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Indoor Air Quality Mold Prevention Solution

Our hydroxyl generating technology has been shown in numerous studies to reduce many microbial contaminates from hard and soft surfaces throughout a structure. In addition, it attacks and virtually eliminates Volatile Organic Compounds (VOC’s). This technology, combined with our safe, EPA Registered BioStat-Pro chemistry is an ideal combination for outstanding indoor air quality.

This technology, combined with our safe, EPA Registered BioStat-Pro chemistry is an ideal combination for outstanding indoor air quality. Download full BioPure Brochure.

HEPA Filtration: Very effective at removing airborne particulates that circulate through the HVAC system. Has no effect on VOCs, odors, or ozone. Provides limited bioaerosol reduction outside of the HVAC system and no surface disinfection effect.

UV Lights: No particulate, VOC, or odor reduction. UV lights product ozone therefore, air quality must be monitored if in use. UV lights do have some beneficial effect on bioaerosols, however, surface disinfection is only on immediate hard surfaces exposed to UV radiation. UV radiation is harmful to many surfaces including plastic electrical wire insulation.

Ion Generator Systems: are effective at reducing airborne particulates. Charged ions has a limited effect on VOC and odor reduction. Ion generators produce ozone, therefore use is restricted. Generators can reduce bioaerosols however, system must be cleaned often to be effective. Limited surface disinfection has been observed. This is from the production of ozone.

Ozone Generators: No particulate reduction. Ozone is very effective against VOCs, Odors, Bioaerosols, and surface microbes. Because Ozone can be harmful and even lethal, it should only be used in unoccupied areas by professional remediation & disinfection services.

TiO₂ Systems: Charged ions reduce the level of airborne particulates. Hydroxyl radicals are effective against VOCs and odors within the HVAC system. 2 TiO systems do reduce bioaerosols within the immediate treatment area. Laboratory research has shown significant reduction of surface contaminates within confined treatment zones.

NSAC Systems: Charged ions reduce the level of airborne particulates. Hydroxyl radicals are effective against VOCs and odors within the HVAC system. NSAC systems produce significant levels of hydroxides and peroxides. This is very effective at reducing bioaerosols, and surface contamination in a wide footprint. Limited Ozone reduction has also been observed in the laboratory.