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Q2: A liquid mixture containing 30% Benzene (B), 25% Toluene (T) and 45% Xylene (X) is fed at a rate of 1275 kg/hr to the first column of a distillation unit consisting of two columns. The bottom stream of the first column contains B and X only (99% X and 1% B) in which 98% of the amount of X in the feed is to be recovered in this stream. The overhead product from this column which contains B, T and X is fed to the second column. The overhead stream of the second column contains 99% B and 1% X and the amount of B recovered in this stream is 96% of its amount in the feed of this column. Calculate the flow rate and the composition of all streams.

Q2: A liquid mixture containing 30% Benzene (B), 25% Toluene (T) and 45% Xylene (X) is fed at a rate of 1275 kg/hr to the first column of a distillation unit consisting of two columns. The bottom stream of the first column contains B and X only (99% X and 1% B) in which 98% of the amount of X in the feed is to be recovered in this stream. The overhead product from this column which contains B, T and X is fed to the second column. The overhead stream of the second column contains 99% B and 1% X and the amount of B recovered in this stream is 96% of its amount in the feed of this column. Calculate the flow rate and the composition of all streams.

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
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Q2: A liquid mixture containing 30% Benzene (B), 25% Toluene (T) and 45% Xylene (X) is fed at a rate of 1275 kg/hr to the first column of a distillation unit consisting of two columns. The bottom stream of the first column contains B and X only (99% X and 1% B) in which 98% of the amount of X in the feed is to be recovered in this stream. The overhead product from this column which contains B, T and X is fed to the second column. The overhead stream of the second column contains 99% B and 1% X and the amount of B recovered in this stream is 96% of its amount in the feed of this column. Calculate the flow rate and the composition of all streams.
Transcribed Image Text:Q2: A liquid mixture containing 30% Benzene (B), 25% Toluene (T) and 45% Xylene (X) is fed at a rate of 1275 kg/hr to the first column of a distillation unit consisting of two columns. The bottom stream of the first column contains B and X only (99% X and 1% B) in which 98% of the amount of X in the feed is to be recovered in this stream. The overhead product from this column which contains B, T and X is fed to the second column. The overhead stream of the second column contains 99% B and 1% X and the amount of B recovered in this stream is 96% of its amount in the feed of this column. Calculate the flow rate and the composition of all streams.
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