An independent study conducted by California State University, Fresno and partially sponsored by the ASHRAE San Joaquin chapter, confirmed the effectiveness of AtmosAir dielectric barrier discharge (DBD) bi-polar air ionization (BPI) technology.
The study showed AtmosAir’s BPI technology combined with the typical filter you would find in a building, increased it to hospital grade HEPA performance, while using 42% less energy than the HEPA filter.
This is an advance for DBD bi-polar ionization technology and for engineers, building owners and operators who are considering investing and installing innovative proactive air cleaning solutions.
For architects, engineers, building designers, and owners, integrating bi-polar ionization technology offers a strategic advantage in shaping the next generation of buildings. Not only does it help meet increasingly stringent indoor air quality standards, but it also differentiates spaces by making them healthier and more appealing to occupants.
This technology can be seamlessly incorporated into both new constructions and retrofits, providing flexibility for diverse projects, and maximizing value for stakeholders. Furthermore, with growing demand for wellness certifications and sustainable operations, deploying advanced air purification systems positions buildings to attract tenants, enhance reputation, and future-proof investments against evolving regulatory and market expectations.
Why is this important?
This is important because it demonstrates that advanced air cleaning can now be achieved without the trade-off of significantly increased energy consumption. By matching hospital-grade filtration performance while reducing energy use, bi-polar ionization technology like AtmosAir addresses two critical needs: safeguarding indoor air quality and promoting sustainability.
For health and wellness, clean indoor air is essential to reducing the spread of airborne pathogens, allergens, and pollutants. Bi-polar ionization actively neutralizes contaminants in the air, contributing to healthier environments in both commercial and residential settings. This is particularly vital for vulnerable populations, such as children, the elderly, and those with respiratory issues, ensuring safer shared spaces.
From a sustainability perspective, the technology’s ability to deliver superior filtration without the heavy energy demands of traditional HEPA systems supports green building initiatives and reduces operational costs. Lower energy consumption not only lessens a building’s carbon footprint but also aligns with global efforts toward more sustainable, environmentally responsible infrastructure.
Incorporating bi-polar ionization into air systems represents a forward-thinking approach: it enhances occupant well-being while supporting energy efficiency and broader environmental goals.
As buildings strive to become healthier and more sustainable, solutions like this set a new benchmark for what’s possible in indoor air quality management.