Yes. The AiroDoctor is designed for 24/7 use. There are no components that become particularly warm. The LED modules for photocatalysis have a performance lifetime of at least 50,000 hours, and there is no measurable wear on the filter core made of solid titanium dioxide (TiO2) material.

There is no risk of fire or explosion. However, please ensure that no liquids get into the AiroDoctor.

The volume of the AiroDoctor varies depending on the ventilation level. The following table shows the ventilation level, the respective Clean Air Delivery Rate (CADR) and the volume in decibels (db).

Minimal changes may occur. We assume that photocatalysis could minimally reduce humidity and the room temperature could change by no more than 1 degree.

The light-emitting diode continuously measures the particle load of particles up to a size of PM2.5 (2.5 micrometers) via optical scattering. A sensor counts the flashes generated by the individual particles in the light of the diode and thus measures the particle density. Incorrect measurements can occur with particularly high air humidity, for example with water vapor, since the water droplets in the air are counted as particles here.

This depends on several factors: the size and nature of the room (ceiling height, interior furnishings), the sources of pollutants, and the number of people present or infected. In various studies, flow researchers calculated air exchange rates that are more or less equivalent to four to six times the room volume per hour. Read more about this in our AiroDoctor study in a real daycare room with 11 children.

One AiroDoctor cleans a room with an overall area of 200 square meters. You then need to factor in the ceiling height and the average number of people present.