13-1₁ 0 mod N Os
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