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In the production of ethylene oxide by partial oxidation of ethylene, the following thermochemical reactions take place: 2C2H4 + O2 → 2C¿H¼O C2H4 + 302 → 2CO2+2H;O AH: - -210.14 kJ/mol AH: = -1411.2 kJ/mol In a pilot reactor feeding 10% C;H4 and the rest air, 25% conversion of C¿H4 and an 80% fractional yield of C¿H«O are attained. The reactor feed rate is 20.0 mol/s (air is 21% O; and 79% N2). Calculate the exit composition of the reactor and the heat removal needed to retain isothermal conditions.

In the production of ethylene oxide by partial oxidation of ethylene, the following thermochemical reactions take place: 2C2H4 + O2 → 2C¿H¼O C2H4 + 302 → 2CO2+2H;O AH: - -210.14 kJ/mol AH: = -1411.2 kJ/mol In a pilot reactor feeding 10% C;H4 and the rest air, 25% conversion of C¿H4 and an 80% fractional yield of C¿H«O are attained. The reactor feed rate is 20.0 mol/s (air is 21% O; and 79% N2). Calculate the exit composition of the reactor and the heat removal needed to retain isothermal conditions.

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 Ca Hy + O, > 2 C2 H4 O. Ain= -210.14 kaJrmo) C2H4 + 302 200, ↑ + 2H20 DHp = -1411.2 kalmol Gui nen that, 20 mol/ S. Total Feed Basis : 1s. Now, negHain Rox0.1) mol = 2 mol. moles of GH4 eacted moles of C, H4 fed. moles of CHq reacted Now, conversion = moles of CH4 raseted el = 0,5 mole 0, 25 2. Now, fractional yield moles of C,H4 0 torum Show sidebar moles of C2H4 rearted modes of Cetta o formed moles of Cata D formed 0.4 moles. Moles of l Ha heacted (to form C, HqD) = 0.4 moles. Mo les of ez Hq reacted (to form co2 & H20) = (0.5 –0.4)moles 0, 8 0,5 :. %3D 0,1 moles 5.
Transcribed Image Text:2 Ca Hy + O, > 2 C2 H4 O. Ain= -210.14 kaJrmo) C2H4 + 302 200, ↑ + 2H20 DHp = -1411.2 kalmol Gui nen that, 20 mol/ S. Total Feed Basis : 1s. Now, negHain Rox0.1) mol = 2 mol. moles of GH4 eacted moles of C, H4 fed. moles of CHq reacted Now, conversion = moles of CH4 raseted el = 0,5 mole 0, 25 2. Now, fractional yield moles of C,H4 0 torum Show sidebar moles of C2H4 rearted modes of Cetta o formed moles of Cata D formed 0.4 moles. Moles of l Ha heacted (to form C, HqD) = 0.4 moles. Mo les of ez Hq reacted (to form co2 & H20) = (0.5 –0.4)moles 0, 8 0,5 :. %3D 0,1 moles 5.
In the production of ethylene oxide by partial oxidation of ethylene, the following thermochemical reactions take place: 2C2H4 + O2 → 2C¿H40 C2H4 + 302 → 2CO2+ 2H2O ΔH우--210.14 kJ/mol ΔHρ=-1411.2 kJ/mol In a pilot reactor feeding 10% C¿H4 and the rest air, 25% conversion of C2H4 and an 80% fractional yield of C¿H4O are attained. The reactor feed rate is 20.0 mol/s (air is 21% O2 and 79% N2). Calculate the exit composition of the reactor and the heat removal needed to retain isothermal conditions. can some re-do this, im not quite understanding Moles of Co2 formed Moles of Hz0 forumed = Q.2x)moles - 0,2 moles. Moles of Oz reauired for Cz Ha O production =0,4 moles = 0.2 moles. : Moles of Oz besot contumed for cOz emission=0.1×3) rele) = 0,3 moles Modes of Oz in the feed stream 20X0,9 x0,21 moles = 378 moles. - o text
Transcribed Image Text:In the production of ethylene oxide by partial oxidation of ethylene, the following thermochemical reactions take place: 2C2H4 + O2 → 2C¿H40 C2H4 + 302 → 2CO2+ 2H2O ΔH우--210.14 kJ/mol ΔHρ=-1411.2 kJ/mol In a pilot reactor feeding 10% C¿H4 and the rest air, 25% conversion of C2H4 and an 80% fractional yield of C¿H4O are attained. The reactor feed rate is 20.0 mol/s (air is 21% O2 and 79% N2). Calculate the exit composition of the reactor and the heat removal needed to retain isothermal conditions. can some re-do this, im not quite understanding Moles of Co2 formed Moles of Hz0 forumed = Q.2x)moles - 0,2 moles. Moles of Oz reauired for Cz Ha O production =0,4 moles = 0.2 moles. : Moles of Oz besot contumed for cOz emission=0.1×3) rele) = 0,3 moles Modes of Oz in the feed stream 20X0,9 x0,21 moles = 378 moles. - o text
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