Electrolytic Production of Ozone
This technology has the following advantages
1. Material: Made of GR1, GR2 titanium material
2. Coating: Tin oxide coating
3. Ozone concentration: 1-4.5ppm (60ml aqueous solution)
4. Shapes can be customized, such as plate, mesh, etc
The Electrolytic Production of Ozone is an innovative electrode technology developed by Xi'an Taijin New Energy Technology Co., Ltd. This cutting-edge solution is specifically designed for applications in sterilization and decolorization, offering both effectiveness and convenience. When connected to a power source, the anode can transform ordinary tap water into a solution enriched with ozone and hydroxyl groups, making it a versatile tool for various purposes. The generation of ozone using this method is highly efficient, safe, and environmentally friendly, making it an ideal choice for modern needs.
This technology is particularly well-suited for water treatment, disinfection, and decolorization processes, finding broad applications in household appliances and industrial operations alike. It plays a vital role in removing impurities and pollutants through the process of electro-oxidation, which ensures high levels of cleanliness and hygiene. Furthermore, its adherence to strict environmental regulations highlights its commitment to sustainability, promoting eco-friendly practices in both domestic and industrial settings.
By employing this advanced technology, industries can achieve enhanced performance in water purification and waste management while reducing environmental impact. The Electrolytic Production of Ozone represents a significant step forward in sustainable innovation, delivering solutions that prioritize safety, efficiency, and the preservation of natural resources.
Our electrolytic production of ozone has the following advantages and technical features:
High Efficiency and Low Cost: Ozone generation through electrolysis is cost-effective, requiring low energy input for high yield.
Environmentally Friendly: This process eliminates chemical additives, reducing hazardous waste and environmental impact.
Enhanced Safety: Designed with built-in safety mechanisms, the equipment supports continuous and reliable operation in critical industrial environments.
Long Lifecycle: Durable materials and advanced engineering offer prolonged system longevity, minimizing operational disruptions.
Easy Integration: Our technology seamlessly integrates into existing treatment systems, minimizing setup time and costs.
Working Principle
The principle of Electrolytic Ozone Production is to decompose oxygen or oxygen molecules in water into oxygen atoms through the electrolysis process, and then these oxygen atoms combine with other oxygen molecules in water to form ozone:
During the electrolysis process, oxygen molecules (O ₂) accept electrons at the anode and undergo the following reaction:
O2 + 2e- → O22-
Then, the oxygen ion O22- further loses electrons at the anode, generating ozone:
O22-→ O2 + O + 2e-
O2 + O → O3
The overall response can be expressed as:
3O2 + 6e- → 2O3 + 6e-
Application
Ozone is a strong oxidant with a wide range of applications, such as water treatment, air purification, disinfection, and bleaching.
FAQ
What maintenance does the Electrolytic Production of Ozone system require?
The system is designed for easy maintenance, requiring filter replacements and basic cleaning approximately every 6-12 months.
Is this ozone production method safe for the environment?
Yes, electrolytic ozone production is environmentally friendly as it does not involve harmful chemical byproducts, supporting sustainable practices.
How does this system integrate with existing water treatment setups?
Our system is designed for compatibility with standard water treatment infrastructures, enabling quick and seamless integration.
What support do you offer post-purchase?
We provide comprehensive technical support, including setup assistance, troubleshooting, and scheduled maintenance guidance.
Contact Us
Please contact us at yangbo@tjanode.com with any questions or for additional details about the Electrolytic Production of Ozone system. If you have any further questions or technical requirements, our staff is available to help.
