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1 Reactor 3 2 A + B C

1 Reactor 3 2 A + B C

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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Q4. The variables of the each stream (i) for the following chemical reactor are: Fi, xi,A , Xi,B, Xi,c (A, B and C are the compounds of the processes.) a) Consider the variable list of the each streams (Fi, Xi,A , Xi,B, Xi,c ) and calculate the DOF for the reactor. by consideration only mass balances. b) Write the mass balances of the process by the consideration the given data. (use only the variables in the variable list and conversion of the reaction) Note: F: is the total mass flowrate of the streams X1,A , Xi,B, Xi,c : is mass fractions of the compounds for all of the streams. DATA : F2 = 500 kg/hr, x2,B = 0.36 x2,c = 0, X1,A= 0.32 x1,B= 0.288 X3,A= 0.1152, c = 0.8 (conversion), MWA = 80, MWB = 18, MWc = 98 (Molecular weights of the compounds in the process) %3D 1 Reactor 3 2 Reaction in Reactor : A + B C
Transcribed Image Text:Q4. The variables of the each stream (i) for the following chemical reactor are: Fi, xi,A , Xi,B, Xi,c (A, B and C are the compounds of the processes.) a) Consider the variable list of the each streams (Fi, Xi,A , Xi,B, Xi,c ) and calculate the DOF for the reactor. by consideration only mass balances. b) Write the mass balances of the process by the consideration the given data. (use only the variables in the variable list and conversion of the reaction) Note: F: is the total mass flowrate of the streams X1,A , Xi,B, Xi,c : is mass fractions of the compounds for all of the streams. DATA : F2 = 500 kg/hr, x2,B = 0.36 x2,c = 0, X1,A= 0.32 x1,B= 0.288 X3,A= 0.1152, c = 0.8 (conversion), MWA = 80, MWB = 18, MWc = 98 (Molecular weights of the compounds in the process) %3D 1 Reactor 3 2 Reaction in Reactor : A + B C
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