1. |
| Professor H Sirringhaus | University of Cambridge | A novel device architecture for high-performance organic solar cells | 133,811 |
2. |
| Professor J Foord | University of Oxford | A Feasibility Study Of A Silicon Enabled Hydrogen Fuel Economy | 324,398 |
3. |
| Professor SJC Irvine | Glyndwr University | Iron Pyrite / a super absorber for PV solar energy | 177,843 |
4. |
| Professor DG Infield | University of Strathclyde | Feasibility Study of the Potential for Electric Vehicle Batteries to be Used for Network Support | 153,752 |
5. |
| Dr PJ Holliman | Bangor University | Increasing Photocurrents in Biosolar Cells using Microporous Electrodes - A Feasibility Study | 110,020 |
6. |
| Dr MB Sweatman | University of Strathclyde | Feasibility study for a new gas separation process, with application to carbon dioxide capture | 272,702 |
7. |
| Professor A Mills | University of Strathclyde | Aerogel photocatalytic diodes for carbon dioxide reduction | 167,530 |
8. |
| Professor J Irvine | University of St Andrews | Direct Carbon Fuel Cell System Development Study | 142,473 |
9. |
| Professor A Cooper | University of Liverpool | High Throughput Discovery of "Hydrogel Nanoclathrates" | 148,315 |
10. |
| Professor PM Budd | The University of Manchester | Novel Catalytic Membranes for CO2 Removal and Recovery | 149,042 |
11. |
| Dr T Bruce | University of Edinburgh | Real-time wave field mapping for the offshore renewable energy industry | 237,809 |
12. |
| Dr E Cartmell | Cranfield University | Delivering Low Carbon Anaerobic Wastewater Treatment and Renewable Energy Production | 199,108 |
13. |
| Professor JA Wright | Loughborough University | Advanced Analysis of Building Energy Performance using Computational Intelligence Approaches | 28,970 |
13. |
| Dr T Schnier | University of Birmingham | Advanced Analysis of Building Energy Performance using Computational Intelligence Approaches | 254,261 |
15. |
| Professor A Kucernak | Imperial College London | Killing two birds with one stone: Can fuel cells operate on a high energy density fuel derived from coal? | 188,049 |
16. |
| Dr LR Wilson | University of Sheffield | Biomimetic hybrid semiconductor photovoltaic devices | 157,679 |
17. |
| Professor JM Jones | University of Leeds | COST-EFFECTIVE PRODUCTION OF RENEWABLE LIQUID BIOFUEL AND CHEMICALS THROUGH THE THERMOCHEMICAL LIQUEFACTION OF AQUATIC BIOMASS | 135,848 |
18. |
| Professor M Wills | University of Warwick | Squeezing hydrogen out of biomass; new catalysts for clean energy generation. | 185,603 |
19. |
| Dr A. H. Day | University of Strathclyde | Feasibility of an Innovative Methodology for Testing Marine Current Turbines in Unsteady Flow | 133,282 |
19. |
| Dr R Harris | Heriot-Watt University | Feasibility of an Innovative Methodology for Testing Marine Current Turbines in Unsteady Flow | 34,979 |
21. |
| Professor ZX Guo | University College London | Screening New families of Metal Organic Frameworks for Hydrogen Storage | 89,654 |
21. |
| Dr C Redshaw | University of East Anglia | Screening New families of Metal Organic Frameworks for Hydrogen Storage | 177,996 |
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67. |
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