The product to be clarified runs through a stationary infeed pipe into the interior of the bowl, and is gently accelerated by the distributor to the full speed of rotation. The disc pack in the bowl causes the product stream to be divided up into many thin layers, creating a large surface area. The solid is separated from the liquid within the disc pack.
The high centrifugal force makes the solids that are separated out collect at the edge of the bowl. A hydraulic system in the base of the bowl periodically ejects the separated-out solid at full speed of rotation. The clarified liquid flows out of the disc pack to an impeller, which discharges the liquid under pressure.
In this configuration, the separator separates mixtures of liquids with different densities at the same time as separating a solid. In a purifier, the product to be separated runs through a stationary infeed pipe into the interior of the bowl, and is gently accelerated by the distributor to the full speed of rotation.
The disc pack in the bowl causes the product stream to be divided up into many thin layers, creating a large surface area. The liquid mixture is separated within the disc pack, where the solid is also separated out. The liquid phases separated by centrifugal force are discharged from the bowl under pressure via two grippers.
The centrifugal force makes the solids that are separated out collect in the solids space of the bowl. A hydraulic system in the base of the bowl periodically ejects the separated-out solid at full speed of rotation.
Disc Clarifier Separator can perform a wide variety of functions for liquid-solid and liquid-liquid-solid clarification, including:
1) Clarification of raw and depectinized fruit juices;
2) Cloudy juices and other beverages.
3) Widely used in milk processing industry, continually separate out cream and defatted milk from pure milk, at the same time remove the impurities and sediments, and it also can realize milk standardization according to fat content.
4) Tea drinks, coffee, Beer and other liquid clarification.
1. Continuous feeding
2. High separation factor
3. Automatic residue discharging
4. Hydraulic coupling driving with longer service lift
5.The separator is operated and controlled using a simple and self-explanatory menu system with a PLC.
6. High efficiency.