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For the preparation of methyl iodide, 2000 Ib/day of hydroiodic acid are added to an excess methanol HI + CH;OH – CHạI + H;0 If the product contains 81.6% along with the unreacted methanol and the waste contains 82.65% HI and the 17.35% H,O, calculate the following assuming that the reaction is 40% complete in the vessel. a) the overall conversion of methanol b) the composition of the stream entering the reactor

For the preparation of methyl iodide, 2000 Ib/day of hydroiodic acid are added to an excess methanol HI + CH;OH – CHạI + H;0 If the product contains 81.6% along with the unreacted methanol and the waste contains 82.65% HI and the 17.35% H,O, calculate the following assuming that the reaction is 40% complete in the vessel. a) the overall conversion of methanol b) the composition of the stream entering the reactor

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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2. For the preparation of methyl iodide, 2000 Ib/day of hydroiodic acid are added to an excess methanol HI + CH;OH - CH3I + H2O If the product contains 81.6% along with the unreacted methanol and the waste contains 82.65% HI and the 17.35% H,0, calculate the following assuming that the reaction is 40% complete in the vessel. a) the overall conversion of methanol b) the composition of the stream entering the reactor Recycled HI (R) 40% complete Product (Y) 2000 Ib/day HI- REACTOR SEPARATOR 81.6% CH3l 18.4% CH3OH CH3OH (X) Waste (W) 82.65% HI 17.35% H20
Transcribed Image Text:2. For the preparation of methyl iodide, 2000 Ib/day of hydroiodic acid are added to an excess methanol HI + CH;OH - CH3I + H2O If the product contains 81.6% along with the unreacted methanol and the waste contains 82.65% HI and the 17.35% H,0, calculate the following assuming that the reaction is 40% complete in the vessel. a) the overall conversion of methanol b) the composition of the stream entering the reactor Recycled HI (R) 40% complete Product (Y) 2000 Ib/day HI- REACTOR SEPARATOR 81.6% CH3l 18.4% CH3OH CH3OH (X) Waste (W) 82.65% HI 17.35% H20
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