Calculating Pipe Flow Performance

Flow performance is of the utmost importance in piping system design; an optimal design will reduce capital, installation, and operating costs. This flow calculator allows the user to easily determine critical flow properties (flow rate, velocity, and friction loss) of thermoplastic piping systems, and facilitates a rapid comparison between alternate pipe materials.

Additionally, the calculator can be used to determine approximate energy costs associated with the specified amounts of water being delivered (Energy calculations based on electrical rates provided by the Department of Energy).

Default values have been provided for many of the parameters used in the calculator, please feel free to adjust these parameters to your specific requirements.

Pipe Parameters »

 
PVC
HDPE
Diameter Classification *
Pipe Nominal Diameter, in *
Dimension Ratio/Pressure Rating *
Flow Rate, GPM *

Enter HDPE flow rate, or leave blank to calculate flow-rate based on same frictional loss as PVC

Main Geometry »

 
PVC
HDPE
Transmission Main Elevation Entry, ft    
Transmission Main Elevation Exit, ft    
Transmission Main Length, ft    

Pump Parameters »

 
PVC
HDPE
Pump Efficiency (%)    
Hours per day pump runs (hr)    
Days per year pump runs (days)    

Economic Parameters »

 
PVC
HDPE
State Where Pump Will Operate    
Electricity Cost ($/KWH)    
Cost Per Pound ($/lb)    
Growth Rate in Electrical Costs (%)    
Discount Rate (%)    
Expected Useful Life (Years)    

Calculation cannot be performed. Please provide correct data in highlighted fields.

 
 
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