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QI/ If we assume an average biomass molecular formula of CH, OosNo.2, the reaction equation for combustion of cells to CO,, H,O and N 2 is: CHO05N0.2+ 1.2 0,→ CO,+0.9 H,0+0.1 N,. the degree of reduction of the biomass relative to N 2 is 4.80. Assuming an average of 5% ash associated with the biomass, the cell molecular weight is 25.9. Heat of combustion is -

QI/ If we assume an average biomass molecular formula of CH, OosNo.2, the reaction equation for combustion of cells to CO,, H,O and N 2 is: CHO05N0.2+ 1.2 0,→ CO,+0.9 H,0+0.1 N,. the degree of reduction of the biomass relative to N 2 is 4.80. Assuming an average of 5% ash associated with the biomass, the cell molecular weight is 25.9. Heat of combustion is -

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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QI/ If we assume an average biomass molecular formula of CH1 O05N0.2, the reaction equation for combustion of cells to CO2, H,0 and N 2 is: CH 005N0.2+ 1.2 0,→ CO, +0.9 H,0+0.1 N,. the degree of reduction of the biomass relative to N 2 is 4.80. Assuming an average of 5% ash associated with the biomass, the cell molecular weight is 25.9. Heat of combustion is-
Transcribed Image Text:QI/ If we assume an average biomass molecular formula of CH1 O05N0.2, the reaction equation for combustion of cells to CO2, H,0 and N 2 is: CH 005N0.2+ 1.2 0,→ CO, +0.9 H,0+0.1 N,. the degree of reduction of the biomass relative to N 2 is 4.80. Assuming an average of 5% ash associated with the biomass, the cell molecular weight is 25.9. Heat of combustion is-
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