Industrial waste gas star! High efficiency ozone decomposition catalyst helps green production

In the industrial production process, ozone as a strong oxidant, widely used in water treatment, air purification and other fields. However, excessive ozone emissions can cause serious harm to the environment and human health. The research and development and application of high-efficiency ozone decomposition catalysts provide a powerful solution for industrial waste gas treatment and become a key technology to promote green production.
Ozone is a strong oxidizing gas, excessive inhalation will cause damage to the human respiratory system. In industrial production, ozone is mainly derived from printing, electronics, chemical and other industries. The traditional ozone treatment method has some problems, such as low efficiency, high energy consumption and secondary pollution, and it is difficult to meet the increasingly strict environmental protection requirements.
After years of in-depth research, MINSTRONG Technology has successfully developed high efficiency ozone decomposition catalyst. The catalyst uses a unique nanostructure design and surface modification technology, which has the following advantages: high activity: more than 95% ozone decomposition efficiency can be achieved at room temperature; Long life: the service life of the catalyst can reach more than 3 years, greatly reducing the operating cost; Wide adaptability: suitable for industrial exhaust gas environment with different concentrations and temperatures.
A large electronic manufacturing enterprise is faced with serious ozone pollution problem, and the traditional treatment method is difficult to meet the standard. MINSTRONG Technology tailored a catalytic oxidation solution for it: install an efficient ozone decomposition catalyst system, optimize the waste gas collection and treatment process, and establish a real-time monitoring and control system. After the implementation of the project, the ozone concentration in the plant was reduced from the original 0.5ppm to less than 0.05ppm, far below the national emission standards. Ozone emissions are reduced by about 50 tons per year, saving enterprises millions of dollars in treatment costs.
The technical advantages of MINSTRONG Technology: it has a number of core patents for ozone decomposition catalysts, has established a sound catalyst research and development, production and testing system, has rich experience in industrial waste gas treatment engineering, and provides the whole process services from program design to operation and maintenance.
Future development direction: Develop more efficient and stable new catalyst materials, expand the application of catalysts in more industrial fields, explore catalyst regeneration and resource utilization technology, and promote the development of industry standards and technology promotion.