Enhancing the efficiency and durability of catalytic converters and combustion systems is critical for optimal plant performance. This case study showcases how Computational Fluid Dynamics (CFD) was used to improve flow distribution in catalytic converters, leading to better pollutant conversion. It also highlights the role of detailed combustion modeling in minimizing thermal stresses and preventing tube failures—ultimately reducing shutdowns and improving operational reliability.
Download the full case study to explore how CFD-driven insights helped optimize burner configurations, improve flame stability, and extend equipment life. Gain a deeper understanding of how simulation can be a powerful tool in solving real-world challenges in emissions control and thermal system design.
Related Articles
Use Cases
The Evolution of CFD: A Journey of Innovation, Integration, and Impact

Use Cases
Fluid Structure Interaction Analysis (FSI): Maximizing Efficiency and Safety in...

Use Cases
CFD modelling of Drug Release through Stent

Use Cases
Impact of Projectile on Storage Tank
Have a Question?
If you need assistance beyond what is provided above, please contact us.