Integrated Control Small Industrial Ozone Generator

The small industrial ozone generator is a portable and efficient device designed for small industrial applications, capable of converting oxygen into ozone through corona discharge technology for disinfection and purification of air and water. It is easy to operate, suitable for use in confined spaces, and widely used in indoor air purification, food preservation, and water treatment applications. This equipment is compact in size, easy to install, and has low operating and maintenance costs, making it very suitable for applications that require mobility or frequent relocation.

Specification
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Specification

5 g/h, 10 g/h Ozone Generator
Small Oxygen-Ozone Integrated Machine
Multipurpose Ozone Generator
High Concentration Water Preparation Machine

Compact design, easy installation, automatic timing control function for unattended operation, dual cooling with external air and internal water for ozone unit, high ozone concentration.

Small industrial ozone generators with ozone output of 5 g/h

Specification

Table 1: Specifications for 5 g / 10 g Ozone Generator
Model	Ozone Output (g/h)	Oxygen Flow Rate (L/min)	Main Unit Power Consumption (W)	Cooling Water Volume (L/min)	Dimensions (mm)
SSOG-5C	5	2–3	80	2	375 × 470 × 180
SSOG-10C	10	3–6	120	4	375 × 470 × 180

Applications

Laboratory oxidation, decolorization, and deodorization experiments
Sterilization of purified water, mineral water production, and production water purification
Cold storage disinfection, pharmaceutical workshop, food processing workshop sterilization, oxidation, and food processing equipment disinfection
Changing room disinfection
Preservation of eggs, fruits, vegetables, and food against mold

It realizes integrated control of ozone generation system, oxygen production system, and cooling system for convenient use.
PSA oxygen production system provides high-quality oxygen-rich gas source within the generation unit.
Unique patented high-purity ceramic ozone generation tube, the highest quality materials, ultra-long lifespan
High ozone concentration effectively saves gas source.
Application of IGBT inverter high-voltage high-frequency power supply generates a powerful and stable electric field, producing electric discharge for stable operation.
Bipolar effective cooling of the ozone system maintains high stability in ozone production.
Automatic timing control system for convenient operation

Specification

Table 2: Specifications of Small Oxygen-Ozone Integrated Machine
Model	Ozone Output (g/h)	Oxygen Flow Rate (L/min)	Main Unit Power Consumption (W)	Cooling Water Volume (L/min)	Dimensions (mm)
SSOG-10A	10	3	≤ 0.8	4	600 × 500 × 1300

Applications

Workshop purification, changing room
Laboratories in various industries – wastewater treatment, gas treatment, industrial oxidation, disinfection water preparation

Designed and developed specifically for space sterilization in the food and pharmaceutical industries, with a simple and elegant appearance, portable, and easy to operate. It uses air as raw material, and after drying treatment, the ozone concentration is stable.
The discharge tube uses high-purity ceramics as the dielectric material, which is processed through exquisite ceramic interface polishing technology. It can withstand high temperatures and pressures (1600 °C, 100KV), and achieve 30,000 hours of trouble-free operation, greatly enhancing the reliability of the entire equipment (the entire unit has undergone a 3,000 hour continuous operation test).
The application of IGBT inverter high-voltage high-frequency power supply (18KV, 20KHZ) generates a strong and stable electric field in the discharge tube, producing corona discharge, effectively improving the efficiency of the generation unit and saving electricity.
The high efficiency of the generation unit determines the compactness of the entire equipment, making it 1/4–1/3 smaller in size than that of similar products. The generation unit adopts a modular design, making it easy to form a larger generation system. Moreover, if one module fails, it does not affect the operation of other modules. Effective cooling ensures that ozone production remains highly stable.

Specification

Table 3: Specifications of the Multipurpose Ozone Generator
Model	Ozone Output (g/h)	Oxygen Flow Rate (L/min)	Main Unit Power Consumption (W)	Cooling Water Volume (L/min)	Dimensions (mm)
SSOG-20P	20	5.5	≤ 0.2	4	480 × 320 × 700

Integrating ozone generation, oxygen production, and gas-water mixing, it primarily addresses the needs of the food industry, specifically for rinsing and sterilizing bottles and cans used in beverages and canned foods.
Fully utilizing the characteristics of ozone sterilization, with no residues and secondary pollution, it can produce high-concentration ozone water of 5–12 mg/l, which is effective in disinfection, sterilization, and degradation of organic matter.