About AQOZONE DeBru Ozone Generator
Our Ozone Nano technology for reduction of COD / BOD in the organic load of the low boilers ETP plant. Our technological advancement of using effectively ozone to reduce the COD / BOD organic load from the treated effluent from ETP Plant.
(O3)is a highly reactive gas composed of three oxygen atoms. It is both a natural and a man-made product that occurs in the Earths upper atmosphere (the stratosphere) and lower atmosphere (the troposphere).
Its helps to mix the Ozone and effluent in a very effective way , the mixing helps in oxidizing the effluent by breaking the water into fine bubbles and having the ozone mixing efficiency by 95%
- Less footprint occupied for the setup, 6 feet X 8 feet X 10 feet height.
- Very effective in reducing the COD levels by 90%
- No chemicals used.
- Power consumption is less compared to the evaporator.
- No steam required, hence recurring cost reduced.
- Less work force required.
Versatile Applications Across IndustriesThe AQOZONE DeBru Ozone Generator addresses diverse needs in areas such as water purification, air sterilization, food storage, and hospital sanitation. Its combination of advanced features enables efficient decontamination and disinfection, contributing to a safer and healthier environment for a wide range of industrial, commercial, and healthcare applications.
Designed for Performance and SafetyThis generator operates between 5C to 40C, ensuring consistent output in variable environments. The overload protection and emergency stop provide critical safety during operation. Combined with the sturdy powder-coated frame and user-friendly control modes-automatic and manual-you can rely on continuous and secure performance.
FAQ's of AQOZONE DeBru Ozone Generator:
Q: How is the AQOZONE DeBru Ozone Generator typically used in hospitals and water treatment facilities?
A: The generator is utilized for sterilizing air and surfaces in hospitals, as well as purifying water in treatment plants. Its ozone production capability effectively neutralizes pathogens, odors, and contaminants, supporting strict hygiene and quality standards in these environments.
Q: What process does the generator follow to produce ozone and ensure safe operation?
A: It uses an electrical discharge process to convert oxygen (O2) or dry air into ozone (O3). Safety is ensured with features like overload protection, an emergency stop mechanism, and a digital display for real-time monitoring of operating parameters.
Q: When should I perform maintenance on the AQOZONE DeBru Ozone Generator?
A: Regular maintenance should be scheduled in accordance with the operating hours, especially as the lamp approaches its 8000-hour lifespan. It's advised to periodically check the cooling systems, clean the unit, and inspect safety features for optimal longevity and performance.
Q: Where can the AQOZONE DeBru Ozone Generator be installed or used?
A: It is designed as a floor-standing unit with castor wheels for easy movement. This makes it suitable for installation in hospitals, food storage warehouses, water treatment plants, and other locations requiring flexible placement and mobility.
Q: What are the main benefits of using this ozone generator for air and water treatment?
A: Key benefits include efficient microbial control, odor removal, and chemical-free disinfection, leading to improved environmental safety. Its reliable build, long lamp life, and robust safety features add value by reducing maintenance costs and enhancing user protection.
Q: How is the ozone output controlled, and what display options are available?
A: Operators can select between automatic and manual control modes to regulate ozone output according to demand. The digital display provides clear monitoring of vital parameters, facilitating easy and precise adjustments during operation.