Share

Related Links

Related Stories

  • Oxford Catalysts wins biofuel reactor order
    A Fortune 500 company has placed an order for two full-scale FT microchannel reactors for a synthetic fuels plant in the US.
  • Biomass from algae
    Fuels made from living biomass rather than organisms fossilised some 200 million years ago have attracted worldwide attention – and suspicion. While development continues apace, first and second generation fuels based on terrestrial plants are controversial because they require cultivation resources that could otherwise be used for growing food. What about the third generation?
  • DoE and USDA invest over US$24m in biomass R&D
    The US Departments of Agriculture and Energy has selected biomass projects for more than US$24 million in grants to research and develop technologies to produce biofuels, bioenergy and high-value bio based products.
  • The biofuel generation gap
    Turning from 1st generation biofuels produced from food crops to 2nd generation biofuels produced from ligno-cellulosic feedstocks has been praised by many, but 2nd generation has a long way to go to reach full commercialisation.
  • Are cellulosic biofuels set to compete with oil?
    The unpredictable price of oil is slowly changing industry and public sentiment in favour of bio-based energy. Especially in the USA. But before the biofuels market can fully commercialise, the public sector needs to clarify its goals. Jim Imbler, President and CEO of ZeaChem (a company active in the development of cellulosic ethanol), reports.

Top 5 Stories

News

Biofuels demonstration plant up and running

18 August 2010

A biomass-to-liquids (BTL) demonstration plant operated by the Oxford Catalysts Group and the Portuguese incorporated holding company SGC Energia (SGCE) is now up and running at a biomass gasification facility in Güssing, Austria.

The biofuels demonstration plant is designed for small scale distributed production of biofuels via the Fischer-Tropsch (FT) reaction.

The biofuels plant includes a Güssing gasifier, a gas conditioning unit supplied by SGCE and an FT microchannel reactor skid developed by the US-based member of the Oxford Catalysts Group, Velocys, Inc.

The biofuels FT microchannel reactor, comprised of over 900 full-length microchannels, is very efficient at controlling temperatures in highly exothermic (heat-generating) FT reaction and at maintaining isothermal conditions throughout the reactor, the Oxford Catalyst Group says.

The biofuels demonstration plant is already producing over 0.75 kg of synthetic FT liquids per litre of catalyst per hour – 4 to 8 times greater productivity than conventional systems.

 

This article is featured in:
Bioenergy

 

Comment on this article

You must be registered and logged in to leave a comment about this article.