Three-stage Ozone Water Mixer for Water Treatment

Video of Ozone and Water Mixer

Watch the ozone and water mixer in operation within a real industrial water treatment system. The video demonstrates how ozone gas generated from an ozone generator is injected into the mixer and rapidly dissolved into water. With advanced gas-liquid mixing technology, the system creates micro-bubbles and strong turbulence to ensure efficient ozone transfer.

Our three-stage ozone water mixer design significantly increases ozone dissolution efficiency compared with traditional mixers. This allows water treatment systems to achieve stronger sterilization and oxidation effects while reducing ozone waste. The ozone-rich water produced by the ozone and water mixer is widely used in bottled water production lines, beverage factories, and industrial water purification systems.

Introduction to Ozone and Water Mixer

The ozone and water mixer is a critical component in modern ozone water treatment systems. Its main function is to mix ozone gas with water efficiently to produce ozone-rich water for sterilization, oxidation, and purification applications.

A high-performance three-stage ozone water mixer improves gas-liquid contact and increases the dissolution rate of ozone in water. By generating micro-bubbles and strong mixing turbulence, the ozone and water mixer ensures that ozone is fully utilized within the water treatment process.

This equipment is widely used in drinking water treatment systems, beverage manufacturing plants, bottled water production lines, and industrial water purification facilities. With reliable performance and efficient ozone utilization, the ozone and water mixer helps improve water quality while reducing operating costs.

Key Features of Ozone and Water Mixer

• Advanced three-stage ozone water mixer design for higher ozone dissolution efficiency

• Creates micro-bubbles for improved gas-liquid mixing

• Increases ozone utilization and reduces ozone gas loss

• Stainless steel construction (SUS304/SUS316) for corrosion resistance

• Compact structure for easy pipeline installation

• Stable operation with minimal maintenance requirements

• Energy-efficient mixing system

• Compatible with various ozone generators and water treatment systems

The ozone and water mixer provides reliable performance in continuous industrial water treatment applications.

Working Principle of Ozone and Water Mixer

1. Ozone Gas Injection

Ozone gas generated from an ozone generator enters the ozone and water mixer through a dedicated gas inlet while water flows through the pipeline.

2. Three-stage Mixing Process

The three-stage ozone water mixer uses a multi-stage mixing structure that creates pressure differences and turbulence. This process breaks ozone gas into extremely fine bubbles.

3. Efficient Gas-Liquid Contact

Because the bubbles produced inside the ozone and water mixer are very small, the contact surface between ozone and water increases significantly. This allows ozone to dissolve rapidly and efficiently.

4. Ozone Water Output

After mixing, the ozone-rich water exits the ozone and water mixer and flows into the treatment system for sterilization, oxidation, and purification processes.

Technical Parameters

• Mixing Type: Gas-liquid mixing

• Material: SUS304 / SUS316 stainless steel

• Ozone Dissolution Efficiency: Up to 90%

• Water Flow Capacity: 1–30 m³/h (customizable)

• Working Pressure: 0.2–0.6 MPa

• Installation: Inline pipeline installation

• Mixing Structure: Three-stage ozone water mixer design

Applications

The ozone and water mixer is widely used in industries where ozone water is required for sterilization and purification.

Typical applications include:

• Bottled drinking water production lines

• Mineral water treatment systems

• Beverage manufacturing plants

• Food processing sanitation systems

• Swimming pool water treatment

• Aquaculture water sterilization

• Industrial wastewater treatment

In bottled water factories, the three-stage ozone water mixer is often used in the final disinfection stage to ensure microbial safety and maintain product quality.

Advantages of Three-stage Ozone Water Mixer

Compared with traditional mixing systems, the three-stage ozone water mixer offers several advantages:

• Higher ozone dissolution efficiency

• Improved sterilization performance

• Reduced ozone gas consumption

• More stable ozone concentration in water

• Better compatibility with large-scale water treatment systems

These advantages make the ozone and water mixer an essential component in modern beverage production and industrial water treatment facilities.

Why Choose Our Ozone and Water Mixer

• Advanced three-stage ozone water mixer technology

• Durable stainless steel construction

• High ozone utilization rate

• Stable and reliable continuous operation

• Easy integration with existing water treatment equipment

• Customizable capacity for different industrial applications

Our ozone and water mixer is engineered to deliver efficient gas-liquid mixing and reliable long-term performance.

Conclusion

The ozone and water mixer plays a crucial role in ozone water treatment systems. By efficiently dissolving ozone gas into water, it enhances sterilization performance and ensures safe water quality for industrial processes.

With its advanced three-stage ozone water mixer design, this system provides higher ozone dissolution efficiency and improved water treatment performance, making it an ideal solution for bottled water plants and beverage manufacturing facilities.

FAQ of Ozone and Water Mixer

Q1: What is an ozone and water mixer used for?

A1: An ozone and water mixer dissolves ozone gas into water to produce ozone water used for sterilization, oxidation, and purification.

Q2: What is a three-stage ozone water mixer?

A2: A three-stage ozone water mixer is an advanced mixing design that improves ozone dissolution efficiency by using multiple mixing stages to enhance gas-liquid contact.

Q3: Where is the ozone and water mixer commonly used?

A3: It is widely used in bottled water production, beverage manufacturing, food processing, and industrial water treatment systems.

Q4: What materials are used in the ozone and water mixer?

A4: Most ozone and water mixers are made from SUS304 or SUS316 stainless steel for corrosion resistance and hygienic operation.

Q5: Can the ozone and water mixer be customized?

A5: Yes. The mixer capacity and design can be customized based on water flow rate and ozone generator specifications.