Engineered for Industrial Pumping & Fluid Systems

Instantly match your required flow and head against hundreds of pump models with Best Efficiency Point (BEP) optimization and motor sizing.

• Ranks all compatible pumps in your catalogue based on hydraulic efficiency, motor power, and proximity to Best Efficiency Point (BEP).
• Evaluates suction conditions and checks NPSHa against NPSHr to safeguard against cavitation damage.

Certified fire protection pump sizing and hydraulic compliance evaluation covering NFPA 20, NFPA 13, NFPA 14, EN 12845, and AS 2941.

• Pre-configures hydraulic fire sprinkler demand according to hazard classification (Light Hazard, Ordinary Hazard, Extra Hazard, and High-Bay Storage).
• Calculates Standpipe & Hose stream requirements under NFPA 14 (500 GPM for 1st riser + 250 GPM additional).

Accurate solids handling and viscous fluid correction factors utilizing the PumpMasterPro slurry method and Hydraulic Institute ANSI/HI standards.

• Applies the PumpMasterPro slurry derating method to compute Head Ratio (HR), Flow Ratio (QR), and Efficiency Ratio (ER) based on particle diameter d50 and volumetric concentration Cv.
• Derates standard pump performance curves automatically to show realistic delivered slurry head and increased shaft power.

Convert printed manufacturer datasheets into interactive, mathematical polynomial performance curves with Iso-Efficiency contours.

• Accepts discrete test points (Flow, Head, Efficiency, Power, NPSHr) and fits smooth 2nd to 5th order polynomial equations.
• Generates full impeller trim families automatically using hydrodynamic affinity laws.

Model piping loops, series/parallel branches, static elevation changes, and friction head losses using Darcy-Weisbach and Colebrook-White.

• Calculates major friction loss using the Darcy-Weisbach equation and Colebrook-White friction factor.
• Accounts for minor losses across elbows, valves, tees, strainers, and non-return valves with standard equivalent K-factors.

Analyze parallel pump staging, series pressure boosting, and Variable Frequency Drive (VFD) speed modulation envelopes.

• Simulates parallel pump operation: computes combined flow rate at shared system head for 1 to 8 operating pumps.
• Models series multi-pump configurations: sums head delivery for high-pressure deep well and cross-country transport duties.

Organize pump selections by client, job site, and operating condition with multi-scenario comparison and team collaboration.

• Groups multiple pump selections into organized Projects with site location, client details, and reference numbers.
• Saves multiple operational scenarios per project (e.g. Normal Duty, Peak Storm Flow, Winter Low Demand).

Generate publication-ready PDF datasheets, customer proposal packages, performance curves, and motor specifications with your company branding.

• Produces comprehensive 1-page and multi-page technical datasheets formatted to international engineering standards.
• Renders publication-quality vector performance curves showing Head, Efficiency, Power, and NPSHr at the exact duty point.