Effectiveness of EOLIS Air Manager on surfaces
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EOLIS AIR MANAGER VIRUCIDAL AND BACTERICIDAL EFFICIENCY ON SURFACES The effectiveness of EOLIS Air Manager, our professional air purifier dedicated to complex sanitary situations, in eliminating viruses and bacteria on surfaces has been tested by the independent French laboratory Eurofins according to the NF EN17272: 2020 standard. The tests were conducted on two viruses and one bacterium: • Murine Norovirus: Causes acute gastroenteritis and is highly contagious due to its infectious nature at low doses (10 to 100 viral particles are enough). Infection can be airborne or result from contact with a contaminated object. • Type 2 Adenovirus: Leads to respiratory infections. Infection can be airborne or result from contact with a contaminated object. • Staphylococcus aureus: Responsible for food poisoning and localised infections. It is mainly transmitted through direct contact with a contaminated surface. Activation of the active oxygen treatment (function «Deep Clean» mode 2) allowed, within one hour, in a 50 m³ room to: • reduce the number of viruses present on surfaces by 99%. • reduce the number of bacteria present on surfaces by 90%. Norovirus murin Type 2 Adenovirus Controls After treatment Staphylococcus aureus Proportion of viable cells present on surfaces after one hour (%) The exclusive patented 60-minute Deep Clean function enables the rapid and controlled diffusion of active oxygen throughout the room, ensuring a quick cleaning of surfaces and textiles without chemicals, while allowing safe re-entry into the room after one hour. Additionally, EOLIS Air Manager effectively reduces the airborne spread of pathogenic microorganisms, such as viruses and bacteria, thanks to its unique combination of technologies: • • • a biocidal pre-filter, a medical-grade HEPA H13 filter certified to EN1822-4, OSRAM PURITEC® HNS® germicidal UV-C lamps. By continuously purifying the air, EOLIS Air Manager also reduces the amount of contaminants deposited on surfaces, thereby limiting the risk of indirect transmission of viruses and bacteria via these surfaces, and ensuring overall protection.