Dear Dr. Dziubla, Thank you for creating this video! I am learning Aspen watching your video. I also learned about drug delivery process in your course in 2012 at the University of Kentucky. It is amazing to see you teaching Aspen and Drug Delivery. You are a great teacher!
How to reduce the amount of vapor at the top of the rectification column? The type of trays, their efficiency? I have a lot of top reflux in model the unisim program. I am asking for an answer and best regards.
Hi, Tom. I'm working on an Aspen Plus simulation that involves a RadFrac column and a Distl column. I noticed that the condenser duty value in a RadFrac column is negative. Heat is being removed, I guess. Do you know why the condenser duty in Distl columns has a positive value? I tested it with several systems. The result is always positive. Is there a way to explain that?
Dear Dr. Dziubla, Thank you for creating this video! I am learning Aspen watching your video. I also learned about drug delivery process in your course in 2012 at the University of Kentucky. It is amazing to see you teaching Aspen and Drug Delivery. You are a great teacher!
I didn't get the sensitivity analysis done here. Can you please explain it to me?
How to reduce the amount of vapor at the top of the rectification column? The type of trays, their efficiency? I have a lot of top reflux in model the unisim program. I am asking for an answer and best regards.
thank so much
Excellent
Thank you very much 😍
hi sir can you do the simulation of RO by Aspen!
Hi, Tom. I'm working on an Aspen Plus simulation that involves a RadFrac column and a Distl column. I noticed that the condenser duty value in a RadFrac column is negative. Heat is being removed, I guess. Do you know why the condenser duty in Distl columns has a positive value? I tested it with several systems. The result is always positive. Is there a way to explain that?
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Imakidder
I joke too much lol