At a centralized municipal wastewater treatment facility serving an internationally prominent industrial and residential hub, our top-tier, high-capacity decanter centrifuge systems were commissioned to achieve high-volume domestic sewage sludge dewatering.
The primary objective of the project was to dewater sludge mass derived from city-scale hydraulic flows at maximum efficiency—significantly reducing sludge volume, driving environmental sustainability, and easing the municipality's logistical disposal burden.
Technical Details and Field Performance
Large-scale municipal wastewater treatment plants (Municipal WWTPs) demand high hydraulic flow rates, continuous operational stability, and superior mechanical durability:
Top-Tier High-Throughput Performance: Engineered to handle massive city-scale sludge loads, our high-capacity machinery architecture operates at peak efficiency without performance loss during high-flow sludge dewatering operations.
Full Compatibility with Municipal Infrastructure: Advanced automation and drive infrastructure were delivered, aligning seamlessly with modern municipal treatment plant standards for precision solid-liquid separation, low polymer consumption, and continuous 24/7 operation.
Key Deliverables and Added Value
Maximum Cake Dryness and Logistic Savings: Thanks to the high cake dryness achieved during the separation stage, both the volume and weight of the discharged sludge were minimized, resulting in substantial savings on transport and final disposal costs.
Low Energy and Operational Efficiency: Operating with optimum energy consumption even under high hydraulic flow rates, the system effectively reduced the municipal facility’s total operating expenses (OPEX).
Global Infrastructure Reliability: Our engineering capability, operating with high stability across the most critical public infrastructures of international metropolises and industrial hubs, has been proven once again.
