The Secret Sauce Of AirROS by SAGE Industrial

Industrial Surface & Air Purification Solutions for Cannabis Grow Rooms

How It Works

AirROS by SAGE Commercial air & surface 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 (including Powdery Mildew), Viruses, and other Pathogens and control/eliminate Odor in the Air and Surfaces in two stages:

Phase 1- Primary Air Cleaning

Placed within your grow room’s air flow or greenhouse, air from the environment containing microorganisms enters the purifier’s internal chamber. The reaction chamber creates non-thermal plasma and generates ROS. ROS is comprised of 5 short lived highly Reactive Oxygen Species (atomic oxygen, singlet oxygen, hydroxyl radical, superoxide and peroxynitrite) which break down carbon-to-carbon bonds that sanitize the air and destroys all bacteria, molds, viruses and other pathogens as they pass through the reaction 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-phased H2O2- hydrogen peroxide, and low concentration levels of O3-ozone) that further sanitize room air and surfaces. Again, in addition to treating the ambient air as it passes through the reaction chamber, using the H2O2 and O3 diffused into the environment, our units will further sanitize all Surfaces and control Odor, resulting in clean air and surfaces 24/7.

Commercial air and surface purifiers for cannabis grow rooms and greenhouses

Watch this video to see how AirROS Industrial surface and air purification system works







Bipolar Ionization/Ionization

HEPA Filters

Ozone Generators

Surface sanitation
6+ ft. away from unit

At unsafe levels

Air sanitation
6+ ft. away from unit

At unsafe levels

Active anti microbial Agents

(7) 5 inside/ 2 outside system

2 or 3 inside system only

2 or 3 inside system only

2 or 3 inside system only

2 or 3 inside system only



Lifespan of Sanitizing Agents

several minutes

several seconds

several seconds

several seconds

several seconds


several minutes

Safe for plants & Humans

Hazard: ozone layers above limit

Ozone safe

Smart control system

ON/OFF Switch only

ON/OFF Switch only

ON/OFF Switch only

ON/OFF Switch only

ON/OFF Switch only

ON/OFF Switch only

Energy Efficient

Sanitation Level Tracking

  • In the marketplace for decades without wide adoption
  • Effective water treatment
  • Air treatment
  1. must use outside, dried air and pump compressed O3 into the space to be treated.
  2. O3 is the only reactive oxygen species (ROS) used
  3. This necessitates very large quantities of O3 to treat the room. OSHA limits almost always exceeded.
  4. Difficult to regulate and control, due to high pressure and O3 production.
  5. “Old technology” that does not fit modern uses and needs.
  6. Some Commodities highly sensitive to ozone.

Watch this video how AirROS is different then ozone generators

  • UV light from lamps are capable of destroying some bacteria, fungi and mold by breaking bonds in the cell walls or DNA.
  • The microbes must touch the UV light emission to be affected.
  • The microbes must also be exposed for long-enough to be affected.
  • No ROS is created.
  • Bulbs are not large, so many have to be used for any sizable space.
  • Bulbs are expensive, burn out frequently and are a hazardous disposal material, since they often contain mercury.
  • Consumer units for homes often contain a UV component.


UV Purifiers VS AirROS Surface & Air Purifiers

Watch this video to see the difference between UV technology and AirROS (Reactive Oxygen Species Technology)

  • UV light is focused on plates covered with titanium dioxide paint.
  • Known as PCO or photo catalytic oxidation
  • Developed by NASA to help grow crops in space by cleaning air; is a public domain technology.
  • Air Treatment
  1. UV light destruction of microorganisms
  2. Produces some ROS (e.g. hydroxyl radicals and superoxide ions) to remove some molds, bacteria and viruses. Depending on UV wavelength, some systems may produce very low levels of ozone and hydrogen peroxide for minor surface benefit.


NASA Developed Air Purifiers VS AirROS Advance Systems

Watch this video to see the difference between NASA purifiers and AirROS purifiers

Photocatalytic Oxidation (PCO) VS AirROS Advance Systems
Watched this video to see the difference between PCO purifiers and AirROS purifiers

  • Uses electricity to add a static charge to air molecules.
  1. Charge causes the molecules to attach to dust and other airborne particles (may include some bacteria, mold, etc.).
  2. Contains plates which attract particles: must be cleaned frequently.
  3. Combined particles are also heavier than air, and fall to ground and surfaces.
  • Does not destroy any contaminant particles (bacteria, mold, etc.), instead it collects them.
  1. Particles can be “kicked up” by air movement, vehicle and human or animal traffic to recontaminate areas or be tracked to other locations.
  2. Often causes a “black-wall effect” where walls near the ionizer are coated with attracted contaminants.
  • Often used in household devices.

AirROS (Reactive Oxygen Species) VS Ionizers/Bipolar Ionizers

Watch this video to see the difference between both technologies.

