Ozone Gas Disinfection Tag

How do you keep a workplace clean and disinfected to lessen the
spread of viruses, germs and bacteria?

While it may be a simple question, the answer is made up of many steps to ensure that as a business, you are keeping employees, family and customers as safe as possible from the risk of exposure to viruses and germs.

The path to minimising exposure to these germs and viruses is to implement appropriate cleaning and disinfecting measures that are within your control. However there is some confusion about what needs cleaning and disinfecting, why certain surfaces need cleaning and disinfecting, and what are the best processes and practices.

To answer all those questions we have tabled some definitions, levels of cleaning and best practices.

What is the Difference Between Viruses and Germs?

The term “germs” refers to the microscopic bacteria, viruses, fungi, and protozoa that can cause disease. Take a sample of almost any surface, and you will find different germs. You can find bacteria in the air, on food, plants and animals, in soil and water — and on just about every other surface, including in a human body.

Viruses reproduce, and invade cells in your body, hijacking the machinery that makes cells work. Host cells are often eventually destroyed during this process. Virus detection on hard surfaces or in the air is difficult to detect. Viruses cause minor sicknesses like colds, the flu, and very serious diseases like Aids.

Viruses can live for three days on some surfaces, like plastic and steel, some research suggests. But experts say the risk of humans getting infected from touching those materials is still low. What we do know is that a virus can travel through the air and stay suspended for a period of about half an hour.

Germs are tiny organisms that can cause infection. Like a virus, germs are invisible to the human eye and exist everywhere — including in humans, the air, soil and water, and on food, plants and animals. Different germs have favourite places they like to live, different ways to spread and their own unique ways of causing infections. Germs are found all around us, and survive most types of environments even after these spaces are cleaned!

Is there a Difference Between Cleaning and Disinfecting?

Cleaning and disinfecting are two different processes. It is recommended that individual workstations be cleaned at least twice daily.
It is best practice to:

      • routinely clean frequently touched surfaces and fittings with detergent solution
        clean surfaces as needed when they are visibly soiled and immediately after any spillage
      • to clean before disinfecting because organic matter and dirt can reduce the ability of disinfectants killing germs.

The Dirt on Cleaning

Cleaning means the physical removal of germs, dirt, and impurities from surfaces. It does not kill germs, but by removing them, it lowers their numbers and the risk of spreading infection.

Best cleaning practices are daily cleaning of frequently touched surfaces with appropriate cleaning products. For example,

    • telephone
    • desktop computer
    • tables
    • doorknobs
    • handrails
    • light switches
    • computer mice
    • ovens handles
    • water fountain handle
    • microwave door handle
    • keyboard
    • screens
    • toilets
    • taps
    • sinks
    • electronics

 

Cleaning using the wrong methods and/or wrong chemical solutions can make surfaces slippery and can reduce the slip-resistance of some flooring.

Labels contain instructions for safe and effective use of the cleaning product, including precautions you should take when applying the product, such as wearing gloves and making sure you have proper ventilation during the use of the product.

If no manufacturer guidance is provided with electronics, computer keyboards, television screens consider the use of alcohol-based wipes.

Personnel responsible for cleaning:

      • may need to be trained, equipped and supervised
      • include all employees to assist in spot cleaning or spills
      • may also be supervisors who are trained and able to oversee work practices

It is advisable for workplaces to promote tidiness and de-cluttering to ensure cleaning of desks, keyboards and telephones can be conducted effectively and efficiently.

Cleaning Hard Surfaces

Cleaning with detergent and water is sufficient.

Cleaning Furnishings 

Detergent is used to clean fabric surfaces. If more thorough cleaning is needed, fabric surfaces may be steam cleaned. Leather cleaner is used for cleaning the furniture.

The Disinfection Army

Disinfection means the use of chemicals to destroy germs. Commonly used chemical disinfectants include alcohol sprays, ammonium salts, formaldehyde, bleach, chloramine, chlorine dioxide and ozone. This process does not necessarily clean dirty surfaces or remove germs, but by killing germs on a surface after cleaning, it can further lower the risk of spreading infection.

