In modern industrial operations, ozone (O₃) plays a dual role—while it is widely used for disinfection, oxidation, and treatment processes, uncontrolled ozone emissions pose significant risks to human health, equipment integrity, and regulatory compliance. When not properly mitigated, these emissions pose serious risks to both worker health and environmental safety. Industrial plant managers, environmental engineers, and compliance officers alike are searching for effective and sustainable solutions to meet regulatory requirements while protecting their teams and communities.
How Ozone Decomposition Catalyst Works
The 4x8mesh Ozone Decomposition Catalyst is a black to dark brown granular catalyst composed of manganese dioxide (MnO₂) and copper oxide (CuO), two highly active catalytic materials known for their strong oxidative properties and durability. Specifically formulated by DEAI CHEM, this catalyst promotes a controlled chemical reaction that converts hazardous ozone into harmless oxygen, significantly reducing the concentration of ozone in off-gas emissions.
One of the key advantages of this catalyst is its ability to operate efficiently at ambient temperatures. It requires no additional heat source or complex system modifications, making it an ideal retrofit solution for existing exhaust systems. As ozone-laden air passes through the catalyst bed, the decomposition reaction takes place seamlessly, breaking down ozone (O₃) into oxygen (O₂) in a continuous and maintenance-light process.
Key Features and Advantages
Highly Efficient Ozone Conversion: Rapidly decomposes ozone into oxygen, eliminating harmful emissions at the source.
Ambient Temperature Operation: Functions effectively without external heating, reducing energy consumption and operational costs.
Low Maintenance Requirements: Offers long-term reliability and stable performance with minimal intervention.
Environmentally Safe: Helps facilities meet stringent emission standards while improving air quality and workplace safety.
Broad Application Range
Thanks to its versatility and proven reliability, the 4x8mesh Ozone Decomposition Catalyst is widely used across multiple sectors where ozone is either generated as a byproduct or intentionally used during processes. Typical applications include:
Potable Water and Wastewater Treatment: Eliminates residual ozone in off-gas streams before discharge.
Corona Treater Systems: Controls ozone emissions generated during surface treatment in packaging and plastics manufacturing.
Electronics and Semiconductor Production: Protects sensitive processes and equipment from ozone exposure.
Printing and Office Equipment: Reduces ozone released from printers, copiers, and related devices, improving indoor air quality.
Chemical Processing: Prevents hazardous ozone accumulation during oxidation and reaction stages.
A Trusted Solution for Emission Control
With increasing global attention on workplace safety, environmental protection, and regulatory compliance, industries are seeking reliable technologies to manage ozone emissions without compromising process efficiency. DEAI CHEM’s 4x8mesh Ozone Decomposition Catalyst delivers a proven, cost-effective, and sustainable solution—ensuring safe air discharge, protecting personnel, and supporting long-term operational stability.
By integrating this advanced catalyst into their exhaust treatment systems, companies can not only meet current environmental standards but also future-proof their facilities against evolving regulatory demands, all while fostering a safer and cleaner industrial environment.