At Mechartes, we excel in providing advanced Computational Fluid Dynamics (CFD) analysis to optimize water treatment systems. Our expertise spans a variety of essential components, including Equalization Tanks, Coarse Screen Chambers, Raw Water Tanks, Solid Contact Clarifiers, and more. In these systems, we focus on key areas such as flow analysis, particle settling prevention, and chemical mixing performance. For example, in Equalization Tanks, we utilize CFD simulations to ensure uniform flow distribution and prevent particle settling, thereby enhancing the efficiency of chemical mixing processes. This optimization is crucial for maintaining effective treatment operations and achieving consistent water quality.

In Coarse Screen Chambers and Raw Water Tanks, our CFD analysis verifies the flow profiles from the water screen chamber through to the raw water tank entry gates. This assessment is vital for preventing particle accumulation and ensuring proper chemical mixing. Similarly, in Solid Contact Clarifiers, we focus on verifying water flow profiles within distribution pits to prevent dead zones, which can compromise the efficiency of the clarification process. Our expertise extends to Flow Diversion Structures, where we analyze flow dynamics to prevent settling and ensure even chemical distribution.

For Flush Mixer Channels, we assess mixing performance for coagulation processes, ensuring that conditions are optimal for subsequent treatment stages. In Dual Media Filter Outlet Channels, our CFD analysis includes evaluating the performance of flowmeters and ensuring uniform flow distribution. We also analyze the mixing performance and sludge removal efficiency in Solid Contact Clarifiers, the sludge tank mixing systems in Sludge Holding Tanks, and the chemical mixing in SCC Clarified Channels.