A tubular centrifuge is a type of centrifuge that separates liquids from solids or separates liquids of different densities using centrifugal force. It consists of a series of tubular bowls or chambers arranged in a circular or parallel configuration. These tubular bowls rotate at high speeds, generating centrifugal force that causes the separation of components based on their densities. Tubular Centrifuges is artificial slag removal equipment, and the processing capacity is limited, so it is generally used for working conditions with low solid content and relatively small processing capacity. The main separation occurs within the tubular bowls, which are long, narrow cylinders with a series of concentric tubes. The rotating motion of the bowls creates high centrifugal forces that drive the separation of different components. According to the function, high speed tubular centrifuge has two types: clarification type and separation type. The clarification type Tubular Centrifuge is mainly used for separation of liquid and solid, and the separation type Tubular Centrifuge is mainly used for separation of liquid (light phase), liquid (heavy phase), and small amount of solid.

GNGQ — Clarification Type Tubular Centrifuge

The centrifuge rotates at a high speed to reach a suitable working speed (the speed can be adjusted by the electric control panel), and the feeding inlet is continuously fed from the bottom, and a certain feeding pressure (greater than 0.05Mpa) is required. The specific gravity of liquid phase in the feeding inlet is lighter and it gradually spirals upward from bottom to top to continuously discharge from the clear liquid outlet at the upper part of the rotor. The specific gravity of solid phase is relatively heavier, and it settles inside the rotor. After the solid is collected and full in the drum, the machine stops, and the rotor is manually removed for slag cleaning.

GNGF — Separation Type Tubular Centrifuge

The centrifuge rotates at a high speed to reach a suitable working speed (the speed can be adjusted by the electric control panel), and the feeding inlet is continuously fed from the bottom, and a certain feeding pressure (greater than 0.05Mpa) is required. There is difference in specific gravity of the two liquid phases in the feeding inlet, and they are incompatible with each other. The two liquid phases gradually spiral upward from bottom to top until the upper part of the rotor. The liquid phase with lighter specific gravity is discharged from the light liquid outlet, and the liquid phase with heavier specific gravity is discharged from the heavy liquid outlet. The specific gravity of solid phase is the heaviest, and it settles inside the drum. After the solid is collected and full in the drum, the machine stops, and the rotor is manually removed for slag cleaning.