Pal Purification Air Lamp System Logo

 

THE INNOVATIVE AIR PURIFICATION SYSTEM COMBINED TO MORE MODERN LED LIGHTING SYSTEMS


SOME APPLICATIONS:

  • SCHOOLS AND KINDERGARTENS

    SCHOOLS AND KINDERGARTENS

  • GYMS

    GYMS

  • POOLS

    POOLS

  • OFFICES

    OFFICES

  • PUBLIC PLACES

    PUBLIC PLACES

  • AIRPORTS AND RAILWAY STATIONS

    AIRPORTS AND RAILWAY STATIONS

  • WAITING ROOMS

    WAITING ROOMS

  • SENIOR HOUSING

    SENIOR HOUSING

  • BARS AND RESTAURANTS

    BARS AND RESTAURANTS

  • PHARMACIES

    PHARMACIES

  • HOSPITALS

    HOSPITALS

  • DENTISTRY

    DENTISTRY

  • WARDS

    WARDS

  • VETERINARY CLINICS

    VETERINARY CLINICS

  • CLINICS AND EMERGENCY AREAS

    CLINICS AND EMERGENCY AREAS

PAL (Purification Air Lamp) is an innovative lighting system that matches a combination of new-generation photocatalytic nanomaterials with specific high-quality LED lamps in order to achieve a dual effect: Energy Efficiency and Air Purification.


 

The simple lighting of specific LED lamps, suitably designed to work at precise wavelengths in the visible spectrum, activates the PHOTOCATALYSIS process that involves the generation of ROS (Reactive Oxygen Species), elements able to transform harmful organic substances into harmless inorganic molecules (H2O and CO2). The mixture of different photocatalytic materials, combined with an innovative compound based on organic carbon made to improve adhesion on the surface of the lamp, allows PAL sanitizing lighting system to be unique, innovative and highly performing.

 

Surface
screen surface treated with photocatalytic nanomaterials
Light
LED lamp turn-on to activate the ROS (Reactive Oxygen Species) photocatalytic process
Molecules
impure air in direct contact with the treated surface: bacteria - dust - molds - viruses - allergens - cigarette smoke
Arrows
Production of harmless inorganic molecules (H2O and CO2)
  • Surface
    screen surface treated with photocatalytic nanomaterials
  • Light
    LED lamp turn-on to activate the ROS (Reactive Oxygen Species) photocatalytic process
  • Molecules
    impure air in direct contact with the treated surface: bacteria - dust - molds - viruses - allergens - cigarette smoke
  • Arrows
    Production of harmless inorganic molecules (H2O and CO2)

     

    Traditional lamps replacement with sanitizing LED ones allows a significant reduction in electricity consumption, in order to obtain very short investment returns, eliminate maintenance costs and at the same time purify the air of the environment in which lamps are installed.

     


     

    APPLICATIONS

    PAL is the ideal product for all those closed spaces where the presence of indoor pollution is an underestimated but real problem, starting from our private homes.
    For its antibacterial features, PAL is ideal for operating rooms, or more in general for hospitals and for all those places in close bacterial control.
    It can also sanitize air in sport places such as swimming pools and gyms, in schools, in offices and in all those places where there is a greater chance of germs and microbes circulation.

    • Schools/kindergartens
    • Pools and gyms common areas
    • Offices
    • Railway stations/airports/waiting rooms
    • Senior housing
    • Bars and Restaurants
    • Pharmacies
    • Public areas in clinics and hospitals/wards
    • Dentistry
    • Veterinary clinics
    • Emergency areas

    Safe AirSAFETY

    Air treatment with photocatalysis occurs by contact without any emission of substances into the environment. This allows to get to the targets in maximum safety for people.

    The elimination of bacteria, viruses and other substances takes place with an oxidation mechanism which produces only very small amounts of water and carbon dioxide.

    • PAL has no toxicity.
    • PAL do not generate any skin irritation.
    • PAL is useful for allergic people because it eliminates the major causes of allergy.

     


    The product (photocatalyst) does not contain substances classified as hazardous to health or environment under the provisions set forth in Directives 67/548 / EEC and / or Regulation (EC) 1272/2008 (CLP), as amended and adjustments.

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