Introduction to GN 3-Phase Decanter Centrifuge
GN Separation’s 3-phase decanter centrifuge is engineered for efficient solid-liquid-liquid separation, making it an essential tool in industries where separating multiple phases is crucial. With over a decade of experience in the separation industry, GN has designed the 3-phase decanter to operate continuously and smoothly for 24 hours a day, providing unmatched performance in the most demanding conditions.

Key Features of the GN 3-Phase Decanter Centrifuge
The GN 3-phase decanter centrifuge is built to separate not just solids from liquids, but also to differentiate between two liquid phases with varying densities. This is especially useful in applications like oil-water-solid separation, where achieving clean separation of each phase is necessary.

What sets the GN 3-phase decanter apart from a 2-phase decanter is its ability to separate both liquid phases along with the solid phase, making it more versatile and efficient. The solid phase is typically the heaviest, while the two liquid phases need to have distinct densities for the separation process to work effectively.

Reliable and Continuous Operation
The centrifuge is composed of a robust driving system, a decanter bowl, a screw conveyor inside the bowl, a cover box, a skid, and a VFD control panel, ensuring high performance and reliability. It is designed for 24-hour continuous operation, making it ideal for industries requiring uninterrupted processing.

Specifications and Performance
With capacities ranging from 5 m³/h to 15 m³/h, the GN 3-phase decanter centrifuge can handle various materials with different capacities and speed settings to suit specific operational needs. The maximum G force varies between 3000 to 3200 G, ensuring effective separation in even the toughest applications.

Applications of the GN 3-Phase Decanter Centrifuge
Whether it’s oil-water-solid separation or other industrial applications, GN’s 3-phase decanter centrifuge delivers precise, efficient, and continuous separation, helping industries maximize productivity and reduce operational costs. It is widely used in industries like oil, water, and solid separation, where reliable and efficient separation is critical.