Ozone & Chlorine Dioxide
Advanced Oxidation for Better Water Quality
Solari Water and Energy applies ozone and chlorine dioxide as part of integrated water treatment systems where oxidation, disinfection and water-quality improvement are required. Treatment is selected around the source water, application and required outcome, with ozone able to integrate with Solari’s nanobubble technology for improved gas transfer and contact within the water.
Oxidation That Works Within the Water
Ozone and chlorine dioxide can play an important role where water treatment requires more than physical removal alone. These technologies use oxidation to address specific water-quality challenges and can be incorporated at the appropriate point within a broader treatment process.
Solari Water and Energy selects and integrates oxidation treatment around the incoming water conditions, application and required outcome. Ozone can also be combined with Solari’s nanobubble mixing systems, increasing gas–water contact and allowing ozone to be introduced as part of an integrated treatment approach.
Treatment Selected for the Application
The treatment method, dose and point of application depend on what is present in the water and what the system needs to achieve. This allows oxidation to complement filtration, biological treatment and other processes where required.
Integrated With the Wider Water System
Rather than treating oxidation as an isolated process, Solari considers how it interacts with water flow, contact time, upstream treatment and the processes that follow.
Oxidation for More Complex Water Challenges
Ozone and chlorine dioxide provide treatment options where water-quality objectives extend beyond removing suspended material. As oxidising agents, they can be applied at specific points within a treatment process to address contaminants, support disinfection and prepare water for its intended use.
The appropriate technology and treatment approach depend on the water chemistry, target compounds, application and wider treatment system.
Oxidation Where It’s Needed
Oxidation can address substances in water that physical filtration alone may not remove, providing an additional treatment step where water conditions require it.
Support Effective Disinfection
Ozone and chlorine dioxide can support microbial control where disinfection is required, with treatment selected around the water conditions and intended application.
Integrate With Other Treatment
Oxidation can work alongside filtration, aeration and other treatment processes, allowing each stage to perform a specific role in achieving the required water quality.
Where Nanobubbles Make a Difference
Nanobubble technology can be applied across very different water environments, from irrigation and livestock production to aquaculture, waterways and treatment systems. The opportunity is the same: put gases such as oxygen to work more effectively in the water, where they can support the required biological, treatment or production outcome.
Irrigation & Horticulture
Oxidation treatment can form part of irrigation and horticultural water systems where water quality and microbial control are important to production.
Food & Beverage Processing
Ozone can be incorporated into water-treatment systems supporting food and beverage processing where appropriate water quality and treatment control are required.
Industrial Water Treatment
Oxidation can provide an additional treatment stage for industrial water where specific contaminants or water-quality requirements need to be addressed.
Wastewater Treatment
Ozone can be integrated with other treatment processes where oxidation is required to support wastewater treatment and downstream water-quality objectives.
Ozone Treatment Systems for
Real-World Applications
Solari Water and Energy’s O₃ systems combine ozone generation with nanobubble mixing to introduce ozone into the water as part of an integrated treatment process. The system can be incorporated into new or existing water-treatment infrastructure, with configuration selected around water flow, application and treatment requirements.
Solari O₃ 828
Designed for water flows of 75–150 L/min, the Solari O₃ 828 combines ozone generation with nanobubble mixing in a compact integrated system. It can be incorporated into new or existing water-treatment infrastructure across agricultural, wastewater and industrial applications.
Solari O₃ 838
Designed for higher water flows of 150–400 L/min, the Solari O₃ 838 combines increased ozone supply with nanobubble mixing for larger treatment applications. It provides a higher-capacity option for applications in agricultural, wastewater and industrial water-treatment systems.
SwimPure O₃ 838
Designed specifically for commercial swimming pools and spas, SwimPure O₃ 838 combines ozone treatment with ultrafine bubble mixing in a dedicated recreational-water system. It extends the same integrated ozone approach into larger pool and spa applications.
Supporting Oxygen Supply
When the Application Requires More Oxygen
Nanobubble generation and oxygen supply perform different roles within the water system. Where an application requires concentrated oxygen rather than ambient air, Solari nanobubble equipment can be paired with PSA oxygen generation to provide a controlled oxygen source for delivery into the water.
This allows the oxygen supply to be selected around the requirements of the application, while the nanobubble system handles the transfer of that gas into the water.
Industrial Oxygen Concentrators
PSA oxygen concentrators provide an on-site source of concentrated oxygen for applications where a nanobubble system requires a dedicated oxygen supply. Available configurations allow oxygen generation to be matched to the requirements of the system.
Booster Oxygen Concentrators
Booster configurations combine oxygen generation with increased delivery pressure, providing a supporting oxygen source where the nanobubble equipment or system configuration requires higher-pressure gas supply.
Put Advanced Oxidation to Work
The right oxidation treatment starts with understanding the water, the application and the outcome required. Solari Water and Energy can assess those requirements and determine how ozone, chlorine dioxide and supporting treatment technologies should work within the wider water system.