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Its a huge reservoir CFD modelling shows many dead spots with various configuration

The reservoir is already designed and it does not have any basins It will have multiple inlet and multiple outlet from the bottom The objective is to have zero dead spots by proper alignment and location of the inlet and outlet nozzles The reservoir is a storage that will receive and...

I mean to say the inlet pipe will have a head of 140 ft .. around 60 psi We want to use this pressure to put water in to the reservoir and achieve proper mixing of water without any dead spots. the shape of the reservoir is trapezoid of size 500 ft wide and 800 lg at one end and 600 ft lg at...

What is the most energy efficient method of obtaining proper mixing of water with no dead spots in a 100 Million gallon reservoir The reservoir is 30 ft high The inlet pipe to the reservoir will have a static head of 140 ft The incoming flow varies from 80 cfs to 125 cfs

The outlet lines have the similar profile What formula or equation to be used in this case Is there a spreadsheet kind of thing that can be used to calculate the size of the reduced pipe and size of the orifices ? I think 600 ft is a very small span to account for friction losses and other...

BiGInch I am looking for 5 distribution nozzles at equal distance within a span of 600 ft

The pipe length is 600 ft

I am trying to design a water distribution system with 5 outlets The requirement is to have equal flow and equal velocity from all five outllets The header is 84 inch in size flow is 125 cfs I am looking for 25 cfs through each outlet What is the most optimal way to design a system like this