Leveraging its strong oxidation property, ozone water treatment demonstrates good disinfection performance in potable water applications , while significantly reducing harmful disinfection by-products. In wastewater treatment, ozone efficiently degrades refractory organics , significantly improving effluent quality. With the integration of energy-saving ozone systems, more than 85% of oxygen can be recycled. The recovered oxygen can be reused in ozone generators or supplied to aeration tanks. This dual benefit reduces overall water treatment costs, while cutting oxygen consumption, delivering a highly efficient and energy-saving water treatment solution.

Ozone's strong oxidation capability enables the efficient conversion of NOx in flue gas into higher-valence nitrogen oxides that are easily absorbed and removed in subsequent processes. Compared with traditional SCR/SNCR technologies, ozone-based denitrification offers a simpler system design, and basically no ammonia slip. By integrating an oxygen recovery system, more than 85% of unreacted oxygen can be recycled, reducing ozone generation costs. This provides a cleaner, more cost-effective flue gas control solution for industries such as steel and cement.

Ozone bleaching offers unique advantages in the pulp and paper industry. Its strong oxidizing power not only effectively decomposes lignin, but also avoids the generation of toxic chlorinated organic compounds associated with traditional chlorine-based processes. Compared with conventional bleaching, ozone bleaching can reduce most chemical consumption and effectively lower wastewater COD load. With an integrated oxygen recovery system, more than 85% of unreacted oxygen can be recycled, reducing oxygen consumption costs while enabling surplus oxygen to be reused in other production processes. This ensures a cleaner, resource-efficient, and sustainable pulp bleaching process.