Sick Buildings

Sick Building Remediation with Asiet Air PCO Systems

Immediate relief from sick buildings and buildings that make people sick

    Portable stainless steel units available to eliminate indoor air quality issues

    ASIET equipment was used for restoration and remediation of mold after Hurricanes Rita and Katrina

    Immediate mold, bacteria, and viruses reduction

ASIET offers immediate assistance for air quality issues in any public or private buildings. This new generation of UVC assisted cleaning chambers improve indoor air quality while protecting against mold, bacteria, viruses, biohazards, and protecting our safety. ASIET systems protect against airborne toxins by disinfecting and deodorizing the air without the use of chemicals or ozone.

Green energy = energy savings - ASIET, Inc. air systems

    Indoor air quality issues after flooding

    Green energy is reconditioning existing air

    Install directly in return air ducts or existing air handlers

    Restoration and remediation of mold after Hurricanes Rita & Katrina

    Staph infections in schools and other public buildings

    Immediate mold, bacteria, and viruses reduction

ASIET offers immediate assistance for air quality issues such as mold and staph infections facing public schools, jails, and other public buildings. This new generation of UVC assisted cleaning chambers improve air quality while protecting against mold, bacteria, viruses, biohazards, and protecting our safety. ASIET systems protect against airborne toxins by disinfecting and deodorizing the air without the use of chemicals or ozone.

How ASIET Air Purifiers Work:

ASIET Air Equipment employs UV-C germicidal lamps and photocatalytic "Technosite™" impregnated reactors. This combination is far more effective than UV light alone.

UV Light is provided by the sun and also by specially designed lamps. The three types of UV lamps in the market produce UV-A, UV-B and UV-C light. UV-B is used in medical applications to treat patients with Jaundice, Psoriasis, and other skin disorders by irradiating the reactor pads and in rooms to treat the upper level air next to the ceiling. UV-A is less effective in killing bacteria than UV-C. UV-C at 254 nm wavelength is the peak absorbance of DNA and RNA; therefore, the most effective in killing cells, including bacteria. UV light intensity decreases with the square of the distance from the bulb. Therefore, for UV-light to be effective, bacteria and mold cells must be in close proximity to the lamp.

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