Find the right pump type based on your application, fluid properties, flow rate, head, and material requirements.
Open Tool →Calculate Net Positive Suction Head available (NPSHa) and check if your pump is at risk of cavitation.
Open Tool →Calculate hydraulic power, shaft power, and required motor power based on flow, head, efficiency, and fluid density.
Open Tool →Estimate friction loss in piping systems using the Darcy-Weisbach equation to properly size pump head.
Open Tool →Convert between common pump engineering units: flow rate, head, pressure, viscosity, and power.
Open Tool →Quick reference for chemical compatibility of common pump materials: 316SS, duplex, Hastelloy, PTFE, and more.
Open Tool →Calculate how flow, head, and power change when pump speed or impeller diameter is modified.
Open Tool →Calculate pump specific speed (Ns) to determine optimal impeller type: radial, mixed, or axial flow.
Open Tool →Correct pump performance for viscous fluids using the Hydraulic Institute method. Adjusts flow, head, and efficiency.
Open Tool →Calculate recommended pipe diameter based on flow rate and target velocity to minimize friction and erosion.
Open Tool →Estimate annual electricity cost and CO2 emissions for pump operation. Compare efficiency scenarios.
Open Tool →Calculate required impeller diameter to achieve a desired head reduction using the affinity laws.
Open Tool →Calculate Reynolds number to determine flow regime: laminar, transitional, or turbulent in pipes and pump systems.
Open Tool →Estimate surge pressure from rapid valve closure using the Joukowsky equation to assess pipe and pump risk.
Open Tool →Our engineering team can provide detailed calculations, material recommendations, and performance curves.
Our engineering team is ready to help you select the right pump for your application. Get a free quote today.