In modern industrial applications, ozone (O₃) is commonly used for disinfection and oxidation. However, if residual ozone is not properly treated before emission, it can pose health risks to personnel and contribute to environmental pollution. Effective ozone management is therefore essential for both regulatory compliance and sustainable operations.

DEAI CHEM’s Solution — Ozone Decomposition Catalyst

At DEAI CHEM, we offer a high-performance Ozone Decomposition Catalyst made from a manganese dioxide–copper oxide formulation. Designed to break down excess ozone into harmless oxygen (O₂), this catalyst is available in 4×8 mesh, 8×14 mesh, and powder forms — ensuring compatibility with various systems and operational needs.

How It Works — and Why It Matters

This catalyst operates efficiently at ambient temperature, utilizing a surface-based redox reaction to convert ozone into oxygen. No external heating or power is needed. This makes it a practical, low-maintenance solution with several key benefits:

Energy-Free Operation: Works at room temperature without added power

High Efficiency: Fast and consistent ozone removal performance

Environmentally Safe: Non-toxic, long-lasting, and easy to dispose

Flexible Integration: Easily fits into different exhaust and air purification systems

Proven Applications Across Industries

DEAI CHEM’s catalyst has been successfully used in a wide range of industries and emission sources, including:

Drinking Water & Wastewater Treatment: For ozone tail gas treatment after oxidation

Chemical Processing: Neutralizing ozone in reactors, tanks, or vent streams

Office Equipment Emissions: Removing ozone from printers and copiers

Corona Discharge Systems: Used in semiconductor cleaning and plasma processes

Whether you’re building a new system or upgrading an existing one, our ozone catalyst offers a cost-effective, reliable solution for managing ozone emissions safely and sustainably.

If you’re looking for a trusted way to eliminate ozone in your process — efficiently and without complexity — contact DEAI CHEM to request samples or discuss technical requirements.