De-risking structural loading calculations for marine Renewable Energy Devices
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De-risking structural loading calculations for marine Renewable Energy Devices
CoPED ID
bd80c8e5-08d1-4503-893e-c706b582b843
Status
Closed
Value
£63,690
Start Date
Jan. 14, 2013
End Date
April 13, 2013
Description
The large scale deployment of Marine Renewable Energy devices capable on converting natural energy into electrical energy is set to increase significantly in coming years. The United Kingdom is well placed to extract large quantities of marine renewable energy offering large economic incentives. To exploit this opportunity engineers and developers must overcome some considerable challenges, not the least of which is biofouling.
| Scottish Association For Marine Science | LEAD_ORG |
| PLYMOUTH MARINE LABORATORY | COLLAB_ORG |
| Scottish Association For Marine Science | FELLOW_ORG |
| Adrian Macleod | PI_PER |
| Adrian Macleod | FELLOW_PER |
Subjects by relevance
- Renewable energy sources
- Energy
- Mariners
- Energy production (process industry)
Extracted key phrases
- Marine Renewable Energy device
- Marine Renewable Energy device capable
- Marine renewable energy
- Structural loading calculation
- Large scale deployment
- Large economic incentive
- Large quantity
- Natural energy
- Electrical energy
- United Kingdom
- Considerable challenge