The SteriSpace™ technology is the most effective way to sterilize the air, providing next-level air sterilization for a variety of applications. SteriSpace™ units can range in size to treat air in spaces from hundreds to thousands of square feet.

The technology can eliminate biological and chemical contaminants from any size room or area by compressive heating of large volume air flows. Testing by the U.S. Department of Defense and other independent agencies conclude that the SteriSpace™ technology doesn’t merely capture contaminants but provides a 99.9999% reduction of hardy biological contaminants including: viruses, vegetative bacteria and bacterial spores. Adding an optional chemical catalyst to the SteriSpace™ system can further eliminate select chemical compounds, environmental pollutants, and organic particles, including: nitrogen dioxide (NO2), carbon monoxide (CO), ammonia and toluene. The addition of a particle filter allows removal of fine (PM10) and ultra-fine (PM 2.5) particulate matter as well.

The units can be integrated into an air handling system (HVAC) or be placed as a standalone unit with ducting directed to the space.


The quality of the air we breathe during daily travel plays a huge role in our short- and long-term well-being and quality of life. On public transportation, the air in the common space shared by commuters can act as a medium for disease transmission and pollution exposure. Some transportation spaces are more challenging to ventilate with pure air than others, particularly: subway settings and aircraft. Recirculating the internal air via the SteriSpace™ technology can substantially improve air quality, reduce the spread of airborne pathogens (especially during flu season) and reduce gaseous pollutants, VOCs, and organic particles from motor exhaust.


Healthcare facilities have a wide range of critical areas wherein the quality of the internal air is paramount. The SteriSpace™ technology can provide next-level air protection in a variety of medical settings. Positive pressure can be maintained within a room to protect patients in surgery, immune-compromised patients, or those with respiratory diseases. Negative pressure can be maintained to prevent the outside environment from contamination from an infected patient inside the room. SteriSpace™, with its scalable and customizable design, can provide an innovative solution to minimize contamination and solve the air quality challenges faced by healthcare facilities.


Industrial and manufacturing processes can often create a high level of gaseous and particulate waste. As a result, indoor air quality is a frequent concern of unions, workers, management, and owners. Many manufacturing processes involve the use of gasses and/or solvents that release harmful fumes into the air, possibly placing workers at risk for respiratory problems. The SteriSpace™ technology could help mitigate this risk in manufacturing areas by providing a way to safely remediate the contaminated indoor air. Further, SteriSpace™ can also reduce environmental pollution by treating the exhaust from diesel generators.

General Applications

Clean indoor air plays an important part in our short- and long-term well-being and quality of life. Clean air leads to healthier and happier employees and students, resulting in higher productivity, reduced sick time and absenteeism, an allergy-friendly environment, and increased energy savings (heat energy produced by the unit can even be redirected to the interior space to defray heating costs in the cold winter months). The SteriSpace™ technology can be integrated into HVAC systems of corporate or other office buildings, schools, etc.


Odors and other airborne contaminants from agricultural operations affect the quality of air within the facilities, as well as the communities surrounding them. The by-products from dense populations of livestock include noxious gaseous contaminants such as: VOCs, ammonia, and methane. The SteriSpace™ technology canprofoundly reduce the concentration of these contaminants in the air of closed buildings, hence reducing their effects on agricultural workers and the environment, while also improving relations with the community surrounding the facilities.

Explore the potential applications


Operating rooms/ Surgical Units
Neonatal intensive care units
Hospital isolation rooms for infectious disease patients
Hospital rooms for protection of immunocompromised patients
Operating rooms
Outpatient surgical units
Emergency rooms
Office/Corporate buildings
Paint application areas
Chemical treatment
Diesel-operated power generation
Chemical manufacturing
Product packaging centers
Construction materials manufacturing
Food additive manufacturing
Plastics manufacturing
Post-etching or sand-blasting air treatment
Government buildings
Naval transport (ships, aircraft carriers, etc.)
Diesel field generator use
Relief shelters, temporary bases, emergency shelters, etc.
Temporary emergency response shelters
Disaster relief shelters
Forward-based medical facilities
Temporary emergency command and control centers
Emergency shelters for isolation of infectious disease patients
Manufacture site of sterile and non-sterile medicinal products
Air quality protection for testing laboratories and storage
Academic research and educational laboratories
Air quality protection for manufacture- or laboratory-adjacent work spaces
Maintenance of air pressure differences between designated areas
Dairy farm
Poultry farm
Grow houses and processing rooms for medical marijuana to mitigate contaminants and odors
Meat and poultry processing plants to remove nano-particle waste exposure
Manure treatment plants for removal of ammonia

 – Integrated into HVAC System     – Stand-alone unit     – Can be integrated into the HVAC system or kept as a standalone unit