How is Oil/Water Separator work?
1. Condensate Inlet
Condensate containing oil enters the separator through inlet ports. The system is designed to accept condensate from any type of automatic drain used in a compressed air system.
2. Depressurization & Pre-Filtration
The condensate first enters a depressurization chamber, where a foam filter removes residual compressed air and stabilizes the flow. This allows the condensate to enter the treatment chambers at atmospheric pressure for optimal separation.
3. Primary Oil Adsorption Stage
Next, the condensate flows into the first treatment chamber, which contains a primary polypropylene fiber element. This element floats and is specifically designed to adsorb the majority of oil from the condensate. As the filter media becomes saturated, it gradually sinks – a unique design feature that provides a visual indicator of filter life and when replacement is needed.
4. Secondary Oil Adsorption Stage
The partially cleaned condensate then moves into a second chamber, where it passes through a static polypropylene element. This stage removes any remaining traces of oil to further purify the water.
5. Polishing Stage & Quality Check
In the final stage, the condensate flows through an activated carbon polishing filter, which removes remaining hydrocarbons and impurities. The cleaned water is discharged through the outlet port. A test valve and sample bottle are provided, allowing users to easily verify the water quality and ensure it meets environmental discharge standards.