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Thank you hydtools, unfortunately this not what I am looking for.

I am interested in the equations that would be used to model a gas booster. Specifically I need to know how to determine the flow based on known pressures...

Ted thank you. There is another potential question but I will think about it a little further before I ask. Thank you once again.

the equation was taken from this context, http://hydraulicanswers.blogspot.com/2009/09/valliappan-said.html

Hi I was hoping someone could tell me where this equation was derived from, dP=2*A*pi*Hz where, dP= Change in pressure A: Amplitude Hz: Frequency

i understand what flowrate is. That is not what I was looking for. I found what I needed. Thank you.

What are the equations I need to use?

The flowrate does not matter as long as we can provide the pressures.

I have been asked to determine the velocity/range of velocities during cycle testing in order to size the pump required. The specs are as follows amplitude varies from 0-500 psi frequency varies from .5 to 30 hz. The pressure and frequency will be set by the end user depending on his/her test...