Nion N150 Industrial Ozone Generator – 150 g/h Output, Japanese Technology Standard

The Nion N150 industrial ozone generator delivers an ozone output of 150 g O₃ per hour, manufactured according to Japanese technology standards. The system guarantees precise ozone concentration down to each milligram, verified and certified by reputable inspection organizations such as Vinacontrol CE, SGS Vietnam, or according to customer-specific requirements.

Nion N150 is built on an advanced technological foundation with strict quality standards, providing 24/7 on-site warranty service. Its high-performance plasma-based ozone reaction chamber is engineered to deliver a lifespan of up to 100,000 hours.

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Real Installation Images of Nion Industrial Ozone Systems

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Additional Services from Nion Vietnam

In addition to the N150 industrial ozone generator, Nion Vietnam also provides:

• Custom-built ozone generators based on required output and concentration

• Certification, inspection, and upgrading of industrial ozone equipment

• Installation services, ozone system design, and consulting for water treatment, sterilization, food decontamination, and industrial exhaust treatment

• Ozone system operation and maintenance services

• Supply of ozone accessories and components for the Vietnamese market

For more information about Nion ozone production equipment, customers may visit the full product catalog.

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Application of the Nion N150 Ozone Generator in Irrigation Water Treatment

Agriculture remains the world’s largest consumer of water. Irrigation accounts for 70% of total global water usage. In several developing countries, irrigation can reach up to 95% of water consumption and plays a crucial role in food production and food security. Future agricultural development strategies heavily rely on maintaining and improving irrigated farming.

However, the pressure on water resources continues to increase due to competition with other industries and environmental challenges. As a result, water has become a critical resource affecting both daily life and industrial–agricultural operations.

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Irrigation Water Resources

Water for agricultural use is derived from natural sources or alternative water sources. Natural water includes rainwater and surface water such as rivers and lakes. These must be managed sustainably. Rainwater availability depends on local climate. Surface water is limited and often requires reservoirs and dams for storage.

Alternative irrigation sources include treated wastewater and residential drainage water. However, using recycled water for irrigation may pose health and environmental risks depending on soil properties, climate, and agricultural practices. Proper water management is essential to mitigate these risks.

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Reusing Water for Irrigation

Reclaimed water for irrigation is widely practiced around the world. For instance:

• In Clermont-Ferrand, France, since 1997, over 10,000 m³/day of tertiary-treated municipal wastewater has been reused to irrigate 700 hectares of corn.

• In Italy, more than 4,000 hectares of various crops are irrigated with recycled water.

• Spain also operates several reclaimed-water irrigation projects.

Water quality is crucial for crop yield, soil productivity, and environmental protection. When ozone is applied to treat irrigation water, it provides significant advantages:

Benefits of Ozonated Irrigation Water

• Removes harmful chemicals remaining in water, soil, crops, and the surrounding air

• Eliminates color, odor, and organic contaminants from water

• Disinfects irrigation water by killing bacteria and plant pathogens

• Can be sprayed directly onto crops or used to irrigate root zones

• Sterilizes indoor farming environments

• Provides sterile conditions for propagation and plant tissue culture

• Safely washes and disinfects vegetables, fruits, and food products to meet national and international safety standards such as VietGAP, Organic, GlobalGAP, and HACCP