Garbage rooms and garages

Exhaust air purification of waste rooms with oxygen activation for building planners

Waste rooms are polluted by odors and dust. These inorganic and organic substances pollute the indoor air. Dust, fine dust, aerosols, VOCs, germs and bacteria accumulate in the ventilation ducts. This creates a breeding ground for germs in waste rooms, containers and garbage cans. This problematic situation can deter potential customers or residents and cause a nuisance in the neighborhood.

The aim is to transport the unhygienic and unpleasant air to the outside. In addition, the guidelines according to VDI 6022 should be met. (VDI 6022 defines hygienic objectives without a procedure for achieving them, and also defines requirements for the planning, design, operation and maintenance of HVAC system components. The implementation of this directive requires regular inspections, maintenance and, if necessary, cleaning of the system. The requirements apply regardless of the design and type of air duct - even if access is difficult

The solution with ProActiveAir-MRA

1. The patented ProActiveAir-MRA system reduces the stresses and strains based on nature
.
2. In nature, oxygen is "activated" by UV radiation and electrical discharges (thunderstorms), which "naturally" reduces pollution in the air.
3. Negative ions and active oxygen are generated separately
4. Separate and therefore targeted application options
5. Norm-compliant and nature-appropriate generation of active oxygen
6. Highest cleaning efficiency, even with high levels of dust, grease, aerosols, odors and germs
7. Reduction of the air exchange rate to 4-5 times instead of 8-10 times
8. Exhaust air routing via the roof is no longer necessary

Components of ProActiveAir-MRA

Ion generator:

• Electrical charging of suspended particles and VOCs (volatile hydrocarbons)
• Deposition on surfaces or simple transportation via exhaust air
• Installation directly or near the air outlet
• Controlled and demand-dependent generation of negative ions

Ozone generator:

• Degradation of VOCs (volatile hydrocarbons) through cold combustion
• Degradation of germs, aerosols, spores and fungi
• On the exhaust air or supply air duct, close to or in the shelf
• Controlled and demand-dependent generation of ozone (O3)

Contact us if you are interested
We will be happy to advise you without obligation!