UV Partners

Technology

Replace environmental uncertaintywith data-driven confidence

Seamless, automated air treatment trusted to reduce contamination* in indoor spaces

Exploded product view of the UV Angel ceiling-mounted air treatment unit.

BACKED BY SCIENCE

How it works

Our flagship UV Angel system combines active upper in-room UV-C treatment, onboard environmental sensing, and connected monitoring in a self-contained ceiling-mounted unit designed for continuous use in occupied spaces

Continuous operation
While operating 24/7, system continuously pulls in air that may contain viruses, bacteria or mold*
High-intensity UV-C
Air passes through high intensity UV-C light, inactivating viruses, bacteria and mold*
Cleaner air
Treated air is returned to the room
Ceiling-grid installation
Self-contained unit installs directly into the ceiling grid to provide active upper in-room UV-C air treatment
Onboard sensing
Onboard sensors monitor in-room environmental factors, communicating real-time with connected systems
Suitable for use in occupied spaces
Patented design prevents UV-C light leakage into the room, allowing continuous use in occupied spaces

Sensors

Integrated Insight

Onboard intelligent sensors provide real-time monitoring of indoor environmental conditions at the room or building level to deliver actionable insights, via BACnet or API, to integrated BMS/BAS platforms or UV Angel Cloud™

Temperature
Monitors ambient temperature, particularly helpful in spaces with non-connected HVAC units
Humidity
Measures local relative humidity, providing data to help maintain a comfortable indoor environment
CO2
CO2 readings guide effective ventilation strategies and help maintain indoor air quality levels for occupied environments
TVOC
Measures airborne TVOCs in relation to indoor quality air quality standards
Maintenance
Connected devices enable system performance reporting for on-time annual service, streamlining maintenance

Evidence

Trusted to deliver results

Our air treatment system has undergone independent laboratory testing, third-party review, and peer-review to confirm effectiveness

81%

average airborne bacteria reduction across peer-reviewed studies1,2

18+

months of no visible mold growth observed by facility personnel at Army base following effective remediation4

Validated U.S. Army Pilot

Awarded sole-source bid by IE&E to improve sustainment of remediation efforts. Demonstrated a 70% average reduction in airborne mold in occupied spaces including barracks, classrooms and administrative areas following remediation3

Establish a new standard
for your facility

Replace environmental uncertainty with the data-driven confidence of our predictive air treatment system

Connect with an expert