Efficient Water Treatment Solution: An In-Depth Look at SINOKLE's Catalytic Ozone Oxidation Technology

Catalytic ozone oxidation is a highly efficient wastewater treatment process whose core lies in using a catalyst to greatly enhance the oxidizing power of ozone, thereby improving the removal efficiency of organic pollutants. The basic principle is to use the catalyst to generate highly reactive hydroxyl radicals (·OH), which have a very high redox potential (2.8 V) and can react rapidly with organic pollutants in water, attacking organic molecular chains indiscriminately through electron transfer, electrophilic addition, dehydrogenation and other pathways, accelerating their decomposition and mineralization until they are ultimately converted into carbon dioxide, water and other harmless inorganic substances.

The high-performance heterogeneous catalyst developed by SINOKLE can effectively promote the conversion of ozone into free radicals with extremely strong oxidizing activity (such as ·OH). Working synergistically with ozone molecules, these radicals oxidize the refractory macromolecular organics in wastewater step by step into low-toxicity or non-toxic small-molecule products through addition, substitution, bond cleavage and other mechanisms, and can even mineralize them completely into CO₂ and H₂O.

This technology is suitable for treating a variety of complex wastewaters, covering landfill leachate, kitchen-waste leachate, and high-salinity, high-COD, high-ammonia-nitrogen wastewater from the pharmaceutical and chemical industries, as well as wastewater treatment in electroplating, printing and dyeing and other fields. It can be used both for pretreatment to improve the biodegradability of wastewater and in advanced treatment to completely decompose stubborn organics into carbon dioxide and water.

By adding an ozone catalyst, the utilization efficiency and oxidizing effect of ozone can be significantly improved, ensuring that the effluent quality consistently meets discharge or reuse standards. This fully demonstrates the excellent performance and reliability of the catalytic ozone oxidation process in treating industrial wastewater with complex compositions.