Hydrogen, important for numerous processes, can be produced by the shift reaction: Со + H,О — СО, + H, In the reactor system shown in figure l, the conditions of conversion have been adjusted so that the H, content of the effluent from the reactor is 3 mol %. Based on the data in figure 1: a. Calculate the composition of the fresh feed. b. Calculate the moles of recycle per mole of hydrogen produced. Recycle CO, H2O % CO2 48 H2 48 CO 4 Feed Reactor 3 mol % % СО 52 H,O 48 H2

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
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Hydrogen, important for numerous processes, can be produced by the
shift reaction:
Со+ Н,О — СО, + H,
In the reactor system shown in figure 1, the conditions of conversion
have been adjusted so that the H, content of the effluent from the reactor
is 3 mol %. Based on the data in figure 1:
a. Calculate the composition of the fresh feed.
b. Calculate the moles of recycle per mole of hydrogen produced.
Recycle
CO, H2O
CO, 48
H2 48
СО 4
Feed
Reactor
3 mol %
CO 52
H2O 48
H2
Transcribed Image Text:Hydrogen, important for numerous processes, can be produced by the shift reaction: Со+ Н,О — СО, + H, In the reactor system shown in figure 1, the conditions of conversion have been adjusted so that the H, content of the effluent from the reactor is 3 mol %. Based on the data in figure 1: a. Calculate the composition of the fresh feed. b. Calculate the moles of recycle per mole of hydrogen produced. Recycle CO, H2O CO, 48 H2 48 СО 4 Feed Reactor 3 mol % CO 52 H2O 48 H2
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