Hotel Air Filters to Control Bacterial Infection that Results Through Poor Ventilation

High-end hotels all across the world have to fight against a broad range of airborne contaminants, including traffic pollution, pollen allergens from outside air, tobacco and pipe smoking inside the hotels. Air filtration and the importance of hotel air filters are often neglected factors in the airborne infection control strategy of many hotels. Being able to travel long distances and be suspended in the air for long, the pollutants in the internal environment of the hotel pose a significant risk both for the staff and guests.

Hotel heating and ventilation systems, containing low quality hotel air filters are often unable to efficiently filter pollutants and droplets, bacteria and viruses, hence for an effective airborne infection control, a more efficient solution in the form of highly efficient hotel air filters is needed.

Hotel are faced with high degree of Infection Control

The need for airborne infection control measures in hotel is increasing, since these airborne infection-generating contaminants severely affect the indoor air quality of the hotels. While ambiances may help to dilute such internal contaminants presence, a lot of hotels just replace one group of contaminants with another once the people bring outdoor pollution into hotel internal environment.

Research conducted by the Leeds University demonstrated a fourfold surge in infection when hotels close windows, to reduce the heating costs for instance. The solution; open doors and windows to bring the oxygen rich air in and filter the air within the hotel where needed with a high-performance hotel air filters– the best of both worlds.

The high performance HEPA-filtration units containing hotel air filters can almost remove all airborne particle pollution. These systems are used to eliminate spores near sites to decrease the risk of contamination to people. Higher capacity units are available for larger or open-plan areas, providing reduction of surface contamination with MRSA and can achieve a significant reduction in airborne infection rates.

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