Ozone Tail Gas Decomposition

Ozone is a powerful oxidizing agent with a redox potential of 2.07V in water, making it highly effective compared to chlorine and chlorine dioxide. It can quickly penetrate bacterial cells and interact with various cellular components, including cell walls, proteins, lipids, and polysaccharides, disrupting bacterial metabolism and reproduction. However, high concentrations of ozone can negatively impact both the environment and human health.

Ozone decomposition catalysts work based on redox reactions and are typically composed of one or more metal oxides. These catalysts efficiently facilitate the breakdown of excess ozone in the air without consuming additional energy. They are widely used in wastewater treatment, UV ozone disinfection, and semiconductor processes to enhance treatment efficiency and minimize ozone-related health and environmental risks. Developing effective ozone decomposition catalysts is crucial for improving safety and efficiency in these applications.

Example of process combination

Ozone Catalytic Oxidation Tail Gas Outlet + Tail Gas Destructors

Technological advantages

The ozone decomposition catalyst developed by Longantai offers the following advantages:

High Strength: The catalyst is robust and durable.

High Surface Area: It contains numerous micropores, providing a large surface area for effective ozone adsorption and catalytic decomposition.

High-Temperature Resistance: The catalyst can withstand high temperatures and does not contain combustible or volatile components, eliminating combustion risks and secondary pollution during high ozone concentration treatment.

High Active Component Content: It features a high concentration of active components, ensuring stable performance and long-lasting durability with minimal loss.

Controlled Raw Materials and Production: The raw materials and production process are fully controlled in-house, ensuring a consistent and stable supply.