Disinfection at a rate of 99.9% is the only method that can reduce the number of bacteria to undetectable levels and destroy them.

It’s best to disinfect areas that are visited by many people all throughout the day. Busy thoroughfares or spaces that hold events or classes. Disinfection does not necessarily have to be carried out if someone is found to be ill – in fact it is wise to have a preventative maintenance practice to lower the odds of a spread of germs or viruses through a group.

In order for a chemical to act as a disinfectant (kill 99.9% of germs, viruses and mould), the spray must remain on the object or surface for a specified time. Commonly, ten minutes is a start.

Disinfecting Hard surfaces

Popular disinfectants used on hard surfaces include alcohol in a concentration of at least 70% or chlorine bleach in a mass of 1000 parts per million or bleach.
These chemicals are labelled as ‘disinfectant’ on the packaging and are diluted. When handling these chemicals you must use gloves, eye protection, sponges, cloths and suitable buckets.

Disinfecting Furnishings

Liquid disinfectants are not suitable on fabric surfaces because disinfectants only work with extended contact with the surface.
However – because ozone is a gas, Ozone Disinfection can be used on any fabric or leather furnishing.

Is there a place for Ozone Disinfection in the Workplace? 

Absolutely. There is no other product that disinfects a workplace completely, the visible and invisible areas of space, like Ozone Disinfection. That is because it is a gas and it can travel into spaces that are not accessible. The gas is dispersed by a commercial grade Ozone Disinfection Generator.

Environmentally friendly Ozone Disinfection

        1. kills germs and viruses on every surface, accessible and inaccessible
        2. kills germs and viruses in the air
        3. disinfects hidden places including on top of cabinets, inside carpet fibres, behind furniture, soft furnishing, blinds and curtains
        4. disinfects ventilation ducts ensuring cleaner air is circulated throughout the workplace

Chlorine, bleaches and other chemical spray disinfectants do not have this capability.

For more information, please read

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Don’t leave it to chance, instead CONTACT US to tailor a solution for your disinfection needs.

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Ozone Disinfection - Corporate & Offices

Ozone Disinfection is a gas.  A non-toxic, chemical free disinfectant!

Are you wanting to find a quick and safe method of keeping your interior disinfected
and the air you breathe bacteria-free?

Are you looking at keeping your family, customers and employees germ-free?

Ozone disinfection is a quick method to kill bacteria, neutralise viruses, stop mould and eliminate odours,  leaving your indoor space smelling as fresh as a daisy.

Need to know more?  Here are 10 essential facts about ozone disinfection:

1. How does ozone gas disinfect?

Ozone is a naturally occurring gas created from oxygen atoms. Ozone generators produce ozone by using a high voltage current to break apart oxygen (O²) molecules into single atoms, which then attach to other oxygen molecules in the air to form Ozone (O³).
The Ozone generator rapidly fills the treatment area with this gas to achieve a high concentration where the process of oxidisation quickly and efficiently occurs, killing bacteria and neutralising viruses on any hard or soft surfaces including carpets, curtains, fabrics, keyboards, pens and any other object within the treatment area. At the end of the treatment cycle the Ozone gas (O³) simply reverts back to Oxygen (O²) without toxic residue.

2. Why is ozone used as a disinfectant?

Ozone easily attaches to pollution, especially odorous compounds like smoke and organic matter such as viruses, bacteria and mould spores. Most infections occur because of the invasion of anaerobes that do not thrive in an oxygen-rich environment. Ozone disinfection deprives the cells of oxygen, encouraging anaerobic microbes to flourish. An abundance of harmful bacteria will cause a breakdown of enzymatic reactions, an overload of metabolic wastes and eventually, the cells die. The World Health Organisation states that Ozone is the most efficient disinfectant for all types of microorganisms.

