Feature Article

BPHE Solution for Cycling Dryer

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Cycling Dryer uses refrigeration cycle to cool “energy storage object”(Normally using P.G.), and this energy storage object then cools compressed air. When refrigeration capacity is higher than compress air loads, refrigerant compressor will stop, and energy storage object kicks into provide cooling to compressed air for a period of time.

Normally the load of the compressor air is not constant, maximum of 90% operation cost can be saved during low load when cycling dryer is used. Cycling dyer is almost compatible with actual load, and is better than inverter dryer. Cycling dryer is especially suitable in partial load or indirect use of compressed air.

Cycling Dryer Diagram

KAORI Cycling Dryer Diagram.jpg


BPHE Application in Cycling Dryer

Cycling dryer can use two plate heat exchangers

(1) 3 in 1 heat exchanger Kaori's A Series: Patented design to integrate air precool/preheating, air-cycling dryer heat exchanger, and water separator. With multiple advantages of compactness, low pressure loss, high thermal efficiency.

高力 儲能型乾燥機熱交換器.jpg

(2) Cycling dryer – refrigerant heat exchanger (evaporator) High thermal efficiency, suitable for many eco friendly and low GWP refrigerants: R410A, R407C, R134a, and R513A. Micro-channel design also reduces refrigerant charge, lower pressure drop also effectively reduces pump loss, increases total efficiency.


Cycling Dryer Heat Exchanger Sizing Samples

KAORI Cycling Dryer Heat Exchanger Sizing Samples.jpg

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