Aerodynamic Module [ADM]
Technical Information		 EPR Logo

The module offers high dust collection efficiency, with low maintenance efforts.

  • Most economical solution to material recovery and particulate collection
  • Efficiency (ADM 99% vs cyclone 80%)
  • Collects smaller particles (ADM >1.4 microns vs cyclone > 20 microns)
  • Reduce capital cost (ADM $18,000 vs cyclone $20,000) 10,000 ACFM
  • Reduce installation cost (ADM typically takes as little as 2 hours to install)
  • Improved housekeeping (ADM eliminates floor space required by cyclones)
ADM-200 pilot specifications

Gas flow rate:

  • Minimum: 2550m³/h
  • Normal: 5100m³/h
  • Maximum: 10,200m³/h

    Pressure drop across ADM:

  • Range: 3-7" WC, 75-175mm VS

    Inlet dust loading:

  • Minimum: 1.0g/m³
  • Maximum: 350g/m³

    Dust particle size:

  • 2µm up to 1000µm

    Dust moisture content:

  • Maximum: ~5 per cent

    Materials of construction:

  • Carbon steel/stainless steel
    		•   
    ADM

    ADM Product Line
    Model Inlet
    (inches)    		 Length
    (inches)    		 Weight
    (lb.)    		 SCFM Pressure
    Drop
    (WC)    		 Inlet Dust
    Concentration
    (grs/ACF)    		 Dust Particle
    Size
    (microns)    		 Dust
    Moisture
    Content    		 Maximum
    Temperature
    (stainl. steel)
    62 3 32 30 350-750 3"-10" .003-50 1-500 ~5% 750ºF
    125 6 32 33 500-1200 1"-3" .003-50 1-500 ~5% 750ºF
    170 8 48 79 900-2100 1"-4" .003-50 1-500 ~5% 750ºF
    200 10 62 158 1400-4000 3"-6" .003-100 1-1000 ~5% 750ºF
    200L 10 100 233 1400-4000 3"-7" .003-100 1-1000 ~5% 750ºF
    300 14 83 418 3800-9400 3"-7" .003-150 1-1000 ~5% 750ºF
    400 20 98 750 8000-14000 3"-10" .003-150 1-1000 ~5% 750ºF

    Check out the ADM Animation to see how it works!

    EPR's In-House Test Program
    EPR maintains a test facility at its Massachusetts headquarters where a wide range of materials are tested on a single ADM in horizontal and vertical configurations. Companies interested in this innovative technology are invited to send samples of their dust to determine the performance of the ADM before purchasing a system.

    Results of Corn Starch Tested on a Single ADM-200
    Result Graphic

    **The collection efficiencies shown are based on the average of tests performed at 5"WC pressure drop on corn starch, specific gravity of 1.2, inlet dust concentration of 1.10gr/SCF, and a fractional particle size breakdown of 1.4 to 29 micron.

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