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actionating column is to be designed for separating 1000 kgmole per hour of a liquid mixture containing 40 mole percent methanol and 60 mole percent water into an overhead product containi 97 mole percent methanol and a bottom product having 98 mole percent water. A mole reflux ratio of 3 is t Calculate (i) moles of overhead product obtained per hour and (ii) number of ideal plates and location of the feed plate if the feed is at its bubble point, (iii) Renia graphically, (iv) minimum number of stages graphical Equilibrium data: shown in figure below Where x mole fraction of methanol in liquid And y mole fraction of methanol in vapor Data: Feed rate 1000 kg/hr, XF =0.4 =0.97 Xw = 0.02, R= 3 Q4- Answer (A or B) & C

actionating column is to be designed for separating 1000 kgmole per hour of a liquid mixture containing 40 mole percent methanol and 60 mole percent water into an overhead product containi 97 mole percent methanol and a bottom product having 98 mole percent water. A mole reflux ratio of 3 is t Calculate (i) moles of overhead product obtained per hour and (ii) number of ideal plates and location of the feed plate if the feed is at its bubble point, (iii) Renia graphically, (iv) minimum number of stages graphical Equilibrium data: shown in figure below Where x mole fraction of methanol in liquid And y mole fraction of methanol in vapor Data: Feed rate 1000 kg/hr, XF =0.4 =0.97 Xw = 0.02, R= 3 Q4- Answer (A or B) & C

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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Q3- A continuous fractionating column is to be designed for separating 1000 kgmole per hour of a liquid mixture containing 40 mole percent methanol and 60 mole percent water into an overhead product containi 97 mole percent methanol and a bottom product having 98 mole percent water. A mole reflux ratio of 3 is u Calculate (i) moles of overhead product obtained per hour and (ii) number of ideal plates and location of the feed plate if the feed is at its bubble point, (iii) Raia graphically, (iv) minimum number of stages graphicall Equilibrium data: shown in figure below Where x mole fraction of methanol in liquid And y mole fraction of methanol in vapor Data: Feed rate = 1000 kg/hr, Xp 0.4 =0.97, xw 0.02, R=3 Q4-Answer (A or B) & C
Transcribed Image Text:Q3- A continuous fractionating column is to be designed for separating 1000 kgmole per hour of a liquid mixture containing 40 mole percent methanol and 60 mole percent water into an overhead product containi 97 mole percent methanol and a bottom product having 98 mole percent water. A mole reflux ratio of 3 is u Calculate (i) moles of overhead product obtained per hour and (ii) number of ideal plates and location of the feed plate if the feed is at its bubble point, (iii) Raia graphically, (iv) minimum number of stages graphicall Equilibrium data: shown in figure below Where x mole fraction of methanol in liquid And y mole fraction of methanol in vapor Data: Feed rate = 1000 kg/hr, Xp 0.4 =0.97, xw 0.02, R=3 Q4-Answer (A or B) & C
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