Page 264 - Advances in Eco-Fuels for a Sustainable Environment

Prospects and technological advancement of cellulosic bioethanol ecofuel production 227

Table 8.4 Bioethanol plants currently ceasing operations [54, 56]

Project Capacity Status
owner Location Feed material Technology (t/y) (year)
Pilot-scale plant
BioGasol Ballerup, Corn fiber, corn Fermentation 1 Stopped
Denmark stover, grasses, (2010)
garden waste,
and straw
BioGasol Lyngby, Wheat straw, Fermentation 10 Stopped
Denmark corn fiber (2006)
Coskata Warrenville, Various Fermentation – Stopped
United States lignocellulosics
Iogen Saskatoon, Agricultural Fermentation 1443 Plan
Canada residues canceled
Abengoa York, United Corn Stover Fermentation 75 Idle
Bioenergy States (2007)
New
Technologies
Beta Rivalta Scrivia, Lignocellulosics Fermentation 50 Idle
Renewables Italy (2009)
Inbicon Fredericia, Lignocellulosics Fermentation 1/1 Idle
Denmark (2003
and
2005)
LanzaTech Glenbrook, Waste gases Fermentation 45 Idle
New Zealand New Zealand (2008)
Ltd
New Energy Hiroshima, Wood chips Fermentation 65 Stopped
and Industrial Japan (2011)
Technology
Development
Organization
Weyland AS Blomsterdalen, Spruce and pine Fermentation 158 Stopped
Norway (2010)
Demonstration-scale plant
Abengoa Salamanca, Organic Fermentation 1191 Idle
Spain residues and (2015)
waste streams
Abengoa Babilafuente, Cereal straw Fermentation 4000 Idle
Bioenergy Spain (2008)
BP Biofuels Jennings, Dedicated Fermentation 4200 Idle
United States energy crops (2009)
BioGasol Aakirkeby, Straw, various Fermentation 4000 Stopped
Denmark grasses, garden (2013)
waste
Continued