Is Your Water Treatment System Still Releasing Residual Ozone?
Ozone has become one of the most effective oxidants in modern water treatment. From municipal drinking water and wastewater treatment to pharmaceutical wastewater, aquaculture, and industrial Advanced Oxidation Processes (AOP), ozone plays a critical role in improving water quality while reducing the use of chemicals.
But there is one challenge that cannot be ignored:
Residual ozone.
After completing the oxidation process, unused ozone remains in the exhaust stream. If not properly destroyed, it can:
• Create health risks for operators
• Corrode nearby equipment and electronic components
• Shorten the service life of ventilation systems
• Prevent facilities from meeting environmental emission standards
That's why ozone off-gas destruction has become a standard requirement for modern water treatment facilities.
A Reliable Ozone Destruction Solution
Our Ozone Decomposition Catalyst efficiently converts ozone (O₃) into oxygen (O₂) at ambient temperature without additional energy input or secondary pollution.
Designed for continuous industrial operation, it delivers:
• More than 99% ozone removal efficiency
• Room-temperature operation
• Low pressure drop
• Long service life of 3–5 years
• Stable performance under continuous operation
These advantages help water treatment operators reduce maintenance costs while improving system reliability and workplace safety.
Engineered for Reliable Performance
As a professional ozone decomposition catalyst manufacturer, we focus on delivering high-performance catalyst solutions for industrial ozone destruction applications.
Our catalyst has been successfully applied by customers across Europe, North America, Asia, and other international markets, demonstrating reliable performance in a wide range of water treatment systems.
With years of manufacturing experience and extensive application validation, our catalyst has become a trusted choice for OEMs, engineering companies, and end users seeking efficient ozone destruction solutions.
Customers choose our solution because it offers:
- Performance comparable to American well-known brand
- Competitive pricing
- Faster and more reliable delivery
- Consistent manufacturing quality
- Flexible sizing and customization
- Professional technical support
Applications
Our ozone decomposition catalyst is widely used in:
- Municipal wastewater treatment
- Drinking water purification
- Industrial wastewater treatment
- Advanced Oxidation Process (AOP) systems
- Pharmaceutical and chemical water treatment
- Aquaculture water treatment
- Swimming pool ozone systems
- Ozone generator exhaust treatment
Whether you're designing a new ozone system or upgrading an existing installation, selecting a reliable ozone destruction catalyst is essential for achieving safe operation, regulatory compliance, and long-term system performance.
As environmental regulations continue to become more stringent worldwide, choosing a catalyst that combines high efficiency, long service life, and stable supply is more important than ever.
Our catalyst has been successfully validated by customers worldwide and is suitable for projects requiring a high-performance ozone destruction catalyst. It can also serve as a reliable replacement option for systems originally designed around other well-known catalyst media, including Carulite® 200.
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