5) Ethylene gas (25°C) and steam (30°C) and atmospheric pressure are fed to a reaction process in an equimolar mixture. The process produces ethanol by the reaction: C2H4C9) + H20(9) → C2H50H) The liquid ethanol exists the process at 25°C. What is the heat transfer associated with this overall process per mole of ethanol produced? Standard Heat of Formation: AH98.15 = 52,510- mole (C,H4)) дн98.15 3—241,818- mole (H209)) AH98.15 = -277,690- mole (C2H;0H(1) Cp =R for ethylene gas and G, = R for steam
5) Ethylene gas (25°C) and steam (30°C) and atmospheric pressure are fed to a reaction process in an equimolar mixture. The process produces ethanol by the reaction: C2H4C9) + H20(9) → C2H50H) The liquid ethanol exists the process at 25°C. What is the heat transfer associated with this overall process per mole of ethanol produced? Standard Heat of Formation: AH98.15 = 52,510- mole (C,H4)) дн98.15 3—241,818- mole (H209)) AH98.15 = -277,690- mole (C2H;0H(1) Cp =R for ethylene gas and G, = R for steam
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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Transcribed Image Text:5) Ethylene gas (25°C) and steam (30°C) and atmospheric pressure are fed to a reaction
process in an equimolar mixture. The process produces ethanol by the reaction:
C2H4C9) + H20(9) → C2H50H)
The liquid ethanol exists the process at 25°C. What is the heat transfer associated with
this overall process per mole of ethanol produced?
Standard Heat of Formation:
AH98.15 = 52,510-
mole
(C,H4))
дн98.15 3—241,818-
mole
(H209))
AH98.15 = -277,690-
mole
(C2H;0H(1)
Cp =R for ethylene gas and G, = R for steam
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