Managing flow behavior in cooling sumps is critical to avoid performance losses caused by eddies, vortices, and unwanted swirl formation. Using CFD simulations, the flow distribution and vortex locations inside a multi-chamber sump were analyzed to evaluate the limitations of the existing design.
The results offered clear visualization of flow skewness and swirl patterns, enabling engineers to recommend targeted design modifications. These improvements not only reduced vortex formation but also enhanced water flow uniformity, leading to more reliable cooling performance and extended equipment life. Discover the role of CFD in optimizing sump design through this case study.