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The following reaction is used for producing CH;CHO CH;OH CH;CHO + H2e The feed contains 85% mole Ethanol and the balance acetaldehyde. The reactants entering at 300°C and you observed them when the heat addition rate is 1600 KJ per 100 mole of feed gas the outlet temperature is 250°C. Calculate the fraction conversion of Ethanol achieved and mole of H2 and CH3CHO in products.

The following reaction is used for producing CH;CHO CH;OH CH;CHO + H2e The feed contains 85% mole Ethanol and the balance acetaldehyde. The reactants entering at 300°C and you observed them when the heat addition rate is 1600 KJ per 100 mole of feed gas the outlet temperature is 250°C. Calculate the fraction conversion of Ethanol achieved and mole of H2 and CH3CHO in products.

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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Material and energy balance
The following reaction is used for producing CH;CHO CHSOH CH;CHO@ + H2@ The feed contains 85% mole Ethanol and the balance acetaldehyde. The reactants entering at 300°C and you obscrved them when the heat addition rate is 1600 KJ per 100 mole of feed gas the outlet temperature is 250°C. Calculate the fraction conversion of Ethanol achieved and mole of H2 and CH:CHO in products. CH:CHO CH;CHO 15% C,H;OH 85% C;H:OH H: Q 1600KJ Information: AĤ `; CH;CHO = -166.2 KJ/gmole AÂĤ 'E C2HSOH = -235.31 KJ/gmole CP = KJ gmole°C CH;CHO = 0.08 C2HSOH = 0.11 H2 = 0.029
Transcribed Image Text:The following reaction is used for producing CH;CHO CHSOH CH;CHO@ + H2@ The feed contains 85% mole Ethanol and the balance acetaldehyde. The reactants entering at 300°C and you obscrved them when the heat addition rate is 1600 KJ per 100 mole of feed gas the outlet temperature is 250°C. Calculate the fraction conversion of Ethanol achieved and mole of H2 and CH:CHO in products. CH:CHO CH;CHO 15% C,H;OH 85% C;H:OH H: Q 1600KJ Information: AĤ `; CH;CHO = -166.2 KJ/gmole AÂĤ 'E C2HSOH = -235.31 KJ/gmole CP = KJ gmole°C CH;CHO = 0.08 C2HSOH = 0.11 H2 = 0.029
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