Nion N10 Pro Industrial Ozone Generator

The Nion N10 Pro industrial ozone generator (10 g O₃/h) is an upgraded model positioned between low-capacity industrial ozone machines and high-output systems. It is considered a transitional breakthrough between the two segments.
The N10 Pro integrates all advanced technological improvements, featuring a reinforced structure, anti-rust SUS 304 stainless-steel housing, a true industrial-grade discharge chamber, and a Japanese-standard water-cooling system for superior durability and stability.

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Key Features of the Nion N10 Pro (10 g/h)

• Designed with a dedicated inlet port for supplying high-purity oxygen, ensuring stable ozone output—ideal for users requiring consistently high purity levels.

• Stable discharge-chamber temperature maintained below 40°C, minimizing ozone decomposition and enhancing O₂→O₃ conversion efficiency.

• Integrated fault-alert and system-protection functions for the control board and discharge chamber.

• Allows instant concentration/output adjustment, even while operating.

• Multiple operating modes with adjustable run time and interval time.

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Overview of the N10 Pro Construction

(If bạn muốn tôi có thể dịch luôn phần mô tả hình ảnh hoặc tạo lại cấu trúc chi tiết theo chuẩn catalogue.)

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Water Disinfection Using the Nion Ozone System

The use of ozone in water and wastewater disinfection is increasingly popular because of strict regulations on coliform bacteria and other waterborne pathogens. As chemical prices continue to rise, ozone becomes a more cost-effective and environmentally friendly alternative.
Ozone can be generated directly on-site from ambient air without requiring chemicals and leaves no residual by-products.

Issues with Conventional Chemical Disinfection

When discharge limits on pathogens become tighter, many facilities add more chemicals to meet the requirements. This leads to the need for additional treatment to remove those chemicals before discharge.
For example:

• If chlorine is used for disinfection, dechlorination must be performed before releasing wastewater.

• Increasing chlorine dosage by 20% also requires increasing dechlorination by 20%.

• Over time, operating costs increase significantly.

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Ozone – A Green Solution for Cleaner Water

• Produced on-site from oxygen, no chemical transport or storage required

• 100% renewable resource (air + electricity)

• Converts back to oxygen after reacting → no harmful residues

• Reduces chemical consumption, operating cost, and environmental impact

• Effective against bacteria, viruses, spores, and oxidation of organic pollutants

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Comparison: Chlorine vs. Ozone Disinfection

Ozone disinfection provides higher efficiency, lower long-term cost, and no need for chemical neutralization.

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Advantages of Ozone in Water Treatment

• No residual chemicals → no need for additional removal processes

• Generated on-site → eliminates chemical storage and transport risks

• Compact system → saves installation space

• Reduces operational cost by removing chemical consumption

• Eliminates all bacteria without selective resistance

• Helps reduce BOD, COD, and various organic pollutants

• Produces fewer secondary by-products compared to chlorine

• Effective in color removal, odor removal, and oxidation of micropollutants

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Ozone for Odor Treatment

• Strong oxidizing gas that eliminates odor-causing molecules

• Removes mold spores, bacteria, volatile organic compounds (VOCs)

• Leaves no harmful residue—reverts back to oxygen

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Need Consultation?

At Nion Vietnam, we supply a full range of industrial ozone systems for water and air treatment.
For detailed consultation regarding the N10 Pro or any ozone technology application:

• Website: www.nion.vn

• Hotline: 0982 593 115

• Address: 16/169 Doãn Kế Thiện, Mai Dịch, Cầu Giấy, Hà Nội