A q-line greater than 1 indiactes you have a subcooled liquid and it will simply alter the slope/gradient of the line. From the plot you can keep it's initial co-ordiante as the intersection of the feed entry point with the x=y line.
Thank you for your video. This is really helped me. But I'm still confused at the reflux part, if we want to design distillation using this method are we decided the number of reflux by ourself? Or there is a rule for that?
Thank you for your kind words! Typically within the design stage we can decide upon the reflux ratio prior to the design. If our target values aren't met then we can revise. It's usually best to go for a reflux of 1 as an initial guess, unless you have other information based on product quaility/purity. I hope this helps!
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Thanks for opening my eyes sir, still provide recommendation questions so that we can participate.
Yes this is exactly what I was looking for, thank you for making this video sir
Thank you for your kind words, much appreciated!
You my friend are a life saver!!!
Thank you for your kind words!
Very easy to follow sir!!
Thank you for your kind words!
I would like to know When when the August recommendation questions will be available.
Thankyou For this video It's really helpful. This knowledge reduce my time by 55%. 😅
Thank you for your kind words, I am glad you found it helpful, thanks for watching!
can you tell me how to make empty chart at the beginning of the video ?
Certainly, I will look into this for you!
what if the q- line is greater than 1?
A q-line greater than 1 indiactes you have a subcooled liquid and it will simply alter the slope/gradient of the line. From the plot you can keep it's initial co-ordiante as the intersection of the feed entry point with the x=y line.
Thank you for your video. This is really helped me. But I'm still confused at the reflux part, if we want to design distillation using this method are we decided the number of reflux by ourself? Or there is a rule for that?
Thank you for your kind words! Typically within the design stage we can decide upon the reflux ratio prior to the design. If our target values aren't met then we can revise. It's usually best to go for a reflux of 1 as an initial guess, unless you have other information based on product quaility/purity. I hope this helps!