Germs, bacteria, viruses, mold, and other contaminants can move through occupied spaces without anyone seeing them. That makes the problem easy to ignore until people get sick, odors develop, or testing reveals what was there all along. What You Can't See Still Matters.
Cleaning and sanitizing are not the same. While cleaning can include sanitizing, the effects are temporary and have no impact on airborne germs. What happens is air becomes germ-filled as do surfaces. Breathing is continuous, and so should the sanitizing process
Continuous Infectious Microbial Reduction
The CIMR technology is a Military grade system that integrates into the HVAC system or as simple portable units to completely envelope school occupants in classrooms, hallways, gymnasiums, cafeterias, etc. Requiring no ongoing labor or inputs - only O2 and H2O already in the Air - produces no Ozone or other harmful byproducts.
Continuous protection against pathogens in the air and on surfaces
Supports a healthier indoor environment for occuppants every day.
Promotes cleaner indoor air with a practical, sustainable approach.
Can increase HVAC-related savings through more eficient system performance.
Design for reliable operation with minimal maintenance requirements.
Supports improved comfort, performance, and attendance.
Findings by Kansas State University
Covid 19
99.9%reduction
98.5%reduction
(Methicillin Resistant Staphylococcus aureus)
99.8%reduction
98.1%reduction
99.38%reduction
96.4%reduction
99.0%reduction
99.99%reduction
99.92%reduction
99.93%reduction
99.99%reduction
99.99%reduction
CIMR® Equipment
In-duct units treat the whole building through your HVAC. Portable units treat a room or open area.
Treats the whole building
Mounts inside your existing HVAC ductwork and treats every room it serves. Same unit, three capacities.
Up to 1,500 sq ft
1 × 9″ cell · 12″ min. duct
Up to 4,000 sq ft
1 × 14″ cell · 16″ min. duct
Up to 8,000 sq ft
2 × 14″ cells · 16″ min. duct
Professional installation required (12″ or 16″ minimum duct) — our team can install it for you.
Treats a room or open area
Plugs into a standard outlet. No ductwork — move it where you need it.
Up to 2,000 sq ft
Rooms, offices, classrooms
10 lb · plugs into any outlet
Up to 16,000 sq ft
Gyms, large open areas, job sites
30 lb · also mounts in large HVAC systems
Locker rooms combine people, sweat, moisture, equipment, clothing, shared surfaces, and heavy daily use. For years, people have accepted the smell as part of the environment.
But the smell is telling you something.
When continuous treatment is introduced, odor reduction gives people something they can experience immediately. Odor is not a measurement of germs, but it makes the larger concept easy to understand: the indoor environment can change even when you cannot see it.
They Can Smell the Difference.
Germs, bacteria, viruses, and other contaminants usually provide no warning at all. That is why the real goal is not simply a better-smelling locker room.
It Is a Healthier Environment for the People Inside.
The indoor environment can affect attendance, learning, employee performance, operating cost, and the financial performance of the building itself.
Health Has an ROI.
Conservative infection-related absence reduction benchmark
recovered student days per year
in annual attendance value in the illustrative 900-student model
Model based on a 900-student school. Results will vary by building and conditions
Research has linked moisture management and proper ventilation to higher academic performance and reduced absenteeism.
In workplace settings, optimized indoor conditions have been shown to improve computer-based task performance and cognitive response times by up to 9%, while reducing sick-building symptoms.
We do not need to claim that CIMR creates every one of those outcomes. The point is simpler: the quality of the occupied environment has measurable value.
Continuous air treatment can also become part of the building's mechanical and energy strategy. In Harvest's illustrative 100,000-square-foot school model, avoided equipment and energy savings bring the payback to roughly 5.7 years, and in stronger engineer-verified scenarios the avoided mechanical cost can offset the CIMR investment up front.