Phast™ is a globally adopted solution for modelling discharge, dispersion, fires, explosions and toxic effects of a wide range of loss of containment scenarios.
Process safety professionals benefit from 40 years’ worth of development and validation by our industry experts and its continued use by more than 10,000 users across 1,000 organizations.
Phast is being used in diverse industries, including oil and gas, petrochemical, liquefied natural gas (LNG), pharmaceutical, hydrogen and ammonia, carbon capture and storage (CCS), insurance, academia, and public sector (governmental and regulatory bodies).
Phast software add-ons for in-depth analysis
Phast offers add-ons that enhance modelling capabilities and provide deeper insight into the consequences of complex scenarios.
Multi-Component (MC) add-on for advanced modelling of complex mixtures (e.g. two-phase releases).
Explosions add-on brings analysis of explosions in three dimensions, directional modelling effects and visualisation of combined effect contours.
Computational Fluid Dynamics (CFD) add-ons for modelling the impact of 3D geometries.
Evaluate key risk metrics for ALARP demonstration
Individual and societal risk metrics are provided as standard: LSIR contours, FN curves and PLL.
Risk ranking points allow you to determine the risk at any location on your map and identify major risk contributors.
With flexible ways to setup your study and perform sensitivity studies, it’s easy to evaluate the impact of risk reduction measures identified as part of your ALARP demonstration process.
Safeti software add-ons for in-depth analysis
Safeti offers add-ons that enhance the modelling capabilities and provide a deeper insight into the quantitative risk analysis of complex scenarios.
Explosions add-onfor performing occupied buildings risk assessment. The add-on provides:
- explosion calculations in three dimensions
- building vulnerability modelling
- overpressure and thermal radiation exceedance curves
- frequency contours for consequence effects
Multi-Component (MC) add-on for advanced modelling of complex mixtures (e.g. two-phase releases).