on Incrt Inert N2 k1-sl-N2) H2 0.080 0230 0.230 156.5 (1-sl-AN2) H2 0.690 4 N2 S 12 450.0 1350.0 D4 N2 450 800 N2 0245 al N2 600 2 H2 1800 3 Inert 156.5 ns H 1350 n6 NH3 300 Reactor H2 0.735 a3 Inet 156.5 I 002 S NH) 300 The flowchart provided is for the production of Ammonia according to the reaction N2+3H2-->2NH3 using the information provided, calculate the flow rate of the purge stream (n,). Anawer: Condenser
on Incrt Inert N2 k1-sl-N2) H2 0.080 0230 0.230 156.5 (1-sl-AN2) H2 0.690 4 N2 S 12 450.0 1350.0 D4 N2 450 800 N2 0245 al N2 600 2 H2 1800 3 Inert 156.5 ns H 1350 n6 NH3 300 Reactor H2 0.735 a3 Inet 156.5 I 002 S NH) 300 The flowchart provided is for the production of Ammonia according to the reaction N2+3H2-->2NH3 using the information provided, calculate the flow rate of the purge stream (n,). Anawer: Condenser
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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Midterm Exam (page 6 of 30) - Google Chrome
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Principles of Chemical Processes -Spring 2021
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Question
6.
Incrt
0.080
Inert
0.080
k N2
(1-l-N2) H2
0.230
x N2
0.230
Notyet
0,690
156.5
(I-sl-N2) H2
0.690
anpered
n4 N2
450.0
Maried out of
Husam Al Ghafri
1350.0
1.00
127842
P Fas
n4 N2 450
a1 N2 600
2 H2 1800 Reactor
3 Inert 156.5
question
800
nS H; 1350
n6 NH3 300
N2 0245
H2 0.735
a3 Inert 156.5
I 002
n6
NH3 300
The flowchart provided is for the production of Ammonia according to the reaction N2+3H2-->2NH3 using the
information provided, calculate the flow rate of the purge stream (n,).
Finish attempt.
Answer
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