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Pump NPSHa and NPSHr \ pump hydraulic calculation 

Nick's Engineering
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17 сен 2024

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Комментарии : 59   
@tonyliu6858
@tonyliu6858 3 года назад
Hi, Nick, I think you should plus(+) the friction loss on the discharge side rather than minus(-). :)
@nicksengineering987
@nicksengineering987 3 года назад
Yes, it was my typo. Thank you for your comments!
@affanbhaijaan65
@affanbhaijaan65 Год назад
But sir why we are adding losses can any one answer
@affanbhaijaan65
@affanbhaijaan65 Год назад
​@@nicksengineering987sir why we add losses in it
@AytajZeynalova-r3c
@AytajZeynalova-r3c 6 месяцев назад
@@affanbhaijaan65 because the pump should overcome that loss
@ayoubalhawsawi867
@ayoubalhawsawi867 2 года назад
I am recently working under training in Gas Processing Project for SRU and TGTU. We have a lot of pumps and material transfer work to do. And I found this course is very simple and informative that will helps a lot in Hydraulic calculation. Hope you can also instructor about vessel sizing, pipe sizing, valve hydraulic calculation too. A lot of love and respect to you Mr. Nick.
@nicksengineering987
@nicksengineering987 2 года назад
Thank you!! I will make another videos...
@ayoubalhawsawi867
@ayoubalhawsawi867 2 года назад
@@nicksengineering987 Thanks a lot for your support.
@vishwanathsalunke4516
@vishwanathsalunke4516 2 года назад
Great Mr Nick. Nice to hear about technical details about pump in so simple words
@erneevanesa7268
@erneevanesa7268 2 года назад
Thanks nick, your video really help me to understand the NPSH
@nicksengineering987
@nicksengineering987 2 года назад
Thank you!
@jaydeeppatel4688
@jaydeeppatel4688 2 года назад
This is fabulous. Learnt a lot
@muhanadtaifour4241
@muhanadtaifour4241 2 года назад
amazing tutorial, keep the good work, thanks alot
@sarhyuzkagorrin4243
@sarhyuzkagorrin4243 3 года назад
Hi Nick!! thank you very much for your videos. I think you should do more videos are great for me. You explain in detail and in an understandable way for those of us who are learning English
@vrbaac1641
@vrbaac1641 2 месяца назад
thank you for this educational video ^^
@raphaelragu
@raphaelragu Год назад
Very nice explanation, thank you
@danieljoshua3030
@danieljoshua3030 3 года назад
Great video! I was having a recall series and found this :) and I agree with the other comment ;)
@ujjwalsharma2076
@ujjwalsharma2076 2 года назад
Great job Nick..... Very informative
@nicksengineering987
@nicksengineering987 2 года назад
Goooood
@ddunddun11
@ddunddun11 3 года назад
발음이 한국인같구나 했더니 맞았네요 반갑습니다. 귀에 쏙쏙 들어오네요 ㅎㅎㅎ
@kamrangurbanov4953
@kamrangurbanov4953 2 года назад
Great educational video, thanks:)
@harry1000ize
@harry1000ize 2 года назад
Hi Nick, this is the simplest hydraulics teaching.. Kindly add shutoff pressure and power calculation and pump curves in the same
@aliabdelraheem9135
@aliabdelraheem9135 Год назад
Can you suggest some lessons on you tube explaining pump selection from the beginning?!
@NedumEze
@NedumEze 10 месяцев назад
Great. Thanks Nick
@rajamohandass.s9684
@rajamohandass.s9684 3 месяца назад
Superb 👍
@poker5147
@poker5147 Год назад
Hi. If we have pressure gauges on an existing system on the discharge and the suction, we can just look at them right? We don't need to calculate, am I understanding it correctly?
@johnchristianjacela5040
@johnchristianjacela5040 3 года назад
Very knowledgeable video. Can you make a video for pressure vessel with transfer pump. For LPG process Hope to give a chance to learn a lot from you
@shanmugasundaramnarbavi1911
@shanmugasundaramnarbavi1911 2 года назад
Good for learners....
@raphaelragu
@raphaelragu 7 месяцев назад
Hi Nick , thanks for your support and my. Question is wether we can add or subtract the friction loss in discharge, I think we can add friction loss in discharge....
@mohammedalzanbaqi2687
@mohammedalzanbaqi2687 Год назад
Thanks a lot for sharing you’re knowledge. Could you please tell me how can we estimate the friction factor? Or from where I should get it?
