Increasing the resistance of the environment to Covid-19 and its mutations, airborne microbes, viruses and bacteria.
For larger spaces, increasing the resistance of the environment to Covid-19 and its mutations, airborne microbes, bacteria and viruses.
The basis for preventive preparation to increase resistance in spaces to COVID-19 is ventilation and air exchange, which is provided by air conditioning /VZT/ and filter-ventilation devices (FVZ) with sorption filtration for the capture of contaminants additional measure for indoor air treatment.
If an air purifier is also installed in the environment, in a room, for example, an area of 75 -100 m2, it is possible to achieve excellent consistent indoor air quality and thus increase resistance to COVID-19 and other viruses.
„The infection spreads inside“ – in addition to ventilation „you need to get a device that filters indoor contaminated air“ – microbes, viruses, bacteria and aerosols German expert: Dr. Gerhard Scheuch, Pravda: 26.3.2021
HEPA H14 filters are tested according to EN 1822:2019, HEPA Filtration Efficiency: Removes 99.995% of particles, including viruses, passing through the filter once.
Viruses captured onHEPA filters become inactive within 48 hours.
The basis for preventive preparation to increase resistance in spaces to COVID-19 is ventilation and air exchange,
which is provided by air conditioning /VZT/ and filter-ventilation devices (FVZ) with sorption filtration for the capture of contaminants
Constant supply of fresh and treated air to the spaces and removal of load, exhaled air and constant cleaning of the spaces in circulation mode.
The performance of the VZT and FVZ is monitored and regulated by a control computer that senses the temperature and CO2 concentration in the air in the rooms.
Indoor contaminated air treated and reduced by ETKM Compact Filter Ventilation Devices
The basis for an increase of the resistance of premises to COVID-19 is ventilation and air exchange, which is ensured by air conditioning /VZT/ and filter-ventilation devices (FVZ) with sorption filtration