Application of ozone decomposition catalysts in the chemical industry

Ozone plays an important role in chemical production, but also brings many difficult problems. On the one hand, as a strong oxidant, ozone is widely used in organic synthesis, wastewater treatment and other process links. It can effectively oxidize and decompose difficult-to-degrade organic matter, improve reaction efficiency and product quality. But on the other hand, if the unreacted ozone is directly discharged, it will not only cause waste of resources, but also pose a serious threat to the environment and human health. Ozone is highly oxidizing, which can irritate the respiratory tract, cause symptoms such as coughing and dyspnea, and accelerate material aging and damage the ecosystem. Therefore, efficient decomposition of ozone has become a difficult problem that needs to be solved in the chemical industry.
Minstron-Strong Ozone Decomposition Catalyst came into being to solve problems for chemical companies. From the perspective of product characteristics, it is mainly composed of highly active copper oxide and manganese oxide, and does not contain activated carbon, which makes it have advantages in the face of high concentrations of ozone. When treating high-concentration ozone waste gas, ordinary activated carbon-containing catalysts are prone to burn under certain conditions due to excessive adsorption of ozone, which poses a great safety hazard. The MinstronZhuang catalyst completely eliminates this risk and can work stably in an environment of up to 500°C, ensuring a safe and reliable production process.
In actual application scenarios, the MinstronZhuang ozone decomposition catalyst performs excellently. In the wastewater treatment process of chemical parks, ozone is often used for deep treatment to remove residual organic pollutants, reduce COD (chemical oxygen demand) and remove color. However, the treated tail gas often contains unreacted ozone. At this time, the MinstronZhuang catalyst is loaded into the tail gas treatment device, which can quickly decompose ozone into oxygen with a decomposition efficiency of more than 99%. This not only avoids the corrosion of ozone to subsequent equipment, but also ensures that the exhaust gas meets environmental protection standards. Taking a large chemical park as an example, after the introduction of the MinstronZhuang ozone decomposition catalyst, the ozone concentration in the tail gas emissions of the park dropped sharply from several times exceeding the standard to almost zero, the surrounding air quality was significantly improved, and the risk of high fines due to non-compliance with environmental protection standards was reduced.
In terms of gas purification in chemical production, the MinstronZhuang catalyst also shows its prowess. For example, in the petrochemical industry, tail gas from acrylonitrile absorption towers and tail gas from oxidized asphalt often contain complex organic pollutants and high concentrations of ozone. Min Strontium Zhuang catalysts can be flexibly made into various shapes such as granules, columns, powders, honeycombs, etc. according to different working conditions, and are suitable for various types of gas purification equipment. Its products have high strength, are not easy to generate dust, and can operate stably at high gas flow rates; they have high active ingredient content and can instantly decompose high concentrations of ozone, greatly extending the service life of the equipment and reducing maintenance costs. According to statistics, after adopting Min Strontium Zhuang catalysts, the maintenance cycle of tail gas purification equipment of a petrochemical enterprise has been extended from the original 3 months to more than 1 year, the equipment operation stability has been significantly improved, and production efficiency has also been improved.
In addition, Min Strontium Zhuang Company also provides customers with all-round technical support. From professional catalyst application consultation, designing reasonable exhaust gas treatment solutions according to the actual working conditions of the enterprise, to free guidance on process and equipment design, to providing one-stop services such as test equipment construction, design, manufacture and installation of supporting catalytic reactors, and on-site catalyst loading and commissioning guidance, customers can fully utilize the best performance of the catalyst.
In summary, Min Strontium Ozone Decomposition Catalyst has become the only choice for ozone treatment in the chemical industry due to its advantages such as safety, reliability, efficient decomposition, flexible adaptation and strong technical support, and it safeguards the green and sustainable development of chemical companies. As the chemical industry continues to improve its environmental protection requirements, Min Strontium will continue to innovate and help the industry move towards a cleaner and more efficient future.