Continuous treatment that fits facility operations
ADB addresses the gap between scheduled cleaning, filtration, and ventilation. It provides automated air and surface microbial treatment during normal operations, with evidence tied to specific organisms, test conditions, and facility configurations.
What your facility gains from ADB
Indoor Air Quality
Continuously lowers airborne bioburden across the treatment space as part of the facility's broader ventilation and contamination-control program.
Speed of Efficacy
In laboratory testing, airborne SARS-CoV-2 was reduced by 90% in 16 seconds and 99.9% in 30 seconds in a 2,640-cubic-foot chamber.
Pathogen Mitigation
Third-party laboratory testing documents reductions against specific viruses, bacteria, spores, and fungi under defined test conditions.
Spoilage Reduction
Published studies report mold and ethylene reduction tied to shelf-life benefits for produce, flowers, and perishable goods where cited.
Safety
Applicable systems are engineered for occupied spaces, require no added chemical treatment products, and report UL 2998 Zero Ozone verification and CARB certification for listed models.
Energy Considerations
Cleaner recirculated air may reduce the volume of outside air a building must condition. Energy savings depend on facility design and operating conditions.
The benefits of Air Disinfection Biosecurity.
Continuous treatment during occupancy, no added chemical treatment products for routine operation, and configurations that integrate with HVAC or stand alone. ADB supports your existing cleaning, sanitation, and ventilation programs.
Shelf-life and spoilage studies
Published PathogenFocus materials report ethylene reduction and mold mitigation tied to crop-specific and facility-specific studies for produce, flowers, and perishable goods.
- Ethylene reduction reported in cited horticulture and cold-storage studies
- Mold mitigation referenced in published organism-specific testing
- VOC mitigation including formaldehyde, toluene, and benzene in cited materials
Operating inputs and facility load
ADB requires no chemical treatment consumables for routine operation. Published power requirements range from approximately 12 watts for some wall-mounted units to 170 watts for the mobile tower, depending on model and configuration.
- No chemical treatment consumables required for ADB operation
- Model-specific filters and reaction chambers follow approved service schedules
- Cleaner recirculated air may reduce outside-air conditioning demand in some facilities
Every advantage of ADB
Continuous automated treatment engineered to run as part of a working facility's contamination-control program.
Air and exposed surfaces
Treatment circulates with the facility airflow and can contact susceptible microorganisms in the air and on exposed surfaces reached by that airflow, not limited to line of sight.
Built for occupied spaces
Most configurations are engineered for continuous operation while people are present, with no disruption to daily operations. The ADB 7000-8MT is intended for unoccupied enclosed spaces only.
No added chemical treatment products
ADB uses ambient air and electricity as operating inputs. Employees do not mix, spray, or fog chemical disinfectants during normal system operation.
Rapid laboratory-documented reductions
In independent testing in a 2,640-cubic-foot chamber, ADB reduced airborne SARS-CoV-2 by 90% in 16 seconds and 99.9% in 30 seconds. Comparative tests reported faster reductions than ionization, PCO, or UVC under the same conditions.
Certified and standards-documented
PathogenFocus reports UL 2998 Zero Ozone verification for applicable systems, CARB certification for the ADB 7000 series, and USDA National Organic Standards registration for listed product types.
Lower operating inputs
ADB requires no chemical treatment consumables for routine operation. Model-specific filters, reaction chambers, and maintenance components follow the approved service schedule for each unit.
VOC and ethylene mitigation
Published materials report mitigation of volatile organic compounds, including formaldehyde, toluene, and benzene, and ethylene reduction tied to crop and shelf-life studies where available.
Scalable configurations
In-duct, standalone, wall-mounted, portable, and mobile-tower units let you match HVAC integration, room layout, and treatment goals across a single facility or a multi-building site.
No UV lamps
Treatment uses modulated dielectric barrier discharge cold plasma rather than ultraviolet lamps that require replacement, shielding, or lamp-specific maintenance.
Send us your space and airflow information
Tell us your facility volume, HVAC airflow, occupancy, and contamination-control objective. We will identify the appropriate ADB configuration and provide available technical documentation.