Improving homogeneity in water treatment systems
How CFD helps engineers prevent short-circuiting, stagnation, and energy waste in mixing processes
Overview
Achieving consistent homogeneity is critical to effective water treatment—ensuring proper contact between pollutants and treating microbes, and enabling efficient sludge volume reduction. This segment explores how Computational Fluid Dynamics (CFD) helps engineers identify and correct design flaws that lead to short-circuiting, stagnation, and uneven mixing. Through real-world examples and simulation visuals, discover how CFD supports smarter decisions, and energy-efficient mixing strategies—delivering reliable performance while managing operational costs.