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Q1/ A distillation Cokumn was designed to purity = 95 wt.% in the top stream from a mixtwre, whigh Separate benzen e with %3D Consists of benzene (B) = 25 wt.Y., and toluene (T) = 75 wt.Y. Data operalionwe collected are shown bebw. Find, if the quantity of the top stream ( P/F = 1/10) is Satisfying to rench the nealed purity in the bop stream Pet F z = 95 wt.. -5 wt.y. %3D Feed =? Kgl (F) x- 25wt.v. xf = 75 wt r. → 8 = 270 kg/hr X: 99 wt.r.

Q1/ A distillation Cokumn was designed to purity = 95 wt.% in the top stream from a mixtwre, whigh Separate benzen e with %3D Consists of benzene (B) = 25 wt.Y., and toluene (T) = 75 wt.Y. Data operalionwe collected are shown bebw. Find, if the quantity of the top stream ( P/F = 1/10) is Satisfying to rench the nealed purity in the bop stream Pet F z = 95 wt.. -5 wt.y. %3D Feed =? Kgl (F) x- 25wt.v. xf = 75 wt r. → 8 = 270 kg/hr X: 99 wt.r.

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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Q1/ A distillation Cokumn was designed to separate benzene with = 95 wt. %. in the top stream from purity a mizture , whish Consists of benzene (B) = 25 wt.7., and toluene (T) =75 w Data operation collected are shoun bebw. Find, if the quantity of the top stream ( P/F = 1/10) is Satisfying to reach the nealed purity in the top stream were P- F peTo z = 95 wt.. wt.y. Feed =? Kglr (F) x- 25wt.y. xf= 75 wt r. B = 270 kg/hr X: 99 wt.r.
Transcribed Image Text:Q1/ A distillation Cokumn was designed to separate benzene with = 95 wt. %. in the top stream from purity a mizture , whish Consists of benzene (B) = 25 wt.7., and toluene (T) =75 w Data operation collected are shoun bebw. Find, if the quantity of the top stream ( P/F = 1/10) is Satisfying to reach the nealed purity in the top stream were P- F peTo z = 95 wt.. wt.y. Feed =? Kglr (F) x- 25wt.y. xf= 75 wt r. B = 270 kg/hr X: 99 wt.r.
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