AirROS by SAGE Surface & Air Purifiers utilize high voltage and high frequency-controlled pulses, but very low amperage to create non-thermal plasma and generate ROS (Reactive Oxygen Species). ROS are the sanitation/cleaning agents that prevent and destroy Molds, Viruses, and other Pathogens and control/eliminate Odor in the Air and Surfaces in two stages:
Phase 1- Primary Air Cleaning
Placed within your room’s air flow, air from the environment containing microorganisms enter our purifier’s internal High Voltage Controlled Pulse (HVCP) reaction chamber. The HVCP reaction chamber creates non-thermal plasma and generates ROS which is comprised of 7 ROS cleaning agents. 5 of them are very short lived highly Reactive Oxygen Species (atomic oxygen, singlet oxygen, hydroxyl radical, superoxide and peroxynitrite) which never make it out of the chamber. They break down carbon-to-carbon bonds of cell walls in microbes that travel through the chamber and indiscriminately destroys molds, viruses, and other pathogens as they pass through the HVCP chamber.
Phase 2- Secondary Surface & Air Cleaning.
Provides Surface sanitation and continued Air sanitation. The purified air now diffused into the environment contains longer lived Reactive Oxygen Species (gas-phase hydrogen peroxide-H2O2, and low concentration levels of ozone-O3) that further sanitize room air and surfaces. In addition to treating the ambient air as it passes through the reaction chamber, the O3 & H2O2 diffusion react to make Hydrogen Trioxide-H2O3 aka Trioxidane (natural anti-microbial) that will further sanitize all surfaces and control odor, resulting in clean air and surfaces 24/7. Our purifier will protect your facility where the problems happen out in the environment.
Our advanced surface and air sanitation process provides SAFE, EFFECTIVE, and CONTINUOUS 24/7 inactivation and neutralization of airborne and surface viruses, microbials and odor control while people are present. We also can provide equipment to shock treat in certain applications, if required.