Ozone sterilisation works great for areas with lots of high-touch surfaces that are impossible to get to with traditional bleach or chlorine. Ozone will kill pathogens on every surface the gas touches, including the air itself. Ozone more significantly disinfects hard to reach spots including inside air conditioning ducts, filing cabinets, carpets and floor coverings, upholstery fabrics, bedding and pillows, clothing left hanging in the treatment area, pens, keyboards and behind furniture. Any surface or object that is exposed to the Ozone gas.

3. What is the history of ozone disinfection?

Ozone disinfection is not a new concept. It was discovered in the 1840s by the German chemist Schönbein and used in a water purification process. The first big-scale application of ozone took place in Oudshoorn, Netherlands, in 1893. This ozone installation was studied by French scientists, and a unit was installed in Nice in the 1900s for water mains disinfection. Nice would go on to become the ‘place of birth of ozone for drinking water treatment’, while the rest of the world went on to discover the harmfulness of chlorine.

4.  How is ozone disinfection used?

Ozone is used to limit the spread of airborne microorganisms in indoor spaces, including ventilation ducts.

As an example in the dairy industry, equipment is sanitised using ozone, eliminating the use of harmful chemical disinfectants. In hospitals that have high cleanliness requirements and already employ frequent cleaning to reduce the spread of pathogens, this is commonly done by frequent wiping of surfaces with chemical disinfectants.

5. Where is ozone disinfection used?

  • Hotels and resorts
  • Child indoor play centres
  • Offices and commercial premises
  • Aged care facilities
  • Retail stores and boutiques
  • Showrooms
  • Hospitality venues
  • Houses
  • Hospitals
  • Apartments
  • Beauty Salons
  • Gyms / Pilates and Yoga studios
  • Indoor sports centres
  • Cinema complexes
  • Rideshare vehicles
  • Medical practises
  • Holiday accommodation
  • Childcare centres

6. Does ozone kill bacteria in the air?

Yes it does.

Ozone is a gas and it disinfects anything in the treatment area where a specific concentration of Ozone gas is achieved and maintained for a period of time. This includes the air in the space and any other surface or object in that treatment area.
The kill rate of bacteria and neutralisation of viruses and mould is 97%.
Unlike laboratory experiments conducted by Kowalski et al (1) that could remove 99.99% airborne bacteria after ozonation, the best reduction percentage in most tests conducted around the world was 97%.
The higher elimination percentage cannot always be achieved because rooms are not 100% air tight.

7. What is the difference between cleaning and disinfecting?

Cleaning refers to the removal of germs and dirt from surfaces. Cleaning will not kill germs; it simply removes them or reduces the number of germs on a surface in order to lower the risk of infection.

Disinfecting is a process that typically uses chemicals to kill germs. Disinfecting makes bacteria and viruses incapable of reproducing in the host.

We recommend that cleaning the area and removing any sources of dust, dirt and odour be done first. Ozone generators do not remove particulate matter like dust or pollen (which are often allergens) from the air.

8. Why is ozone better than chlorine as a disinfectant?

Ozone is over 3000 times faster when purifying water. Ozone is more potent, faster at disinfecting and is chemical-free. In the long run, using the ozone generating machine is cheaper than buying chemicals.

9. Is ozone disinfection dangerous?

An ozone generator should only be used by trained personnel as high concentrations of Ozone are dangerous to humans and pets. Ozone is a lung irritant that can cause adverse health effects. For those with underlying disease, asthma and lung conditions, exposure to ozone is hazardous.

When an ozone generator is used in a room, no humans or pets must be in that space for the whole time the machine is in use.

An untrained individual managing a generic ozone generator can not only be dangerous but also ineffective. A low dose of Ozone will not effectively kill bacteria or inactivate some viruses, spores, and cysts. Ozonation is a more complex technology than chlorine, requiring complicated high output equipment that requires calculation of treatment time based on the required Ozone concentration and size of space, and preparation of the treatment area.

