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0.92 B 0.08 T 0.00 X C2 rio 0.45 B С1 X82 0.40 T 0.15 X (1-XB2-KT2) 0.00 B 0.04 T 0.96 X (1-X83-XT3) The flowchart provided is for the separation of Benzene(B), Toluene (T) and Xylene (X) mixture. If the recovery of Xylene in the bottom stream of the first column is 80%. Assuming a bsis of 400 mol/min feed (no), calculate the flow rate of (n2). Answer:

0.92 B 0.08 T 0.00 X C2 rio 0.45 B С1 X82 0.40 T 0.15 X (1-XB2-KT2) 0.00 B 0.04 T 0.96 X (1-X83-XT3) The flowchart provided is for the separation of Benzene(B), Toluene (T) and Xylene (X) mixture. If the recovery of Xylene in the bottom stream of the first column is 80%. Assuming a bsis of 400 mol/min feed (no), calculate the flow rate of (n2). Answer:

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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0.92 B 0.08 T 0.00 X С1 C2 0.45 B X82 0.40 T X2 0.15 X (1-XB2-XT2) 0.00 B XB3 0.04 T X13 0.96 X (1-XB3-XT3) The flowchart provided is for the separation of Benzene(B), Toluene (T) and Xylene (X) mixture. If the recovery of Xylene in the bottom stream of the first column is 80%. Assuming a bsis of 400 mol/min feed (no), calculate the flow rate of (n2). Answer:
Transcribed Image Text:0.92 B 0.08 T 0.00 X С1 C2 0.45 B X82 0.40 T X2 0.15 X (1-XB2-XT2) 0.00 B XB3 0.04 T X13 0.96 X (1-XB3-XT3) The flowchart provided is for the separation of Benzene(B), Toluene (T) and Xylene (X) mixture. If the recovery of Xylene in the bottom stream of the first column is 80%. Assuming a bsis of 400 mol/min feed (no), calculate the flow rate of (n2). Answer:
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