1. A continuous, steady-state process is composed of reaction and separation units with a recycle stream as presented in the following flow diagram: F, = 75 mol/h F = 100 mol/h X =1 X =0 F, = 100...


a)0.33 mol/mol


b)75mol/h


c)75%
can I get the answer to the last part I've worked out the first 3



1. A continuous, steady-state process is composed of reaction and separation units with a<br>recycle stream as presented in the following flow diagram:<br>F, = 75 mol/h F = 100 mol/h<br>X =1<br>X =0<br>F, = 100 mol/h<br>XA = 0.25<br>X = 0.75<br>Reactor<br>Product Separator<br>F, = ? mol/h<br>X =1<br>X = 0<br>F= ? mol/h<br>XA =?<br>

Extracted text: 1. A continuous, steady-state process is composed of reaction and separation units with a recycle stream as presented in the following flow diagram: F, = 75 mol/h F = 100 mol/h X =1 X =0 F, = 100 mol/h XA = 0.25 X = 0.75 Reactor Product Separator F, = ? mol/h X =1 X = 0 F= ? mol/h XA =?
Calculate:<br>a. the recycle ratio (mol/mol)<br>b. the flow rate of stream 4 (Fa) in mol/h<br>c. the conversion of A per pass (in the reactor)<br>d. the overall conversion of A<br>

Extracted text: Calculate: a. the recycle ratio (mol/mol) b. the flow rate of stream 4 (Fa) in mol/h c. the conversion of A per pass (in the reactor) d. the overall conversion of A

Jun 11, 2022
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