Heat Recovery for Semiconductor and Electronics Cleanrooms
Cleanrooms need ultra-clean, tightly controlled air. Air-to-air recovery rejects process heat with zero cross-contamination of the clean side.
Read article →Where heat recovery pays off - data centers, healthcare, cold storage, commercial offices, greenhouses, schools, pools, and industrial processes.
Cleanrooms need ultra-clean, tightly controlled air. Air-to-air recovery rejects process heat with zero cross-contamination of the clean side.
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Tunnel washers and laundry dryers exhaust hot, humid air. Recovered heat preheats make-up air or water and lowers utility cost.
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Greenhouses vent warm, humid air that holds recoverable energy. Air-to-air recovery preheats incoming air and protects crops from cold drafts.
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Mushroom houses need tight temperature and humidity control. Recovery cuts heating and humidification load while keeping air separate.
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Petrochemical and general process exhaust is hot and often corrosive. Air-to-air recovery preheats combustion or make-up air and cuts fuel use.
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Spray and paint booths exhaust warm, solvent-laden air. Recovered heat preheats make-up air while keeping the streams separate for safety.
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Heat-pump dryers loop refrigerant and air; plate exchangers recover condenser heat and close the loop for low-temperature, efficient drying.
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Commercial buildings need ventilation without an energy penalty. HRV and ERV units recover heat and moisture from exhaust to precondition incoming fresh air.
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Drying herbs, flowers, and medicinal materials needs controlled low-temperature air. Recovered heat stabilizes the process and lowers energy cost.
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Sausage, noodle, casing, and snack lines need hygienic drying and cooling. Washable plate exchangers recover heat without contaminating product air.
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