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ACS-UmwelttechnikLipothan Reactor Hybrid Wastewater Treatment System

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The ACS Lipothan reactor features patent-pending technology and serves as a hybrid version of ACS reactors. It includes two primary cleaning areas: a mid-level separation unit and a top collator. These components create laminar flow even at significant reactor heights. The separator removes rising fats and gas bubbles from the water, while an external circulation system maintains wastewater uniformity within the reactor. The collator captures and retains floating substances like fats, oils, and proteins until they degrade biologically. Recirculation is managed through a separate pipeline. For startup, the reactor is filled with specially prepared methane bacteria pellets. These pellets initiate the production of biogas as soon as they contact the organic pollutants in the continuously supplied raw wastewater. The system is designed to enhance the biological breakdown of contaminants and optimize energy-rich biogas formation.

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The ACS Lipothan reactor, with its patent pending technology, is the hybrid version of the ACS reactors.

Range of application:

  • Wastewater contains fats, oils, starches or proteins
  • COD concentration of 1-100 g/l
  • Lipophilic substances up to 1,000 mg/l

Feature :

  • Retention time 1-10 days

Function:

The ACS Lipothan reactor has two strong cleaning areas consisting of a separation unit in the middle and a collator in the top region. These cause a laminar flow throughout the reactor even at large reactor heights.

In the separator, the up flowing fats, as well as gas bubbles, are separated from the water stream. An external circulation ensures the equalization of the wastewater in the reactor.

The collator retains the floating fat, oil or proteins within the reactor until they are biological degraded. Recirculation occurs via separate pipe.

For start up, the reactor is filled with the agglomerated methane bacteria, or so-called pellets. The polluted raw wastewater is supplied to the ACS Lipothan reactor continuously via the distribution system in the lower area of the reactor. Once the organic solute pollutants, present in the wastewater, come in contact with the pellets, the formation of energy-rich biogas immediately begins.

  • High rate of ascent
  • Sludge prevention
  • Odorless design
  • Protection of the environment and sustainable image of the operator
  • Space-saving and high construction of up to 28m
  • Low operating and investment costs through simplified design
  • Cost savings in wastewater fees
  • Production of biogas
  • Patented and developed leading technology