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Public & Industrial Space Sterionizer
What is the Sterionizer™ Wall Unit?
The Sterionizer™ Wall Unit is designed for purification of the air, and together with the optional Ozone system integrated, can work as a highly effective air and environment sterilizer.
The system can be applied in conference halls, prayer chapels, churches, synagogues, mosques, dining rooms and any other gathering hall .
Why use a Sterionizer™?
Allergens in the air may cause an allergic reaction. Avoiding allergens, however, is easier said than done. Therefore, people have been searching for a long time for something that neutralises allergens. Several studies have shown that air filtration systems and negatively ionised air may help to reduce allergic symptoms. The atmospheric air contains about 1000 – 4000 negative ions and 1200 – 5000 positive ions per cm³ (depending on the environment).
The air inside is deionised in the absence of an ionising source.
Regular air conditioners generate air free of ions. Research has proven that the absence of positive and negative ions has a highly negative impact on human health. It concluded that this deionised air causes headaches, irritability, drowsiness and fatigue.gives us a reliable feedback and an overview as to the stability of the purity conditions.
How does it work?
The Sterionizer™ Disinfection Concept is an excellent solution for all type of gathering halls with critical requirements of air purity and sterility.
The system ensures reliable and consistent conditions preventing the build-up of germs and bacteria.
The basic principal is the permanent flushing of the area with clean air reinforced with positive and negative ions. These charged oxygen molecules O2+ and O2– have high chemical activity and when reacting with water molecules in the air, OH radicals and H2O2 (Hydrogen Peroxide) are formed.
A chemical reaction occurs and oxidants break down the protein structure of pollutants, rendering them harmless. This process enables halting and controlling the growth of microbes and bacteria in a particular area.
The Sterionizer™ Disinfection system includes clean air ducts, air heat exchangers, machinery and sanitized air in a room. Each ionizing device is completely maintenance free and connected to a data-bus for supervision and monitoring.
The Sterionizer™ uses a corona discharge system to split oxygen molecules into positive and negative ions.
The ions cluster around water (H2O) molecules in the air.
The oxygen ions are highly volatile and react with air-borne water molecules to form hydrogen peroxide (H2O2).
Hydrogen peroxide (H2O2) is an oxidiser that inactivates bacteria and viruses in the air by destroying their protective coating, effectively sterilising the air in indoor environments.
Where and when to use the Ozone Room Sterilisation Unit
AIR 100 Sterionizer™ Wall Unit
The AIR 100 Sterionizer™ Wall Unit is a small unit designed to operate in collaboration with the indoor air conditioning unit. The AIR 100 Sterionizer™ Wall Unit is the perfect solution for rooms such as classrooms and kindergartens, and for every closed area measuring between 50 m3– 150 m3. The system ensures reliable and consistent conditions that help reduce the presence and to deactivate air floating germs and bacteria.
(for technical specifications download the pdf brochure)
AIR 1030 Sterionizer™ Wall Unit
The AIR 1030 Sterionizer™ Wall Unit is meant for large occupied spaces, up 200 m3 per unit. With two powerful bipolar ionization cards, and an integrated HEPA filter, this unit is perfect for gathering halls, lobbies, food processing, food packaging, food storing areas, offices and public places with critical requirements of air purity and sterility. For industrial purposes this unit could be added a specially designed Ozone module- which enables maximum sanitation via the Ozone powerful oxidation abilities.
Each unit is completely maintenance free and connected to a data-bus for supervision and monitoring.
(for technical specifications download the pdf brochure)
AIR 2060 Sterionizer™ Wall Unit
The AIR 2060 Sterionizer™ Wall Unit is the larger and most powerful of the Wall Unit family. This Unit is meant for very large occupied spaces, up to 400 m3, per unit. With four powerful bipolar ionization cards, and an integrated HEPA filter, this unit is perfect for large gathering halls, lobbies, food processing, food packaging, food storing areas and large public places with critical requirements of air purity and sterility. For industrial purposes this unit could be added a specially designed Ozone module- which enables maximum sanitation via the Ozone powerful oxidation abilities.
