Issue link: https://resources.randsim.com/i/1510288
Designing for Reduced Energy Consumption and Emissions: Fired Heater • High-fidelity and accuracy – Full 3D combustion and radiation modeling to predict hot spots, reduce coking and allow engineers to design an effective ammonia injection grid in a selective catalytic reduction (SCR). • Scalability – Industry leading high-performance computing (HPC) performance to handle complex models with fast turnaround time • Identify and eliminate maldistribution in the design stage, resulting in significant cost benefits • Achieve higher operational safety and efficiency with lower fuel consumption • Increase longevity of heaters with minimized risk of unforeseen shutdowns • Improve heaters' efficiency to decrease energy consumption • Reduce harmful emissions into the atmosphere and meet environmental regulations Customer Goals Solution Benefits Modified Fan Design Shows Less Maldistribution Visualizing Aqueous Ammonia Mixing with Flue Gas Helps Design an Efficient Injection Grid (AIG) Courtesy of Tailwater Technical Consulting Flame Interaction in a Complex Radiant Heater