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Sustainability constraints on UK bioenergy development
P. Thornley
, P. Upham, J. Tomei
College of Engineering and Physical Sciences
Energy and Bioproducts Research Institute (EBRI)
Research output
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Contribution to journal
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Article
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peer-review
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Keyphrases
Bioenergy Development
100%
Sustainability Constraints
100%
Greenhouse Gas Savings
66%
Bioenergy
66%
Heat Demand
66%
Transport Fuel
66%
Technology Development
33%
Rural Areas
33%
Investment Capital
33%
Existing Technology
33%
Social Benefits
33%
Economic Benefits
33%
Biofuel
33%
Environmental Benefits
33%
Heat Transport
33%
Environmental Economics
33%
Additional Resources
33%
Feedstock Price
33%
Environmental Constraints
33%
Land Availability
33%
Economic Constraints
33%
Renewable Resources
33%
Policy Impact
33%
Heat Power
33%
Incentivization
33%
Social Constraints
33%
Technology Identification
33%
Sustainability Impact
33%
Facility Siting
33%
Total Energy Demand
33%
Due Regard
33%
Air Quality Impacts
33%
Land Take
33%
Engineering
Bioenergy
100%
Greenhouse Gas
66%
Heat Demand
66%
Technological Development
33%
Environmental Benefit
33%
Economic Benefit
33%
Biofuel
33%
Capital Investment
33%
Renewable Resource
33%
Air Quality
33%
Social Benefit
33%
Due Regard
33%
Earth and Planetary Sciences
United Kingdom
100%
Environmental Impact Assessment
100%
Bioenergy
100%
Greenhouse Gas
40%
Environmental Economics
20%
Technological Development
20%
Biofuel
20%
Energy Demand
20%
Renewable Resource
20%
Air Quality Impact
20%
Rural Area
20%
Economics, Econometrics and Finance
Environmental Economics
100%
Energy Demand
100%