O3Clean Aqueous Ozone
O3Clean Aqueous Ozone is a chemical-free cleaning and disinfection solution that converts oxygen (O₂) into ozone (O₃) and dissolves it in water to create aqueous ozone, which many organizations refer to as “aqueous ozone.” It can be used for wiping, spraying, and cleaning high-touch surfaces effectively. A key advantage is that, after use, ozone naturally decomposes back into oxygen and water, helping reduce concerns regarding chemical residue. This supports the concept of chemical-free aqueous ozone and is suitable for organizations seeking to enhance hygiene standards while strengthening a brand image that is safe, clean, and sustainable.
In practical operations, O3Clean Aqueous Ozone is designed for ease of use across various service scenarios, including daily janitorial services, deep cleaning, and the maintenance of shared touchpoints such as door handles, elevator buttons, counters, and restrooms. The approach is based on aqueous ozone cleaning that is measurable, enabling professional communication of results to executives, building teams, and relevant stakeholders.
O3Clean Aqueous Ozone
O3Clean Aqueous Ozone is a chemical-free cleaning and disinfection solution that converts oxygen (O₂) into ozone (O₃) and dissolves it in water to create aqueous ozone, which many organizations refer to as “aqueous ozone.” It can be used for wiping, spraying, and cleaning high-touch surfaces effectively. A key advantage is that, after use, ozone naturally decomposes back into oxygen and water, helping reduce concerns regarding chemical residue. This supports the concept of chemical-free aqueous ozone and is suitable for organizations seeking to enhance hygiene standards while strengthening a brand image that is safe, clean, and sustainable.
In practical operations, O3Clean Aqueous Ozone is designed for ease of use across various service scenarios, including daily janitorial services, deep cleaning, and the maintenance of shared touchpoints such as door handles, elevator buttons, counters, and restrooms. The approach is based on aqueous ozone cleaning that is measurable, enabling professional communication of results to executives, building teams, and relevant stakeholders.
IFS, a leader in professional cleaning services, is ready to provide Aqueous Ozone generation equipment for cleaning across all surface types.
Key Benefits of Aqueous Ozone
Effective pathogen reduction
Supports cleaning performance and helps reduce unpleasant odors.
Chemical-free
and safe
Leaves no sediment or residue from chemical contaminants.
Environmentally responsible
Helps reduce water usage and does not generate waste.
Why Leading Organizations Choose O3Clean Aqueous Ozone
Professionally managed facilities look beyond visible cleanliness and require verifiable standards aligned with ESG and HSE expectations. They choose O3Clean Aqueous Ozone because it can meaningfully elevate enterprise hygiene standards, from establishing SOP-based operations to defining KPI and SLA frameworks and reporting outcomes in a systematic manner.
Performance can be validated through practical indicators such as ORP and ATP, supporting evidence-based verification of surface cleanliness and microbial reduction. The chemical-free disinfection approach helps reduce residue-related risks and promotes environmentally responsible cleaning. At the same time, it can support total cost reduction by decreasing chemical consumption, reducing water usage, and improving operational efficiency, delivering tangible outcomes for sustainable cleaning initiatives.
Finally, user experience improves significantly through greater confidence in cleanliness, reduced unpleasant odors, and a safer, cleaner, more sustainable facility image in real-world operations.
Key Features of O3Clean Aqueous Ozone
Chemical-free aqueous ozone reduces residue risk
O3Clean Aqueous Ozone supports chemical-free disinfection and reduces reliance on conventional cleaning agents that may have strong odors or cause irritation. It aligns with environmentally responsible cleaning systems and is suitable for continuously occupied environments such as office buildings, shopping centers, hospitals, educational institutions, and food service areas.
Performance supported by measurable indicators
Enterprise-grade hygiene should be verifiable, not only visually clean. O3Clean Aqueous Ozone applies quality control through practical indicators such as:
- ORP (Oxidation-Reduction Potential): Indicates whether aqueous ozone is at an appropriate readiness level to support cleaning performance and microbial reduction. In operational quality control, a commonly referenced threshold is above 800 millivolts (mV).
- ATP testing (Adenosine Triphosphate): A post-cleaning verification method that provides numeric results confirming surface cleanliness. It reduces subjective judgment and enables building and quality teams to monitor hygiene standards consistently.
