Växjö Värnamo Biomass Gasification Centre

Växjö Värnamo Biomass Gasification Centre (VVBGC) is an R&D centre inviting interested parties to initiate and/or take part in collaborative research and demonstration projects.

SWEDEN. Växjö Värnamo Biomass Gasification Centre

SWEDEN. Växjö Värnamo Biomass Gasification Centre

 

VVBGC plans to operate a flexible, large-scale, 18 MWth, biomass gasification facility where large scale R&D and demonstration can be carried out at a much lower cost than elsewhere. The pilot plant is large enough for the results to be used for easy scale-up to commercial sized plants.

VVBGC invites interested parties to initiate and/or take part in collaborative research and demonstration projects. Proposals for projects to develop, test and/or demonstrate processes or components that have shown promise at a laboratory scale are welcomed.

Example of feasible process/component testing areas:

  • Feedstocks: different woody materials, bark, RDF, straw,
  • agricultural products, etc
  • Feed systems: lock-hoppers, piston feeders, etc
  • Gas cleaning/particulate: candle filter materials, other HT filters, cleaning systems of filters, etc
  • Advanced gas cleaning (bed in-situ, or post gasification):
  • desulfurisation, dechlorination, alkali removal
  • Gas upgrading: catalysts, reformer burners, etc
  • Gas turbine/IGCC testing


End product testing areas

Vehicle fuels: DME, Methanol, FT diesel; Fuel cells; etc

VVBGC also offers opportunities for education and training.

Auxiliary facilities such as laboratories, offices, conference rooms, a visitors’ centre etc will be available too.

Visit the VVBGC web site

Article produced by Petter Haugneland 19.02.2009

Related Articles

Maximum energy from moderate waves

Langlee Wave Power has developed a unique technology for converting the power of sea waves into electric power. It captures a greater proportion of wave energy than alternative systems — and is desi

The lure of manure

Where others see manure, Norwegian company Energreen see a source for energy. Their BiEnergy concept is a way of capturing greenhouse gases, as well as producing both fertilizer and energy from one of