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Welcome
to COST Action
FP0901: Analytical techniques for Biorefineries
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Our
Action in a nutshell
Trees, annual and perennial plants,
recycled fibres, and lignocellulosic side streams from forest and
agroindustry are renewable resources for the development of natural
materials, biochemicals, and bioenergy. The chemical complexity of
plant materials, the feed material of Biorefineries, renders the
analyses of the feed constituents, processes, and valorised products
challenging.
The main objective
of the
Action is to develop new and evaluate existing analytical methods
related to forest-based and agroindustrial Biorefineries. Thus, the
Action covers the analytical methods for the Biorefinery feed material
and for processed biochemicals, biomaterials, and process residues.
Especially analytical pretreatments will be evaluated. Critical steps
are the representativeness of the sampling and samples, the extraction,
fractionation, and sample storage methods applied. New methods will be
applied and evaluated for their relevance. Other emphasised areas will
be development of analytical on-line applications, hyphenated
techniques, and applying statistical multicomponent analyses to sort
out the relevant data from the main data stream.
The European
forest-based,
bioenergy-based and agroindustrial industries will benefit from the
Action in receiving relevant information on their developments of
sustainable and environmentally benign solutions for novel utilisation
of renewable resources. The development of analytical tools will lead
to cost effective and sustainable processes and products.
Keywords:
Biorefinery,
analytical methods, biochemicals, biomaterials, bioenergy
What is COST?
COST is an
intergovernmental framework for European Cooperation in Science and
Technology, allowing the coordination of nationally-funded research on
a European level. COST contributes to reducing the fragmentation in
European research investments and opening the European Research Area to
cooperation worldwide. For more information about COST click here.
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