Q6: consider a separation train consisting of two distillation columns which are designed to separate a 3-component mixture (benzene(B), toluene(T), xylene(X)). Given a feed rate of 1000mol/hr of mixture consisting of 20% benzene, 30% toluene and the balance xylene by mole. A bottom of the first column product of 2.5%benzene and 35%toluene and balance xylene by mole. A top stream of the second column product of 8% benzene and 72% toluene and balance xylene by mole. Determine all unknown in the process. В T X +T X T Distillation column 2 Distillation column 1
Q6: consider a separation train consisting of two distillation columns which are designed to separate a 3-component mixture (benzene(B), toluene(T), xylene(X)). Given a feed rate of 1000mol/hr of mixture consisting of 20% benzene, 30% toluene and the balance xylene by mole. A bottom of the first column product of 2.5%benzene and 35%toluene and balance xylene by mole. A top stream of the second column product of 8% benzene and 72% toluene and balance xylene by mole. Determine all unknown in the process. В T X +T X T Distillation column 2 Distillation column 1
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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Transcribed Image Text:Q6: consider a separation train consisting of two distillation columns which are
designed to separate a 3-component mixture (benzene(B), toluene(T), xylene(X)).
Given a feed rate of 1000mol/hr of mixture consisting of 20% benzene, 30%
toluene and the balance xylene by mole. A bottom of the first column product of
2.5%benzene and 35%toluene and balance xylene by mole. A top stream of the
second column product of 8% benzene and 72% toluene and balance xylene by
mole. Determine all unknown in the process.
В
T
X
→T
T
X
Distillation
column 2
Distillation
column 1
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