Refrigerated air dryers remove moisture and contaminants from compressed air by chilling the air to a temperature that causes the moisture in the air to condense and form droplets. These can be separated from the air stream and discharged from the dryer.
This type of dryer uses a refrigeration system, heat exchanger, separator, and drain to perform the drying operation and provide compressed air that is useful for a broad range of applications.
Proper sizing and application are crucial to providing dry air for your compressed air system. Regardless of your compressor or size, Dearing’s sales engineers can provide a cost effective solution.
If your process requires “Clean – Dry – Air” or your compressed air lines run through unheated sections of your plant, desiccant dryers remove all the contaminants from your air system.
Regenerative air dryers use desiccant media to adsorb moisture and contaminants from compressed air. The desiccant media can be regenerated, or purged of the moisture it collects, and used again and again.
Desiccant dryers can achieve much lower dew points than other drying technology such as -40°F, -80°F, or -100°F. These low dew points are necessary for critical compressed air applications or for those in extremely cold ambient conditions where any moisture remaining in the air would freeze inside compressed air system piping and block flow.
DHP Externally Heated
DPB Blower Purge
GDHM Dual Tower
DST Single Tower
DBS Breathing Air Purifier
GBPD Blower Purge
GEHD Externally Heated
RGD Non-Cycling Value
RSD Digital Scroll
RHC High Capacity
RHP & FHP High Pressure
RHT High Inlet Temperature
GHRN High Temp Non-Cycling
GMRC High Capacity Modular Cycling
GMRN High Capacity Modular Non-Cycling
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