Oil separator

The LCT oil separator is a waste water treatment plant in the form of a basin in whichOils be deposited by slowly floating several plate packs. There is therefore a submersible partition in front of the drain, under which the oil-free waste water must pass.

The functional principle of this oil separator is based on the Density difference of the oil components to the water, i.e. the lighter oil floats up and collects on the water surface, the light liquids thus separated in the oil separator collect on the water surface and can then be disposed of via a separate oil drain, which can be continuously adjusted to the water surface in the basin.

This enables a continuous cleaning performance in the bypass stream, of a maximum of 20 mg residual content.

For light oil separations, smaller quantities, a windscreen skimmer system can be mounted directly in our washing systems, which then removes the oil film from the water surface by means of a large disc wheel when the washing system is at a standstill.

The oil carried along runs against a rubber lip and thus via a drainage channel into a collecting container.

LCT models

Oil separator

LCT plate phase separator



To the LCT online shop

Our product range contains a large number of high-quality products for a wide variety of requirements.

v

Request information

Feel free to request further information on specific topics by e-mail!

LCT plate phase separator

The LCT DPS system is a plate phase separator for the static separation of two liquid phases which differ in their density by min. 5% (e.g. cooling lubricant emulsion and hydraulic oil). Using gravity (sinking of the heavy phase) and coalescence (convergence of the droplets), the light phase is made to float as it passes through the unit and is continuously discharged.

Plate phase separators are being used more and more frequently due to increasing demands on the degree of purity of industrial liquids, e.g. for separating mineral oils from waste water, emulsions and degreasing baths. They can be operated with very low operating costs and are universally applicable.

DPS systems are made of stainless steel and are therefore also suitable for hot and aggressive liquids (pH 3.5 -14, Tmax=90° C).

With automatic level monitoring, they are designed for unattended operation and comply with the regulations of the Water Resources Act (WHG § 19). If required, they are available thermally insulated or heated.