If you’ve ever wondered how Ozoklenz delivers powerful cleaning without using traditional chemicals, you’re in the right place. Take a deep dive into the science behind aqueous ozone — the active ingredient inside every Ozoklenz system — and how it works safely, sustainably, and effectively.
What is Aqueous Ozone?
Aqueous ozone is a cleaning and sanitising solution derived from a naturally occurring process. In nature, ozone (O₃) forms when oxygen molecules (O₂) are split by lightning, creating oxygen atoms (O) that bond with other oxygen molecules. This process produces ozone, a highly reactive and powerful oxidiser.
When ozone is dissolved in water, it creates aqueous ozone, a solution that combines ozone’s antimicrobial properties with water’s versatility. This process is replicated in the Ozoklenz unit, using technology that applies an electrical charge to oxygen, creating ozone, which is then infused into mains water. The result is a completely chemical-free, non-toxic, and eco-friendly cleaning solution.
How Does Aqueous Ozone Work?
Ozone is a naturally occurring molecule made up of three oxygen atoms. The third oxygen atom is loosely bonded, which makes ozone highly reactive — and that’s the key to its cleaning power.
When aqueous ozone is applied to a surface, it reacts with organic matter, breaking down cell walls and destroying bacteria, viruses, and other contaminants on contact. This reaction is both rapid and effective, typically outperforming traditional chemical cleaners — and without any environmental cost.
Benefits of Aqueous Ozone
Aqueous ozone offers a modern alternative to traditional chemical-based cleaning. Its benefits stem from its safety, simplicity, and environmental sustainability.
Key Advantages
Aqueous ozone offers a modern alternative to traditional chemical-based cleaning. Its benefits stem from its safety, simplicity, and environmental sustainability.
Chemical Free: Replaces conventional chemical cleaners, reducing exposure to harsh substances.
Environmentally Friendly: Breaks down into water and oxygen after use, leaving no toxic residues.
Versatile: Works across a range of surfaces, including stainless steel, glass, and ceramic, as well as porous materials.
Cost-Effective: Produces on-demand cleaning solution on-site eliminating the need for chemical purchases, storage or handling.
Highly Effective: Achieves a log reduction of up to 99.999% and meets EN 16615, EN 1276 and EN 14476.
Nanobubble Technology
What sets Ozoklenz apart from other aqueous ozone systems is our use of nanobubbles. These are microscopic gas bubbles, invisible to the eye but designed to improve the efficiency and effectiveness of the solution. These microscopic bubbles improve ozone distribution and stability,
making the cleaning process more thorough.
What Are Nanobubbles?
Nanobubbles are gas-filled bubbles smaller than 200 nanometres in diameter. For comparison, they’re around 2,500 times smaller than a grain of salt. Because they’re so small, nanobubbles behave very differently to regular air bubbles in water:
- They remain suspended in water for longer
- They don’t rise or burst like normal bubbles
- They create a high surface area for maximum contact with contaminants
- When they collapse, they generate tiny energy bursts
How Are Nanobubbles Created?
Ozone Infusion: Ozone gas dissolves into water under pressure.
Stabilisation: Specialised equipment creates nanobubbles that hold the ozone within the solution longer.
Durability: Nanobubbles maintain their structure, helping the solution stay effective throughout its use.
Why Do Nanobubbles Matter?
Thorough Surface Coverage: Nanobubbles ensure that the cleaning solution covers every part of a surface, even microscopic crevices.
Extended Effectiveness: They keep ozone dissolved longer, ensuring consistent performance during cleaning.
Increased Oxidation: When nanobubbles collapse, they release energy that enhances the cleaning power of the solution.
Nanobubbles enable aqueous ozone to work more effectively in challenging applications, including porous surfaces or hard-to-reach areas.
Where Can I Use Aqueous Ozone?
Aqueous ozone is extremely versatile and safe for a wide range of environments. It is already trusted in:
- Facilities Management: For high-traffic, multi-surface spaces like shopping centres and office buildings
- Education: To reduce chemical exposure in nurseries, schools, and universities
- Food Prep & Hospitality: For kitchens and front-of-house areas where hygiene is critical
- Healthcare & Wellbeing: To disinfect medical equipment and facilities while meeting strict hygiene standards.
- Industrial Cleaning: Suitable for machinery, tools and high-traffic surfaces
Because it leaves no residue, doesn’t require rinsing, and is safe to use around people, aqueous ozone is ideal for places where safety, speed, and sustainability all matter.
A Practical and Sustainable Cleaning Solution
Aqueous ozone, supported by nanobubble technology, represents a forward-thinking approach to cleaning and sanitisation. It delivers effective results without the environmental and health risks associated with traditional chemical-based methods. The ability to general a powerful cleaning agent on-demand reduces costs and simplifies operations.
Whether for industrial, commercial, or everyday applications, aqueous ozone provides an efficient, safe, and eco-conscious way to maintain cleanliness and hygiene.