A distillation tower has a feed of 500 mol /h. The composition in the feed is 70% mol benzene and 30% mole toluene. The distillated has a composition of 80% mole benzene and 20%mole toluene, and bottom product 10%mole benzene and 90%moletoluene. Calculate the mass flow rate (mol/h) at bottom (B) and top(T). O T=260, B=240 O T=300, B=200 O T=240, B=260 O T=499, B=1 O T=360, B=140 O T=64, B=436 O T=429, B=71 O T=71, B=429 O T=320, B= 180 O T=250, B=250 O T=472, B=28 O T=485, B=15
A distillation tower has a feed of 500 mol /h. The composition in the feed is 70% mol benzene and 30% mole toluene. The distillated has a composition of 80% mole benzene and 20%mole toluene, and bottom product 10%mole benzene and 90%moletoluene. Calculate the mass flow rate (mol/h) at bottom (B) and top(T). O T=260, B=240 O T=300, B=200 O T=240, B=260 O T=499, B=1 O T=360, B=140 O T=64, B=436 O T=429, B=71 O T=71, B=429 O T=320, B= 180 O T=250, B=250 O T=472, B=28 O T=485, B=15
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:A distillation tower has a feed of 500 mol /h. The composition in the feed is 70% mol benzene and 30%
mole toluene. The distillated has a composition of 80% mole benzene and 20%mole toluene, and bottom
product 10%mole benzene and 90%moletoluene. Calculate the mass flow rate (mol/h) at bottom (B) and
top(T).
O T=260, B=240
O T=300, B=200
O T=240, B=260
O T=499, B=1
O T=360, B=140
O T=64, B=436
O T=429, B=71
O T=71, B=429
O T=320, B= 180
O T=250, B=250
O T=472, B=28
O T=485, B=15
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