Skip to main content

New Ways to Tackle
Old Problems.

Solve your Indoor Air Quality problems efficiently and affordably.

New Ways to Tackle
Old Problems

Manage indoor air quality issues effectively and efficiently.

Viruses & Bacteria

Cleaner Air, Healthier Building, Happier Occupants

Reduce certain airborne viruses and bacteria and help stop the spread of germs in shared spaces.

IDF-2™ Ceiling Mounted Ionization Fan

The IDF-2 is a low-profile, quiet operation ceiling tile fan with NPBI™ soft ionization technology to provide cleaner air where you need it the most. Reduces certain airborne viruses by up to 96.7%.

DM-2® Duct Mounted NPBI® System

Duct mounted soft ionization with auto-cleaning feature to deliver ions where you need them.

CI-2® Easy Fit NPBI® System

Auto-cleaning, no-maintenance, NPBI™ system designed to fit where traditional air ionizers don‘t.
We believe we can say that we have, as far as we know, the cleanest air possible in an office building that doesn't have HEPA.
Darrell Harvey
Executive Chair, The Ashforth Company
Darrell Harvey_Testimonials
Third Party Testing on Airborne Viruses

Third Party testing results show a reduction of SARS-CoV-2 and Influenza A.

Colonial School District Fights Airborne Viruses

District deploys in-room soft ionization to reduce airborne viruses in classrooms.

Odors

Keep Indoor Air Smelling Fresh and Clean

From helicopter fuel to soiled linens, GPS Air technology can help to remove unpleasant odors from your space.

IDF-2 Ceiling Mounted Ionization Fan

Tackle even the toughest odor issues quickly and quietly with our best in-room ionizer. The IDF-2 is a low-profile, quiet operation ceiling tile fan with NPBI™ soft ionization technology.

GPS iMod® Modular Coil System

Limit outdoor odors like exhaust fumes, waste, and pollution from ruining your indoor air quality. The patented GPS-iMOD is a modular soft ionization system that is field assembled to provide coverage across coil widths in 6-inch increments.
We installed it, and it mitigated the [helicopter] exhaust.
Dan Martin
Plant Engineering Manager, Novant Health
Dan Martin_Testimonials

Are bad odors threatening your reputation?

Hospital Tackles Tough Soiled Linen Room Odors

  "Walking in the rooms, the odor had greatly reduced." Take on even the toughest odors.

School District Addresses Odors

Tackling locker room odors was a priority for Johnson County School District.

Particles in Air

Supercharge Your Filter's Efficiency

Our technology reduces the level of even the smallest particles that linger in the air or slip past filters.

PF-i™ Filter Enhancement System

The GPS Air PF-i is a self-cleaning filter enhancement system. The Opti-Lok™ technology improves an air filters ability to capture sub-micron particles, making it more efficient. The unit is designed for mounting inside ducts and air handling units upstream of system filtration.

Are invisible pollutants compromising your indoor air?

PF-e™ Filter Enhancement System

The GPS Air PF-e is a self-cleaning, indoor duct mounting filter enhancement system. The Opti-Lok™ technology improves an air filter's ability to capture sub-micron particles, making it more efficient. It’s low profile design allows for mounting on typical outdoor air and return ducts.
Protect Indoor Air Quality from Wildfire Smoke

Improve particle removal, like smoke, so you get the most from your filters.

Improving Filters in Commercial Building

Testing shows up to 85% performance boost of Opi-Lok™ compatible filters.

Coil Efficiency

Clean Coils are Efficient Coils

Save energy and reduce labor by keeping your coils cleaner longer. Simple, affordable, and efficient; get more out of your system, and your budget, with iMod technology.
Product-iMOD_Shadow_LED-ON

iMod Modular Coil Cleaning System

GPS-iMod helps you get more out of your system by keeping your coils cleaner longer, saving energy and reducing labor.

GPS_Novant_Coil Efficiency Study_Front Image
Novant Sees Enhanced System Efficiency with iMod

GPS Air and Novant Health partnered to conduct a test to improve the efficacy of a low performing air handler using the GPS-iMod. The study shows a significant decrease in static pressure across the coil enhancing both system efficiency and airflow and contributing to potential energy savings.

Questions?