Wow, learn a lot in very few minutes, due to the excellent explanation. Thank you SIR.

the video was very informative , thankyou can you please post a video based on discharge cavitation??

Beautifully and Brilliantly explained by Mr. Pete Snow. Thank you very much for your effort.

Best explanation ive seen so far..thank you sir Pete😊

Excellent presentation, one solution giving to overcome suction cavitation was to slow the pump down, this is correct but can only be done if engine driven or fitted with a variable frequency control if electric motor driven - in the case of a fixed speed driver, increasing the discharge head on the pump by throttling the discharge with a valve, or orifice plate will also reduce flow and overcome cavitation. Of course reducing speed or restricting the discharge will effect the pump performance in terms of flowrate and delivery head, now if the duty flow and head cannot be changed because of application requirements - it could mean a new pump selection is required.

by reducing flow rate, you not only reduce friction but also npsh required from pump. you can also throttle pump on the outlet. for npsh calculation, you need to include vapour pressure of liquid.

Excellent explanation, this has resolved my problem. Thank you

Wow! Excellent presentation, very detailed and easily understandable. Well done!

Great piece of info. One of the best presentation on the subject

Very well detailed and explained. Great job

This is amazing, thank you

Many thanks, video is full of useful informations.

Beautiful explanation

excellent explanation

Thank you.

Good bless you Perfect explanation

So useful

Excellent

Interesting, very helpful

Soo useful sir👍

wow what an explanation

Is it possible to have some of your explanation/lecture on PDF please. Thanks again.

Why not use the implosion discovery as a benefit. I would think a certain carbonyl ceramics could make synthetic diamonds