AirRevive is a leading HVAC service provider focused on extending the lifespan of existing HVAC assets, enhancing energy efficiency, and improving indoor air quality in commercial buildings. Founded with the premise that energy costs constitute a significant portion of operating expenses, AirRevive's services target the extensive energy usage attributed to HVAC systems, which can account for over 40% of total building energy consumption.
Specializing in services such as fan coil refurbishment, air handler maintenance, and chiller plant optimization, AirRevive leverages innovative processes and proprietary products to achieve remarkable results. Its fan coil refurbishment service revitalizes both vertical and horizontal fan coil units, enabling them to operate as if they were brand new while also being disinfected and energy-efficient. The EC motor retrofit further enhances performance by replacing less efficient PSC motors with high-efficiency electrical commutated (EC) motors, enabling programmable airflow that meets manufacturers’ specifications.
In addition to refurbishment services, AirRevive focuses on optimizing chiller plant operations with its real-time analytic dashboard, which allows facility managers to monitor chiller efficiency and achieve documented savings of up to 40% in energy usage. This commitment to energy efficiency not only leads to significant cost reductions but also promotes sustainability by extending the life of essential HVAC systems and minimizing waste.
Through its dedication to improving guest comfort, reducing maintenance calls, and enhancing indoor air quality, AirRevive has established itself as an industry leader. Their Green Certified processes ensure that no hazardous chemicals are used, and their cleaning products kill 99.9% of bacteria, mold, and mildew, contributing to a healthier environment. Ultimately, AirRevive proves that refurbishing existing systems is not only cost-effective but also a sustainable approach, significantly outperforming new unit installations both economically and environmentally.
