Question 8 [10%] A simulation of the process for the manufacture of ethylchloride as shown in the figure below. The proc

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Question 8 [10%] A simulation of the process for the manufacture of ethylchloride as shown in the figure below. The proc

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Question 8 10 A Simulation Of The Process For The Manufacture Of Ethylchloride As Shown In The Figure Below The Proc 1
Question 8 10 A Simulation Of The Process For The Manufacture Of Ethylchloride As Shown In The Figure Below The Proc 1 (56.8 KiB) Viewed 31 times
Question 8 10 A Simulation Of The Process For The Manufacture Of Ethylchloride As Shown In The Figure Below The Proc 2
Question 8 10 A Simulation Of The Process For The Manufacture Of Ethylchloride As Shown In The Figure Below The Proc 2 (26.63 KiB) Viewed 31 times
Question 8 [10%] A simulation of the process for the manufacture of ethylchloride as shown in the figure below. The process involves a recycle flow, and it is noted that the recycle block has not converged. What is the reason? a. The maximum number of iterations needs to be increased. b. The operating pressure has to be changed. c. The value of Q Minimum needs to be reduced d. The operating temperature has to be changed. e. The flowrate of stream W has to be changed. RCY-1 Parameters Calculation Mode Mode: Properties Tolerance PSD Properties Variables Nested @Wegstein Numerical Acceleration Dominant Eigenvalue Maximum Iterations Iteration Count Flash Type Wegstein Parameters Acceleration Frequency QMaximum QMinimum Adjust Recycle Manager. Acceleration Delay Reached teration Connections Parameters Worksheet Monitor Delete Continue Recycle Assistant Stop Before Execution 1000 1000 PT Flash 0.00 -20.00 2 mit without converging User Variables Stop After Execution 1.0000-003 Ignored

FEED Comp Mole Frac (HCI) Comp Mole Frac (Ethylene) Comp Mole Frac (CIC2) Comp Mole Frac (Nitrogen) 7 of 7 pages 0.5000 0.4800 0.0000 0.0200 FEED Temperature Pressure Molar Flow FEED MIX-100 25.00 C 1.013 bar 100.0 kgmole/h R-DUTY RCY-1 S-DUTY CRV-100 Temperature Pressure Molar Flow Temperature 25,00 C Pressure 1.013 bar Molar Flow 2.419e-004 kgmole/h $4 TEE-100 X-100 Temperature Pressure Molar Flow R 25.00 C 1.013 bar 0.0000 kgmole/h Temperature Pressure Molar Flow 25.00 C 1.013 bar 48.00 kgmole/h W 25.00 C 1.013 bar 0.0000 kgmole/h
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