High-Efficiency Ozone Oxidation Catalyst for Industrial Wastewater Treatment

Discover our advanced catalytic solution designed to tackle complex organic pollutants in industrial wastewater. Enhance treatment efficiency and biodegradability with our reliable ozone oxidation catalyst, a leading choice for environmental protection.

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Key Advantages of Our Ozone Oxidation Catalyst

Exceptional Pollutant Degradation

Our catalyst facilitates the rapid generation of hydroxyl radicals, ensuring efficient removal of difficult-to-degrade organic pollutants. This is crucial for meeting stringent discharge regulations and improving overall water quality, making it a valuable find for any procurement manager seeking effective wastewater solutions.

Improved Biochemical Treatment Efficiency

By significantly enhancing the biodegradability of complex wastewater streams, our catalyst optimizes the performance of downstream biological treatment processes. This translates to lower operational costs and higher treatment success rates for R&D scientists and formulators.

Robust Heterogeneous Catalysis

As a heterogeneous catalyst, it offers excellent stability and ease of separation from the treated water. This characteristic, coupled with our reliable manufacturing capabilities in China, ensures a dependable supply and consistent product quality for your industrial applications.

Versatile Applications in Environmental Protection

Industrial Wastewater Pretreatment

Ideal for pretreatment of chemical, pharmaceutical, and textile industry effluents to remove persistent organic compounds and prepare water for further treatment.

Advanced Oxidation Processes (AOPs)

A core component in AOPs, significantly amplifying the effectiveness of ozone oxidation for a wide range of challenging contaminants.

Biochemical Treatment Enhancement

Improves the efficiency of subsequent biochemical treatment by increasing wastewater biodegradability, a key benefit for plant operators.

Depth Water Upgrading

Enables deeper purification of water, removing refractory organic matter and enhancing overall water quality for reuse or discharge.