Unique photocatalytic technology
for air purification and disinfection. Ready for versatile applications.
Benefits
Cost efficient
Trace energy costs (up to 7x less than UVC for air disinfection)
Multipurpose
Removes gases, odors, harmful components of smog, as well as viruses, bacteria and fungal spores
Versatile
Purifying components (photocatalytic layers) allow various designs and constructions of the end devices
Maintenance-free
No need to replace photocatalytic layers (unlike HEPA or carbon filters)
Efficiency
Removes 99.99% of air pollutants*
*at the linear air velocity through the layer for up to 2 m/s
Nanosci Solutions
we help the world
Applications
-
Wall-mounted air purifiers installed in apartments -
Food storage, vertical farms, HACCP industry -
Air purifiers for different means of transportation -
Filter layers for respiratory masks -
Stand-alone air purifiers or AC splits with built in air purifiers -
Purifiers installed in household appliances
Products
Photocatalytic
materials
Our dedicated photocatalytic engines are tailored to the necessary operating parameters of the end devices.
Photocatalytic
materials
Photocatalytic material made with TiO2 nanotubes
Durable and green photocatalytic material made of porous ceramic structure
UV LED
light sources
LED UV modules used in photocatalytic devices and UVC disinfection
Air purifiers
for indoor
use
Air purifier equipped with a Nanosci photocatalytic engine removes chemical and biological pollutants from classrooms, offices, elevators, and other indoor spaces. Our solution removes harmful gaseous components of smog and reduces the risk of disease transmission caused by airborne viruses and bacteria.
Ceiling suspended or busbar mounted
air purifier
Our solution ensures uniform air purification in the occupied spaces. Ceiling suspension is the optimal choice when it comes to air circulation efficiency. The solution can be used in spaces with or without mechanical ventilation.
Vandal-proof air purifier
for elevators and mass means of transportation
Small, crowded spaces pose the greatest threat when it comes to the transmission of airborne diseases. For elevators and public transport, we offer vandal-proof, ceiling-mounted metal air purifiers.
Air purifying LED panel fixture
595x595 mm
Adapted to be installed in place of standard raster lighting fixtures with dimensions of 595x595mm. The device combines lighting and disinfection. There’s no need to create an additional power circuit for air purifiers, which reduces installation costs.
Business
models
We provide solutions and photocatalytic technology in various business models tailored to the client’s goals, industry, and business needs.
Ready to use
photocatalytic materials
Manufacturing licence for our
photocatalytic materials
with complete knowledge transfer
Photocatalytic engines as ready-to-use
components in end devices
Ready-to-use devices under
Nanosci or private label (OEM)
Photocatalytic
technology
Photocatalysis is a safe and sustainable solution for air purification without the use of replaceable filters. Our technology is based on a process that uses a beam of ultraviolet radiation and a photocatalyst in the form of a porous material covered with titanium dioxide.
How does it work?
Air particles pass through a photocatalytic material exposed to the UV light beam. Titanium dioxide which covers photocatalytic material activates the oxidation process.
As a result, the unwanted compounds decompose into carbon and water vapor. Thanks to this, photocatalytic purifiers do not accumulate pollutants, destroying them completely. Our patent-pending solutions are adjustable to the needs of various industries, applications, and shapes of devices.
Photocatalytic process successfully removes:
-
Sulfur dioxide, nitrogen oxides and carbon monoxide -
Volatile organic compounds
-
Unpleasant odors
-
Pathogens (viruses, bacteria or fungi)
Technology safety
User safety is our priority. Titanium dioxide (TiO2) nanoparticles used in our solutions are not emitted into the air. Therefore, there is no possibility that the nanoparticles will get into the respiratory system causing irritation.
Photochemical reaction takes place exclusively on the surface of the photocatalytic layer. Reactive oxygen species in the form of hydroxyl radicals are not transported with the air stream due to their very short lifetime (about 10-8 to 10-9 seconds). Thus, they do not pose a health risk to users.
Patents
Our photocatalytic solutions are patent-protected.
Learn more