Introduction
The ozone oxidation catalyst is a selective catalyst material that can change the speed of the ozone oxidation reaction. high quality activated carbon and Alumina as its carrier to broken through the method of accurately controlling the structure and performance of catalysts based on multi-metal penetration and coordination chemistry, and has overcome the problems of traditional catalysts such as low catalytic activity, poor structural stability, and easy shedding of active ingredients, and has demonstrated better performance in engineering applications. The strong broad spectrum solves the problems of low efficiency and complex operating conditions of traditional oxidation methods, and its performance reaches the world‘s advanced level. widely application in Municipal wastewater advanced treatment, NF/RO concentrated water treatment,Industrial wastewater pretreatment and advanced treatment etc.
Feature
• High Catalytic Activity: Multi-metal co-impregnation technology has good dispersion of active components and promotes ozone decomposition into OH and degrade pollutants.
• Fast Response: It has a large surface area with strong adsorption capacity for ozone and organic matterv to accelerates the reaction ratio.
• Environmentally Friendly: Not contain harmful components such as heavy metals and can be recycled and reused after its service life without waste emissions.
• Long Service Life: High anti-wear and compressive strength, and the active components are firmly combined with the carrier without dissolution.
Mechanism of Catalytic
Oxidation by Ozone
Application
Ozone is widely applied to water treatment as an oxidizing agent. The main effects of ozonation are decolorization, elimination of taste and odors, degradation of organics and disinfection. For industrial use, ozone is usually generated from oxygen containing gas by silent discharge.