Oil Water Separator with by-pass

ECODEPUR® TECHNOIL® BY-PASS

Oil Water Separator with by-pass

ECODEPUR^® TECHNOIL^® BY-PASS Oil Water Separator are designed for the separation of hydrocarbons from oily wastewater and are intended for underground installation, with integrated by-pass.

They are CE marked and designed in full compliance with European Standard EN 858. These separators are Class I, equipped with a double coalescing cell and a automatic closure device.

The TECHNOIL® range is available in individual modules with a capacity of up to 600 l/s.

They are used to treat run-off water from impermeable platforms, due to rainfall events, contaminated with hydrocarbons, such as airports, ports, open car parks, etc.

CE marking EN 858-1 (Class 1);
High treatment levels (double filtration system);
Automatic closure device (massive anti-miscalibration system);
Built-in sample collection device;
Protective cover for internal components in PE;
Possibility of incorporating a by-pass and an acoustic and luminous alarm probe directly into the structure of the equipment;
High mechanical resistance and corrosion protection;
Light and easy to install and maintain;
Underground installation;
Easy to install and maintain;
Totally watertight;
Without power consumption;
By pass integrated into the equipment structure.

Model	HAB (hab/eq)	Volume (m3)	Flow (l/s)	Length (mm)	Diameter (mm)	Width (mm)	Height (mm)	He (mm)	Hs (mm)	C (mm)	Pipe Diameter (mm)	Documents

Oil Water Separator admits non-chemically emulsified oily water containing hydrocarbons with densities between 0.85 and 0.95. The heavier materials (sludge, sand, etc.) sediment in the pre-sludge trap zone and are retained there. This compartment also retains hydrocarbons that are in easily floatable forms. Only water and substances lighter than water, namely the hydrocarbons to be separated, pass into the separation zone.

The separators are equipped with a coalescing filter, which allows the smaller oil particles to aggregate into larger particles. Aggregation of the particles increases the upward force sufficient to release them from the main flow lines towards the surface. In this chamber, the hydrocarbons accumulate on the surface, while the treated water exits through the bottom of the equipment.

The Oil Water Separator is equipped with an automatic closure device (massive anti-miscalibration system), which prevents hydrocarbons from escaping once the equipment's maximum holding capacity has been reached, thus preventing contamination of the receiving environment. The operation of the Oil Water Separator does not require energy consumption and is based on the gravitational separation of materials with a different density to water, assisted by the presence of an oleophilic coalescing cell.