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Application of MINSTRONG ozone decomposition catalyst in wastewater plant

Today, with the increasing awareness of environmental protection, the treatment of industrial sewage has become particularly important. Among various methods, the ozone catalytic technology, as an efficient and environmentally friendly sewage treatment means, is receiving more and more attention.

The ozone catalytic technology is a sewage treatment technology that utilizes the strong oxidizing property of ozone. Under the action of a catalyst, it can rapidly decompose the hardly degradable substances in sewage into harmless substances. This technology enhances the decomposition of ozone to generate hydroxyl radicals with stronger oxidizing ability, such as OH, thus achieving the deep oxidative decomposition of pollutants in sewage. The ozone catalytic oxidation technology does not cause secondary pollution because the generated radicals can quickly decompose organic matter instead of converting it into other harmful substances.

In the ozone catalytic oxidation technology, the ozone catalyst plays a crucial role. The selection of the catalyst is also very important. The ozone catalyst independently developed by MINSTRONG uses high-efficiency active metal oxides, stable carrier materials, and special additives. After multiple formula adjustments and process optimizations, an ozone catalyst with excellent catalytic efficiency and stability has been successfully developed. This catalyst can achieve efficient oxidative decomposition at a relatively low ozone concentration. At the same time, it has excellent stability and can maintain high catalytic activity for a long time, greatly reducing the operating costs.

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