KOMPasep P-Line

Polymer Membrane Systems

 

Application

The ultrafiltration plants of the KOMPasep-P-Line are developed by Gütling for the recycling and the disposal of different production effluents and/or waste water.

  • Degreasing and washing water
  • Cooling lubricants
  • Oil/water emulsions
  • Grinding waste water and dispersion
  • Waste water from maintenance and repair of transport vehicles
  • Recycling of oil from rinsing water
  • Various special applications
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Process Characteristics

The ultrafiltration is a physical separation process. It separates aqueous dispersion and emulsions. The medium to be separate flows along a membrane with high rate and a specific pressure (Cross-Flow-Technology).

The pore size of the membrane is dimensioned that small molecules like water and solved materials pass (permeate) and larger keep back (retentate/concentrate).

The separation process basically runs in the case of recycling as during disposal. Depending on area of application, the materials which are recovered are contained either in permeate or in the retentate.

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Description of plant

The KOMPasep-P-Line plants consists of:

  • Storage tank
  • Pre- filtration
  • Work tank
  • Ultrafiltation plant
  • Rinsing tank

On account of procedural and energetic considerations, these plants, depending on size, are offered in two different designs: compact execution and loop execution (Feed and Bleed). The operation of these plants is subdivided into the following main steps:

  • Separation: Filtration with drain of the permeate and post-feeding
  • Thickening: Filtration with drain of the permeate without post-feeding, for the end-concentration (e.g. oil content 30-40%)
  • Rinsing: Cleaning of the membrane at the completion of an operating cycle
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Advantages

  • Non polluting process
  • Cost saving through recycling or minimising of the disposal costs
  • Completely preassembled and function tested
  • Compact design
  • Almost all plants are expandable with additional modules without
    a changing of peripheral equipment
  • Modern control concept at central PLC unit
  • Optimal concentration respectively recovery