Видео

he has a horn he he

This is the best P&ID video I have ever seen. Many details explained inside I got to understand the first time. Many many thanks for it！❤

just studied wet and dry bulb painfully and have a look on youtube I'm so happy to see someone can explain this so well thanks for saving my day i appreciated!

great video Pat many thans

Okay, great. But what will happen to the shut-off head in case you increase the suction pressure? For example, if there is a pump with a suction pressure of 0.2 bar and a discharge pressure of 9.5 bar, and the shut-off head is 10 bar, what will happen to the pump shut-off head when you increase the suction pressure to 1.5 bar? Will it increase or remain constant?

Okay, great. But what will happen to the shut-off head in case you increase the suction pressure? For example, if there is a pump with a suction pressure of 0.2 bar and a discharge pressure of 9.5 bar, and the shut-off head is 10 bar, what will happen to the pump shut-off head when you increase the suction pressure to 1.5 bar? Will it increase or remain constant?

AC is just a heat transfer system using some substance that can boil inside (absorb heat) just above boiling point of water and condense outside (give up heat). No such thing as cold only less heat. Heat always moves from hot to less hot

"You need a jersey." Playing footy mate? Lol!

You mentioned that water flows from a high pressure location to a low pressure location. A hose connected to a pump that is going down hill would have higher pressure due to head gain at the nozzle compared to at the pump outlet, but the water still flows down hill. Can you explain what's going on in that situation?

Awesome video. Btw where is your accent from?

@5:50 you say the pump would give 0 pressure when there's no load. Can you clarify which pressure you're talking about? I assume you mean 0 (ie. atmospheric) static pressure? There would still be dynamic pressure due to the kinetic energy of the moving water?

Good lecture. Wet bulb temp, as I was taught, can never be greater than the dry bulb. Or at least the dew point can never greater than the ambient temperature.

Very cleary explained....shows good knowledge

Excellent explanation. Thank you!

this is one the best P&I Diagram explanation...i'm a LNG gas plant operator but still needs to study and further review to continue my knowledge of the P&I Diagram sheets.. thanks a lot for the video..sharing and caring..😊👍👍👍

These videos are pure gold

Good vibes learn a lot. Side question what the name of that art piece in the background??

Great video, love your content, all topics that excites me

You have an excellent ability to take difficult topics and create a simple example to explain it.

I think this video is one of the best video so far I have. Thank you for making video

Best part is the thermocouple demonstration ❤️❤️

This is perfect. I have a garden pepper which has a wonderful flavor. Vodka will remove the flavor from the fiber of the plant. Hopefully; This method will remove the vodka, for the most part, and I can add that flavor to my recipes. Plus storage will be easier throughout the year. If all goes well and without any " Murphy''s Rule ", in an ice cube form. Thank you for your video and explanation.

Discovered your channel nearly. Awesome content and quality. Please do more videos.

Amazing! Thanks for very useful information.

Excellent, excellent video! 🤙

Kudos to you, this was the only video that explained it simply enough for me to understand!!!

A super clear video explaining the concepts and application of wet bulb temperature. Much appreciated!

what a video! It's definitely something extremely useful to a beginner. Many thanks for your effort in making such a great video.

What's the duty cycle of a dehumidifier? Usually it's not perfectly efficient, so the temperature goes up a bit while the absolute humidity goes down

So is a swamp cooler essentially moving left along a line of constant enthalpy?

Cool I finally understood this wet bulb nonsense lol

amazing video for an HVAC engineer as well

Great 👍🏻 thanks. Could you please prepare a similar video for air as a fluid and required blower head

Been trying my best to flip the axis on Google Docs, but for the love of God , I can't figure out how to do it. Can you please point me to the right direction.

Hi Pat, in the formula of Cv value, where the number 27,3 comes?

very truly helpful, thanks

Thanks for the American translation - I almost passed out converting Celcius in my head

Hey pat the way you simplify and explain things is just so helpful ...why did you stop making these videos man, we want our passionate process Engineer back man

Thank you for addressing very basic but highly confusing problem. 👏

What is the meaning of the ( reactor) ? Anyone can help, please. is it a component such as valves, or is it a pressure generator?

Great video.. So here is a question. Using variable speed centrifugal pumps for swimming pools. When the pump is above the pool level (suction lift no gravity feed) sometimes pumps loose prime. Will installing smaller diameter pipes increase pressure to the pump head preventing loss of prime. So 50mm pipes to pump head 63mm discharge?

Show me where on earth 10 degrees wet bulb temp is , in your words , "a scorching hot day". Go on . WHERE.

Great explanation!

They just look big and scary, but they are actually good girls.

Hi i am i bit confuse .. so you have 2 cylinders high pressure and Low pressurecand in middle you have a Pressure regulator .. so when i open the Pressure regulator what will happen if i open the Pressure regulator??? Cna help me what isbthe answer thanks

No such thing as suction pressure, suction causes vacuum

One of the best examples I’ve found so far thanks.

Ye video Hindi me chahiye