Rapid Bio-treatment Technology utilizes the 'flow detachment' principle in fluid dynamics combined with biofilm and multi-stage A/O biological treatment technology, forming an innovative, efficient biological treatment method. It mainly addresses issues encountered with common biological treatment techniques, such as unstable treatment effects, low shock resistance, particularly low-load shock, intolerance to low temperatures, high sludge production, long startup times, large footprint, and complex maintenance and operations.

Spore Transfer Technology combines coagulation, air flotation, and micro-nano spores. Through customized reagents and micro-nano bubbles, it reacts with phosphorus and hydrophobic suspended substances in water, forming an innovative and efficient physicochemical treatment method. It primarily addresses the current issues with common dissolved air flotation technologies, such as poor efficiency, low surface loading, high energy consumption, and weak emergency mobility.

The equipment for treating recirculating water systems is based on radio frequency, multiphase filtration, and dual sewage discharge technology. It features anti-scaling, corrosion inhibition, sterilization, algae killing, and high-precision filtration, ensuring the stable operation of recirculating water systems. It mainly includes physical treatment equipment and physicochemical treatment equipment.