Microchannel Catalytic Oxidation Reactor – Efficient and Cost-Saving Wastewater Treatment

What is a Microchannel Catalytic Oxidation Reactor?

The microchannel catalytic oxidation reactor is an advanced wastewater treatment device that applies an external electric field and special catalytic alloy electrodes. Inside the specially designed electrochemical chamber, treatment occurs through chemical reactions, electrochemical processes, and physical effects, effectively removing pollutants or recovering valuable compounds.
 

Key Advantages

• Precise Control – Energy Saving: Continuous flow in microchannels enables accurate control of retention time, optimizing COD and ammonia removal. The system automatically proceeds or stops once standards are met, reducing more than 80% of power costs compared to conventional electrochemical oxidation equipment.

• Superior Efficiency: Achieves over 90% treatment efficiency within just 10 minutes, significantly shortening operation time.

• High Safety: The microchannel design minimizes liquid volume and retention time, eliminating risks such as explosion, hydrogen release, or high-temperature oxidation common in traditional electrolysis.

• Modular Flexibility: The system can be easily scaled up or down, combined with membrane modules to form compact, mobile wastewater treatment units with high efficiency.

Applications

The microchannel catalytic oxidation reactor is ideal for treating complex and hard-to-degrade wastewater, including:

• Membrane concentrate treatment: Wastewater from coking, coal chemical, and municipal plants.

• High-salinity wastewater: From dye, pharmaceutical, and pesticide industries.

• Leachate and specific industrial wastewater: Such as desulfurization wastewater, oilfield wastewater, with high pollution loads.

Conclusion

With fast efficiency, low cost, high safety, and flexible applications, the microchannel catalytic oxidation reactor is an optimal wastewater treatment solution for modern industries.