Advanced Materials grants in France

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Funds around nine projects, each worth EUR 5 to 8 million, to recover secondary raw materials from industrial waste and end-of-use products.

Funds one project to map, replace, reduce and safely dispose of PFAS chemicals used in medicines, vaccines, devices and diagnostics.

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Funds teams that build life-cycle-assessment datasets and digital tools measuring a product's environmental footprint, for one of seven product groups.

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Funds research into re-assembling reclaimed construction products locally, using tools like Digital Product Passports to trace materials and unlock new circular business models.

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Funded large-scale pilot and demonstration coal-transition projects reaching TRL 7-8, aimed at repurposing mine sites and cutting methane and mine-water impacts.

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Funds talent-building and policy-overview work for the steel sector's near-zero-carbon transition, alongside the Research Fund for Coal & Steel's steel research topics.

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Funded large-scale pilot and demonstration steel-recycling and residue-valorisation projects reaching TRL 7-8, tied to the EU's Clean Industrial Deal.

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Funded large-scale pilot and demonstration projects for new low-carbon steelmaking processes and advanced steel grades, reaching TRL 7-8.

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Funds pilot and demonstration-scale steel installations working toward near-zero-carbon steelmaking, under the Research Fund for Coal & Steel.

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Funds early-stage steel research toward near-zero-carbon steelmaking and advanced steel grades, under the Research Fund for Coal & Steel.

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Funds research into industrial processing technologies that cut the use of hazardous substances and reduce health, safety and environmental risks beyond CO2.

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Funds around four projects, each worth up to EUR 7 million, to develop non-PFAS chemicals for electronics, construction, textiles and automotive parts.

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Funds industrial substitutes for substances of concern, covering design, production, manufacturing integration and market uptake.

Funds research into scalable materials and reactors that split water into hydrogen directly using concentrated solar energy.

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Funds research that solves system-level problems in carbon-neutral iron and steel making caused by variable-quality input materials.

Funds scale-up of safe-and-sustainable bio-based polymers or co-polymers that match or beat fossil-based alternatives on performance.

Funds demonstration of safe-and-sustainable bio-based chemicals or processes that replace hazardous coatings, dyes and solvents used in making textiles.

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Funds large, multi-year projects that drive full implementation of an existing circular economy, waste, water or air quality plan, with EUR 56 million set aside for this topic in 2025.

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Funds joint EU-and-partner-country projects that extract or process critical raw materials more sustainably, pairing an EU downstream user with industry from one of four named strategic-partner country groups.

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Funds R&D into bio-based alternatives that replace hazardous chemicals like PFAS in industrial products and processes.

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Provides research teams and institutions for Support to Standardisation Activities CEN CENELEC ETSI in quantum systems, artificial intelligence, and materials science.

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Funds demonstrations that refine primary or secondary raw materials into battery-grade lithium-ion metals and active materials in Europe.

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Co-funds work that expands or repeats the results of an earlier LIFE (or other EU-funded) nature, biodiversity or circular-economy project into new places.

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Pays for the groundwork behind a future Strategic Integrated Project that would implement a circular economy, waste, water or air plan.