01.04.2019 - Construction of mega biogas plant in Denmark starts
In Hojslev near Viborg (Middle of Jutland) the construction of a mega biogas plant has started. Stallkamp produces all digesters with according pump and mixing technology.
Client of the project is Lundsby Biogas ApS, whereas, the construction is realised by the Danish Stallkamp distributor Biogas Teknik A/S. The biogas plant covers 14 digesters made from stainless steel. Three of them are tall fermenters with stainless steel roof and the other 11 will be built with a gas-tight double membrane roof. The following tanks are supplied by Stallkamp:
- 3 tall fermenters Ø 23m height 20m
- 6 digester Ø 35m height 10m
- 3 digester Ø 31m height 10m
- 2 digester Ø15m height 6m
Outline of the Danish mega biogas plant:
Start of construction at April first
Since the 1st of April the installation teams are on site and the open space turns into a modern renewable energy park where sustainable stainless steel tanks grow from scratch.
Renewable energy from manure und waste
The plant will treat about 400,000 tons of biomass every year which will lead to an output of 33.6 Mio m³ upgrades biogas. The maximum capacity of the plant is 600,000 tons of biomass and a yield of 40 Mio m³ upgrades biogas meaning that the plant still has capacity for growth. The input of the plant is mainly pig and cow manure, but other substrates like bedding material, glycerin, corn and grassilage and waste from the food industry e.g. potatoe and olives are digested in the new biogas plant. It is planned to bring gas to grid in December 2019.
Experienced with similar projects before
This project in Hojslev is definitely a lighthouse project causing attention in the whole industry. But in 2018, Stallkamp already built quite a huge project, the biggest glycerin tank in Denmark with 4.500m³. The digester was integrated into an existing biogas plant. The previous project provided important know-how for Stallkamp.
Why stainless steel for tanks and digesters?
Stainless steel tanks from Stallkamp are very durable because of its resistance to corrosion. Due to its chrome content, a razor-thin, chemically resistant passive layer is formed at the surface in connection with the oxygen in the air or water. If the passive layer is damaged due to external influences, it re-builds itself from the matrix of the stainless steel. In contrast with other materials or material combinations, rust-free stainless steel can be fully recycled without any issues after use
Updates of the project are following.