• Municipal Effluent
    Municipal Effluent Treatment of complex, poorly-degradable industrial and/or commercial effluent with immobilised micro-organisms.
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  • Fish Farms
    Fish Farms Treatment of complex, poorly-degradable industrial and/or commercial effluent with immobilised micro-organisms.
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  • Municipal Effluent
    Municipal Effluent Treatment of complex, poorly-degradable industrial and/or commercial effluent with immobilised micro-organisms.
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  • Waste Gas
    Waste Gas Treatment of complex, poorly-degradable industrial and/or commercial effluent with immobilised micro-organisms.
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  • Municipal Effluent
    Municipal Effluent Treatment of complex, poorly-degradable industrial and/or commercial effluent with immobilised micro-organisms.
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  • Abluft
    Abluft Behandlung von Komplexen, schwer abbaubaren Industrie-/Gewerbeabwässern mit immobilisierten Microorganismen.
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  • Abwasser
    Abwasser Behandlung von Komplexen, schwer abbaubaren Industrie-/Gewerbeabwässern mit immobilisierten Microorganismen.
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  • Industrie Gewerbe
    Industrie Gewerbe Behandlung von Komplexen, schwer abbaubaren Industrie-/Gewerbeabwässern mit immobilisierten Microorganismen.
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Optimisation, expansion and improvement

Biological treatment plants are designed and constructed on the assumption of fixed in-flows in terms of quantities and contaminants.

Changes in production capacities, product ranges and regulatory stipulations can usually prompt changes in the quantity of effluent and its composition, in which the original process parameters no longer match optimal efficiency, leading to an overload of the plant’s capacity and a deterioration of the degradation performance.

 

In such cases, the plant need not immediately be expanded, but rather its performance can be modified to suit the new requirements

  • after careful analysis of the situation, by implementing the
  • optimal combination of suitable measures,

which facilitate

  • improvements without large-scale investment, or by implementing
  • minor expansion measures.

The “tools“ we deploy for this are:

  • Experimental determination of process parameters
  • Application of optimised, cultivated microorganisms, whose performance can be considerably enhanced by
  • Immobilisation on LEVAPOR carriers.

 

Optimisation and improvement of biological waste-management plants

Through the analysis, examination and optimisation of the critical process parameters, such as

  • Effluent, waste gas (partial streams, buffering, pre-treatment, etc..)
  • Biomass (adaptation, selection, immobilisation, etc.)
  • Process stages
  • Technology and
  • Process management

biological waste-management plants can be

  • Put into operation more quickly and more efficiently, or
  • Enhanced to achieve a new, higher and stable elimination performance, and can thus be
  • Operated with greater cost efficiency.