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BLUE BIOECONOMY INNOVATION NETWORK
Blue Shuttle Regional Stakeholder Groups Blue Shuttle partners have formed 4 Regional Stakeholder Groups, one in each of the Atlantic Area Countries (Ireland, France, Spain and Portugal), as part of the Atlantic Blue Bioeconomy Innovation Network that the project is creating. The aim of these Stakeholder Groups is to establish a formal contact with professionals…
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BLUE SHUTTLE CHALLENGES
After the Call for Challenges conducted by Blue Shuttle Partners, 4 Challenges have been selected, one in each of the Atlantic Area Countries. Afther conducting a call for solutions, 4 solutions providers will be selected, in order to implement 4 Pilot Projects to test the proposed solutions. Do you want to learn about the 4…
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FRANCE CHALLENGE: IMPLEMENTATION OF IA FOR SELF-OPTIMIZATION OF WASTEWATER TREATMENT WITH MICROALGAE
Context: Wastewater management and Blue Bioeconomy In the Blue Bioeconomy, the optimization of biological processes such as microalgae cultivation requires precise and continuous data to monitor system performance and health. The integration of a digital optical sensor will allow for automated, data-driven decision-making, eliminating the need for manual sampling and laboratory-based testing. This enables a…
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SPAIN CHALLENGE: DIGITALS TOOLS COMBINED WITH UNNAMED GROUND VEHICLES (UGV’S) FOR THE GREAT CORMORANTS MANAGEMENT
Context: A European problem and the search for a solution in the institutions Role of aquaculture in Blue Growth is essential because it is positioned as one of the most relevant and interesting solution to supply food from aquatic origin, which is daily most demanded. This sustainable activity compensates the limitations that fishing activities have…
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PORTUGAL CHALLENGE: SMART SWIMS: DRIVING THE DIGITAL AND GREEN TRANSFORMATION IN AQUAPONICS WASTE AND RESOURCE MANAGEMENT
Revolutionizing Aquaponics: A Smart Leap Toward Zero-Waste Farming Aquaponics – a sustainable farming method that combines fish farming (aquaculture) and plant cultivation (hydroponics) – is often hailed as a blueprint for the future of food. This closed-loop system allows fish waste to feed plants, while plants purify the water that recirculates back to the fish…