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Related pages: compressed air filters automatic drain valves desiccant for compressed air dryers compressor aftercoolers and compressed air receivers
Mist Eliminators, Mechanical Separators, and Oil/Water Separators
Mist EliminatorsMechanical Separators Oil/Water Separators Mist Eliminators
Sentry Mist Eliminators
Problem: Compressed air system coalescing and particulate filters cannot handle excessive water and oil loads. It is common for the amount of moisture exiting the aftercooler to exceed 200 PPMw. Most traditional coalescing filters are not efficient when challenged with loads greater than 20 PPMw.Solution: Sentry Mist Eliminators can easily handle 200 PPMw. Actually, the Sentry Mist Eliminator can remove 99.5% of all liquid loads up to 30,000 PPMw. How it Works: The thick packed-bed filter design continuously drains itself as liquids coalesce, quietly dropping to the sump for draining. Face velocities are extremely low virtually eliminating the possibility of liquid re-entrainment. Benefits
Mechanical Separators
Pneumatic Products' PSS Mechanical Separators remove 90% of entrained water from compressed air when used in conjunction with an aftercooler. Mechanical Separators use centrifugal and direct interception methods to capture the entrained liquid from the compressed air stream. Features of PPC's PSS Separators include:
Oil/Water Separators Carryover oil from oil-lubricated compressors exits the compressed air system with the condensate produced at aftercooler/separators, wet air receivers, coalescing filters and refrigerated air dryers. The EPA has found oil latent condensate is unsafe to discharge to surface waters, sanitary sewers, or waste treatment facilities. Oil is only a small portion of the condensate. By using an oil/water separator you can remove oil from condensate allowing the discharge of the water portion by conventional means. The oil still needs to be properly disposed of, but at a much lower cost than the original large volume of oil and water condensate.
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