Efficient anaerobic digesters
Optimization of bioprocesses

Take advantage of advanced anaerobic digesters technologies to maximize organic matter processing, increase biogas production and reduce energy costs.

Application: anaerobic digesters

Optimized mixing for maximum biogas production

The anaerobic digestion process enables microorganisms to break down biodegradable material in the absence of oxygen. As a result of the physical and biological reactions that take place; volatile solids are destroyed and biogas is produced by the microbes.

The biogas, a renewable energy resource, can be used directly as fuel in engines to generate electricity or heat for the wastewater treatment facility or injected into the natural gas grid.

In order to maximize volatile sludge destruction and biogas production, it is imperative to provide homogeneous mixing throughout the anaerobic digester.

A BioMix-AD Anaerobic Digester Mixing System provides bottom-up, uniform mixing at a fraction of the energy required by unconfined gas mixing, mechanical mixing, or pump mix systems, while also minimizing in-tank maintenance.

Benefits that make a difference

Optimization that saves both energy and money

Energy Efficiency

  • 30-50% or greater energy savings compared to unconfined gas or mechanical mixing.
  • Úspory energie ve srovnání s difúzní aerací se zvyšují s rostoucí hloubkou a koncentrací pevných látek.

Straightforward Operation

  • Non-clogging, maintenance free components in tank.
  • No motors or electrical components in the tank requiring maintenance.
  • Zero wall penetrations below the water line, eliminating the risk of leaking.

Process Optimization

  • Vertical mixing regime that breaks the surface of the liquid minimizing foam and scum formation.
  • Míchání vhodné pro koncentrace až do 8 % pevných látek.

Unparalleled Flexibility

  • Guaranteed uniform mixing with onsite performance testing.
  • Uspořádání trysek do soustředných kružnic se přizpůsobuje sklonu dna, čímž se eliminují "mrtvá místa".
Validated materials

Reources