About Us

Since 2008, GPS has worked to deliver the clean air benefits of ionization without the negative effects of ozone-producing technologies.

Who is GPS?

The leaders in indoor air quality

Our technology helps clean indoor air without producing harmful levels of ozone or other byproducts. All GPS needlepoint bipolar ionization (NPBI™) products are UL certified and CE compliant. Through NPBI, GPS products help improve the air by reducing airborne particles including certain odors, viruses and bacteria.

Purpose

“Solutions” is in our name

We address indoor air challenges.

Our patented technology targets airborne particles, including certain odors, viruses and bacteria to help clean indoor air. How?

With a best-in-class commitment to:

Innovation
Product development
Continuous technological enhancements

Utilizing industry-leading expertise — creating solutions

GPS^® technology evolves with astute contributions from our scientific advisory board whose individual specializations ensure groundbreaking results.

Dr. Edward Sobek

GPS Chief Science Officer

Known for his ability to identify root causes of contamination, Dr. Sobek specializes in microbial and chemical issues affecting the built environment. An entrepreneur and inventor, he invented the novel Molecular Entrapment microbial detection technology, which he branded into the M-TRAP^® air cassette. It is CDC/NIOSH verified to capture airborne influenza viruses and airborne Legionella pneumophila particles. He received his bachelor's degree in biology from California University of Pennsylvania; his master’s degree in plant pathology from Iowa State University, where he studied fusarium disease transmission in field crops; and his doctoral degree from Texas Tech University where he studied the ecology of desert molds.

Dr. Faramarz Farahi

GPS Advisor, Physics

Associate director for the Center for Optoelectronics and Optical Communications, Dr. Farahi is also a professor of physics and optics at the University of North Carolina at Charlotte. His areas of specialization include photonic waveguides, fiber optics, optical sensors, optoelectronics devices, optical imaging and optical metrology. He received his bachelor’s degree from Aryamehr (Sharif) University of Technology, his master’s degree from University of Southampton and his Ph.D. from University of Kent at Canterbury.

Dr. Tim Young

GPS Science Advisor, Data Science

Dr. Young is a professor at the Center for Renewable Carbon at the University of Tennessee (UT). He specializes in data science and brings his vast knowledge on advanced analytical modeling, AI applications, statistical visualization and real-time predictive analytics. Dr. Young is also a Bredesen Center data scientist with Ph.D. and M.S. degrees from UT, and M.S. and B.S. degrees from the University of Wisconsin.

Dr. John M.E. Storey

GPS Science Advisor, Chemistry

With over 25 years of experience and expertise in the field of engine particulate emissions, including real-world mobile source emissions, Dr. Storey consults on environmental issues related to VOCs and particulates. Dr. Storey recently retired from Oak Ridge National Laboratory, where he led the emissions characterization efforts at the Fuels, Engines, and Emissions Research Center. He holds a bachelor’s in chemistry from Harvard University, his master’s in environmental engineering from Duke University and his doctorate in environmental chemistry from the Oregon Graduate Institute of the Oregon Health & Science University.

Samuel Lewis

GPS Science Advisor, Chemistry

A chemist from Oak Ridge National Laboratory, the largest U.S. Department of Energy science and energy laboratory, Mr. Lewis has 30 years of experience in the area of analytical mass spectroscopy. Mr. Lewis has played a critical role in research efforts studying the effects of photo-, thermal-, and IED- degradation of latent fingerprints, especially in light of post-blast IED fragments and component assessments. Mr. Lewis received a B.S. in chemistry from Georgia Southern University and his master of chemistry from the University of Tennessee.

GPS at Work

Today, our technology is used to help clean the air in thousands of offices, schools, airports, healthcare facilities and other community spaces around the world.

Innovations

Results-driven technology

Thanks to patented NPBI technology, our products help improve indoor air by reducing airborne particles, including certain odors, viruses and bacteria — producing neither ozone nor other harmful byproducts.

Universal Power Supply
Auto-Cleaning
Carbon Fiber Emitter Brushes
Modular Ionization Bar
Flexible Ionization Strip
Magnetic Mounting Options

Certifications

Third-party testing and certifications confirm, GPS gets the job done

EMSL & ATS Labs Independent Testing on Reduction of Certain Viruses and Bacteria
UL Component Recognized for Power Supplies & Electrostatic Air-Cleaning Equipment Safety Standards (Canada and United States)
UL 867 Ozone Standard Certified

UL 2998 Ozone-Free Validation
RTCA DO-160 Standards for Aircraft
OSHPD Seismic Certification
CE Certified