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Nice 😊

Awesome 👍

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Thank you very much sir, very helpfully..

❤

Thanks!!

Wonderful presentation! It’s well-crafted, visually appealing, and provides information in an understandable and concise way. Thanks for making this so accessible!

Superb sir...😊

What version of PV Elite are you running?

Very Good

Nice explanation ❤

Great to see that you are making great team

I'm confused. Do baffles increase or decrease the turbulence?

How to make this type of video.....can you guide me?

Nicely Explained

nice video, please provide a example calucation

Thanks

Thanks!

Happy independence day to all Indians......

In code no where is written "nothing but" nothing but nothing but

Usually skirt height takes into consideration the NPSH requirement, however is there any criteria for minimum bottom clearance that needs to be kept below the dish for any maintenance inspections.

Good

Congratulation sir

Congratulations, wish you a great journey ahead

Congratulations sachin sir....dipak Sir....The most talented and down to earth peoples.....

Congratulation

Congratulations sir

EXCELLENT

Congratulations 🎉

Thank you for nice explanation,But how to Design Shear split ring and gland packing ?are those related to thermal expansion or related to bolt load?Kindly share your view.

Congratulations 👏 🎉

I didn't think about L-seam on PV Elite but I get to know it needs to check interference with nozzles and attachments like saddle according to your explanation at the end of the video. Thank you.

Your explanation is very easy to understand for me.

Why you took No RT on left dish to shell joint? Any specific reason as per code?

very well explained.

How to arrange the baffle plate in condenser

Hi, how to calculate the skirt surface temperature?

good video !

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Great explanation sir!!!

Thankyou very much sir! We love your explanation!

how about if >= NPS 12 for example NPS 16 ?