Introducing our new technology using UVC 270nm LED with nano particle composite photocatalysts T.T.A integrate in a compact and high efficiency sterilization and decomposition air clean module. We called it "UVC Air Clean Module" or "UVC Photocatalyst Air Clean Module". The module is designed as high efficiency, compact and can be spliced to many dimensions and efficiency conveniently with our own IP. Based on the "UVC Air Clean Module" you can develop your sterilization applications product or embedded in the related products easily.


About UVC Air Clean Module 
   UVC Air Clean Module Datasheet 

As corona virus pandemic IAREX developed the high efficiency air sterilization, decomposition, and deodorizer module to provide a convenient way to the related applications and products development for disease disinfection from air, also can reduce allergens, anti-mold & mildew spray and deodorizer.

               

The UVC Photocatalyst Air Clean Module is designed can be embedded to air purifier inside or any kind application product easily. There are many models and can be spliced as different dimensions and efficiency as your requirements. Please contact us if there is any inquiry.

Photocatalysis reaction of decomposition

Recently, decomposition treatment by photocatalytic oxidation processes with metal oxide nanomaterials and nanocomposites such as titanium dioxide, silver nanoparticles, zirconium dioxide, etc. using ultraviolet (UV) and visible light or even solar energy has added massive research importance. This harmful substance removal technique using nanostructured photocatalysts is well known because of its effectiveness in disintegrating and decomposing the unsafe organic pollutants such as organic pesticides, organohalogens, PAHs (Polycyclic Aromatic Hydrocarbons), surfactants, microorganisms, and other coloring agents in addition to the prospect of utilizing the solar and UV spectrum.

The photocatalysts degrade the pollutants using light energy, which creates energetic electron in the metal oxide and thus generates hydroxyl radical, an oxidative mediator that can oxidize completely the organic pollutant in the environment. Altering the morphologies of metal oxide photocatalysts in nanoscale can further improve their photodegradation efficiency. Nanoscale features of the photocatalysts promote enhance light absorption and improved photon harvest property by refining the process of charge carrier generation and recombination at the semiconductor surfaces and in that way boost hydroxyl radicals.


 UVC LED Efficiency

UV-C LEDs and advanced electronic controls allow for a much smaller footprint compared to traditional UV systems. This lends itself to a deeper embedding of UV-C LEDs into processes requiring disinfection. 

Solid state UV-C LEDs will always have a compact size advantage, given the nature of high-power density of LED technology. From a structural standpoint, UV-C LEDs are smaller and offer higher ultraviolet power densities than mercury-based UV lamps, meaning one can concentrate more light in a given area without the aid of external optical components and at a very small size. 

In addition to power density advantages, a move to digital disinfection drastically reduces the overall footprint of UV-C LED systems as lamp drivers and advanced controls are incorporated into a small electronic board along with the UV-C LED.


Benefits

UV-C LEDs allow for truly distributed disinfection directly at the point of consumption and can be added to any distribution device or system. The form factor of UV-C LED disinfection has created entirely new markets for UV disinfection allowing this technology to be embedded in products and processes where microbial contamination may be a concern. 

  •    Less space required for unit and ancillaries ​
  •    More design freedom to implement UV disinfection
  •    Less labor required to install
  •    Fewer components for spares inventory 



What does it work?

This UVC Photocatalyst Air Clean Module consists of  UV-C LED light source, proactive nano material, photocatalytic nickle filter. The micro-fan the circulates the air that passes through the UV-C light, and T.T.A. photocatalytic filter.

The bacteria, viruses, molds etc. were killed, with allergens, odor, VOCs decomposed, reduced or neutralized inside the module and hence refreshed clean air is generated.

The UVC LEDs provide powerful UV-C light to kill the bacteria, germs and viruses also emitting the photocatalytic filter with photocatalytic composites nanoparticles T.T.A. in high energy level can decompose the harmful substance as high efficiency.

                                        

What is T.T.A. - the new PCO material

Photocatalytic oxidation (PCO) is regarded as one of the most promising methods and has been the focus of many research works in the last two decades.

Titanium dioxide (TiO2) is by far the most investigated photocatalyst for photocatalytic degradation of gaseous VOCs (volatile organic compounds). T.T.A. is a new composites including the anatase structure TiO2 and silver nanoparticles with strong adhesion and long-lasting efficiency. 

The UVC Photocatalyst Air Clean Module is designed can be embedded to air purifier inside or any kind application product easily. There are many models and can be spliced as different dimensions and efficiency as your requirements. Please contact us if there is any inquiry.