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the feed to a distillation column is 16wt% CS2 and 84wt% CCI4,. two outlet streams are collected Outlet 1 is completely unspecified. Outlet 2 flows at 100kg/s and contains 97wt% CC14 and 3wt% CS2. 98% of CC14 entering the column is contained in outlet 2. A) draw and fully label the process flow diagram. B) Calculate the mass fraction of CCL4 in Outlet 1. C) Determine the mass flow rate of CCI4 and CS2 in all streams .

the feed to a distillation column is 16wt% CS2 and 84wt% CCI4,. two outlet streams are collected Outlet 1 is completely unspecified. Outlet 2 flows at 100kg/s and contains 97wt% CC14 and 3wt% CS2. 98% of CC14 entering the column is contained in outlet 2. A) draw and fully label the process flow diagram. B) Calculate the mass fraction of CCL4 in Outlet 1. C) Determine the mass flow rate of CCI4 and CS2 in all streams .

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
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the feed to a distillation column is 16wt% CS2 and 84wt% CCI4,. two outlet streams are collected .Outlet 1 is completely unspecified. Outlet 2 flows at 100kg/s and contains 97wt% CC14 and 3wt% CS2. 98% of CCI4 entering the column is contained in outlet 2. A) draw and fully label the process flow diagram. B) Calculate the mass fraction of CCL4 in Outlet 1. C) Determine the mass flow rate of CCI4 and CS2 in all streams .
Transcribed Image Text:the feed to a distillation column is 16wt% CS2 and 84wt% CCI4,. two outlet streams are collected .Outlet 1 is completely unspecified. Outlet 2 flows at 100kg/s and contains 97wt% CC14 and 3wt% CS2. 98% of CCI4 entering the column is contained in outlet 2. A) draw and fully label the process flow diagram. B) Calculate the mass fraction of CCL4 in Outlet 1. C) Determine the mass flow rate of CCI4 and CS2 in all streams .
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