Computational Fluid Dynamics Modelling
Computational Fluid Dynamics (CFD) modelling provides a high-fidelity method for understanding the behaviour of flammable and toxic gas releases, as well as explosion effects, in complex industrial environments. Using advanced tools such as FLACS and in:Flux, this service helps clients evaluate hazardous scenarios in detail, validate designs, and support safety case development.
Services
- Model flammable and toxic gas dispersion in complex geometries using validated CFD tools like FLACS and in:Flux
- Simulate overpressure effects from confined and partially confined explosions
- Assess deflagration hazards and identify potential escalation pathways
- Evaluate the impact of mitigation measures such as ventilation, barriers, or layout changes
- Support facility siting, occupied building risk assessments, and emergency response planning
- Conduct exceedance and sensitivity analyses to quantify risk levels
- Integrate results with QRA, fire and gas mapping, or consequence modelling studies
- Produce visual outputs including animations, pressure contours, and gas concentration plots
