OCEOMICS
Uses AI and digital tools to discover new marine-derived compounds for sustainable cosmetic ingredients.
Uses AI and digital tools to discover new marine-derived compounds for sustainable cosmetic ingredients.
Develops standardised rules for measuring the environmental footprint of home textiles and foam products.
Develops practical tools and campaigns to help people, businesses and cities actually adopt circular food habits.
Converts captured industrial CO2 into food-grade proteins and ingredients through fermentation, cutting reliance on farmland.
Develops future-proof technologies for controlled-environment farming (greenhouses, vertical farms) to grow healthier food sustainably.
Builds a platform to detect, monitor and reduce pollutants like microplastics and PFAS in food and drink production.
Studies the psychological and social barriers stopping people from acting on biodiversity, and tests ways to overcome them.
Maps the state of European plant breeding research and designs a roadmap to strengthen it for a resilient, sustainable bioeconomy.
Develops practical, small-scale indicators to help municipalities, companies and households measure circular-economy progress.
Turns EU bioeconomy sustainability principles into practical governance tools, indicators and policy roadmaps.
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