Project Description


The best partner to fight the spread of pathogens

The attention to the many diseases transmitted by air and the typical environmental contaminations of an interactive society based on aggregative behavior is more and more increasing.
Globalization, the speed and ease of movement and connection between the various countries in the world has accelerated the market exchange but has also increased the possibility of coming into contact with diseases and infections.
Therefore, it becomes a priority to put in place safety solutions to fight the problem of spreading micro-pathogens, viruses and bacteria with airborne transmission, including generic ones such as those that cause Measles, Meningitis, Rubella, etc ... or simple colds and flu.
Bacterial conditioning is particularly concentrated in closed environments and in those where there is a high gathering of people, starting from offices, waiting rooms, public places, professional offices, individual service areas, up to to consider the places where having the guarantee of breathing purified air becomes indispensable such as health facilities, hospitals, clinics, clinics and surgical areas.
AIR SANISYSTEM is an excellent partner to be used to fight the spread of pathogens within closed environments and to keep the microbiological load of the rooms under control.
The device is a UVGI system which, thanks to the use of UVC lamps, has a photolytic effect on the DNA of microorganisms such as bacteria, molds, yeasts and viruses present in the air which, filtered and treated by UVC rays, are damaged and cannot replicate.
AIR SANISYSTEM uses high-energy germicidal UVC lamps technology, with a controlled wavelength of 254 nm in order to achieve the purification effect with maximum effectiveness.

UV radiation

The air forced into the device by the high-flow fans is treated by the emission of UVC rays.

UV radiation covers that portion of the electromagnetic spectrum with a wavelength between 100 and 400 nanometers (nm) and is divided into three main categories:

  • UVA (315-400 nm)
  • UVB (280-315 nm)
  • UVC (100-280 nm).

Generally speaking, the penetration capacity and therefore the "danger" for humans of UV rays increases as the wavelength decreases.

Most of the UV rays that reach the earth's surface are UVA and, to a small extent, UVB, while the UVCs are totally absorbed by the atmosphere.

Germicidal UV

The short wavelength UV-C ultraviolet light (100-280 nm) is considered "germicidal UV" and is also called "Ultraviolet germicidal irradiation" (UVGI) as it is a sterilization method that it uses UVC light to modify the DNA or RNA of microorganisms and thus prevents them from reproducing or being harmful.

At certain wavelengths, UV is harmful to bacteria, viruses and other microorganisms. The absorption peak by DNA occurs at 260nm wavelength which induces the destructive photolytic effect. The technology that allows for the greatest efficacy is that of low pressure UVGI lamps that emit UVC at 254nm at high power, guaranteeing an excellent germicidal effect.

At a wavelength of 254 nm, UV destroys the molecular bonds of the DNA of microorganisms, producing thymine dimers in their DNA and destroying them, rendering them harmless or preventing their growth and reproduction. This particular radiation is absorbed by the DNA inducing a photolytic effect, leading to the death of the cell and thus preventing it from replicating. UVGI radiation is effective against a huge amount of viruses, bacteria and other microorganisms. In addition to the germicidal action, however, these lamps find many other applications such as the disinfection of food, water and air.

Air Sanisystem airflow

The most effective method for air purification

Highly effective system for purifying the air from biological pollutants such as bacteria, viruses and fungal spores by using the forced recirculation through high flow fans.

  • Photolytic effect on DNA using the UVC radiation: microorganisms such as bacteria, molds, yeasts and viruses cannot replicate.
  • Use of high energy germicidal UVC lamps.
  • UVC emission at 254 nm in order to obtain the purification effect with maximum effectiveness.
  • High room treatment capacity equal to 136 m3/h.
  • Effective air purification without the use of chemicals.
  • Extreme safety for the user, possibility of being used even in the presence of people as there is no emission of UV rays outside the device.
  • Alternative to chemical disinfection.
  • Ecological.
  • OZON free.
  • Long lifetime lamps.
  • Possibility of installation on both pedestal and wall.
  • Maximum volume of sanitization of a room up to 80 m3
Air Sanisystem on the ground with pedestal.

Air Sanisystem on the ground with pedestal.

Air Sanisystem on the wall with supports.

Air Sanisystem on the wall with supports.