Breathe better with PathogenFocus
We all want our spaces to be as healthy as possible. A healthy environment is critical to the health of our bodies. We spend most of our day sitting indoors. The crucial element in keeping these buildings healthy is to maintain high indoor air quality (IAQ).
How can we help? Utilizing PathogenFocus' Air Disinfection Biosecurity (patent pending) technology can drastically improve your indoor air quality and mitigate harmful pathogens - including viruses, bacteria, mold, fungi, spores, allergens, some VOCs, and overall bioburden.
These systems take advantage of the existing air circulation in the building and provide constant, safe and proactive disinfection in the air and on surfaces. ADB technology can drastically improve your building's IAQ, which will help maintain the healthiest environment possible.
We all want our spaces to be as healthy as possible. A healthy environment is critical to the health of our bodies. We spend most of our day sitting indoors. The crucial element in keeping these buildings healthy is to maintain high indoor air quality (IAQ).
How can we help? Utilizing PathogenFocus' Air Disinfection Biosecurity (patent pending) technology can drastically improve your indoor air quality and mitigate harmful pathogens - including viruses, bacteria, mold, fungi, spores, allergens, some VOCs, and overall bioburden.
These systems take advantage of the existing air circulation in the building and provide constant, safe and proactive disinfection in the air and on surfaces. ADB technology can drastically improve your building's IAQ, which will help maintain the healthiest environment possible.
NEW: The PathogenFocus 7000-AF series meets UL867 standard!
The 7000 series also meets California Air Resources Board ozone emissions limit - now CARB certified.
The below results are from laboratory testing done in a 2,640 cubic foot room (22 foot width x 12 foot length x 10 foot height):
99.9%
Airborne viruses inactivated in 30 seconds
60 SECONDS
Airborne viruses virtually undetectable
ZERO
Consumables required
Advantages of ADB
Rapid and continual antimicrobial technology reduces bioburden and improves indoor air quality
Disinfection for both air AND surfaces
Perfectly safe for occupied spaces - when protection is needed the most
Requires no chemicals and leaves behind no residue
Meets USDA National Organic Standards, sub-type "Sanitizers"
Long-term cost savings in chemical use and staff labor
Smart controller for units installed with HVAC system for ease of use
No ionizers, irradiation, or harmful UV components
Scalable to room/building size - flexible and adaptable
Standalone portable unit available
Does not emit volatile organic compounds (VOCs)
Quickly reduces ethylene, extending shelf life of produce
Meets California ozone emissions limit - CARB Certified. Meets UL867 standard (ADB 7000-AF). Also meets UL2998, less than 5 parts-per-billion of ozone
Potential HVAC energy savings by reducing amount of outside air needed
Works MUCH faster than other products in the marketplace
ADB is faster and more effective
Our Air Disinfection Biosecurity units were tested in an independent third party laboratory against other popular 
pathogen elimination products - bipolar ionization, photocatalytic oxidation, and UVC. These results are from a 2,640 cubic foot room (22 foot width x 12 foot length x 10 foot height). ADB dramatically outperformed the other products!
ADB worked significantly faster in reducing viruses and bacteria in the air and on surfaces. With the aerosolized pathogens, ADB was exponentially better - achieving upwards of 99 percent reduction when the other methods were only beginning to have an affect!
When it comes to occupied spaces, the speed in which the pathogens are eliminated is critical. Because ADB is safe to operate in the presence of people, and due to its speed in eliminating disease-causing pathogens, ADB can mitigate the spread of illness-causing pathogens in your space far more effectively than these other methods.
Benefits for produce and horticulture
- Food Processing: ADB can provide many advantages to meat and produce applications. Since ADB provides continuous treatment for bacteria, molds, mildew and viruses, it can mitigate pathogens that cause food-borne illnesses and increase product shelf life. This can help save money by reducing loss and the need for recalls. ADB reinforces food safety through safe, continuous microbial inactivation without the use of chemicals. ADB can be utilized in many aspects of the food industry - from production and storage, to transportation, all the way to grocery stores and restaurants.
- Horticulture: ADB has had proven success with floricultural products. ADB can help mitigate losses due to mold, and increase shelf-life of plants. ADB can produce firmer heads and stems and reduce ethylene.
Where can ADB technology be used?
Air Disinfection Biosecurity technology provides chemical-free, continuous protection. These systems work continuously to neutralize harmful pathogens and prevent potential re-contamination on air and surfaces. ADB has been utilized in the US since 2008. In that time, tens of thousands of ADB units have been utilized in over 1,000 installations.
ADB can be used in a wide variety of applications, including the below:
How does ADB work?
ADB proactively eliminates airborne and surface pathogens by distributing an array of Highly Reactive Molecules (HRM), including hydrogen peroxide (H2O2), into the treatment space. These molecules continuously sanitize ambient air and indoor surfaces. Using this technology, treatment is not limited to line-of-sight or physical distance. ADB can be safely delivered in occupied spaces, therefore it does not negatively impact customers or workflow. These units work in conjunction with a facility's existing HVAC/air handling system, or as standalone units, and can be scaled to any size treatment space without sacrificing treatment efficacy.
1.
Ambient air is captured and exposed to high frequency controlled electrical pulses within the system’s chamber.
2.
This creates a burst of particles, referred to as Highly Reactive Molecules (HRM), and include H2O2.
3.
These reactive particles are then dispersed through the air via the existing HVAC system or portable unit.
4.
The particles contact air and surface pathogens, destroying their DNA/RNA rendering them inactive, and reducing the microbial burden.
