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Problem 1: A mixture of n-heptane (03%), Benzene(45%), xylene(50%) and Ethyl-Benzene is fed into a distillation column operated at one bar. The feed latm is saturated liquid. If 90% of Benzene and 6% of xylene appears in distillate calculate the approximate distillate and bottoms flows and compositions assuming 100 moles of feed

Problem 1: A mixture of n-heptane (03%), Benzene(45%), xylene(50%) and Ethyl-Benzene is fed into a distillation column operated at one bar. The feed latm is saturated liquid. If 90% of Benzene and 6% of xylene appears in distillate calculate the approximate distillate and bottoms flows and compositions assuming 100 moles of feed

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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ニイ91 A mixture of n-heptane (03%), Benzene(45%), xylene(50%) and Ethyl-Benzene is fed into a distillation column operated Problem 1: at one bar. The feed Jatm is saturated liquid. If 90% of Benzene and 6% of xylene appears in distillate calculate the approximate distillate and bottoms flows and compositions assuming 100 moles of feed Problem 2: Using your results in problem 1 and assuming 4= 2 Alfa(bZ/Tol)=2.0 R=1.3 Rmin calculate: ト Nmin ji- Rmin assuming pseudo binary separation iii- iv- N using Gilliand correlation V- Number of theoretical stages in both sections vi- Optimum feed location
Transcribed Image Text:ニイ91 A mixture of n-heptane (03%), Benzene(45%), xylene(50%) and Ethyl-Benzene is fed into a distillation column operated Problem 1: at one bar. The feed Jatm is saturated liquid. If 90% of Benzene and 6% of xylene appears in distillate calculate the approximate distillate and bottoms flows and compositions assuming 100 moles of feed Problem 2: Using your results in problem 1 and assuming 4= 2 Alfa(bZ/Tol)=2.0 R=1.3 Rmin calculate: ト Nmin ji- Rmin assuming pseudo binary separation iii- iv- N using Gilliand correlation V- Number of theoretical stages in both sections vi- Optimum feed location
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