How to Design Water Supply System - Part I

Quickly learn Design of Water Supply System.
Link for Population Forecasting: www.slideshare.net/PallaviBad...
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Intro: (0:00)
Outline: (0:15)
Demand: (0:59)
ESR: (4:08)
Pump: (5:02)
Outro: (8:10)
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[@tshehlatetsoane4536]

you simplified the whole process, awesome

[@ndabezinhledhlodhlo9081]

Loved the explanation it simplified the concept.

[@bogebaroro2455]

I've learnt so much in 8 minutes than I have had in 3 months. Thank you for sharing

[@alemayehushalamo8349]

Ecellent approach

[@sikkundi]

Superb video. Realy needed one.

[@mekonnenmillion1200]

A Good lecture I like it because of that I am A waters supply and Sanitation Engineer

[@muneeralaraimi9411]

Thank you so much for explanation 💗

[@akshaykalje1335]

Best of best 👍

[@josephpeter6796]

Simply Brilliant 🙂

[@amolballal7443]

Excellent video 👍👍👍

[@pradeepkumarsharma2869]

very informative for beginners

[@nilu753]

Hi, I really like your videos. Thanks for making such videos

[@parikshitnagpure4989]

Thank you for this! 🙌✨

[@darsheetvora]

All of your videos are very informative! 👌
Please make video of water supply in a bungalow and building from main line to tap.

[@harshalkhalode9470]

👌Nice explanation

[@himanshukhanve684]

Currently I am working in jjm missions Design.. these video is very useful and related

[@shubhamsunilwadatkar5689]

I m also work in jal jeevn mission , u r information very use full

[@saleemmartsstudio413]

Thank you very much for this information sir😊👌🏻

[@Habeshacurls28]

I really like how you made the basics so easy,thank you for sharing you deserve more views.

[@phil4science]

Thanks.. means a lot..😄

[@user-qf1lh9hp5l]

Yes, he deserve more likes and views, I personally think that everyone should aware of this water distribution system

[@jhanliza4750]

Very well detailed

[@kamarijones2665]

Excellent video

[@ShivamSingh-ri8gf]

Thanks for this vedio very helpful for me

[@shiv6030]

Well explained

[@alimkhanpathan9103]

Nice elaboration

[@prashantsinha5485]

Thnq so much for this video

[@GauravTW]

Very useful.. good bro

[@njikumedwin1755]

Thanks for this videos quiet helpful for start up,please can you help with other videos to design hydraulics flow analysis manully?

[@aatrends7721]

Really Beneficial

[@Poddar.Bandhan]

Awesome

[@swapskadu6019]

Eagerly waiting for next part...great work👍

[@phil4science]

Hi...new video out: czcams.com/video/xNrZ1uZS8uU/video.html

[@chennareddyindla2349]

Very good sir.

[@DeepakGupta-cw7ez]

Thanks 😊

[@abdulkhaliqkhalid8791]

Will explained

[@dhananjoyroy375]

really good

[@jerome1643]

Thank you

[@pradeepkumarsharma2869]

keep continue

[@er.nitindehariya5810]

Million dollar video, plz keep it up to make video on distribution design network

[@shafiqbaloch738]

Nice 🎉

[@n6700c]

nice broder...

[@justgaming7003]

Part 2 please. Very informative video. 👍

[@phil4science]

Hi...new video out: czcams.com/video/xNrZ1uZS8uU/video.html

[@sanjuacharya57]

Thank you😊

[@shashankrahane5067]

Really helpful videos to know the basics. Please make more such videos.

[@chetanfulaware]

Sure n thanks

[@asraryibrie965]

Asra

[@shorts_and_stories_224]

superb explanation!!!!! To The point!!!

[@katalyst4stem]

very good video
i am chipping in with one clarification (guessing some of you may have these doubts)
@ 6:04 .... the 5% loss is the frictional loss when water travels through a pipe of 1km length (this will vary with material and dimension of pipe)
let me explain further: this is not leakage loss (as some of you may assume)
In a friction-less pipe to get an output of 8.4 liter per sec you have to pump out at 8.4 liter; but when you consider friction you will have to pump out at a slightly higher rate (thumb rule: add 5% for very km of water traveling through the pipe)
P.S: Pls feel to correct if i am wrong in my interpretation or explanation

[@soujanyajuluri7189]

Thank u

[@mohsininamdar4659]

How i would say u thank u i m not getting... awesome explanation... bro will explain about loop design software

[@vatsalpatel3442]

I like

[@rajatdiwakarvlog7437]

Good bro

[@AliNawaz-nd5do]

Best

[@vijja6140]

Good explanation...
We need part 2 3 4 etc etc....

