pump-selection-helper

Pump type selection evaluates fluid viscosity, flow, head, and NPSH to recommend suitable options. The tool analyzes operating conditions and fluid properties to deliver ranked pump recommendations with reasons, warnings, and estimated efficiency.

Choosing between centrifugal, gear, piston, diaphragm, and screw pumps uses a decision-tree evaluating viscosity, NPSH, abrasion, and corrosion. It returns ranked recommendations with actionable notes and estimated efficiency for chemical processing and other applications.

Yes, the pump selector handles high viscosity fluids by recommending positive displacement options like gear, piston, or screw pumps. It evaluates fluid properties and operating conditions to ensure safe, efficient selections for viscous applications.

NPSH and corrosion considerations are necessary when selecting pumps for oil and gas applications to prevent cavitation and ensure system safety. The tool satisfies performance and NPSH constraints while accounting for corrosion and abrasion in its recommendations.

Yes, the pump selection tool works for HVAC and water supply scenarios. It applies decision-tree logic to evaluate moderate head, flow, and fluid properties, returning ranked pump recommendations with warnings and estimated efficiency.

Pump selection requires specific speed and fluid property evaluation to accurately match pump type to operating conditions. Evaluating viscosity, flow, head, and NPSH ensures the recommended pump delivers safe performance and estimated efficiency.