What Size Reciprocating Pump Do I Need for a 0.219 m³/s Flow Rate?

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SUMMARY

The discussion centers on determining the appropriate size of a reciprocating pump needed to achieve a flow rate of 0.219 m³/s while pumping water at a 1-meter head. The user is designing a wind turbine with an average wind speed of 2.67 m/s, which influences the pump selection process. Specific calculations or additional details regarding the pump setup are necessary for accurate sizing. Participants emphasize the importance of understanding pump curves and system requirements for optimal performance.

PREREQUISITES
  • Understanding of reciprocating pump specifications
  • Knowledge of pump curves and performance characteristics
  • Familiarity with hydraulic head calculations
  • Basic principles of wind turbine operation
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  • Research how to calculate pump size based on flow rate and head
  • Learn about pump curves and how to interpret them for system design
  • Investigate the impact of wind speed on pump efficiency
  • Explore hydraulic system design principles for wind-powered applications
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Engineers, wind turbine designers, and anyone involved in hydraulic system design who needs to select appropriate pumping equipment for renewable energy applications.

indistress
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With an average wind speed of 2.67 m/s I am designing a wind turbine which will pump a 1m head of water. I have calculated from the size of my turbine I will be able to pump a volumetric flow of 0.219m^3/s. This is where I am stuck.. I cannot calculate the size of pump which I will need. Can anyone help me on this?
 
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indistress said:
With an average wind speed of 2.67 m/s I am designing a wind turbine which will pump a 1m head of water. I have calculated from the size of my turbine I will be able to pump a volumetric flow of 0.219m^3/s. This is where I am stuck.. I cannot calculate the size of pump which I will need. Can anyone help me on this?

Do you have any other details regarding the pump set up?
 

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