[@phil4science]

Hi...new video out: czcams.com/video/xNrZ1uZS8uU/video.html

[@ahmedhassen4823]

i like it how to explain this lucture

[@rajatdiwakarvlog7437]

Deserve more

[@mohsininamdar4659]

Plz explain logistic curve method plzzzzzzz....

[@MrMadRade]

With your calculation and with darcy weisbach equation i get different values.

[@gettoknowzambiawithkay3959]

Nice video....tho am a bit not clear on the part for frequency and how it reduces cost and volume..

[@aliashrafdimacisil7891]

sheesh thanks

[@mayurichavan15]

Hello sir, make videos on the Waste water supply system and Sewer Gems

[@ashokkumardas4781]

Brother, where is the treatment plant? Will you supply untreated water ? No concern for water quality?

[@Sumit-pk1pg]

Bro this video very very helpfull.. I m phed department but how to design ..I don't well..i requesting to pls elaborated that in Excel..by example jjm mission

[@AnilKumar-rm6ds]

Please sir soon I need part 2

[@chetanfulaware]

Soon

[@phil4science]

Hi...new video out: czcams.com/video/xNrZ1uZS8uU/video.html

[@sangramjadhav7361]

Pls Make video on watergem and alternative option of watergem,

[@gamzecetin5170]

Can you write from which source you got the pump efficiency?

[@trik3002]

Dear
1. It's 55 + losses which makes it 70 lpcd for jjm
2. Source is checked for 30 years
3. All components except Pump is designed for 20 years, while pump is for 10 years.
4. Construction period is taken as 2 years

[@AravatAi]

sir are you from India ? I want to learn JJM DPR making can you provide training for that ?

[@markangeloberwela5410]

Sir how about the water fixture unit table method to find the q or gpm? Is it the same?

[@MEDADENILESH]

Sir how hf is calculated please put a value

[@Apurba0210]

I have one question..
How could we measure the time taken for filling a ESR fully from Pump house for clear water rising main line (DI K9)?
Suppose , it is 20 KW pump , with 180 LPS discharge and 200 KL ESR with 1 km distance

[@sudiptabiswas584]

calculation of friction head

[@AnilKumar-rm6ds]

Part 2 video sir

[@phil4science]

Hi...new video out: czcams.com/video/xNrZ1uZS8uU/video.html

[@martaaatalata6016]

How did you get the 8.pHP

[@mib9550]

How did you get the HP to be 8.6?

[@SGC2024]

55 litres of water is enough ?? As per NBC it's 135 litres right ?

[@hasinthamaduranga5178]

Hey what is this application name

[@shavesh.]

Wow send video to me

[@ruchitajadhav9678]

Why urban (135 lpcd) and rural(55 lpcd) per capita demand varies ?

[@phil4science]

Due to sewage system and different population group...just check out CPHHEO manual as a valid source which I have mailed you....detailed answer is available there..

[@phil4science]

check this #IndiaWater portal thread also:
www.indiawaterportal.org/questions/need-rationale-selection-135-litres-day-capita-domestic-consumption-level-urban-india

[@Engineering.topics]

Head equal to ..static+ friction loss+residual why u add velocity pressure??

[@old_and_new8096]

Any wrk is designed for 30 yes dude

[@nafeenaeerfattah8179]

If ESR capacity is halved, why is Q in Pump HP calculation not adjusted later. Q should be 120780 liters / 8 hours instead of 241560 liters per 8 hours, yes?

[@chandrashekarmasaguppi5589]

Author is correct . * hours is pumping hours

[@allauddinsyed1705]

Sir, kindly explain 8.6 hp calculation at last. I Can't get the answer 8.6 by solving that equation... Hp=pxgxQxH/n(70 present)

[@okayosamuel4344]

The answer you get is in kgm²/s³ and you need to convert that to HP by a factor of 1.36E-3

[@anshumansingh1952]

Bhai calculations ko explain kr do na smjh ni ara h

[@faridahmadnazami1675]

the film is unclear and could not be seen, please correct the errors and re-upload it.

[@maria1043]

Sir are you single?🤣

[@rumesjayasingha2297]

I amnsingle😂

[@chandrashekarmasaguppi5589]

Well explained