Air to Air Industrial Heat Exchangers

Efficiency varies by heat exchanger design, airflow, operating conditions and configuration. The listed BPE-SC-UNI-UNI Unitary ERV Systems specify 70–90%+ thermal efficiency, depending on the configuration. Actual performance should be evaluated against the project’s ventilation rates, exhaust and outdoor-air conditions, fan arrangement, pressure requirements and installation details.

These systems are used in commercial office buildings, light commercial spaces, industrial facilities and machine shops. They are also suited to buildings requiring fresh-air intake and exhaust-air heat recovery, including HVAC retrofit and new-installation projects. Applications should be reviewed for airflow, pressure, ventilation and installation requirements before selecting a configuration.

Air to air heat exchangers can recover thermal energy from exhaust air before it leaves a building, helping condition incoming outdoor air and reduce ventilation-related energy demand. The listed systems use stackable modular construction, low static pressure operation and compatibility with separate in-line fans and filter boxes, supporting integration into retrofit HVAC designs.

The BPE-SC-UNI-UNI Unitary ERV Systems offer a CFM range of 500–20,000 depending on configuration. Required airflow should be matched to the building’s outdoor-air and exhaust-air requirements, operating schedule, pressure conditions and available equipment space. BPE can help identify a suitable configuration from the project’s ventilation details.

Important considerations include available space, access routes, static pressure, fan arrangement, filter-box requirements and whether the system is being installed during a retrofit or new build. The listed units have a stackable modular design, galvanized steel construction, factory wiring, field testing and lightweight, man-portable construction that fits through a 36-inch door.

Yes. The listed BPE unitary ERV systems are compatible with separate in-line fans and filter boxes. This can provide flexibility when designing ventilation equipment around an existing HVAC layout or project-specific filtration needs. Final selection should consider airflow, static pressure, duct arrangement, installation access and the performance requirements of the complete ventilation system.