Question

(30.00 Points) 1- X 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 -1/r<sub>A</sub> 189 192 200 222 250 303 400 556 800 1000 (dm³s/mol) A gas mixture consists of 40%A and 60% Inert gas at 10 atm. The gas mixture enters the reactor with a flow rate of 10 dm³/s at 200°C. Using the data above calculate reactor volumes necessary to reach X=0.8 using 2 CSTR reactors in series. The conversion from the first reactor is 0.5. You can assume gas mixture as ideal gas. Your result should include only FAo and 2 reactor volumes with units such as FAO= V1=...... V2=...... (R=0.082 dm³.atm/(molK))

          (30.00 Points)
1-
X
0.0
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
-1/r<sub>A</sub>
189
192
200
222
250
303
400
556
800
1000
(dm³*s/mol)
A gas mixture consists of 40%A and 60% Inert gas at 10 atm. The gas mixture enters the reactor with a
flow rate of 10 dm³/s at 200°C. Using the data above calculate reactor volumes necessary to reach X=0.8
using 2 CSTR reactors in series. The conversion from the first reactor is 0.5. You can assume gas mixture
as ideal gas. Your result should include only FAo and 2 reactor volumes with units such as FAO=
V1=...... V2=...... (R=0.082 dm³.atm/(mol*K))

(30.00 Points)
1-
X
0.0
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
-1/r<sub>A</sub>
189
192
200
222
250
303
400
556
800
1000
(dm³*s/mol)
A gas mixture consists of 40%A and 60% Inert gas at 10 atm. The gas mixture enters the reactor with a
flow rate of 10 dm³/s at 200°C. Using the data above calculate reactor volumes necessary to reach X=0.8
using 2 CSTR reactors in series. The conversion from the first reactor is 0.5. You can assume gas mixture
as ideal gas. Your result should include only FAo and 2 reactor volumes with units such as FAO=
V1=...... V2=...... (R=0.082 dm³.atm/(mol*K))

Added by Cesar F.

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