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INJECTOR MIXER


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Injector Mixer, Type"

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Fast Drain"


for conditioning of sludges and slurries

TYPE:

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HPI



The VA - Injector Mixer HPI (high performance injector mixer) is our latest development for efficient and economical conditioning of sludges or slurries with an organic polymer or other flocculants.

The VA - Injector Mixer HPI is a product of Wasser+Abwassertechnik GmbH and has been successfully proven in more than 89 municipal and industrial applications (149 VA - Injector Mixers HPI - status quo September 2008).

ADVANTAGES OF THE

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INJECTOR MIXER


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HPI:



  • Increased press stability of the conditioned sludges and slurries
  • Reduction of the flocculant demand
  • Increased dryness in the sludge cake in connection with suitable dewatering machine
  • Increased throughput capacity of the dewatering device

FURTHER ADVANTAGES OF THE

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INJECTOR MIXER

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  • Reduction of the polymer demand by 20 % and higher can be expected
  • No additional energy input for sludge-mixing and flocculant solution required
  • Special construction precludes mixer clogging
  • Easily retrofitted to the feeding line of the dewatering device
  • Rapid return on investment costs due to polymer-savings
  • Increase of the dryness in the sludge cake because of a higher press stability of the sludge floccs

OUR SERVICES INCLUDE

  • Sludge/slurry dewatering test (including report)
  • On site tests with the VA -Injector Mixer HPI - on client's account
  • Development of an optimisation-strategy for dewatering plants - success guaranteed!
  • Computer-assisted design of VA - Injector Mixer HPI
  • Supply of the VA - Injector Mixer HPI ready for easy installation
  • Start-up and final adjustment of the VA - Injector Mixer HPI on site, improvement on results included
  • Documentation of the start-up/operating results

APPLICATIONS

  • Sludge thickening
  • sSludge dewatering with belt filter presses
  • Sludge dewatering with centrifuges
  • Sludge dewatering with chamber filter presses
  • Mixing of liquids with different levels of viscosity