At this time of health alarm, having the right weapons in place to prevent the problems caused by the lack of proper sanitation, is an act of responsibility towards the whole community.
Disinfection is the next step to cleaning and aims to reduce as much as possible the load of microorganisms: spores, viruses and every vital vegetative form.
The application of the UVGI system for sterilization has been known since the middle of the 20th century. It was used in the beginning in medicine, to sterilize instruments, while in recent years the UVGI system has found new applications in air sanitization, in water treatment, food treatment.
Ultraviolet type C rays, emitted by Leds with a wavelength of about 275 nm, lead to the breaking of DNA and RNA bonds of viruses, bacteria and spores. The new coronavirus is a kind of single-stranded positive-sense RNV virus, such as the SARS and MERS virus. Research on SARS has found that this type of virus is sensitive to heat radiation and UVC light and can be reduced when exposure to UVC radiation is stronger than 90 μW/cm2.
The sanitization capacity is a function of the wattage power of the lamp: more power corresponds to a greater range and a shorter time needed to sterilize a closed environment of equal surface and/or volume.
This kind of sanitization gives certain results in terms of reducing the microbial load, without producing waste that is difficult to dispose of and polluting.
Enjoy a comfortable working environment, sanitized, corresponds to having a higher quality of life, in fact in clean environments circulate fewer diseases, reducing business costs and quickly amortizing the initial expenditure.
For some sectors it is therefore essential to define a sanitisation system following strict protocols.