HVAC systems account for nearly 40% of total electricity demand.
MESP® supports significant HVAC fan energy savings through ultra-low resistance.
Long-life washable filter technology helps eliminate recurring disposable waste.
Customers gain a practical clean-tech upgrade with compelling economic payback.
Filtration should not come at the expense of energy performance
In the United States alone, more than 420 million HVAC systems consume nearly 40% of total electricity, representing 4.2 trillion kWh every year.
Traditional mechanical and HEPA filters increase system resistance, forcing HVAC fans to work harder, consume more energy, and generate millions of pounds of filter waste annually.
AirFidelity tackles this challenge head-on with a solution that cuts energy consumption at its source, reduces operating costs, improves indoor air quality, and enables greener buildings without major infrastructure upgrades.
Our Mission
To deliver disruptive clean-tech solutions that reduce energy consumption, eliminate waste, and improve indoor air quality, while empowering businesses, institutions, and homeowners to meet growing regulatory and sustainability demands.
Our Vision
A world where every building operates cleaner, greener, and more efficiently—powered by technology that pays for itself, protects the planet, and supports a healthier future.
AirFidelity stands at the intersection of sustainability, innovation, and engineering excellence. We deliver solutions that help customers meet regulatory mandates, unlock energy incentives, reduce carbon footprints, and achieve long-term operational resilience.
See How AirFidelity Is Redefining HVAC Performance
Learn how AirFidelity combines patented MESP® filtration, energy efficiency, sustainability, and long-life reusable technology to help modern buildings operate cleaner and smarter.
MESP® – Micro Electrostatic Precipitator
AirFidelity’s patented MESP® technology replaces outdated mechanical filters with a washable, long-life Power Recovery Filter System that improves both air quality and HVAC efficiency.
By virtually eliminating airflow resistance—the largest driver of HVAC energy use—MESP® transforms existing systems into next-generation clean-tech platforms.
Proven & Validated
AirFidelity’s performance has been recognized and validated through commercial adoption, utility-backed studies, and a growing roadmap across multiple market segments.
- Utility companies like Pepco, DCSEU, Con Edison, and BGE
- Utility-backed energy studies and rebates
- Utility incentive program alignment
- Dozens of commercial and pilot installations across the U.S.
- Thousands of commercial installations worldwide
- Solid roadmap for multiple market segments
Built for today's and future markets
AirFidelity brings investment, market development, product adaptation, and go-to-market execution focused on North American commercial HVAC applications.
Backed by technical depth
Our foundation combines engineering know-how, product refinement, and application-specific development to support scalable HVAC integration across market segments.
Structured for growth
From commercial retrofits to institutional deployments, AirFidelity is positioned to support energy programs, channel partnerships, and broad market adoption.
A cleaner, lower-energy approach to HVAC filtration
AirFidelity helps building owners, engineers, and facility teams move beyond the traditional tradeoff between filtration performance and energy consumption.
Energy Savings
Ultra-low pressure drop helps reduce fan energy demand while supporting building performance, operating efficiency, and lower lifecycle costs.
Air Purity
MESP® technology supports high particulate removal and pathogen reduction while maintaining stable airflow and cleaner indoor environments.
Sustainability
Washable long-life filters reduce waste, support ESG goals, and help organizations modernize HVAC infrastructure without recurring disposable media.
Ready to modernize HVAC performance?
Discover how AirFidelity helps buildings reduce energy demand, improve indoor air quality, eliminate disposable filter waste, and support long-term sustainability goals.
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