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Oil/Water Separator Systems

Oil/Water Separator Systems

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Product Description

99.99% Free Oil Removal

Draygon Oil / Water Separators meet EPA Method 413.2 and European Standard EN 858-1 (99.99% Free Oil Removal).

Our Oil / Water Separators include a tank containing an inlet compartment, separation chamber, sludge chamber, and clean water outlet chamber.

Droplets are intercepted by the corrugated plates as the oil/water mixture flows through the separator, new droplets coalesce with retained droplets, making larger droplets. Enlarged droplets are released and rise to the surface to be decanted into a storage tank.

Stokes' Law calculations, based on a flow of zero velocity, result in a Reynold's number less than 500 to ensure optimum separation.

Team a Draygon Oil/Water Separator with your Draygon DRG Wastewater Evaporators For The Most Efficient And Cost Effective Waste Stream Processing Solution

Product Spec Sheet (PDF)

Specifications:

Operating Type
Gravity displacement type

Performance
Minimum of 99.9% of free droplets 20 micron in size or greater

Design
Our Oil / Water Separators include a tank containing an inlet compartment, separation chamber, sludge chamber, and clean water outlet chamber.

Electrical Requirement
None

Construction
Single wall construction conforming to ASTM A240, type 304 stainless steel. Welding in accor-dance with AWS D1.1 for watertight tanks that will not warp or deform under load.

Corrosion Protection (carbon steel only)
Sandblasting, then interior lined with Tnemec Series 61 liner to 9 mils MDFT; Exterior coated with polyamide epoxy to 6 mils MDFT.

Coalescing Media
HD Q-PAC - minimum of 132 square feet per cubic foot of effective coalescing surface area.

Advantages:

  • Fast Payback/ROI
  • Fast Installation, No Power Needed
  • Reliable Operation, No Moving Parts Or Consumable Wearing Elements
  • Low Maintenance, No Filters Or Chemicals
  • Easy Cleaning - Removable Vapor Tight Covers
  • Unique Technology Cross-fluted design/internal intercon-necting channels for enhanced efficiencies in significantly smaller units. Droplets are intercepted by the corrugated plates as the oil/water mixture flows through the separator, new droplets coalesce with retained droplets, making larger droplets. Enlarged droplets are released and rise to the surface to be decanted into a storage tank. Stokes' Law calculations, based on a flow of zero velocity, result in a Rey-nold's number less than 500 to ensure optimum separation.

Applications:

Use Draygon Oil / Water Separators for waste streams from these applications and more:

  • Parts Washing
  • Printing Inks/Dyes
  • Vehicle Washes, Parking Lots
  • Metal Fabrication/Finishing, Plating, Screw Machine Shops, Ceramic Coating
  • Floor Scrubbing Water
  • Marina Bilge Water
  • Air Condensation
  • Storm Water Runoff
  • Compressor Condensate
  • Degreasing Operations
  • Refineries, Refueling Stations, Tank Farms, Utilities, Oil Terminals
  • Airports
  • Coolants