When a flare stack stands more than 100 metres in the air, physical probing is impractical, drone tracking has limits, and regulatory compliance does not wait. Computational Fluid Dynamics (CFD) becomes a critical engineering tool in this situation. What CFD delivers for flare systems CFD uses high-performance 3D numerical simulation to replicate real operating conditions.…

A flare stack protects a plant by safely burning off excess gas during upsets and emergencies. Without precise modelling, however, the same flare can become a hazard to people and nearby assets. A comprehensive Flare Radiation and Dispersion Study is a fundamental tool for validating that flare systems are safe and compliant. What is a…

In oil and gas, petrochemical, chemical and power facilities, explosion hazards are a critical threat to personnel safety, asset integrity and business continuity. A structured CFD Explosion Study provides a realistic and defensible way to assess explosion consequences by simulating gas dispersion and overpressure in complex, congested environments. What is a CFD explosion study? Computational…

In hydrocarbon facilities, even a minor gas leak can quickly create a large flammable vapour cloud. Dispersion analysis predicts how toxic gases, smoke or flammable vapours spread after a release, so that hazard zones can be defined and effective safety measures put in place. Hazard zones based on LEL Consequence modelling with tools such as…