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Gas Technology for the Future

NOTE:
These online calculators are for your convenience. Please verify all results.

2. Design Considerations

2.2 Pressure Drop Check for Liquid or Gas Applications

Pressure Drop Check Liquid-English

Flow Rate (gpm):
Flow Coefficient (gpm):
Fluid Weight Density (lbs./cub ft.):
Differential Pressure (psid):


Pressure Drop Check Liquid-Metric
Flow Rate (lpm):
Flow Coefficient (lpm):
Fluid Weight Density (Kg/cub m):
Differential Pressure (bar):


Pressure Drop Check Gas-English
Flow Rate (SCFM):
Resistance Coefficient:
Temperature, Rankine( F+460):
Specific Gravity (air=1.0):
Equivalent diameter (in.):
Pressure (psia, 14.7 at atmoshpheric):
Differential Pressure (psid):


Pressure Drop Check Gas-Metric
Flow Rate (m/min):
Resistance Coefficient:
Temperature, Rankine( F+460):
Specific Gravity (air=1.0):
Equivalent diameter (cm.):
Pressure (bars, 1.0 at atmoshpheric):
Differential Pressure (bar):

 

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