Improve indoor air quality with solutions engineered for commercial HVAC systems.
GPS Air offers air cleaning technologies designed to address indoor air contaminants while supporting efficient building operation.
This white paper provides a simple table to calculate IAQP clean air requirements with comparisons to the VRP.
Our engineers can help you evaluate ventilation strategies, reduce outdoor air requirements, and document designs.
See how schools, healthcare facilities, and commercial buildings use GPS Air technologies to improve IAQ, reduce ventilation requirements, address odors, and improve HVAC efficiency.
Reduce certain viruses and bacteria in indoor air, providing a cleaner environment.
Odors causing a stink in your building? Solve odor issues quickly and quietly.
Proven GPS Air solutions reduce indoor air pollution and harmful particles.
Don't let dirty coils drain your energy. Keep coils cleaner and more efficient with GPS Air.
On-demand air cleaning with integrated sensors, recognizing air quality patterns based on ASHRAE standards.
A ceiling-mounted clean air system designed to help buildings implement the IAQP, providing targeted air cleaning and sensing within occupied spaces.
Modular design for big systems, no replacement parts, and ozone-free operation that supports cleaner indoor air and coils.
Keep your air cleaner with soft ionization using for in-space microbe control, particle reduction, and odor mitigation.
Explore independent testing, technical documentation, product resources, and the engineering guidance behind GPS Air technologies
Explore third-party, independent testing on soft ionization and improved indoor air quality.
Find the answer you're looking for with easy-to-use videos, installation guides, and manuals.
Give engineers and facility leaders the insights they need to design smarter, more efficient HVAC systems.
Whether you’re designing a new building, improving an existing HVAC system or solving an IAQ problem in a specific space, GPS Air can help you determine the right approach.