AOP Advanced Oxidation Equipment

AOP Advanced Oxidation Equipment is widely used in drinking water purification, swimming pool disinfection, and industrial wastewater treatment. As a trusted supplier of Advanced Oxidation Process (AOP) Equipment, Guanyu provides complete AOP solutions that help customers efficiently remove organic pollutants, improve water quality stability, and reduce overall treatment costs.

Our AOP equipment combines multiple advanced oxidation technologies, such as ozone, UV, and hydroxyl radical generation, delivering a highly effective, low-residue, and eco-friendly purification method for modern water treatment systems.

What Is Advanced Oxidation Process (AOP)?

The Advanced Oxidation Process is a water treatment method that uses strong oxidizing radicals—especially hydroxyl radicals (•OH)—to degrade persistent pollutants that traditional filtration, chlorination, or standard disinfection cannot remove.

With the rise in water quality standards worldwide, Advanced Oxidation Processes (AOP) have become essential in:

  • Drinking water treatment

  • Industrial water reuse

  • Swimming pool water sanitation

  • Municipal and industrial wastewater treatment

  • Emergency water treatment and rapid-response systems

Because hydroxyl radicals react extremely fast with organic contaminants, advanced oxidation processes for water treatment offer high removal rates for odors, color issues, ammonia nitrogen, pharmaceuticals, and disinfection by-products.

Our AOP (Advanced Oxidation Process) Systems

We offer two major types of AOP water treatment equipment designed to meet different application scenarios:

  1. AOP drinking water purification equipment

  2. AOP swimming pool water purification equipment

Both product lines are built for stable output, long service life, and high oxidation efficiency, making them ideal for large-scale continuous operation.

AOP Drinking Water Purification Equipment

Our drinking water purification AOP equipment utilizes the uv advanced oxidation process combined with ozone to generate strong oxidizing radicals, ensuring the removal of micro-pollutants and improving overall taste and safety of drinking water.

Key Features

  • Suitable for medium to large municipal or industrial drinking water stations

  • Stable ozone production (20–100 g/h) to match various water quality conditions

  • Efficient circulation system to ensure uniform oxidation

  • Removes color, odor, organic matter, residual chlorine, pesticides, and bacteria

  • Ideal for advanced treatment before water enters storage tanks or distribution pipelines

Technical Parameters (Reference Only)

  • Model: GY-AOP

  • Total Power: 3–6.5 kW

  • Ozone Production: 20–100 g

  • Applicable Water Tank Volume: 60–300 m³

  • Water Supply Flow: 30–150 m³/h

  • Circulation Pump: 2–8 m³/h

This AOP equipment is widely used in food factories, industrial parks, municipal water plants, and areas requiring strict drinking water standards.

AOP Swimming Pool Water Purification Equipment

Our swimming pool AOP system uses a powerful combination of ozone and UV technology to enhance disinfection performance while reducing chlorine usage and harmful by-products.

Key Features

  • Rapid oxidation of organic pollutants introduced by swimmers

  • Significantly reduces chloramine odor

  • Safe, efficient, and suitable for long-term continuous operation

  • Ideal for commercial pools, resorts, water parks, hotels, and community swimming pools

Technical Parameters (Reference Only)

  • Model: GYY-AOP

  • Total Power: 3.5–26.5 kW

  • Equipment Diameter: DN100–350

  • Total Water Volume Supported: 120–160 m³

  • Circulation Flow: 40–600 m³/h

  • Required Cycle Time: 3–4 hours

The system ensures consistently clean and clear pool water while meeting international swimming pool health standards.


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Why Choose Our AOP Advanced Oxidation Equipment?

1. High Oxidation Efficiency

Our AOP (Advanced Oxidation Process) systems quickly destroy complex contaminants that conventional treatment cannot handle.

2. Safe, Eco-Friendly Operation

AOP produces minimal chemical residues, making it ideal for environmentally responsible water treatment.

3. Flexible Integration

Suitable for new installations or upgrading existing systems such as ozone, UV, filtration, or chlorination.

4. Long-Term Cost Savings

Reduced usage of chemicals, lower maintenance, and extended equipment life dramatically cut overall treatment costs.

5. Broad Application Scenarios

From drinking water to swimming pools to advanced oxidation processes for wastewater treatment, our systems deliver stable performance under various conditions.

Applications of Advanced Oxidation Technologies

Our AOP equipment is designed for diverse water treatment needs, including:

  • Municipal drinking water purification

  • Industrial wastewater advanced treatment

  • Swimming pool disinfection and odor control

  • Food & beverage processing water

  • Reclaimed water recycling

  • Hospital and laboratory wastewater

  • Groundwater and surface water improvement

  • Emergency disaster-relief water purification

These systems help organizations meet increasingly strict water quality regulations and environmental requirements.

FAQs About Advanced Oxidation Process Systems

1. What is the advanced oxidation process system?

An AOP system generates hydroxyl radicals using ozone, UV, hydrogen peroxide, or a combination of technologies. These radicals rapidly oxidize pollutants to clean and disinfect water more effectively than conventional methods.

2. What is the AOPs process?

The AOPs process involves the chemical reaction between oxidants and energy sources (UV or catalysts) to produce hydroxyl radicals, which break down organic compounds into harmless by-products like carbon dioxide and water.

3. What is the process of oxidation?

Oxidation is a chemical reaction where molecules lose electrons. In water treatment, oxidation is used to break down pollutants, eliminate odors, and kill microorganisms.

4. What is the AOP mechanism?

The AOP mechanism relies on generating extremely reactive hydroxyl radicals (•OH), which quickly attack and decompose complex organic pollutants, bacteria, viruses, and other harmful substances, making water cleaner and safer.

Need AOP Equipment for Your Project?

We supply complete Advanced Oxidation Process (AOP) equipment and system customization services.
Whether you are upgrading drinking water facilities, renovating a commercial swimming pool, or installing advanced oxidation processes for wastewater treatment, our technical team provides professional engineering support and reliable after-sales service.

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Pharmaceutical water generally includes several types: drinking water, purified water, water for injection, and sterile water for injection;
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Disinfection and Sterilization in Urban Water Supply
The disinfection process in urban water treatment plants aims to inactivate pathogenic microorganisms in the water (such as bacteria, viruses, and parasites) through physical or chemical methods.
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Urban domestic sewage mainly originates from daily residential water use, including wastewater from washing, bathing, and kitchen and toilet drainage. It contains pollutants such as organic matter, nitrogen and phosphorus nutrients, suspended solids, and pathogenic microorganisms.
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Scale formation in industrial recirculating water refers to the precipitation of salts such as calcium and magnesium from the water due to increased temperature, changes in pH, or evaporation concentration, resulting in the formation of hard deposits on the surfaces of pipes, heat exchangers, and other equipment. Common types of scale include calcium carbonate, calcium sulfate, and silicates. Scale buildup can reduce heat transfer efficiency, increase energy consumption, and even clog pipes, affecting the normal operation of the system. Control methods include water softening, adding scale inhibitors, adjusting pH levels, and regular descaling.
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