catalyst in the destruction of carbon monoxide

Ozone is a strong oxidant, and high concentrations of ground-level ozone pose a serious threat to human health and the environment. To remove excess ozone, catalyst removal can be used, which is a very effective method. This kind of catalyst is generally called an ozone decomposition catalyst, or an ozone destruction catalyst, an ozone eliminator, an ozone off gas destruction catalyst, ozone removal catalyst, ozone destruct system material etc.

An ozone decomposition catalyst is a granular chemical substance. It is based on the principle of a catalyst, which is a substance that accelerates a chemical reaction without itself participating in the reaction. In the ozone elimination process, ozone decomposition catalysts are used to decompose harmful ozone into oxygen (O2) and oxygen molecules (O). When ozone molecules in the air pass through the catalyst, their oxygen atoms react with the active sites on the catalyst surface, decomposing O3 into O2 and O. This reaction converts harmful ozone into harmless oxygen, thereby achieving the purpose of decomposing ozone. It can be seen that the more active sites, the more conducive to the occurrence of ozone decomposition catalytic reaction. Here it refers to the specific surface area of the catalyst. At present, ozone decomposition catalysts with large specific surface areas can be produced in China. Typical ones are the MINSTRONG series catalysts. .

Currently on the market, those used to remove ozone include activated carbon and metal oxides. Generally speaking, in use scenarios with high concentrations of ozone, activated carbon may burn, which is prone to safety accidents. Ozone decomposition catalysts using metal oxides do not have this risk. Catalysts such as the MINSTRONG series use an aluminum base for support. Alumina itself has very high adhesion, is resistant to high temperatures, and is not prone to combustion. It is the first choice for ozone elimination.

Ozone decomposition catalysts can be used in many fields. For example, corona workshops, ozone generators, industrial wastewater treatment and other fields that require ozone elimination. When choosing an ozone decomposition catalyst, you should choose a manufacturer with professional technical support. After all, the working conditions in each field are different. The ozone decomposition catalyst manufacturer will analyze each working condition and then recommend a suitable ozone decomposition catalyst. The prices of ozone decomposition catalysts sold on the market are also very different. This is because the production process is different and the effective content is also different. The technical parameters of the final ozone decomposition catalyst are very different, so consumers should keep their eyes open. cannot be induced by price and ignore the quality requirements of the product itself.