European Green deal: Pioneering sustainable technologies with CSEM

AGRARSENSE: Develops automated agricultural innovative tools and enhanced sensor technologies to increase efficiency and protect agricultural value chains.

TESLA: Develops high-performance green electronics using sustainable materials and processes and demonstrates its use in the energy digital agriculture sector.

INCHILDHEALTH: Evaluates the impact of indoor air quality on children's health in school, home, and sports environments.

NEWLIFE: New remote non-invasive monitoring solutions for ensuring the health of mothers and babies before and after birth

TRIQUETRA: Aims to develop a toolbox for assessing and mitigating climate change risks and natural hazards threatening our cultural heritage.

BIOSENSEI: Develops a real-time biosensor platform for detecting abiotic and biotic pollutants in water, including chemicals, microorganisms, and endocrine-disrupting substances.

UNIVERSWATER: Universal interoperative sustainable agri-water management platform.

SIC4GRID: Aims to optimize silicon carbide (SiC) technology for integrating renewable energies into the energy grid, focusing on reducing costs and the size of Medium-voltage direct current/High-voltage direct current (MVDC/HVDC) converters.

TRIUMPH: Focuses on developing perovskite/silicon triple-junction photovoltaic cells to improve solar panel efficiency.

VALHALLA: Aims to develop stable and environmentally friendly perovskite solar modules for clean electricity generation.

PILATUS: Works on developing heterojunction silicon photovoltaic cells and modules, combining Silicon heterojunctions (SHJ) technology with Interdigitated Back-Contact (IBC) architecture.

PEPPERONI: Accelerates large-scale PV module manufacturing in Europe by developing solutions for perovskite/silicon tandem solar technology.

SEAMLESS-PV: Development of advanced manufacturing equipment and processes aimed at the seamless integration of multifunctional PV solutions, enabling the deployment of Integrated Photovoltaic (IPV) sectors.

SPHINX: Aims to create cost-effective and quickly deployable Building Integrated Photovoltaic (BIPV) elements using disruptive matrix shingling technology.

INCREASE: Aims to contribute to a wider uptake of IPV by delivering innovations at module and system level, as well as for the design and operation phase.

ENERGY ECS: Develops smart and secure energy solutions for future E-mobility, focusing on digitizing electric mobility systems.

SOLID: Develops high-energy-density, safe, and recyclable solid lithium-metal batteries with a scalable pilot manufacturing process.

RECIRCULATE: Aims to improve battery recycling by implementing automated disassembly, sorting, and refurbishment solutions, as well as a blockchain-based virtual market.

NEXBAT: Strives to develop the safest and most durable battery system by considering electrical, thermal, and mechanical safety, as well as production digitization and recyclability.

NEMO: Seeks to extend battery life and improve safety in stationery and automotive use cases.

SPHINX: Develops high-performance, durable lithium-sulfur batteries for electric mobility applications, focusing on energy efficiency and cost reduction.

PHOENIX: Supporting the development of smart, technologically advanced and sustainable batteries.

BATMAX: Aims to develop advanced and adaptive battery management systems for various E-mobility applications, including maritime E-mobility, off-road, heavy-duty vehicles, and stationary storage.

BATTERY2LIFE: Facilitates the transition of batteries to second-life use by offering adaptive and open BMS (battery management systems) enhanced system designs, and efficient, reliable reconfiguration methods.

NETHELIX: Devotes to promoting responsible mining by developing environmentally friendly machinery and less carbon footprint impactful extraction methods.

R3-MYDAS: Facilitates the transition of the manufacturing industry to circular value chains, focusing on remanufacturing of energy goods.

DAIEDGE: Aims to strengthen the European AI ecosystem by fostering innovation in AI technology.

TRACE: Develops a universal logistics platform to improve seamless collaboration among logistics stakeholders.

EECONE: Aims to reduce electronic waste by increasing product lifespan and promoting reuse, recycling, and material valorization.

SUSTRONICS: Seeks to transform the European electronics industry by enhancing reusability, adopting eco-design principles, and fostering innovation in using bio-based materials and improving recyclability.