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1. Ethylene diOxide is produced by oxidation of ethylene as per the following reaction: C¿H4 +;02 → C2H40 Fresh feed containing ethylene and air is mixed with recycle feed and mixed feed enters into a reactor. The proportion of C2H4: 02: N2 in mixed feed is 1:0.5:5.65 (on mole basis) 50% per pass conversion is achieved in the reactor are feed to the absorber where only all C2H4O formed removed by solvent absorption. The gases from the absorber containing C2H4, O2 and N2 are recycled each. To avoid built up of N2 in the system, small portions of recycle stream is continuously purged based on 100 mol ethylene is mixed feed, calculate the fresh feed to the process, the purge stream, recycle ratio, combined feed ratio and overall conversion of ethylene.

1. Ethylene diOxide is produced by oxidation of ethylene as per the following reaction: C¿H4 +;02 → C2H40 Fresh feed containing ethylene and air is mixed with recycle feed and mixed feed enters into a reactor. The proportion of C2H4: 02: N2 in mixed feed is 1:0.5:5.65 (on mole basis) 50% per pass conversion is achieved in the reactor are feed to the absorber where only all C2H4O formed removed by solvent absorption. The gases from the absorber containing C2H4, O2 and N2 are recycled each. To avoid built up of N2 in the system, small portions of recycle stream is continuously purged based on 100 mol ethylene is mixed feed, calculate the fresh feed to the process, the purge stream, recycle ratio, combined feed ratio and overall conversion of ethylene.

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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1. Ethylene dioxide is produced by oxidation of ethylene as per the following reaction: 1 C2H4 +,02 → C2H40 Fresh feed containing ethylene and air is mixed with recycle feed and mixed feed enters into a reactor. The proportion of C2H4: 02: N2 in mixed feed is 1:0.5:5.65 (on mole basis) 50% per pass conversion is achieved in the reactor are feed to the absorber where only all C2H40 formed removed by solvent absorption. The gases from the absorber containing C2H4, O2 and N2 are recycled each. To avoid built up of N2 in the system, small portions of recycle stream is continuously purged based on 100 mol ethylene is mixed feed, calculate the fresh feed to the process, the purge stream, recycle ratio, combined feed ratio and overall conversion of ethylene.
Transcribed Image Text:1. Ethylene dioxide is produced by oxidation of ethylene as per the following reaction: 1 C2H4 +,02 → C2H40 Fresh feed containing ethylene and air is mixed with recycle feed and mixed feed enters into a reactor. The proportion of C2H4: 02: N2 in mixed feed is 1:0.5:5.65 (on mole basis) 50% per pass conversion is achieved in the reactor are feed to the absorber where only all C2H40 formed removed by solvent absorption. The gases from the absorber containing C2H4, O2 and N2 are recycled each. To avoid built up of N2 in the system, small portions of recycle stream is continuously purged based on 100 mol ethylene is mixed feed, calculate the fresh feed to the process, the purge stream, recycle ratio, combined feed ratio and overall conversion of ethylene.
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