Ozonia*臭氧系统
High-quality, industry leading ozone systems for water treatment
High-quality, industry leading ozone systems for water treatment Ozone is one of the most powerful oxidation tools water treatment professionals have for purification and disinfection. Veolia has been the ozone water treatment industry pioneer for decades. We design and manufacture a complete range of Ozonia Ozone Systems from laboratory products to the largest ozone water treatment systems in the world.
Veolia’s Ozonia Ozone Systems are consistently ranked among the best in the industry for performance, quality and reliability. With research and development centers and manufacturing facilities on three continents, Veolia can deliver complete ozone systems to any customer specification. Trust the ozone technology leader with over 40 years of experience to help solve your water treatment challenges.
臭氧，又被称为三氧，它的化学式是O3，由三个氧原子组成。臭氧气体在正常的大气条件下是不稳定的，这意味着在商业应用中，臭氧必须在现场使用臭氧发生器。臭氧在水中的寿命取决于各种因素，包括水温、臭氧浓度和水本身的成分。
- Complete Ozone Systems
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Veolia provides full lifecycle support for Ozonia ozone technology. We supply complete ozone systems that include all the components required to operate an ozone water treatment process safety and efficiently. Contact us today to learn how Veolia can design an ozone water treatment system optimized for your needs
Ozonia ozone systems include several sub-systems:
- 原料气制备系统
- 臭氧发生器
- 臭氧发生器的电源装置
- Ozonia * SmartO3控制系统
- 臭氧接触系统
- 臭氧排气破坏系统
- 臭氧氧化能力
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Ozone is a highly effective disinfectant that eliminates bacteria, viruses, fungi, spores, yeasts, and parasites in water treatment. As one of the most powerful oxidizing agents available, it provides excellent solutions for municipal, industrial, and commercial water treatment needs.
Composed of three oxygen atoms (O3), ozone is naturally unstable under normal conditions, requiring on-site generation using specialized equipment. Its effectiveness duration in water varies depending on temperature, concentration, and water composition.
Ozone Formation Process
Ozone (O3) forms when oxygen molecules (O2) are broken apart and the reassemble into ozone molecules. This transformation requires an energyinput to occur.
物质 氧化电位 (IV) 分子氧原子 (O) 2.42 臭氧分子 (O3) 2.07 过氧化氢 (H202) 1.78 氯 (Cl) 1.36 二氧化氯 (ClO2) 1.27 氧分子 (O2) 1.23 - Commercial Ozone Generation Methods
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Two primary methods are commonly used for commercial ozone production:
当氧分子(O2)分裂并重新组合成臭氧(O3)时，就会产生臭氧。从分子氧到臭氧的反应需要能量。
- Corona Discharge Process: This is the most widely used method where oxygen-containing gas passes through an electrical field created between two electrodes. The electrical energy causes oxygen molecules to split apart and reform as ozone molecules.
- Electrolytic Process: An alternative method for generating ozone in commercial applications.
Ozonia* specializes in designing both types of ozone generation systems and has developed advanced technology including their 2nd generation Intelligent Gap System Plus (IGS+), which delivers enhanced performance while reducing operational costs.
Download the Ozonia* Intelligent Gap System Plus (IGS+) Fact Sheet
- Ozone Process Application
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From laboratory testing, to pilot testing, through design and engineering, Ozonia Ozone Systems enable you to solve your challenges. We partner with our clients to find solutions using oxidation. Our industry-leading oxidation process expertise can develop solutions for your water treatment challenges.
- 实验室测试
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Our industry-leading oxidation process laboratory is equipped with state-of-the-art equipment, analyzers and data processing technology. Our expert staff bring over 20 years of combined experience to our clients.
- 试运行
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我们提供全球试点服务来验证氧化和AOP解决方案能否在您的场地取得成效。Ozonia臭氧系统试点服务提供标准化和定制化解决方案，可满足任何类型的行业、应用或现场要求。
集装箱化试运行解决方案
模块测设定制化试运行解决方案
- 臭氧
- Advanced Oxidation Process (AOP) Systems
- LResearch, Literature, & Expertise
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Collaborating with Veolia allows our clients to access our industry-leading experience and database. Our expertise allows us to recommend al treatment process to minimize capital and operational costs.
Our services provide a technical-economical assessment to define the optimum oxidation process mechanics including ozone dose, concentration, and process ratios. W evaluate the site-specific evolution of water parameters (COD, TOC, AOX) and specific compounds (micropollutants, CECs) to ensure the feasibility of our solutions..