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RESPONSE TO @Artisi Yes, 101.8 cubic meters per hour at 15.54m head by each pump (GIVEN IN THE PRODUCT CATALOG BY THE PUMP MANUFACTURER).

RESPONSE TO @LittleInch: FIRST OF ALL, THANK YOU FOR THE RESPONSE! The pump performance is given in the product catalog by the manufacturer in the global itself. And I am trying to calculate the flow rate as accurately as I can, at least theoretically. What I am not being to think through is...

Yes, the 3 branches as well as the the 3 pumps are in operation together. All the risers carrying water to the header are 3m long placed vertical. The three branches are to carry water to three chillers. For simplicity, lets say the length of each branches is 1m placed horizontal. The static...

No, its not a school project. I am new to the field and I came across this problem at my job. I don't know what happens around the header section. Never came across such problem during my undergraduate study. Any help would be appreciated. Thank you.

Hello everyone, I am trying to calculate the flow rate at the outlets from a common header which receives water from 3 identical pumps through 3 identical risers. I have attached a diagram here for clarification of the case here. 1. The output of pump is 100 cubic meters per hour at 15.54m head...