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The following reactions take place in a reactor, where CO is the unde- sired product: C,H, + 3.50, → 2CO, + 3H,O CH, + 2.502 → 2CO + 3H,0 The feed to reactor consists of 100 mol C,H, and 500 mol O, The product stream was analyzed and found to contain 20 mol C,H, 120 mol CO, 40 mol CO, 240 mol O,, and 240 mol H,O. The reactor conversion is 80%. Calculate the yield and selectivity.

The following reactions take place in a reactor, where CO is the unde- sired product: C,H, + 3.50, → 2CO, + 3H,O CH, + 2.502 → 2CO + 3H,0 The feed to reactor consists of 100 mol C,H, and 500 mol O, The product stream was analyzed and found to contain 20 mol C,H, 120 mol CO, 40 mol CO, 240 mol O,, and 240 mol H,O. The reactor conversion is 80%. Calculate the yield and selectivity.

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 following reactions take place in a reactor, where CO is the unde- sired product: C,H, + 3.50, → 2CO, + 3H,O CH, + 2.502 → 2CO + 3H,O The feed to reactor consists of 100 mol C,H, and 500 mol 0,. The product stream was analyzed and found to contain 20 mol C,H, 120 mol CO., 40 mol CO, 240 mol O,, and 240 mol H,O. The reactor conversion is 80%. Calculate the yield and selectivity.
Transcribed Image Text:The following reactions take place in a reactor, where CO is the unde- sired product: C,H, + 3.50, → 2CO, + 3H,O CH, + 2.502 → 2CO + 3H,O The feed to reactor consists of 100 mol C,H, and 500 mol 0,. The product stream was analyzed and found to contain 20 mol C,H, 120 mol CO., 40 mol CO, 240 mol O,, and 240 mol H,O. The reactor conversion is 80%. Calculate the yield and selectivity.
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