Cleanroom and Laboratory Exhaust Energy Recovery
Cleanroom exhaust must never re-enter supply air, so sensible plate cores recover heat with zero cross-contamination.
Cleanroom exhaust must never re-enter supply air, so sensible plate cores recover heat with zero cross-contamination.
Battery and EV plants reject large dry heat loads; sensible plate recovery cuts energy while keeping streams isolated.
When gaskets are the weak point, all-welded plates extend duty range to steam, high temperature and aggressive fluids.
A grain drying tower recovered only dry-bulb heat with sensible plates, cutting fuel 25 percent without re-wetting the...
A pharma plant recovered make-up-air heat with a separated plate core, staying compliant where exhaust must not be...
A colocation data center recovered about 35 percent of HVAC energy using contamination-free counter-flow plate cores.
Sizing starts with airflow, temperatures, target efficiency and pressure drop. A simple formula estimates recoverable energy.
Plate exchangers are contamination-free and simple; rotary wheels are highly efficient but carry over air. Here is the...
Sensible recovery moves temperature only; total (enthalpy) recovery also moves moisture. Learn how to choose the right core.
An air-to-air plate heat exchanger (PHE) is a device that transfers heat between two air streams without mixing…