Enhanced stability through nanobubbles
Many organizations adopt O3Clean Aqueous Ozone because it can reduce costs and improve operational performance:
- Can reduce spending on cleaning chemicals or detergents by up to approximately 95%
- Can reduce water usage by more than 30%
- Can reduce cleaning time by up to approximately 40%
- Can improve speed when used appropriately with standard cleaning tools
- Help create a cleaner and safer environment while reducing concerns about chemical residue
- Supports an organizational image of environmental responsibility and sustainability
Odor reduction integrated with cleaning
Aqueous ozone is well-suited for areas where odors accumulate from usage or organic soiling, such as restrooms, waste disposal points, seafood zones, or food service areas. It addresses odors at the source as part of the cleaning process rather than masking them temporarily, helping spaces feel cleaner, fresher, and safer for use.
Industries That Can Improve Performance with O3Clean Aqueous Ozone
Food industry
Education sector
Hospitals and clinics
Office buildings
Public restrooms
Shopping malls
Food industry
Education sector
Hospitals and clinics
Office buildings
Public restrooms
Shopping malls
Frequently Asked Questions About O3Clean Aqueous Ozone
What is O3Clean Aqueous Ozone?
O3Clean Aqueous Ozone is ozone (O₃) dissolved in water, known as aqueous ozone. It is used for cleaning and supporting contamination reduction on high-touch surfaces, with the objective of reducing reliance on chemical-based cleaning processes.
Is aqueous ozone dangerous?
In general, aqueous ozone is safe and can effectively support cleaning and microbial reduction on surfaces when used correctly. It does not leave residue after use. However, for safety, it should be applied according to SOPs and at an appropriate concentration, as excessive concentration may cause skin or eye irritation.
Does aqueous ozone genuinely disinfect?
Aqueous ozone can disinfect or reduce microbial load on surfaces when used in accordance with suitable guidelines and SOPs. Performance can be evaluated and controlled through indicators such as ORP and ATP testing.
What types of areas are suitable for aqueous ozone disinfection?
Aqueous ozone can be applied across many sectors, including office buildings, healthcare, retail, education, and certain food-related operations. Site assessment is recommended to evaluate surface types, risk level, and area-specific requirements before defining an appropriate approach.
How is aqueous ozone cleaning different from conventional cleaning chemicals?
Aqueous ozone cleaning focuses on delivering cleanliness and safety outcomes while reducing reliance on chemical agents that may leave strong odors or residue. It also enables consistent quality control through SOPs and data-based verification, making it suitable for organizations seeking clearly defined enterprise hygiene standards.
Why is an ORP above 800 mV important?
ORP (Oxidation-Reduction Potential) is an indicator used to assess the oxidizing potential of aqueous ozone generated by dissolving ozone in clean water. Setting an ORP benchmark, such as above 800 mV, helps maintain consistent aqueous ozone quality, supports verification, and enables systematic hygiene management with clear cleanliness and safety standards.
What is ATP and how does it help?
ATP (Adenosine Triphosphate) testing measures organic residues remaining on surfaces after cleaning, providing verifiable evidence that a surface is truly clean. It enables consistent and credible hygiene quality control.
What equipment is required for aqueous ozone cleaning?
Equipment depends on the scope and use case. Typically, options include wall-mounted systems for routine cleaning operations and portable devices for shared touchpoints and spot cleaning, enabling practical deployment while supporting a safer, reduced-chemical approach.
Which areas are suitable for odor control using aqueous ozone?
Odor control with aqueous ozone is suitable for areas with odor buildup from organic residues or continuous use, such as restrooms, waste disposal points, seafood zones, or food service areas. It addresses odors as part of the cleaning process rather than masking them, supporting a clean, fresh, safe, and environmentally responsible environment.
How can an organization start using aqueous ozone effectively and cost-efficiently?
Effective implementation should begin with a site survey to assess areas, touchpoints, and an appropriate aqueous ozone approach. It is recommended to conduct a pilot in a small area first, measure results using relevant indicators, and then scale based on KPI and SLA targets to achieve sustained outcomes in cleanliness, safety, chemical reduction, and long-term sustainability.
