30 g/h Ozone Generator for Agricultural Water Treatment

Product introduction of 30 g/h Ozone Generator

The 30 g/h Ozone Generator is a high-performance system used in municipal water treatment for decolorization, disinfection, and COD reduction. Featuring advanced patented technologies, it employs a high-efficiency dielectric tube and a capacitive load high power inverter to ensure stable ozone production. This equipment is designed for continuous operation, effectively improving water quality by removing harmful substances such as pesticides, viruses, and bacteria. Ideal for wastewater treatment, reclaimed water reuse, and industrial applications, it helps achieve cleaner water and improved treatment efficiency.

Working Principle

The 30 g/h Ozone Generator works by passing air or oxygen through a high-voltage dielectric tube, which produces ozone (O₃) via a dielectric discharge. The ozone is then injected into the water where it reacts with organic and inorganic pollutants, breaking them down into smaller, non-toxic molecules. This process helps purify the water, reduce COD, and eliminate bacteria, viruses, and algae. The system is equipped with advanced monitoring features and a multi-stage cooling design, ensuring stable, continuous ozone production for effective water treatment.

Product Parameter Table

Ozone Capacity	30 g/h
Ozone Concentration	80-120 mg/L
Power Supply	220 V,50 Hz
Rated Power Rate	2.00 kW
Water Inlet and Outlet	G1″
Dimension (L×W×H)	600×1300×1600 mm

Main Features

1. Leading Ozone Production Technology: Utilizes advanced glass and non-glass discharge dielectric technology for stable, high-efficiency ozone generation.
2. High Ozone Concentration: Capable of adjusting ozone capacity from 10% to 100%, ensuring optimal performance for different water treatment needs.
3. Patented Dielectric Tube: High-strength enamel dielectric tube offers improved heat resistance, pressure resistance, and easier maintenance.
4. Advanced Power Control: Features capacitive load high power inverter technology, ensuring reliable and consistent ozone output.
5. Multi-Stage Cooling Design: Water cooling mode with a multi-stage structure increases cooling efficiency by 20%, allowing 24/7 operation.
6. Remote Monitoring and Control: Includes embedded online detection and remote monitoring capabilities for enhanced operation and system protection.

Application Scenarios

• Municipal Water Treatment: Reduces COD, decolorizes, and purifies water before final discharge.
• Reclaimed Water Reuse: Treats wastewater for decolorization, deodorization, and enhanced water quality for reuse.
• Industrial Wastewater Treatment: Decomposes harmful organic and inorganic pollutants such as benzene, phenol, cyanide, and pesticides.
• Wastewater Disinfection: Kills chlorine-resistant bacteria, viruses, and algae, while reducing turbidity and improving water clarity.
• Environmental Remediation: Helps remove endocrine disruptors and halogenated hydrocarbons from treated water.

Key Selling Points

• Efficient Ozone Production: High ozone concentration and stable output make it ideal for continuous municipal water treatment.
• Advanced Technology: Patented dielectric tube and high power inverter technology provide long-lasting, efficient operation.
• Continuous Operation: Capable of 24-hour operation with a multi-stage cooling system that ensures higher efficiency.
• Cost-Effective Maintenance: The durable dielectric tube and easy maintenance features reduce long-term operational costs.
• Versatile Applications: Suitable for various industries, including municipal, industrial, and reclaimed water treatment.

FAQ

Q1: What is the ozone output capacity of this generator?
The ozone generator produces 30 g/h of ozone, ideal for municipal and industrial water treatment processes.

Q2: Can this system operate continuously?
Yes, the system is designed for 24/7 continuous operation, thanks to its efficient cooling technology and durable components.

Q3: How does the ozone generator help with water treatment?
It effectively breaks down organic and inorganic pollutants, decolorizes water, reduces turbidity, and improves water quality.

Q4: What are the key advantages of the patented dielectric tube?
The dielectric tube is made of high-strength enamel, offering excellent pressure and heat resistance, and is easier to maintain.

Q5: Can this generator be used in reclaimed water treatment?
Yes, it is highly suitable for reclaimed water reuse, providing effective decolorization and deodorization for recycled water systems.

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