If the batch reaction is changed to a continuous reaction, will the conversion rate and yield decrease due to back mixing?
Thread Content
There is a reaction. It is known that the reaction yield is 90% in 4 hours, the raw material conversion rate is 95%, and the change curves of the yield and raw material conversion rate with time are known. Now we are going to do a continuous mold test. If the average residence time remains 4 hours, what will happen to the yield and conversion rate? Is there a simple estimation method? It is too late to study reaction series and equilibrium constants.
To know the conversion rate and yield, it is necessary to understand the kinetics of the main and side reactions. suggestion: Let’s do a kinetic experiment. Then do the calculations for each reactor.
Do the test directly and then calculate it. If the conversion rate is not appropriate, adjust the reaction time.
If the batch reaction is changed to a continuous reaction, the conversion rate and yield will definitely decrease due to back mixing.
I just wanted to get a quick estimate of how much it dropped. The reaction can be assumed to be a first-order reaction (approximately), but it is not enough to do experiments. Is there anyone who knows?