References Agriculture

Agriculture 2.0

Smart investments and innovative models for successful producers in the biogas market

Those who opt for a biogas plant have learnt early on that it is not only the scope of such a project that presents a challenge. Even an intelligent energy concept and cooperative integration of the vicinity and environment require an intensive discussion.

The following projects show how we have used completely different starting scenarios to build a single, successful model.

Plant profile: Güstrow

Location: 18273 Güstrow, Germany

In-service date: expected mid 2023

Input materials: 150,000 tonnes p.a., mainly agricultural waste materials

Special features: Germany's largest integrated bio-LNG plant (bio-LNG incl. CO2 liquefaction plant

High efficiency and competitive edge thanks to free-of-charge waste heat

Location: Wöbbelin (Germany)
Capacity: 2 x 526 kWel
Input materials: Manure, renewable resources
Features: All the waste heat of the biogas plants is used for heating the farm’s greenhouses and buildings.

Integration of the environment – flagship project for entire region

Location: Stowell Farms, Wiltshire (England)
Capacity: 499 kWel
Input materials: Manure, grass and maize silage, feed remains
Features: Processes the slurry of 500 herds of cattle into high-quality fertilisers.

>> Watch a video about our Stowell Farms project...

...or read our fact sheet! <<

A small slurry plant in Italy – ecologically useful and profitable

Location: Casaletto Ceredano, Lombardei/Italy
Capacity: 249 kWel
Input Materials: Pig slurry, maize meal
Features: The power is fed into the public grid. The heat generated is used for heating the digester.

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Reference List

References Biomethane

References Biomethane

References </br>Waste-to-energy

References
Waste-to-energy