tubular centrifuge 1

Tubular Centrifuge

Operation

Tubular Centrifuge

Description

Although it is sometimes used as a batch centrifuge, the tubular centrifuge is generally utilised for the continuous separation of liquids from liquids or very small particles from liquids. When larger centrifugal fields are necessary for separation, it is typically used. A tubular centrifuge’s revolving bowl is made up of a long hollow tube (length many times its diameter). The feed or material to be centrifuged enters at one end near the axis and is withdrawn in two streams holding the separated material for continuous separation.

The interior structure of the tube can be designed in a variety of ways, but radial vanes are commonly used to speed up the feed material and slow down the divided streams before they are discharged. A high-speed motor powers the centrifuge. As the fluid moves from one end of the tube to the other, sedimentation occurs. The solid material is frequently allowed to deposit on the wall when the heavy material comprises of very small particles or molecules and the concentration is very low. The machine is used as a batch centrifuge in this scenario.

Operation

 

Frame, bowl, motor, and starter make up the Tubular Bowl Centrifuge. The bowl revolves at 15000 rpm, producing a centrifugal force that is 16000 times that of gravity. The liquid combination to be cleared enters the Centrifuge’s feed nozzle, which is located at the bottom base. The centrifugal force works on the liquid as it enters, clarifying cells and clear liquid based on their particular gravities. Liquid – liquid separation involves the continuous separation of two liquids. They are immiscible in each other when they have a minimum density difference of 0.2. After stopping the machine, the solids / cells that have gathered inside the bowl can be manually removed.

Features & Benefits

  • Simple strong structure
  • Bearing assembly provided with self-lubrication and Grease packed
  • Open door design facilitates easy bowl removal & installation.
  • Minimum noise level
  • Variable speed drive can be provided
  • Installation without foundation as forces are not transmitted on the floor.
  • Simple access and easy cleaning

Applications

  • Pharmaceuticals
  • Chemical industry
  • Paint industry
  • Food industry
  • Edible oil industry
  • Printing ink
  • Bio mass separation
  • Beverage industry
  • Biodiesel plants
  • Gum clarification
  • Bacteria cell separation
  • Wax purification

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