Clean Resources CHD Series Heatless Regenerative Desiccant Dryer

40 to 5000 CFM capacities dryer with fully pneumatic stainless steel actuator valves for independence of flow and pressure.

Select your options below…

{{ option.description }}
"{{ option.noLongerAvailable }}" is no longer a valid option. Please choose from the current set of options.
Need help? Call one of our experts at 1-866-778-6572. We’re open Mon - Fri / 8:00 AM - 5:00 PM EST.
Starting Price: $6,458.00
Selected Options: + ${{ calcAdditionalCost | formatCurrency }}
Request pricing below.
${{ calcCost | formatCurrency }} per {{ calcQuantity }} (${{ unitPrice | formatCurrency }} each) per {{ boxQuantity }} (${{ unitPrice | formatCurrency }} each)
Configured Part No. {{ calcPartNumber }}
{{ calcAvailability }}
Alternate Part Nos. {{pn}}
{{pn}}
Request Quick Quote
Get Business Financing!
Payments as low as ${{monthlyPayments}}/mo

View Company Reviews
Highlights...

Features

  • 40 to 5000 CFM capacities
  • Stainless steel angle body valves/butterfly valves
  • Tower pressure relief valves
  • Tower pressure gauges
  • Stainless steel desiccant strainers
  • Purge adjustment valve
  • Purge exhaust mufflers with built-in safety valve
  • ASME, CRN code welded pressure vessel certification
  • 115/1/50–60 voltage

The Clean Resources CHD Series Heatless Regenerative Desiccant Dryer is designed to be a solution to eliminate moisture control in compressed air systems. Ideal for manufacturing, food processing, pharmaceuticals, or any other industry relying on compressed air, the CHD Series provides a vital shield against the damaging effects of moisture. The CHD Series uses fully pneumatic stainless steel actuator valves rather than shuttle valves, allowing flow and pressure independence. These dryers have ASME, CRN, UL, and CUL certifications.

The twin tower design allows for continuous adsorption of water vapor from compressed air by using high-quality desiccant with high crush strength and a high surface/volume ratio. Drying is accomplished by passing compressed air through one desiccant bed adsorbing moisture while the other is being simultaneously regenerated with the expanded purge air.