Page 113 - Biorefinery 2030 Future Prospects for the Bioeconomy (2015)

Prospects for the Bazancourt-Pomacle 4
Biorefinery Between Now and 2030

Summary
Over the years, the Bazancourt-Pomacle biorefinery has followed a progres-
sive strategy to develop and diversify its activity, accompanied by changes in
its nature. The original sugar factory and distillery (1948) has been joined by
a starch and glucose producing plant, a dedicated research centre, start-up
companies, demonstration and industrial pilot scheme sites, a bio-fuel refin-
ery and academic research chairs. In this way, the biorefinery has moved on
from industrial processing to become an innovation platform made up of
demonstration sites and a private joint research centre, and then a centre of
excellence for white biotechnology (CEBB) specialising in research and
knowledge production within the European Biorefinery Institute (IEB).
Future prospects between now and 2030 for the biorefinery and IEB are
demonstrated by three local but world-scale events in the first half of 2014.
These events confirm the first fruits of a genuine knowledge economy: the
sale of SOLIANCE to a global group (GIVAUDAN), the ability of the
BIODEMO demonstrator (ARD) to attract some of the most promising
start-up companies in the world (Global Bioenergies) and the success of the
industrial second generation bio-fuel pilot scheme FUTUROL, far beyond the
initial expectations of its major shareholders.
In order for this knowledge economy and exceptional network of local
competences to prosper, the CEBB will have to increase its regular output,
integrate fully with its founding industrial companies and schools, become
more multidisciplinary, stimulate a genuine sense of belonging among its
stakeholders, and find an appropriate governance structure. The governance
of the whole structure (integrated biorefinery, IEB, local actors) will also
have to adjust to these new dimensions by giving it more structured resources

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# Springer-Verlag Berlin Heidelberg 2015 81
P.-A. Schieb et al., Biorefinery 2030, DOI 10.1007/978-3-662-47374-0_4