Biological cleaning with ozone water: complete procedure and applications

The four steps of biological cleaning with ozone water

Biological cleaning with ozone water is a structured procedure with four connected steps: producing fresh ozone water, execution via the two-cloth method, adjusting contact time to the contamination type and maintaining the ozone system. Each step has direct influence on the end result. More on the ozone system: ozone water machine.

Step 1: producing fresh ozone water

The ozone system produces ozone water via electrolysis. Ozone is volatile: concentration falls quickly after production through off-gassing. For the most effective cleaning results the produced ozone water is deployed directly after production. Storing for later use significantly reduces the active ozone concentration within tens of minutes. The key rule for biological cleaning with ozone water is: produce and use immediately. More on the mechanism: ozonewater.

Step 2: the two-cloth method

A first cloth lightly moistened with freshly produced ozone water is moved methodically across the surface to be cleaned. Contact time of the ozone water with the surface determines the intensity of the oxidation reaction on the organic compounds present. After the first cloth a second dry cloth dries the surface and removes the oxidised fragments. That second step is essential: broken-down organic compounds must be physically removed. Full procedure: two-cloth method.

Step 3: adjusting contact time to contamination type

Fresh light contamination requires short contact time: the ozone water reaches the thin layer of organic compounds quickly and the oxidation reaction proceeds completely. Heavier or accumulated contamination requires longer contact time. Polymerised contamination such as baked-on grease or old biological deposits sometimes requires mechanical preparation followed by ozone treatment. A procedure that does not adjust contact time to the contamination type gives variable results. The practical rule: the heavier the contamination the longer the contact time of the first cloth on the surface.

Step 4: maintaining the ozone system

An ozone system regularly checked for production capacity gives consistently ozone water of the right concentration. With electrolysis-based systems the electrodes gradually wear. Periodic monitoring of ozone concentration in the produced water signals when maintenance or component replacement is needed. A maintained system gives consistent cleaning results year after year; a neglected system gradually produces less effective ozone water without this being directly visible in the appearance of the device.

Biological cleaning per room: kitchen

In the kitchen biological cleaning with ozone water is most effective for worktops, worksurfaces, tiles and appliance surfaces with grease residues and food remnants. Daily treatment after use while contamination is still fresh gives the most consistent result. Fresh grease film reacts quickly to ozone oxidation; baked-on grease requires mechanical preparation. More on kitchen degreasing: biological degreasing kitchen. For the grease component specifically: remove grease without cleaning product.

Biological cleaning per room: bathroom

In the bathroom ozone water is effective for the organic component of contamination: body fats, soap residues and biological deposits on tiles, sanitary fittings and glass surfaces. For limescale deposits around taps and on the shower wall a different product is indicated. A practical approach uses ozone water for daily organic cleaning and retains a targeted limescale treatment for periodic descaling. That combined approach gives a clean bathroom with minimal consumption of conventional cleaning agents.

Biological cleaning per room: living space and office

In living spaces and office environments biological cleaning with ozone water is applicable to light switches, door handles, desk surfaces, keyboards and other contact surfaces. Those surfaces accumulate body fats, biological deposits and other organic compounds through frequent hand contact. Ozone water via the two-cloth method is effective for those applications. With regular treatment contamination is light and fresh keeping contact time limited and treatment quick.

Practical points for execution

Several practical points improve execution of biological cleaning with ozone water. Always use freshly produced ozone water and do not store it. Moisten the first cloth lightly not soaking: too much ozone water extends drying time and reduces effectiveness per surface unit. Work methodically from top to bottom and from clean to dirty to prevent re-contamination of already cleaned surfaces. Change cloths regularly when contamination is intensive. More on the alternative to cleaning products: alternative to cleaning product.

Biological cleaning and the broader context of fewer chemicals

Biological cleaning with ozone water is part of a broader approach in which dependence on conventional cleaning agents is reduced for the applications where ozone water is effective. More on cleaning without chemicals: cleaning without chemicals. Cluster overview: biological cleaning product alternative. More on the ozone water system: ozonewater.

