Industrial flares are equipment, which are designed for safe disposal of waste hydrocarbon gases from chemical and petrochemical plants by burning gases and then releasing them into the atmosphere. There is still great uncertainty about flare efficiency and the resultant gas emissions under different operating conditions. CFD (Computational Fluid Dynamics) is a numerical tool to solve complicated fluid flow, heat transfer and chemical reaction models such as flare process. CFD is based on the numerical solution of the governing transport equations for mass, momentum, energy and species, and it represents one possible approach ( in addition to experimental and theoretical methods) available to solve fluid dynamic problems. The chemical and hydrocarbon industry employs CFD as a proven modeling tool to aid in equipment design. Tehran Javan Combines advanced CFD technology with extensive experience in the design, fabrication and operation of combustion equipment in order to ensure optimal flare system performance.
Tehran Javan uses CFD to model specific process condition against the actual equipment design, allowing to accurately simulating flame behavior and interaction under various wind and weather condition, fuel types, pressure and flow.
