Ozone decompositon catalyst

Ozone is widely used in many areas of our daily lives. As an efficient oxidant, ozone is widely used in the purification of drinking water and swimming pool water. Many home and commercial air purification devices use ozone technology to improve indoor air quality by removing odors, bacteria and harmful gases (such as formaldehyde, benzene) from the air. Ozone is also used in the disinfection of medical equipment and other industrial processes. While ozone is beneficial in many areas, excess ozone can cause harm to human health and the environment, especially in the troposphere (the layer of air close to the surface). The dual nature of ozone also reminds us that we need to use ozone technology scientifically and standardizedly to control the generation of excess ozone to protect the ecological environment and human health.

The most effective method for eliminating ozone is the catalytic decomposition method. Ozone decompositon catalyst we developed uses transition metal oxides as active components and is matched with rare earth oxide additives. It has strong ozone decomposition ability and excellent moisture resistance, and can be made into granules. , honeycomb and other specifications, with good adaptability to working conditions.

Main components:

Manganese dioxide (MnO₂) and copper oxide(CuO).

It does not contain any activated carbon material and can decompose ozone into oxygen at room temperature and humidity.

Features:

1. High efficiency:Decomposition efficiency can reach more than 99%;

2. Stable performance: Ecovia ozone decomposition catalyst does not contain binder. The catalyst is non-combustible, non-volatile and will not cause secondary pollution;

3. Long service life:Ecovia ozone decomposition catalyst has a longer service life (more than 3 years) compared with other types of catalysts;

4. Low cost:High catalytic decomposition efficiency, no additional energy required;

5. Excellent humidity resistance:Can be used in high humidity environment;

Applications:

1. Air purification and indoor environment treatment

Air purifiers and HVAC systems: Used in domestic and commercial air purifiers and HVAC systems to decompose ozone and improve indoor air quality.

Medical and laboratory environments: Applied in air purification equipment in hospitals and laboratories to ensure that ozone concentration in the environment is within safe limits.

2. Industrial emissions and production processes

Industrial exhaust treatment: In the chemical industry, electronic manufacturing, printing and other industries, decompose ozone produced in the production process to meet environmental emission standards.

Low-temperature plasma equipment: Used with plasma exhaust treatment system to decompose the ozone by-products generated during the operation of the equipment.

3. Automotive and Transportation

Improvement of interior air quality: Used in automobile cabin air purification equipment to decompose ozone in the interior air and provide a more comfortable driving environment.

Exhaust system optimization: In certain vehicle exhaust treatment systems to reduce ozone formation and emissions.

4. Safety Protection and Emergency Equipment

Respiratory protection equipment: In gas masks and emergency respiratory equipment, to ensure that the concentration of ozone in the air is within safe limits and to protect the health of the wearer.

Underground Space Ventilation: In ventilation systems for confined spaces such as tunnels, underground parking lots and subways to break down ozone and ensure safe air quality.

5. Ozone Destroyer and Sampling and Analysis Instrument: 

Used for ozone decomposition in VOD/Ozone Destroyer; Zero calibration of ozone analysis instrument and tail gas decomposition, realizing automatic zero calibration of the instrument and no exhaust gas pollution emission;

Ozone decompositon catalyst can effectively reduce the ozone concentration in the gas stream according to the user's on-site application environment. We can meet the needs of various applications according to the customer's requirements on a variety of substrates such as ceramic honeycomb, metal honeycomb, polyurethane foam, alumina and other carrier materials. Factors affecting the efficiency of the catalyst also depend on temperature, flow rate, ozone concentration and other factors. If you have special needs, you can contact our, we provide excellent customized service, can accept OEM and other cooperation methods.