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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
0102030405
Solid-liquid separation equipment
Advantage
Filtration efficiency: Solid-liquid separation equipment is designed to effectively separate solid particles from liquid streams and achieve a high level of filtration efficiency to produce clarified liquids and dehydrated solids.
Scalability: Solid-liquid separation equipment is scalable to accommodate different flow rates, particle sizes and process requirements, making it suitable for both small-scale and large-scale operations.
Automation and control: Solid-liquid separation systems have advanced automation and control capabilities, which can accurately control the separation process and monitor and adjust key parameters.
Material Selection: Equipment is constructed from materials that are corrosion-resistant, durable and suited to the specific characteristics of the process stream, ensuring long-term reliability and performance.
Advantages of Micro-electrolysis Catalytic Reactor

Wastewater Treatment: Solid-liquid separation equipment is extensively used in municipal and industrial wastewater treatment plants for the removal of suspended solids, sludge dewatering, and the production of clarified effluent.
Mining and Mineral Processing: In the mining industry, solid-liquid separation equipment is employed for the dewatering of tailings, the recovery of valuable minerals from process streams, and the treatment of process water.
Food and Beverage Processing: Solid-liquid separation equipment is utilized in food and beverage processing for the clarification of juices, the dewatering of sludges, and the separation of solids from liquid products.
Chemical and Pharmaceutical Manufacturing: These equipment are applied in chemical and pharmaceutical industries for the separation of solids from process liquids, the recovery of valuable products, and the dewatering of chemical and pharmaceutical waste streams.
Oil and Gas Industry: Solid-liquid separation equipment is used in the oil and gas sector for the treatment of produced water, the dewatering of drilling muds, and the separation of solids from various process streams.

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