Spreadsheet based piping calculations are often error prone. FluidFlow eliminates such errors and helps you design efficient and reliable plant using correctly sized equipment. Comprehensive fluid and equipment databases allow you to accurately design, analyze or troubleshoot any pipe flow system.

Key Differentiators

Design and modelling of flows for liquid, gas, slurry and two-phase

Analysis to evaluate pump performance, flow distribution, control valve performance and fluid physical propoerties throughout the model

Sizing of pipes, pumps, control valves, orifice plates and safety relief devices

Key Functions

Comprehensive database of different fluids and equipment components for liquid, gas, slurry and two-phase

Library of pipe materials, insulation materials and soil types for liquid, gas, slurry and two-phase

Automatic equipment sizing of relief valves, pumps, pipes, ducts, etc., for liquid, gas, slurry and two-phase based on – 2 – physical property data, capital euipment cost and energy cost

Heat transfer effects of buried pipes, heat loss/gain, temperature change, etc., for liquid, gas, slurry and two-phase

Dynamic analysis on a model for liquid, gas, slurry and two-phase

Settling slurry calculation methods available include Durand, Wilson-Addie- Sellgren-Clift (WASC), WASP, Liu Dezhong and the Four Component Model. Non-settling slurry calculations methods depend on rheology data. Simulating the performance of settling slurries is dependent on the solid density, concentration, particle shape and size distribution, as well as the properties of the carrier fluid

Ease of use, calculation accuracy, auto sizing technology, thermal energy transfer, customizable reports and Piping Component Files (.pcf’s) compatibility