Energy‑Efficient, Intelligent and Scalable
- Self‑forming aerobic granular sludge (AGS) via microbial self‑aggregation, eliminating the need for carrier media or bio‑seed addition
- Excellent settling performance and high biomass concentration, reducing footprint by 50%–75% compared to conventional processes
- No return sludge pumps or mixers required, combined with precision aeration for significantly lower energy consumption—typically 30%–60% savings
- High phosphorus (P) uptake capacity, integrated with precise dosing systems to minimize chemical consumption (e.g., phosphorus removal agents and carbon sources)
- High level of digitalization and automation, reducing manual intervention, operational complexity, and labor costs
- Granular, layered microbial structure with rich biomass diversity, enabling simultaneous removal of carbon, nitrogen, and phosphorus, with stable performance and strong shock resistance
- Single‑reactor integrated design, improving equipment integration, reducing civil construction dependency, and shortening project timelines