A mixture consisting of 15 mole % Phenol in water is to batch distilled at 260 torr, what fraction of the original batch is remains in the still when the total distillate contain 98mole % w water? What is the residues concentration? Change the feed compositions (5 values) and the distillate (5 values), Draw the plot (xf vs xw) and (xf vs yD), and write your illustrations. Equilibrium data: 1.54 4.95 6.87 7.73 19.63 28.44 39.73 82.99 89.95 93.38 95.74 H20 41.1 79.72 82.79 84. 45 89 91 91.05 91.15 91 86 92.77 94.19 95.64 H2O
A mixture consisting of 15 mole % Phenol in water is to batch distilled at 260 torr, what fraction of the original batch is remains in the still when the total distillate contain 98mole % w water? What is the residues concentration? Change the feed compositions (5 values) and the distillate (5 values), Draw the plot (xf vs xw) and (xf vs yD), and write your illustrations. Equilibrium data: 1.54 4.95 6.87 7.73 19.63 28.44 39.73 82.99 89.95 93.38 95.74 H20 41.1 79.72 82.79 84. 45 89 91 91.05 91.15 91 86 92.77 94.19 95.64 H2O
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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Transcribed Image Text:A mixture consisting of 15 mole % Phenol in water is to batch distilled at 260 torr, what fraction of the original batch is
remains in the still when the total distillate contain 98mole % w water? What is the residues concentration? Change the feed
compositions (5 values) and the distillate (5 values), Draw the plot (xf vs xw) and (xf vs yD), and write your
illustrations.
Equilibrium data:
1.54 4.95
6.87
7.73
19.63 28.44 39.73 82.99 89.95 93.38 95.74
H2O
41.1
79.72 82.79 84.45 89.91 91.05 91.15 91 86 92.77 94.19 95.64
H20
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