Thank you so much for making this video, especially because I haven't found "q is equivalent to liquid mole fraction in feed" anywhere in the reference book. I was stuck in one tiny sum, thanks to you, now I've got the answer for that.
I have a question: Now say that your feeding stream is for example a 50/50 mixture of tolueen and n-hexane. But that mixture is not that pure than you thougt, so for example it contains 10% water. Whats does it with your separation and how would you fix this?
Thank you so much for making this video, especially because I haven't found "q is equivalent to liquid mole fraction in feed" anywhere in the reference book. I was stuck in one tiny sum, thanks to you, now I've got the answer for that.
Thanks a lot Sir, Good work, continue doing things like this they are helpful, May God bless You
this was very helpful, great and clear explanation.
Thanks man.
I have a question: Now say that your feeding stream is for example a 50/50 mixture of tolueen and n-hexane. But that mixture is not that pure than you thougt, so for example it contains 10% water. Whats does it with your separation and how would you fix this?
thank you Sir ...
Thank you
thanks a lot!