Видео

Thank you sir

The solution?

Very useful. Thank you.. can you please add videos regarding different types of commonly used Level instruments and also Flow instruments if possible?

Thank you

Why we throttle discharge valve of centrifugal pump during startup ?

Very helpful. Thank you

What is difference between measured variable ,controled variable and manipulated variable ?Please reply sir.

Thank bratoer

❤

Good video. Please explain what happens if vaporization in reboiler outlet increased from 25 to 50%

For a thermosypon reboiler don't need any steam evarate na?

Thanks for video.pls keep posting

Good one...thank you

very informative video. Thank you!!

Please share the full playlist thier is only 2 videos

Excellent sir

hats off for this usefull questions it visuallies the most important topic in chemical engg. (DISTILLATION). thanks to the team please make more and more video on chemical engg.

Thank you very much sir!

Sir , do you have any notes for this ?

RRF is not in years but in times of demand if PFD is 0.01 ( RRF=100) that means that this function can fail once over 100 demands (rquests) of execution. of course this will be in 1 year from yearly maintenance to an other

can you elaborate with numbers when you say reducing the flow rate will decrease head loss by square of the flow rate @15:45. So if you decrease flow rate by 100, then head loss decreases by 10? im confused with the wording

for the problem at 12:50, based on the problem statement, how did you get 16%? what value of h1 did you use

when you increase from a 1-1 hex to a 1-2 hex, how does the tube count approx become half?

at 15:24, with pressure drop increase with increasing vaporization, how does this decrease circulation rate?

@15:11, I thought pressure drop decreases with increasing vaporization, but you say pressure drop increases with increasing vaporization. Could you explain how?

What is bridge wall temperature means?

is that a typo at 3:58? On the temperature profile (Th out) goes to (Tc in)? shouldn't it be (Tc out) goes to (Tc in)

❤

It's helpful to chemical engineers, please do more videos

Hi thank you for the video! so useful! However, may I know where can i refer to get the vlaue of LOC %v/v as you have in the video? u mention PO has a LOC of 5.8%v/v, can i get the source so i can understand more on this. Thanks!

Excellent Presentation with the deep knowledge of basic concepts of centrifugal pumps. Thank you.

great explained..thank you

If Cost of extraction+ distillation for a +(b+c ) separation for (B and c separation again distillation) is less than for simple a to b distillation we use this hybrid method, it's all about money ~ Lisa Listen my money talk

Well explained

Ok

Thanks Very informative sir 👍. Just one point @14:09 it will be reactangular valve tray. Probably that's typo error.

Hello sir I am a chemical engineering student, and i would like to ask where did you get the ln K expression from and the correlation coefficient data.

Thank you

Nice video editing....but I thought they mostly ask very basic questions..

The K-factor should be y/x not x/y...just mention it✌🏻😊

Well done sir. I enjoyed the e-learning.

Very nice explanation

What happened when the suction temperature raised

Thanks sir more useful video.

Very educative

How do I calculate the suction velocity or the secondary fluid velocity upon entering? And when both fluids are mixing? I need equations. Thanks.

Sir can i get your contact number