Ecological Technology for a Sustainable World
Ecovation
  • Small diameter media results in large surface area
  • High biomass concentrations with low diffusional resistance
  • Dense media results in retention of media (and biomass) even at high gas flux/production rates
  • Able to treat at extremely high applied organic loading rates

Immobilization

Immobilization

Immobilization uses a heavy, small diameter inert particle upon which the bacteria can attach in a thin film. The result is tremendous populations in compact amounts of space. The high density of microorganisms (10 to 50 times higher than in conventional aerobic facilities) in our reactor means that an MFT anaerobic system can treat the same mass of organic compounds as a much larger aerobic plant.

 

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