@slengoslengaw8510
@slengoslengaw8510 Год назад
From moody chart
@slengoslengaw8510
@slengoslengaw8510 Год назад
Is NPSH calc applicable for closed loop systems? I only saw open loop examples and nothing for closed system
@didimosesebezi8735
@didimosesebezi8735 2 года назад
please do a video on how to read causes and effect matrix for both F&G and SIS trips
@nicksengineering987
@nicksengineering987 2 года назад
Ok, it is easy, I will.
@didimosesebezi8735
@didimosesebezi8735 2 года назад
emerson DCS
@nandakumar-oc7gy
@nandakumar-oc7gy Год назад
Hi Mr. Nick !!! Greeting's. How come vessel operating under atm press became 10.2 bar G pressure in your calculation?
@asnalishamsho2343
@asnalishamsho2343 Год назад
Hi Nick. Thank you very much for your video. I have a question, if i put a pressure gauge at a suction side of the pump. If I substract the vapor pressure of the liquid from the reading of pressure gauge will I get NPSHA? Thank you again.
@nicksengineering987
@nicksengineering987 8 месяцев назад
Yes, correct.
@077rdm
@077rdm 8 месяцев назад
Addition of ∆P in Discharge pressure required😊
@mojtabaimanfar4267
@mojtabaimanfar4267 7 месяцев назад
P discharge should be p statuc plus pressure drop
@froilansoriano6163
@froilansoriano6163 2 года назад
Hi Nick How to calculate the tank & pipeline temperature ? thanks a lot
@ibrahimhalil7391
@ibrahimhalil7391 2 года назад
I have been provided with 3 bar water from the main city distribution , and I need to deliver water for 7 floor (40m approximately) , I will use manifolds in each floor for construction.. what should be pipe dia? Pressure on manifold? Pump capacity? Everyone is showing a water tank from low level to another water tank at high level , this is easy .. what about horizontal pipe on remote line?
@rarkei_
@rarkei_ 10 месяцев назад
Hi, Mr.Nick How to know if the pump requires minimum recirculation line? I don't understand clearly. I have this idea that this minimum recirculation line is related to turndown ratio advised by vendor. Could you explain clearly?
@nicksengineering987
@nicksengineering987 8 месяцев назад
If you study API610, you will find out.
@shanmugasundaramnarbavi1911
The water can deliver at 50m Head from a pump, if we can use glycol instead of water in the same pump. Is any variation in head
@nicksengineering987
@nicksengineering987 Год назад
The Head is the same assumed that the viscosity and pump speed are the same. of course, the denser fluid will affect pump efficiency due to hydraulic friction loss, motor power efficiency, etc.
@simbusvs2210
@simbusvs2210 7 месяцев назад
You have said 1 bar is equal to 10.2m but in NPSHa calculation you are mentioning 10.2m for 0 bar
@shreyaskv4009
@shreyaskv4009 6 месяцев назад
In NPSHa calculations he has taken 0barg so that means 1.01325 Bara = 10.2m WC
@ATTRUONGNGOC
@ATTRUONGNGOC Год назад
Hi you! Do you know that NPSHa Booster pums ???
@nicksengineering987
@nicksengineering987 Год назад
Yes
@ATTRUONGNGOC
@ATTRUONGNGOC Год назад
@@nicksengineering987 I have an old pump and an old piece of pipe. I installed a booster pump and the 2" pipe is 18.5M high and 675M long. My pump is 2M higher than the old pipe.
@mohamedarafath2455
@mohamedarafath2455 2 года назад
You didn't add the operating pressure in m during pressure calculation but you added operating pressure in m when calculating the NPSHa ..... ???
@alagusundaramkarthi6605
@alagusundaramkarthi6605 7 месяцев назад
1atm is 0 barg is that correct
@alagusundaramkarthi6605
@alagusundaramkarthi6605 7 месяцев назад
1 atm is 1.01325 bar g
@nicksengineering987
@nicksengineering987 7 месяцев назад
@@alagusundaramkarthi6605 1 ATM = 1.01325 bar A but not bar g. 0 barg = 1.01325 bara = 1 ATM
@slengoslengaw8510
@slengoslengaw8510 Год назад
Hi all, anyone has an excel sheet for pump sizing they can share? Thanks
@nicksengineering987
@nicksengineering987 Год назад
There are many sheets on the internet. You can easily find but you need to verify its calculations.
@a.alshammari3153
@a.alshammari3153 2 года назад
Hello Nick . Very interesting explanation. Could you share your email for contact?
@nicksengineering987
@nicksengineering987 2 года назад
You can leave your message here
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