| EU Research Investigates BiogasPosted on 22/09/2010 Convinced that biogas can help the EU
meet its commitment to produce 20% of its energy from renewable sources
by 2020, EU-funded researchers are investigating which technologies and
regulatory frameworks are best suited for widespread but sustainable
biogas production in Europe.
Biogas is one of the most versatile energy carriers; it can be used
for generating electricity and heat, for cooling purposes, it is a
potential vehicle fuel and it can be upgraded to biomethane to be fed
into the national gas grid. “Biogas production makes use of a naturally
occurring anaerobic process and supplies a controlled technical
environment that allows for the catching and utilising of the gases
produced,” explain the researchers behind the (Sustainable and
Innovative European Biogas Environment) project. “The anaerobic
biological process degrades and stabilises organic material by
microorganisms and leads to the formation of methane and inorganic
products including carbon dioxide. Methane gas is an energy carrier and
can therefore be used to generate energy,” they add, highlighting that
this energy “has the potential to displace other energy sources such as
fossil energy, this reduces greenhouse gas emissions and contributes
towards a more sustainable energy concept”. In short, “anaerobic
digestion with biogas production has a major role to play in meeting the
2020 goal”, they insist. Germany,
for example, has grasped this potential and has already installed
nearly 5,000 biogas plants, with potential for further installations.
However, other European countries remain to be convinced, questioning in
particular the economic viability of biogas plants. SEBE is determined
to answer the doubters by establishing a common understanding of biogas
across central Europe, its possibilities and the policies and frameworks
needed to make it a successful renewable energy provider. The
SEBE (Sustainable and Innovative European Biogas Environment) project is
being carried out under the leadership of the
Internationalisierungscenter Steiermark (ICS) in Austria; it is also
playing particular attention to regions in the Czech Republic, Hungary,
Poland, Slovenia and Slovakia. Know-how transfer into these countries is
one of the project's main aims. EU support for the project, totalling
EUR 2.6 million, came from the EU Central Programme which is financed by
the European Regional Development Fund (ERDF). However, in order
to do this, the project is initially trying to understand what makes
anaerobic digestion schemes work across Europe and identifying areas
which need further development and harmonisation. According to the
researchers, they are investigating a broad range of issues including
“different operating environments (legal, economical, logistical and
technical), the availability of qualified personnel, and current and
potential resources”. In addition, they are elaborating
“guidelines and a transnational strategy for future education and
training in the biogas sector” and are carrying out “regional
development consulting”. Biogas experts from different institutions are
looking at different subjects; for example, the chair for Waste
Management and Emissions of the Institute for Sanitary Engineering,
Water Quality and Solid Waste Management (ISWA) at the University of
Stuttgart in Germany is studying the role of decentralised micro-gas
networks. SEBE researchers also want to encourage networking
between anaerobic digestion experts via a series of transnational
Competence Knowledge Centres. To ensure that the studies reach as wide
an audience as possible, they will form a Policy Advisory Board made up
of external stakeholders, decision-makers and opinion leaders not
directly involved with the project to help communicate project results
and enable access to other relevant international and national
organisations and interest groups. The researchers hope that these
communication channels will last beyond the lifetime of the project
which is due to end in 2013.
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