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3.16, using the data below. Determine the number of plates required in the following cases: 1_Feed inlet at T = 290 k 2_Feed inlet at T = 336 k 3_Feed inlet partially vaporized 70% liquid and 30% vapor.

3.16, using the data below. Determine the number of plates required in the following cases: 1_Feed inlet at T = 290 k 2_Feed inlet at T = 336 k 3_Feed inlet partially vaporized 70% liquid and 30% vapor.

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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Example 3.6: A continues fractionation column, operation at atmospheric pressure , is to be designed to separate a mixture containing 27% CS2 and 73% CC14 into an overhead product containing 95% CS2 and a waste of 95% CC14 (all mole percent). If the reflux ratio is taken as 3.16, using the data below. Determine the number of plates required in the following cases: - 1_Feed inlet at T = 290 k 2_Feed inlet at T = 336 k 3_Feed inlet partially vaporized 70% liquid and 30% vapor. 4_Feed is saturated vapor and xf = 0.5. 5_Feed inlet at T = 380 k and xf = 0.5. Given the following data:- cpf = 225.42 kJ/kmol.k, TB.p = 336k , 2 = 25900 kJ/kmol . y% 8.23 | 15.55 26.6 33.2 49.5 63.4 74.7 82.9 87.8 93.1 x% 2.96 6.15 11.06 14.35 25.85 39 53.18 66.3 75.75 86.2
Transcribed Image Text:Example 3.6: A continues fractionation column, operation at atmospheric pressure , is to be designed to separate a mixture containing 27% CS2 and 73% CC14 into an overhead product containing 95% CS2 and a waste of 95% CC14 (all mole percent). If the reflux ratio is taken as 3.16, using the data below. Determine the number of plates required in the following cases: - 1_Feed inlet at T = 290 k 2_Feed inlet at T = 336 k 3_Feed inlet partially vaporized 70% liquid and 30% vapor. 4_Feed is saturated vapor and xf = 0.5. 5_Feed inlet at T = 380 k and xf = 0.5. Given the following data:- cpf = 225.42 kJ/kmol.k, TB.p = 336k , 2 = 25900 kJ/kmol . y% 8.23 | 15.55 26.6 33.2 49.5 63.4 74.7 82.9 87.8 93.1 x% 2.96 6.15 11.06 14.35 25.85 39 53.18 66.3 75.75 86.2
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