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									NEWS: The project 
									is now complete and the final report is in 
									preparation 
									The original ECOFUEL work programme was extended 
									to include development of second generation 
									biofuels from biomass by pyrolysis, 
									biochemical conversions and oil extraction 
									  
									
									
									
									Fast pyrolysis is a relatively new biomass 
									thermochemical conversion method in 
									comparison to combustion and gasification. A 
									wide range of routes can be explored for the 
									use of bio-oils, upgrading and extraction of 
									chemicals.  It is not possible for one 
									nation to be the sole driver of this 
									renewable technology. International 
									collaboration is the best possible solution 
									to accelerate the research and technology 
									development. Further implementation of this 
									technology will need a coherent approach 
									involving academia, industry and policy 
									makers.  The composition of the 
									consortium has been optimised in view of 
									these challenges. The consortium partners 
									bring a wealth of research experience and a 
									range of advanced technologies from biomass 
									characterisation, computational process 
									modelling, reaction kinetics and catalytic 
									processes across various disciplines 
									including biology, chemistry, chemical 
									engineering and mechanical engineering. 
									Together, the partners form a unique team of 
									excellence, uniting various innovative 
									approaches in both generic and specific 
									types. 
									
									 
									
									ECOFUEL is building an international partnership for new second generation 
									biofuel processes: the research will set the 
									foundation stones for technologies being 
									developed, that have the potential to be 
									commercialised. The partnership will make 
									further contributions to overcoming barriers 
									to commercialisation. For instance, costs of 
									fast pyrolysis units can be reduced 
									substantially through joint ventures between 
									Chinese and European manufacturers. It is 
									likely that large-scale implementation of 
									this technology will initially take place in 
									countries like China, while the EU will 
									benefit as a key technology provider as the 
									market grows. The knowledge gained from 
									Chinese and European experience on this 
									biofuel technology will pave the way for 
									commercial implementation in the future.
									
									
									 
									
									ECOFUEL will effectively integrate respective regional programmes for better 
									allocation and utilisation of resources, in 
									particular to achieve the critical mass 
									required to move the second generation of 
									biofuels forward. 
									  
									For 
									more information please see contacts on the
									
									Partners 
									page. 
									  
									The 
									ECOFUEL Project is funded by the 
									European Commission under the 
									FP7-PEOPLE-2009-IRSES programme, Grant 
									Agreement 246772 
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