Pinch Analysis for Energy and Carbon Footprint Reduction: User Guide to Process Integration for the Efficient Use of Energy Book Price in India, Specifications, Reviews & Offers. Buy online at Amazon.

You're a Great Instructor, Keep it up with the fantastic videos.
Excellent lecture. Please continue the good work. I eagerly wait for more videos on Process Engineering and Hysys.
Very informative
way too good ......... I want these slides...haristahir1211@gmail.com
Great 👌
Very informative
If you want to earn money with youtube, at least pay some effort!!!
lol so lazy and cheap video! please delete your channel!
the fucking worse video explaining pinch on youtube
This is garbage and terrible to listen too
You should explain ...that doesnt mean you should read as same from Wikipedia and make video.
Very helpful video. Thanks!
Is this applicable in Upstream field???
There is a problem in the allocation of heat exchangers on the cold side 10:50 . The minimum temperature approach is 10C but you got a tempreture of 75 for the hot side which is even less than the temperature of 77.5 C for the cold side. Simply, you do not meet the requirement of the minimum temperature approach and even cross the basics of designing which means the cold side is hotter than the hot sides
At 14:10 i think the heating utility that needed to heat the cold stream is on the other side from 102 to 190. Not from 90 to 102 right ?
Thank you so much ma'am
hi. why aren't the cold streams adjusted for temperature difference (delta T)? Thank you.
I didn't get the calculation of mcpdeltaT
Hello thank you for the video. I was wondering if the most negative value occurs at the bottom of the cascade does that mean that cold utility is not needed. Thank you
Nice explanation
Hello professor. I had a question on the Cp inequality for the pinch design. Should it read designing on the cold side of the pinch that the CH >= CC and vice versa on the design of the hot side of the pinch? Also great video very helpful.
Is it Cc which should be less than Ch in the cold side (below the pinch)? And Cc should be greater than Ch in the hot side (above the pinch). Refer to FCp out should be greater than FCp in. https://www.youtube.com/watch?v=xZO2aSiakuw
Clear explanation but didin't quite get where does number of HEX's, heaters and coolers are coming from. Thanks.
The audio is clear, but very quiet. Thank you nevertheless.
I loved the lesson, very clear and informative! One question: which book the example is from?
Could you please share the book with this example?