Industry Applications
Green and low-carbon transformation driven by renewable energy. UV-LED light sources gradually replace traditional mercury UV lamps to cut energy consumption and mercury pollution. Visible-light photocatalysts and solar-powered AOP systems are widely studied to reduce power reliance. Metal-free carbon-based catalysts are developed to avoid secondary pollution caused by metal leaching.
Novel catalytic and selective oxidation technologies to minimize toxic by-products. Non-radical oxidation pathways and catalytic ozonation can effectively restrain bromate and other disinfection by-products. Recyclable immobilized catalysts improve service life and reduce operating costs.
Integrated coupled processes for synergistic treatment efficiency. AOPs are deeply combined with biological treatment, activated carbon and membrane filtration. Multi-field composite systems of light, ozone, ultrasound and electrochemistry greatly enhance mineralization of refractory pollutants.
Modular and skid-mounted compact equipment. Standard integrated units feature small footprint and quick installation, suitable for water plant upgrading, rural water supply, emergency water purification and distributed drinking water systems.
Intelligent and digital precise operation control. Online water quality sensors cooperate with AI and PLC automatic control to adjust oxidant dosage and UV intensity in real time. Digital twin and remote maintenance realize unattended stable operation.
Targeted removal of emerging micro-pollutants including algal toxins, antibiotics, pesticides, endocrine disruptors and microplastics. AOPs have become standard advanced treatment units in municipal water plants and are widely applied in water reuse projects.
Cost reduction and large-scale engineering promotion. Optimized reactor fluid design and catalyst recycling lower energy and chemical costs, accelerating the industrial popularization of AOP technology.
