We employ state-of-the-art engineering techniques to ensure the highest efficiency in pretreatment unit design:

Assumption-Free Iterated Linear Flow Calculations – Our proprietary approach ensures that screens, gates, and channels are sized for optimal velocity control, eliminating turbulence and preventing debris carryover.​

CFD Simulation Verification – We validate our designs through Computational Fluid Dynamics (CFD) to ensure:

• Accurate hydraulic flow modeling

• Optimized screen efficiency under variable flow conditions

• Elimination of dead zones and flow irregularities​

This rigorous design approach eliminates outdated assumptions that often lead to poorly sized PTUs, which become the choke point of the STP. Conventional designs frequently cause:​

• Frequent Overflow Issues – Inefficient screening and grit removal create hydraulic bottlenecks, leading to bypasses, untreated sewage discharge, and reduced system reliability.

• Underutilization of STP Capacity – When PTUs restrict flow, they starve the STP of influent, preventing it from operating at full design capacity and efficiency.

With our advanced methodology, we ensure that PTUs are optimized for continuous, unrestricted flow, preventing capacity losses and ensuring maximum STP throughput and operational efficiency.