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Catalytic oxidation equipment
- Micro-lectrolysis Catalytic Oxidation Reactor
- Ozone Catalytic Oxidation Reactor
- Ozone High-efficiency Micro-nano Gas Dissolver
- Ozone Tail Gas Destroyer
- Titanium-iridium-ruthenium Electrode Plate Series Electrocatalytic Oxidation Equipment
- Precious Metal Alloy Series Electrocatalytic Oxidation Equipment
- BDD Diamond Series Electrocatalytic Oxidation Equipment
- Multiphase Catalytic Fenton Reactor
- Photocatalytic Oxidation Reactor
- Microchannel Multi-component Catalytic Oxidation Reactor
- Disinfection and sterilization equipment
- Brine desalination and concentration
- Intelligent control system
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Related supporting equipment
- Micro-Nano Bubble Air Flotation Machine
- High-efficiency Anaerobic Reactor
- High-density Sedimentation Tank
- Soid-liquid Separator
- Fluoride Removal Integrated System
- MBR Membrane Bioreactor
- Integrated Treatment Equipment for Domestic Sewage
- High-efficiency Evaporator
- AO Biological Reaction Device
- Low-temperature Desalination Unit
- Liquid Membrane Extraction Equipment
- Grille Machine
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Precious Metal Alloy Series Electrocatalytic Oxidation Equipment
Advantage
1: The use of specialized catalytic anodes provides strong oxidation capabilities for organic substances, with fast reaction speeds and low energy consumption. Electrocatalytic oxidation is effective for high-concentration organic wastewater treatment, with short residence times typically ranging from 30 to 60 minutes. Consequently, the equipment is compact, requires minimal space, has reduced construction volume, shorter construction periods, and lower civil engineering investment.
2: The catalyst support is a stable alloy that is non-consumable, with stable and non-toxic chemical properties. It has a long lifespan and can be reused, ensuring long-lasting and efficient catalytic reactions.
3: Various catalytic combinations can be activated by electrical energy and can be freely customized according to customer needs, providing high efficiency and stability.
4: For special wastewater, the addition of catalysts can increase current density, enhance electrolysis effects, and improve treatment efficiency.
Applications of Precious Metal Alloy Series Electrocatalytic Oxidation Equipment

Deep oxidation treatment of membrane concentrate (in industries such as coking, coal chemical, and wastewater treatment plants)
High-salinity, high-concentration wastewater in chemical production (such as from dyes, pharmaceuticals, and pesticides)
Landfill leachate, desulfurization wastewater, and oil field wastewater
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