10. How long does it take ozone to kill bacteria?

Ozone effectively kills bacteria and neutralises Viruses when it reaches a high concentration >7ppm. The size, shape and height of the treatment area along with how airtight the space is will vary the treatment time required. Typical treatment times for our commercial grade Ozone Disinfection generators can vary from 20 minutes to 2.5hrs.

      1. GérardV.Sunnen,SARSandOzoneTherapy:TheoreticalConsiderations, http://www.triroc.com/sunnen/topics/sars.html (2003).

Ozone ticks all the boxes to being the most effective and safest disinfectant available.
Non-toxic, chemical free, no plastics or consumables and leaves no chemical residue
in the air or on surfaces.

To LEARN MORE about our eco-friendly Ozone Disinfection packages visit our Services page

Or fill out our GET A QUOTE form and one of our Team will contact you.

Let Ozone Disinfection Help You With Your Disinfection Efforts and Become a Gold-Standard Member.

Ozone Disinfection

Does Ozone really Disinfect?

As we traverse the new normal with temperature checks, social distancing stepped up by PPE and new sanitisation rituals, we are all questioning what cleaners, products and applications are the best and most effective to kill germs and viruses. So naturally we ask does ozone disinfect and kill germs and viruses?

The 9 myth busting facts about how effective Ozone Disinfection is, answering all your questions!

1.  Ozone Disinfection is not new. It has been widely used since the 1900s in water sanitisation, medical environments and food storage in Europe and America.
IN FACT, Ozone replaced chlorine to disinfect water because chlorine is carcinogenic.

2.  Ozone is 50 times more effective at disinfection compared to the most popular disinfectant – chlorine, and the effects of its action are visible 3,000 times faster.

3.  Ozone Disinfection is used to disinfect areas, it is not a cleaning agent for surfaces.
Surfaces must be cleaned before disinfecting with ozone because organic matter and dirt can reduce the ability of the Ozone disinfectant to kill the germs.

4.  Ozone not only destroys bacteria but also inactivates viruses.
Ozone has been proven to kill SARS and MERS Coronavirus.

5.  Air purifiers sold as Ozone generators are at best ineffective, or at worst, produce dangerous amounts of Ozone above safety limits.
New technology in Ozone Disinfection generators capture and remove excess ozone gas to both eliminate any potential danger, and speed up the Ozone Disinfection process to meet urgent deadlines.

6.  An Ozone generator is not an air purifier.
An Ozone generator generates Ozone which has a distinct smell and can be harmful to our lungs. Additionally, Ozone is highly reactive to other chemical substances and can generate toxic gases.

7.  Ozone is very unstable and therefore has a short life. This is great news as the gas will decompose within 30-40 minutes and will then form oxygen – a completely safe gas!

8.  Using Ozone Disinfection eliminates the need to transport chemicals like harmful chlorine and bleach, PPE products, sponges and cloths.
Ozone is produced on-site from air and electricity – all environmentally friendly objects.
The benefits of ozone for this application include:

– low ongoing costs
– no chemical storage requirements
– no residual chemicals left in the water

9.  Disinfection of a room does not take days and does not leave a harmful smell for 24 hours afterwards!
During Disinfection of a room, the reaction and sterilisation is instantaneous when the gas comes into contact with air or surfaces.
Ozone has a 20-30 minute half-life in the air, meaning that its concentration will break down quickly. Humans should not go back into Ozone Disinfected room until 3 hours after the cycle has been completed, and then it is 100% safe to resume activities.

To LEARN MORE about our eco-friendly Ozone Disinfection packages visit our Services page

Or fill out our GET A QUOTE form and one of our Team will contact you.

Let Ozone Disinfection Help You With Your Disinfection Efforts and Become a Gold-Standard Member.

Ozone Disinfection
OZONE DISINFECTION is 99.9% Effective in Neutralising CoronavirusSEE THE REPORT