尊龙凯时

Features /Benefits

•  Computer controlled with integrated data logging
  
•  Continuous recycling of feed
  
•  Two separator interchangeable designs supplied as standard (weir and Bucket & Weir design)
  
•  Visual demonstration of the entire separation process
  
•  Adjustable interface & level controller
  
•  Emulsion chemistry possible (stable and unstable emulsion)
  
•  Compatible with different feed (use of different oils with varied viscosity and density)
  
•  Compact / self-contained unit*
  
•  Adjustable weir and bucket weir heights
  
•  Water and oil non-return valves for safe operation of the unit
  
•  Optical liquid level sensors
  
•  Coalescer
  
•  Enables the evaluation of the design principles and controlling parameters of three-phase separation
  
•  Enables study and investigation of the separation of two immiscible liquids
  
•  Clear acrylic vessel and pipework for visual demonstration of entire process
  
•  Versatile unit with two separator design configurations supplied as standard
  
•  Rapid removal of separator design configurations to enable cleaning and quick changes in experimentation
  
•  User friendly control of flow rates and levels within the vessel
  
•  Fine control of weir and bucket heights
  
•  User-friendly adjustment of level and interface heights

Description
A combination of refned oil, water and air enters the vessel, the ?ow is directed to the spherical end of the vessel where primary separation
occurs and then ?ows through the vessel where it meets the coalescer.
At the secondary separating section, the ?uids are allowed to slow down and separate by gravity. The water, being the heaviest in mass, stays at
the bottom while the oil ?oats on top and the gas occupies the void space in the vessel.