Each unit is completely maintenance free and connected to a data-bus for supervision and monitoring.
(for technical specifications download the pdf brochure)
Optional Add Ons:
Integrated ULPA filter
The ULPA – “Ultra Low Particulate Air (filter)” can remove from the air at least 99.999% of dust, pollen, mold, bacteria and any airborne particles with a minimum particle penetration size of 100 nanometres (0.1 µm).
ULPA filters are used widely in air filtration and purification systems to control airborne particulate levels and to stop the spread of toxic agents or infectious diseases.
Our filters comply with various standards from organizations such as the American Society of Heating, Refrigerating and Air Conditioning Engineers (ASHRAE), the American Institute of Architects (AIA), and the Joint Commission for the Accreditation of Healthcare Organizations (JCAHO)
Integrated Ozone Sterilization Unit :
Ozone is the fastest-acting oxidising disinfectant and the most efficient broad-spectrum, microbiological control agent commercially available. Being highly reactive and completely non-discriminating, it immediately starts oxidising anything it comes in contact with. This makes ozone a very powerful bactericide agent.
Unlike any other oxidising agent, ozone decomposes into environmentally friendly oxygen, leaving no toxic residues.
What is Ozone and how is it produced?
Ozone, or trioxygen, is a fast-acting oxidising disinfectant made up of three oxygen atoms, O3. Ozone occurs naturally in the upper atmosphere, or stratosphere, when the sun’s light splits oxygen molecules, O2, into separate atoms. When these single atoms bond with other oxygen molecules, they form ozone, protecting us from the sun’s harmful ultraviolet rays.
Commercially, ozone can be used to disinfect, deodorise, and sanitise the air, sterilise equipment, and remediate mold. Ozone also kills microorganisms, such as bacteria, in drinking water, pools, and spas.
The Corona discharge method is the most common method used to generate ozone for commercial use, due to its low cost and high reliability.
This method uses an electrical charge to split oxygen molecules into individual atoms. An air dryer or an oxygen concentrator will lower the amount of nitrogen in the air and reduce the risk of forming nitrogen oxides or nitric acid.
Ozone is less stable than oxygen. When ozone comes in contact with bacteria, an oxygen atom breaks away from the ozone molecule, oxidising and thereby neutralising the bacteria.
As ozone disinfects, it naturally decomposes into oxygen, O2, leaving no toxic residues.
Sterionizer™ can be integrated into a variety of systems for a wide range of applications:
Proven Technology Sterionizer™ Efficacy Tests:
Sterionizer™ bi-polar ionisation technology was tested and proven effective in the elimination of a wide variety of harmful substances. Testing was carried out in cooperation with world-renown research institutions.
| Harmful Substance | Substance Name | Removal Rate | Testing Organisation |
|---|---|---|---|
| Virus | Influenza H1N1Influenza H5N1 | 99%99% | Kitasato Research Center, Japan (2011)Kasetsart University, Thailand (2011) |
| Bacteria | Escherichia coliStaphylococcus aureusPseudomonas aeruginosa | 99.43%91.5%99.9% | EMSL Analytical, USA & Istanbul University, Turkey (2011)EMSL Analytical, USA (2011)Istanbul University, Turkey (2011) |
| Mold | Cladosporium cladosporioides | 97.69% | EMSL Analytical, USA (2011) |
| Fungus | Dichobotrys abundansPenicilliumAspergillus nigerCandida albicans | 90%95%97.14%36.27% | Prof. Joe F. Boatman, USA (2006)Prof. Joe F. Boatman, USA (2006)EMSL Analytical, USA (2011)EMSL Analytical, USA (2011) |
| Spore | Bacillus subtilis var niger | 89.3% | Istanbul University, Turkey (2011) |