
The application of chemical engineering science and technology to the
provision of energy, fuels and chemicals from sustainable biomass sources. This includes biomass-derived fuels for use
in fuel cells.
The development
of novel thermal processes whereby agricultural wastes and fast growing wood
and annual crops can be thermally converted into oils and gases, which can be
used to produce electricity, fuels and chemicals. The Bioenergy Research Group’s (BERG) principal
current area of expertise is fast pyrolysis, and it has a number of laboratory
and pilot scale reactors and associated analytical equipment. BERG also has capabilities in gasification
and combustion experimentation. It has
considerable experience in modelling, both reactor modelling (CFD) and also
process and techno-economic modelling of entire systems. The latter has included biomass/fuel cell
systems.
BERG
currently has over 20 researchers. It
has attracted funding of over £11 million from a variety of national and
international organisations, including the EU and the EPSRC. It currently leads the EPSRC-funded Supergen
consortium on biomass and bioenergy.
Currently
developing distance learning modules on hydrogen production from biomass
gasification and pyrolysis as part of an international MSc in bioenergy.
Contact: Prof. A. V. Bridgwater
Email: a.v.bridgwater@aston.ac.uk
Tel: +44 (0)121 359 3611 ext. 4647
Address: Bio-Energy Research Group,
Chemical Engineering and Applied
Chemistry,
Website: www.aston-berg.co.uk