Introduction
CFD Fire Modelling is an advanced, physics-based simulation used to analyze fire behavior and its impact within complex Oil & Gas facilities.
Using Computational Fluid Dynamics (CFD), the study captures detailed flame characteristics, heat distribution, smoke movement, and interaction with surrounding structures – providing a realistic representation of fire scenarios beyond traditional simplified methods.
Purpose
– Simulate fire scenarios such as jet fires, pool fires under realistic conditions
– Evaluate flame geometry, temperature distribution, and heat exposure to equipment and structures
– Assess the influence of wind, congestion, and layout on fire behavior
– Identify potential escalation risks and affected areas
– Support design of fire protection systems and mitigation measures
– Provide detailed inputs for safety studies (e.g., FERA, ESSA/EERA, Fire & Gas Mapping)
Outcomes
– Detailed temperature and thermal impact profiles within the facility
– Identification of high-risk zones and escalation potential
– Assessment of structural and equipment exposure to heat
– Inputs for fire protection design (e.g., passive fire protection, water deluge systems)
– Support for layout optimization and risk mitigation strategies
– Integration with dispersion, FERA, and evacuation studies
– High-quality visual outputs and structured report for clear communication and decision-making
