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The system aims to demonstrate how renewable energy and aquaculture can operate together efficiently within shared maritime space - the first time such a system has been tested in the Atlantic.
Louisa Gairn
2 min read
European AquaWind prototype now begins real-sea testing at the PLOCAN oceanic platform in the Canary Islands, with fish species to include gilthead seabream and greater amberjack.
Native oysters in hand.
Marta Negrete
3 min read
This is demonstrated by the native oyster restoration project completed in Scotland by the renewable energy company RWE and The Oyster Restoration Company.
Off sure wind turbine.
Rocio Álvarez Jiménez
2 min read
The Carbon Trust and BrownGreer will design and develop a regional fisheries mitigation fund.
North Sea Farmers (NSF) is an independent and not-for-profit sector organization for the European seaweed industry.
Rocio Álvarez Jiménez
2 min read
'North Sea Farm 1 Project' (NSF1) will be located in the North Sea and the first harvest is expected to be in the spring of 2025.
Illustration of Subfarm's submersible fish farm design, located between offshore floating wind turbines.
Louisa Gairn
2 min read
Sweden's Freja Offshore and Norway's Subfarm begin collaboration to enable fish farms in the Swedish offshore wind farm Mareld.
China completed the world's first maritime renewable energy project that combines deep-sea floating wind energy, solar energy, and aquaculture. It is located in the Nanri Island National Marine Fish Farming Demonstration Zone, Putian, Fujian province.
Marta Negrete
2 min read
This offshore aquaculture project using renewable energy represents a new horizon to develop sustainable and environmentally friendly solutions.
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