Ozone catalyst main components

Ozone catalysts are an environmentally friendly technology often used to purify air and water of harmful substances. Its main component is a carrier material containing a metal catalyst, usually alumina or silicon oxide as the main body. These catalysts can effectively convert harmful substances into harmless substances in air and water by decomposing and reacting to ozone. Ozone catalysts can play an important role in water treatment. It can help remove micropollutants, organic matter and harmful flora from the water. When harmful substances in the water come into contact with the ozone catalyst, the metal catalyst will produce reactive oxygen species, which have strong oxidizing properties and can directly oxidize harmful substances and bacteria, making them lose their activity and growth ability. In addition, the ozone catalyst can also decompose the organic matter in the water, converting it into carbon dioxide and water, further improving the quality of the water.
Ozone catalysts are widely used in air purification. It can remove organic matter, volatile organic compounds (VOCs), harmful gases from the air. When these harmful substances in the air come into contact with ozone, the metal component of the catalyst releases reactive oxygen ions from its surface, which can react with the harmful substances to break them down into carbon oxide, water and non-toxic substances. In this way, the pollutants in the air are converted into harmless components, purifying the air.