Considerations taken to ensure maximum effective results
We Consider Distance:
We consider the distance of surfaces from our UV-C emitter to the overall size of the space being disinfected. Studies have shown that as UV-C energy gets further from the UV-C emitter, the energy drops off significantly and is therefore less effective at reducing microorganisms. We take this into consideration with either multiple cycles of treatment with machines being moved around the disinfection area, or multiple emitter locations for closer proximity to those surfaces, thereby increasing the disinfection effectiveness
We Consider Energy Amounts:
Another factor we consider is whether the system delivers a calculated or measured UV-C dose. Studies have shown that the UV-C disinfection processes must deliver enough energy to the surfaces in the room to help reduce the microorganisms. Some microorganisms are more difficult to eliminate and require much more energy than vegetative bacteria. By using 254m of short wave length, we are maximizing the effectiveness of our disinfection process. We also monitor the energy being emitted with our UV-C dosimeters. This technology consists of a photo-chromatic ink that changes colour when it is stimulated by certain UV-C radiation (253.7 nanometers). This allows us to ensure the efficiency of UV disinfection processes by running shorter cycle times, and providing real–time results.
We Consider Additional Features
In addition to confirming whole room effective disinfection, we will provide Reports and Certificates that you can display to ensure your employees and patrons feel safe entering the facilities you have had UV-C disinfected.