This presentation highlights how modern, integrated dewatering solutions can redefine performance standards in sludge treatment. With rising energy costs, increasingly strict environmental regulations, and growing process complexity, wastewater treatment plants are under pressure to adopt approaches that improve efficiency, sustainability, and operational reliability.

The session introduces key dewatering technologies—from belt filter presses and screw presses to decanter centrifuges—and outlines their performance from both CAPEX and OPEX perspectives. A major focus is placed on digital innovations such as AI‑supported optical polymer control, continuous condition monitoring, and advanced automation functions that significantly enhance process stability.

Practical case studies illustrate how operators can reduce polymer consumption, lower CO₂ emissions, streamline maintenance efforts, and increase overall plant uptime. The presentation also emphasizes the importance of a full life‑cycle approach, including service concepts, data‑driven optimization, and predictive maintenance.

Overall, the session demonstrates how a holistic combination of mechanical technologies, digital tools, and lifecycle support can increase reliability, improve long‑term performance, and prepare wastewater treatment plants for future operational challenges.