Ozone (O₃) plays a dual role in the modern industrial world. While it serves as a powerful oxidizing agent in disinfection, sterilization, and various production processes, excessive ozone emissions in exhaust gases can present serious risks to both human health and equipment integrity. To address these challenges, DEAI CHEM provides a highly efficient and durable solution — the Ozone Decomposition Catalyst, designed to safely and effectively convert ozone into harmless oxygen.
Product Overview
The DEAI CHEM Ozone Decomposition Catalyst is a granular material composed primarily of manganese dioxide (MnO₂) and copper oxide (CuO). It appears black to dark brown and is formulated for maximum activity and stability. Its unique composition enables it to perform catalytic ozone destruction efficiently at ambient temperatures, without the need for external heating or complex system modifications.
When ozone-laden air passes through a properly designed destruct unit filled with this catalyst, a catalytic reaction occurs:[2O₃ → 3O₂]
This process rapidly decomposes ozone molecules into oxygen, effectively neutralizing hazardous emissions directly at the source.
Operating Efficiency and System Integration
The catalyst operates effectively in ambient or sub-room temperature environments, making it highly adaptable to a wide range of industrial and environmental systems. Its simple yet robust design allows for easy integration into existing exhaust treatment equipment, ensuring continuous, maintenance-free operation.
Key operational advantages include:
No external energy input required, ensuring cost efficiency.
Stable catalytic activity under airflow conditions.
Low-pressure drop design, allowing for optimal gas flow and minimal energy consumption.
These characteristics make it particularly suitable for long-term use in continuous industrial processes where ozone is frequently generated as a byproduct.
Applications Across Industries
The Ozone Decomposition Catalyst has been widely adopted in industries where ozone emissions are a critical concern:
Potable Water and Wastewater Treatment: Removes residual ozone from off-gases generated during water purification and disinfection processes.
Corona Treater Emissions: Neutralizes ozone formed during surface treatment in plastic and packaging manufacturing.
Chemical Processing Plants: Controls ozone generated in oxidative or photochemical reactions.
Office Equipment Emissions: Used in ventilation and filtration systems for printers and copiers to maintain indoor air quality.
Semiconductor and Electronics Manufacturing: Ensures a safe working environment by eliminating ozone from cleanroom exhaust streams.
Reliable Performance, Proven Quality
Every batch of DEAI CHEM Ozone Decomposition Catalyst undergoes rigorous quality testing to ensure consistent catalytic efficiency, mechanical strength, and long service life. The catalyst maintains its activity over extended operating periods, even under varying environmental conditions, minimizing the need for frequent replacement or maintenance.
For more information on system integration and technical support, please contact our team to learn how DEAI CHEM catalysts can enhance your air purification systems.