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New solutions / BKM 3.0
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BKM 3.0 is a unique air purifier designed to eliminate viruses, bacteria, and other pollutants (e.g., Formaldehyde, Benzene, Toluene...) in real environments.
It is certified under real-use conditions by the University of Padua and has been validated during 10 months of laboratory tests that demonstrated its effectiveness. A team of professionals managed to optimize the device's performance and develop a product capable of eliminating 99.5% of pathogens while maintaining constant efficiency over time*. The BKM 3.0 purifies the air without producing ozone and ensuring the containment of UV-C radiation.
* For all details consult the technical information: QR code “Performance report - K-INN Tech S.r.l.” and QR code “ISS COVID-19 Report n. 12/2021 - The Italian National Institute of Health“.
It is certified under real-use conditions by the University of Padua and has been validated during 10 months of laboratory tests that demonstrated its effectiveness. A team of professionals managed to optimize the device's performance and develop a product capable of eliminating 99.5% of pathogens while maintaining constant efficiency over time*. The BKM 3.0 purifies the air without producing ozone and ensuring the containment of UV-C radiation.
* For all details consult the technical information: QR code “Performance report - K-INN Tech S.r.l.” and QR code “ISS COVID-19 Report n. 12/2021 - The Italian National Institute of Health“.
highlights
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Technical data
The BKM 3.0 device is equipped with 2 UV-C germicidal lamps, emitting at 254nm, and a fan with two air velocity settings. The internal surfaces, especially shaped and patented, have been located in away to maximize surface illumination by the UV-C lamps. Furthermore, the photocatalyst was finely distributed over them.
The coupling of photo-catalysis technology with the germicidal effect of UV-C radiations in a single device has been made possible through experimentation on a laboratory scale, which have allowed to validate a complex mathematical model.
The results of the study have identified the maximum effectiveness in this product configuration: the dimensions of the purifier and of the photocatalytic coating, based on nano particles of titania, as well as the choice of the internal geometry and the position of the lamps, are the optimal ones for the pathogens and VOCs abatement at the passage of the internal air flow.
The coupling of photo-catalysis technology with the germicidal effect of UV-C radiations in a single device has been made possible through experimentation on a laboratory scale, which have allowed to validate a complex mathematical model.
The results of the study have identified the maximum effectiveness in this product configuration: the dimensions of the purifier and of the photocatalytic coating, based on nano particles of titania, as well as the choice of the internal geometry and the position of the lamps, are the optimal ones for the pathogens and VOCs abatement at the passage of the internal air flow.
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