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A feed stream containing C, and C10 hydrocarbons is split into 3 product streams: an overhead fraction, a middle cut and a bottom fraction, whose mole fraction compositions are shown below. Seventy per cent of the C. entering the column in the feed is recovered in the overhead. On the basis of 100 lb-moles/h of feed determine the molar flow rates of the 3 product streams.

A feed stream containing C, and C10 hydrocarbons is split into 3 product streams: an overhead fraction, a middle cut and a bottom fraction, whose mole fraction compositions are shown below. Seventy per cent of the C. entering the column in the feed is recovered in the overhead. On the basis of 100 lb-moles/h of feed determine the molar flow rates of the 3 product 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
Problem 1.1P
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Degrees of Freedom Analysis: A Motivating Example A feed stream containing C, and C10 hydrocarbons is split into 3 product streams: an overhead fraction, a middle cut and a bottom fraction, whose mole fraction compositions are shown below. Seventy per cent of the Cg entering the column in the feed is recovered in the overhead. On the basis of 100 lb-moles/h of feed determine the molar flow rates of the 3 product streams. C:: 0.516 Cp: 0.484 100 Ib-moles/h C: 0.352 Co: 0.648 C,: 0.300 C10: 0.700 C: 0.146 Cio: 0.854 CHEE 221 23
Transcribed Image Text:Degrees of Freedom Analysis: A Motivating Example A feed stream containing C, and C10 hydrocarbons is split into 3 product streams: an overhead fraction, a middle cut and a bottom fraction, whose mole fraction compositions are shown below. Seventy per cent of the Cg entering the column in the feed is recovered in the overhead. On the basis of 100 lb-moles/h of feed determine the molar flow rates of the 3 product streams. C:: 0.516 Cp: 0.484 100 Ib-moles/h C: 0.352 Co: 0.648 C,: 0.300 C10: 0.700 C: 0.146 Cio: 0.854 CHEE 221 23
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