Oil - Water Separation - click here to go back to Solutions
Our oil - water separators are designed specifically to remove free oils and other lightweight material and solids from oil-water mixtures. A proven system of separation, with a variety of options, that will assist you in meeting oil and grease effluent limitations. Our separators combine the four basic theories of oil-water separation into one integral unit with an economy of space and investment.
Our separators can be sized to accommodate virtually all types of pollutant discharges from petroleum and non-petroleum industries. These units have no moving parts, are virtually maintenance-free, and can operate at influent temperatures up to 100 degrees C. and at a pH range of 2 to 12 when appropriate materials and/or coatings are utilized. Standard sizes range from 10 GPM to 4500 GPM, with larger systems readily available.
Units are designed to strictly conform to:
Our oil - water separators are designed specifically to remove free oils and other lightweight material and solids from oil-water mixtures. A proven system of separation, with a variety of options, that will assist you in meeting oil and grease effluent limitations. Our separators combine the four basic theories of oil-water separation into one integral unit with an economy of space and investment.
Our separators can be sized to accommodate virtually all types of pollutant discharges from petroleum and non-petroleum industries. These units have no moving parts, are virtually maintenance-free, and can operate at influent temperatures up to 100 degrees C. and at a pH range of 2 to 12 when appropriate materials and/or coatings are utilized. Standard sizes range from 10 GPM to 4500 GPM, with larger systems readily available.
Units are designed to strictly conform to:
- The American Petroleum Institute general standards governing the separation of oil from water by gravity differentials.
- The Buffalo Morse principle of floatable industrial liquids passing over a single corrugated plate at a perpendicular position to the waste water flow.
- The Royal Dutch Shell principle of multiple parallel plates.
- Technology of enhanced oil coalescing through the use of oleophilic polypropylene media.