Biological cleaning on hard floors

Hard floors of ceramic, fired stone, porcellanato or vinyl are also suitable for biological cleaning with ozone water. For floor treatment a larger cloth or mop is more practical than a hand cloth. The method remains the same: the first mop moistened with fresh ozone water cleans the surface, the second dry mop dries the surface and removes loosened residues. For floors with higher foot traffic such as kitchen floors or entryways a higher cleaning frequency is worthwhile: body fats and organic material from shoe soles are organic compounds that react to ozone oxidation.

Biological cleaning for professional applications

The procedure for biological cleaning with ozone water is also applicable in professional cleaning contexts: office kitchens, hospitality environments and other workspaces with comparable cleaning needs for organic contamination on solid surfaces. In professional contexts a higher production capacity system is relevant: more ozone water per unit of time for larger surfaces to be treated. The basic principles of the procedure are however identical to the household application. More on production systems: ozone water machine.

Seasonal adjustment of the cleaning routine

The organic load on surfaces in home and office varies with the seasons. In summer higher temperatures increase biological activity and grease formation in the kitchen. In autumn fallen leaves and mud from outside bring extra organic material into entryways and on floors. A cleaning routine with ozone water that adjusts treatment frequency to seasonal load gives a more consistent result than a uniform frequency throughout the year.

From routine description to daily practice

The transition from a routine description to a daily cleaning practice with ozone water requires deliberate implementation. Start with the most frequent cleaning tasks in the kitchen: worktop and splash-back directly after cooking. Then add the bathroom: daily treatment of tiles and sanitary fittings for the organic component. Then extend to living space and contact surfaces. That phased implementation makes the adaptation manageable and gives quickly visible results in the most used rooms of the home. More on biological cleaning as alternative: biological cleaning product alternative.

Biological cleaning and the two-cloth method: pitfalls

The most common pitfalls in executing biological cleaning with ozone water are: too much ozone water on the cloth making contact time uncontrollable and the surface slower to dry; ozone water used too long after production whereby ozone concentration has fallen; and too short contact time with heavier contamination whereby the oxidation reaction proceeds incompletely. Awareness of those three pitfalls and targeted approach significantly improves execution and gives more consistent cleaning results in daily practice.

Microfibre cloths: the best choice for the two-cloth method

Microfibre cloths are particularly suitable for the two-cloth method with biological cleaning using ozone water. Microfibres have high absorption capacity for the first cloth and effective drying action for the second cloth. The fine fibres attach to organic contamination and effectively carry the oxidised residues during the drying process. Use separate cloths for the first and second step: a lightly moistened cloth for applying ozone water and a dry clean cloth for the drying process. Wash microfibre cloths after use at minimum 60 degrees to prevent accumulation of organic residues in the cloth.

Ozone water and treating hard-to-reach areas

Hard-to-reach areas such as the space behind taps, the seams around a sink, the edge between worktop and wall or the grouting between tiles require an adapted approach. A smaller cloth or a cleaning brush soaked in ozone water gives better access to those narrow spaces. The oxidation reaction of ozone water on the organic contamination present in those spaces proceeds in the same way as on flat surfaces: contact time and freshness of the ozone water remain the determining factors for the result.

Biological cleaning as routine: after a month of use

After a month of consistent use of the biological cleaning procedure with ozone water a brief evaluation is worthwhile. Which applications give consistently good results? Which surfaces require an adjustment of contact time? Are there cleaning tasks better handled by a conventional product? That evaluation after a month of use gives a personally tailored picture of the procedure and enables targeted optimisation of the cleaning routine. More on alternative to cleaning product: alternative to cleaning product.

Costs and affordability

A consistently executed procedure for biological cleaning with ozone water reduces consumption of conventional cleaning agents for the applications where ozone water is suitable. The investment in the ozone system is recouped through savings on cleaning product costs over the lifetime of the installation. Questions? get in touch. Full overview: knowledge guide.

Testimonials

💬 "We implemented the complete procedure step by step: produce fresh ozone water, apply the two-cloth method and adjust contact time per surface. After two weeks the routine was established and daily cleaning takes considerably less time than before." — Ozone water installation user

Further reading

Full overview: ozone water knowledge guide. Biological cleaning product alternative: biological cleaning product alternative. Biological degreasing kitchen: biological degreasing kitchen. Cleaning without chemicals: cleaning without chemicals.