5. Refer to the figure below. For the preparation of methyl iodide, 200 lbs / day of Hydroiodic acid are added to an excess ethanol. HI + CH3OH CH3I + H2O If the product contains 81.6 % along with the unreacted methanol and waste contains 82.65% HI and 17.35 % H20, calculate, assuming that the reaction is 40% complete in the vessel; Find the values of: (a) X (b) R (c) Y (d) W Recycled HI, R 40% complete Separator 200 lbs/day HI Reactor Product, Y 81.6 % CH31 18.4% CH3OH CH3OH, X Waste, W 17.35% H20 82.65% HI
5. Refer to the figure below. For the preparation of methyl iodide, 200 lbs / day of Hydroiodic acid are added to an excess ethanol. HI + CH3OH CH3I + H2O If the product contains 81.6 % along with the unreacted methanol and waste contains 82.65% HI and 17.35 % H20, calculate, assuming that the reaction is 40% complete in the vessel; Find the values of: (a) X (b) R (c) Y (d) W Recycled HI, R 40% complete Separator 200 lbs/day HI Reactor Product, Y 81.6 % CH31 18.4% CH3OH CH3OH, X Waste, W 17.35% H20 82.65% HI
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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round off to 4 decimal places
Transcribed Image Text:5. Refer to the figure below. For the preparation of methyl iodide, 200 lbs / day of Hydroiodic acid are
added to an excess ethanol.
HI + CH3OH CH3I + H2O
If the product contains 81.6 % along with the unreacted methanol and waste contains 82.65% HI
and 17.35 % H20, calculate, assuming that the reaction is 40% complete in the vessel;
Find the values of:
(a) X
(b) R
(c) Y
(d) W
Recycled HI, R
40% complete
Separator
200 lbs/day HI
Reactor
Product, Y
81.6 % CH31
18.4% CH3OH
CH3OH, X
Waste, W
17.35% H20
82.65% HI
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