Bangor University / Swansea University / Aberystwyth University / Institute of Life Science / /
IndustryTerm
sustainable products / transformed platform chemicals / chemical-using / high-energy crops / e.g. food / bio-based chemicals / platform chemicals / sustainable processing of1 / technology development activities / chemical intermediates / solvents thermochemical processing / low carbon technologies / e.g. laundry products / green house gas emissions / food products / crude oil resources / sustainable processing / marketable products / industrial biotechnology / biological and chemical process technologies / food / energy / high-tech businesses / chemical-using markets / energy intensity / high-tech / electricity / pharmaceuticals / technology base / chemical chemical intermediates / chemical/ pharmaceutical sectors / food production / non-food crop / technology / e.g. composite plastics / e.g. food laundry products / renewable energy projects / manufacturing operations / lignocellulosic technology / chemical using markets / chemical / usable products / chemicals / fermentation technology / dwindling crude oil resources / /
Organization
Bangor University / BioComposites Centre / Drivers for Biorefining / Welsh Centre of Excellence for Biorefining / Aberystwyth University / European Union / Swansea University / Institute of Life Science / Chemistry Department / /
Person
Colin Tattam / / /
Position
Wales Executive / Excelsyn Chairman / Ian Shott President and CEO / /
Product
M-16 / /
ProvinceOrState
Gwynedd / /
Region
South Wales / North Wales / /
Technology
GM technology / low carbon technologies / fermentation technology / Biotechnology / nutraceuticals / biofuels / long-practiced technologies / biological and chemical process technologies / /
The Biorefining Opportunities in Wales: From Plants to Products Understanding the potential for building a sustainable biomass based economy in Wales, using plants as a renewable source of key commodities (chemicals,