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Energy from sugar beet

Energy from sugar beet

Energy from sugar beet

Product catalog summary
Overview: The document discusses the use of sugar beet as an efficient energy source for biogas production, highlighting the advantages of using LIPP's system for crushing, ensilage, storage, and fermentation. The system is noted for its high biogas yield, excellent substrate digestion, and efficiency.
Key Advantages:
  • High biogas yield per hectare of cultivated area.
  • Excellent substrate digestion and efficiency.
  • Short residence time in the fermenter.
  • Benefits from slurry combination, optimizing crop rotation, and improving the C/N ratio.
  • Stabilization during process fluctuations and high regeneration capacity after dry periods.
System Features:
  • The LIPP-BETAVATOR is designed for crushing, mashing, and storing sugar beet, ensuring high storage stability and quality silage available year-round.
  • Decades of experience in feeding technology, stable conservation, and excellent efficiency through ensilage.
  • No silo covering necessary, no daily transport work, and no ensilage losses due to a gas-tight roof.
  • Two-stage fermentation process with upstream hydrolysis and biomass refeeding/retention.
  • Fully automatable system with optimal storage and high substrate digestion.
Contact Information: LIPP GmbH, Industriestraße, 73497 Tannhausen, Germany. Phone: +49 7964 90 03-0, Email: [email protected], Website: www.lipp-system.de
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Catalog excerpts

Energy from sugar beet-1

Behälter und Systemlösungen Tanks and System Solutions Biogas plant in Germany using sugar beet as the only substrate. The heat is utilized by an adjoining industrial estate. Energy from sugar beet – efficient, fast and safe. Sugar beet is an ideal energy source, as a co-substrate as well as in mono-fermentation. LIPP offers a system that provides everything from crushing via ensilage and storage to fermentation – a system with a lot of advantages: . high biogas yield per hectare of cultivated area . very high degree of substrate digestion and excellent efficiency . short period of residence in the fermenter . also in combination with slurry (‘slurry bonus’ at a slurry fraction of 30%) . optimization of crop rotation (away from maize monoculture) . improvement of the C/N ratio . stabilization in case of process fluctuations . high ‘regeneration capacity’ after dry periods LIPP GmbH Industriestraße 73497 Tannhausen Germany Fon +49 7964 | 90 03-0 Fax +49 7964 | 90 03-27 [email protected] www.li

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Energy from sugar beet-2

Behälter und Systemlösungen Tanks and System Solutions Biogas plant in Germany with a LIPP-BETAVATOR. Benefit from all the advantages of LIPP components In the two-stage fermentation process with upstream hydrolysis and biomass refeeding/retention: . in mono-fermentation or as a co-substrate . crushing and mashing . sand removal from the hydrolysis stage and the fermenter is possible . special stirring systems for rapidly degradable substrates . refeeding/retention of biomass . fully automatable – all year round . optimal storage with very high level of substrate digestion by ensilage using the...

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