  • Liquid cleaning system for surface applications.
  • A safer, more potent form of the oxidizer compound found in bleach (neutral pH) , but with very short shelf life.
  • Shelf life issue solved with an on-site system to “create” the solution just in time as it is needed.
  • Like the AirROS system, it uses oxidation to eliminate microbes, but with only one (1) reactive oxygen species.
  • Complimentary to AirROS by enhancing current surface cleaning systems
  • Systems that combine one or more existing technology.

HEPA Filtration

  • High-quality HEPA air filters remove particles down to approximately 0.3 microns in size
  1. One (1) micron = 0.001mm
  2. This size is adequate to filter out most mold and mildew.
  3. It catches many, but not all bacteria.
  4. Viruses are small enough to move through unless just caught on filter media.
  • Microbes are not destroyed, just trapped and concentrated. (Yuck!)
  • HEPA air filters are effective for solid and liquid particles, but not effective for gaseous particles.
  • HEPA is a good complement to bacteria and mold-killing technology like AirROS in clean rooms and RTE food-processing operations.

Activated Charcoal Filters

  • Activated carbon air filters trap odors and chemicals in highly absorbent granules.
  • Activated carbon is a charcoal that is treated with oxygen in order to open pores between the carbon atoms in the filter, resulting in a highly absorbent material.
  • Good compliment to the AirROS system in ultra-clean environments as long as used for air intake or air exhaust. The activated carbon filter will remove our ROS from the environment and leave the environment without surface treatment.
  • UV – UV light from lamps targeted on a hydrated multi-metal catalyst (Titanium Dioxide -TiO2 is main component) creates low-levels of Hydrogen Peroxide (H2O2)
  • It is capable of destroying some bacteria, fungi and mold by breaking bonds in the cell walls or DNA that enter the purifier.
  • The microbes must touch the UV light emission or come into contact with Hydrogen Peroxide (H2O2) to be affected.
  • Hydrogen Peroxide (H2O2) has some minor surface treatment.
  • However, Hydrogen Peroxide (H2O2) alone not high enough concentration to be effective on all surfaces at long distances from the output.
  • Multiple units needed to treat large spaces and this increases electricity costs.
  • H2O2 is the only reactive oxygen species (ROS) used

Have Questions? We Can Help! Schedule A Call With One Of Our Consultants Today!

AirROS purifiers use electricity which we convert to High-Voltage, High-Frequency and by controlled pulses creates ROS (Reactive Oxygen Species). The ROS created are highly reactive and are responsible for the sanitation and destruction of molds, viruses, pathogens, and odors. See our “How it Works” page for more information.

Acceptance and Standards




Certification Status




Unique Identifier (File Number)



  • Natural ground-level concentrations of Ozone (O3) are typically 0.030ppm to 0.070ppm and may be higher than 0.100ppm in urban areas.
  1. OSHA 24 hour average exposure limit 0.050ppm
  2. OSHA 8 hour average exposure limit 0.100ppm
  3. OSHA Short-term exposure limit 0.300ppm
  • AirROS equipment is effective as a disinfectant and sterilizing agent at levels of 50% or below of that specified by OSHA for 24-hour exposure levels.
  • With the integration of the Environmental monitoring package, the purifiers can operate at controlled levels well below the thresholds dictated by OSHA.


European Union Electrical Safety directives for Low Voltage and Electromagnetic Compatibility.


Great Britain Electrical Safety directives for low voltage and Electromagnetic Compatibility


Regulatory Compliance Mark for Australia and New Zealand to indicate compliance with electrical product regulations.


  • Ozone Heavy Work Limit 0.050ppm
  • Ozone Moderate Work Limit 0.080ppm
  • Ozone Light Work Limit 0.100ppm


  • Ozone 8 hour mean daily max 0.050ppm


FDA issued (June 26, 2001) a GRAS (Generally Regarded As Safe) statement as to the use and application of ozone in food processing.


EPA has standards for assuring that any equipment being sold as an Ozone generator for use in the food processing arena have an EPA Establishment Number and that the entity files an annual report disclosing manufacturing and marketing of products in the U.S. and elsewhere.

Each piece of equipment bears the applicable EPA Establishment Number based on the physical site where the purifier was manufactured.


USDA followed the FDA publication in December 2001 with its own regulation allowing for uses in meats and poultry.

Organically Approved

The AirROS purifiers meet all organically approved regulations.

International Ozone Association

0.001 ppm

  1. Lowest value detectable by hypersensitive humans. Too low to measure accurately with elaborate electronic equipment.

0.003 ppm

  1. Threshold of odor perception in laboratory environment, 50% confidence level.

0.003 ppm to 0.010 ppm

  1. The threshold of odor perception by the average person in clean air. Readily detectable by most normal persons.

People may smell ozone from AirROS –even at very safe levels


CE marking directives are met. “Restriction of (the use of certain) Hazardous Substances in electrical and electronic Equipment.

Have Questions? We Can Help! Schedule A Call With One Of Our Consultants Today!


Tel: +1 855-201-7243 | Email: