OZONE GENERATOR
Key Features
| OZONE GENERATOR | : | Product Name Ozone Generator Technology Type Corona Discharge / UV Type Ozone Generation Ozone Production Capacity 5 to 200 grams per hour (customizable) Feed Gas Source Dry Air or Pure Oxygen Ozone Concentration 10 – 120 mg/L (depending on feed gas) Cooling Method Air-cooled or Water-cooled (model dependent) Operating Voltage 220V – 440V AC, 50/60 Hz Power Consumption 0.5 – 5.0 kW (based on model size) Material of Construction Stainless Steel 304/316, PTFE, or Anodized Aluminum Control System Digital Control Panel / PLC-Based Automatic Control Gas Flow Rate 1 – 20 L/min (as per ozone capacity) Ozone Output Adjustment Variable via Flow Regulator or Control Dial Discharge Type High-Frequency Corona Discharge Tubes Electrode Type Stainless Steel or Ceramic Dielectric Cooling Requirement Ambient or Circulating Water System Ozone Generation Efficiency >90% (with pure oxygen feed) Operation Mode Continuous / Intermittent Installation Type Floor Mounted / Wall Mounted (customizable) Noise Level <50 dB (low-noise operation) Ambient Temperature Range 5°C – 45°C Relative Humidity ≤85% RH (non-condensing) Safety Features Ozone Leak Detector, Overload Protection, Automatic Shutdown Ozone Destruction Unit Optional integrated catalytic converter Indicator System Digital Display for Ozone Output, Power, and Fault Alarms Maintenance Minimal; periodic cleaning and electrode inspection Lifespan 10,000 – 20,000 hours (typical) Applications Water Treatment, Air Purification, Food Processing, Aquaculture, Cooling Towers, Pharmaceuticals, Textile Industry Certifications CE / ISO 9001 / RoHS (depending on manufacturer) Environmental Compliance 100% Eco-Friendly – Ozone converts back to Oxygen Country of Origin India Brand Indian Carbon / Customized OEM |
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OZONE GENERATOR – Advanced OxidationTechnology for Air and Water Purification
An
Ozone Generator is an advanced purification device that produces ozone
(O₃) gas for the effective disinfection and oxidation of air, water, and
various industrial processes. It is one of the most powerful sterilization
technologies, capable of eliminating bacteria, viruses, mold, and organic
contaminants without leaving any harmful residues. Ozone is a naturally
occurring molecule composed of three oxygen atoms, and when generated
artificially through an ozone generator, it becomes a potent oxidizing agent
for multiple environmental and industrial applications.
Working Principle
The
ozone generator operates by converting oxygen (O₂) from ambient air or a pureoxygen source into ozone (O₃) using a high-voltage electrical discharge process
known as corona discharge or ultraviolet radiation. The corona
discharge method is most commonly used in industrial systems due to its high
efficiency and stable ozone output. In this process, a high-voltage electric
field splits oxygen molecules into single oxygen atoms, which then combine with
other oxygen molecules to form ozone. The generated ozone is then introduced
into air or water streams to neutralize microorganisms and oxidize
contaminants.
Applications
Ozone
generators are widely used across multiple industries because of their versatility,
environmental friendliness, and chemical-free operation. Key applications
include:
- Water Treatment – Ozone effectively
destroys bacteria, viruses, algae, and organic matter in drinking water,
wastewater, swimming pools, cooling towers, and industrial process water.
It also helps reduce color, odor, and turbidity, providing clean and safe
water.
- Air Purification – Ozone removes unpleasant
odors, smoke, and airborne pathogens from indoor environments such as
offices, hospitals, hotels, and factories. It neutralizes volatile organic
compounds (VOCs) and enhances indoor air quality.
- Food and Beverage Industry – Used for sanitizing
surfaces, packaging materials, storage rooms, and production equipment.
Ozone extends the shelf life of fruits, vegetables, meat, and beverages by
inhibiting microbial growth.
- Textile and Laundry Industry – Ozone enhances the
bleaching process, reduces chemical usage, and minimizes water
consumption, making it an eco-friendly alternative to conventional
methods.
- Aquaculture and Fisheries – Ozone improves water
quality by removing ammonia, nitrites, and organic waste, promoting
healthier aquatic life.
- Pharmaceutical and Chemical
Processing –
Used for disinfection, oxidation of organic compounds, and in advanced
oxidation processes (AOPs) for wastewater treatment.
Key Features and Benefits
- High Efficiency: Generates ozone instantly
without the need for chemicals or additives.
- Eco-Friendly: Ozone decomposes naturally
into oxygen, leaving no toxic residues.
- Powerful Disinfection: Eliminates bacteria,
viruses, mold, and other pathogens up to 99.9%.
- Odor Control: Quickly removes persistent
odors caused by smoke, food, or industrial emissions.
- Low Operating Cost: Consumes minimal energy and
reduces the need for chemical disinfectants.
- Easy Installation and
Operation:
Compact design with user-friendly control panels and safety features.
- Durable Construction: Made from
corrosion-resistant materials such as stainless steel or anodized aluminum
for long service life.
- Adjustable Output: Variable ozone production
settings allow precise control for different applications.
- Safety Mechanisms: Equipped with sensors and
interlocks to prevent ozone overexposure and ensure operator safety.
Technical Highlights
Typical
ozone generators are available in various capacities ranging from small
portable units (0.5–5 g/h) for domestic and commercial use to large-scale
industrial systems (up to 200 g/h or more). Key parameters include:
- Ozone Production Capacity: 5 to 200 grams per hour
(customizable).
- Feed Gas: Ambient air or oxygen.
- Cooling System: Air-cooled or water-cooled
depending on model size.
- Power Supply: 220–440 V AC, 50/60 Hz.
- Ozone Concentration: 10–120 mg/L (based on gas
feed).
- Material of Construction: Stainless steel 304/316,
PTFE, or anodized aluminum.
- Control System: Digital timer,
adjustable flow control, and optional PLC-based automation.
Advantages Over Traditional Disinfection Methods
Unlike
chlorine or other chemical-based disinfectants, ozone provides faster and more
effective oxidation without producing harmful by-products such as
trihalomethanes (THMs). It does not alter the taste, color, or pH of water andrequires no chemical storage or handling. Additionally, ozone breaks downrapidly after treatment, converting back into oxygen, which makes it a safe and
sustainable disinfection choice.
Maintenance and Safety
Modern
ozone generators are designed with minimal maintenance requirements. Regular
checks involve cleaning the corona discharge electrodes, inspecting gas flow
lines, and ensuring optimal electrical connections. Proper ventilation is
essential during operation to prevent ozone accumulation in enclosed spaces.
Most advanced units include ozone sensors, automatic shutdown systems, and leak
detectors to ensure operational safety and regulatory compliance.
Environmental Impact
Ozone
generation is an environmentally responsible technology. Since ozone is
produced on-site from oxygen, it eliminates the need for transportation and
storage of hazardous chemicals. Its decomposition into oxygen ensures zero
environmental pollution, aligning with sustainable development goals and green
industry standards.
Conclusion
TheOzone Generator is results with low
environmental impact. Its powerful oxidation capability, coupled with advanced
engineering, makes it an indispensable tool for modern water treatment plants,
industries, and environmental protection systems.
By
adopting ozone generators, industries can achieve cleaner operations, reduce
chemical dependency, and promote a healthier, sustainable environment for
future generations.
| OZONE GENERATOR | Product Name Ozone Generator Technology Type Corona Discharge / UV Type Ozone Generation Ozone Production Capacity 5 to 200 grams per hour (customizable) Feed Gas Source Dry Air or Pure Oxygen Ozone Concentration 10 – 120 mg/L (depending on feed gas) Cooling Method Air-cooled or Water-cooled (model dependent) Operating Voltage 220V – 440V AC, 50/60 Hz Power Consumption 0.5 – 5.0 kW (based on model size) Material of Construction Stainless Steel 304/316, PTFE, or Anodized Aluminum Control System Digital Control Panel / PLC-Based Automatic Control Gas Flow Rate 1 – 20 L/min (as per ozone capacity) Ozone Output Adjustment Variable via Flow Regulator or Control Dial Discharge Type High-Frequency Corona Discharge Tubes Electrode Type Stainless Steel or Ceramic Dielectric Cooling Requirement Ambient or Circulating Water System Ozone Generation Efficiency >90% (with pure oxygen feed) Operation Mode Continuous / Intermittent Installation Type Floor Mounted / Wall Mounted (customizable) Noise Level <50 dB (low-noise operation) Ambient Temperature Range 5°C – 45°C Relative Humidity ≤85% RH (non-condensing) Safety Features Ozone Leak Detector, Overload Protection, Automatic Shutdown Ozone Destruction Unit Optional integrated catalytic converter Indicator System Digital Display for Ozone Output, Power, and Fault Alarms Maintenance Minimal; periodic cleaning and electrode inspection Lifespan 10,000 – 20,000 hours (typical) Applications Water Treatment, Air Purification, Food Processing, Aquaculture, Cooling Towers, Pharmaceuticals, Textile Industry Certifications CE / ISO 9001 / RoHS (depending on manufacturer) Environmental Compliance 100% Eco-Friendly – Ozone converts back to Oxygen Country of Origin India Brand Indian Carbon / Customized OEM |
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