GS2-15HE

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The GS2-15HE oil-water separator is known for its reliable performance and affordable price, and can be used in wide range of industrial environments. It is suitable for treating oil-containing wastewater from oil-water separation system, which has been widely used in petroleum, gas, chemical, medical, power industry and other domains. In the practical application of GS2-15HE, the details of its application field and working principle are discussed.

Application field
GS2-15HE is mainly used for solid-liquid two-phase separation. It is mainly used to separate oil from water. The maximum operation temperature can reach 130℃, making it suitable for a wide range of industrial applications, such as oil refinery, sewage treatment, mining, metallurgy, papermaking, etc. In addition, it is also suitable for other oil-containing wastewater treatment.

Working principle
The working principle of the GS2-15HE is based on the principle of oil-water gravity separation. The certain gravity difference between oil and water makes them separate from each other under the effect of gravity. The oil-water separator uses this physical principle to separate oil and water through coalescence and sedimentation.

The working of the GS2-15HE oil-water separator is composed of two stages, namely pre-treatment and separator. The pre-treatment includes removing large particles of floating matter, oil filtration, oil adsorption and emulsification. The separated water sent to a water storage tank or discharged to sewage system, while the separated oil is retained in the oil-water separation device. In the separator stage, the coalescence, separation, sedimentation, separation of oil and water are carried out in succession. The separated water sent to a water storage tank, or discharged to sewage system, while the separated oil is discharged from the oil-water separation device.

The GS2-15HE oil-water separator has advantages such as small size, lightweight design, simple structure, easy installation and maintenance, high purification efficiency, and reliable performance. In addition, it has good corrosion resistance, low noise, etc. In addition, its reasonable design and high quality filer elements make it have better filtration and separation performance. Its applications in various industrial application scenarios are highly praised by users.

The specific data is subject to PDF, and the above content is for reference