REMAGHIC (Mg+REE alloy recovery), NEOHIRE (NdFeB recycling), ALMAGIC (Al/Mg green coatings), and ReFreeDrive (rare-earth-free e-drives) form a sustained programme in critical raw materials.
FUNDACION CIDAUT
Spanish applied research centre specializing in lightweight alloys, automotive materials recycling, and sustainable manufacturing scale-up.
Their core work
CIDAUT is a Spanish applied research centre based in Valladolid specializing in advanced materials, automotive engineering, and manufacturing processes. They develop lightweight metal alloys (magnesium, aluminium, rare-earth composites), green coatings, and recycling technologies for critical raw materials. They also work on electric vehicle drivetrain components, smart road infrastructure, and energy-efficient building solutions. Their strength lies in bridging materials science with industrial manufacturing — taking lab-proven materials and making them producible at scale.
What they specialise in
SafetyCube (road safety), SAFE STRIP (smart road sensors), BRACKETWELD (thermoplastic bracket welding for aerospace/auto), Multi-Moby (affordable EVs), and ReFreeDrive demonstrate deep transport sector engagement.
CREAToR focuses on flame-retardant removal from WEEE using supercritical CO2, while REMAGHIC addresses magnesium recycling — both targeting raw material recovery.
AVANGARD (robotized integration, blockchain-enabled distributed manufacturing), BIONANOPOLYS (nano-enabled bio-based materials for packaging/textiles), and BRACKETWELD (innovative welding processes).
PROBONO (2022-2026) applies BIM, building-integrated photovoltaics, and green neighbourhood design — a new direction for the foundation.
How they've shifted over time
In their early H2020 period (2015-2018), CIDAUT focused heavily on critical raw materials — recovering rare-earth elements, recycling magnesium, and developing high-performance lightweight alloys at reduced cost. From 2019 onward, they shifted toward circular economy (WEEE flame-retardant removal, raw material reuse), digital manufacturing (blockchain, robotized microfactories), and building energy performance. The trajectory shows a clear move from pure materials R&D toward the application and sustainability dimensions of those materials.
CIDAUT is pivoting from materials development toward sustainable manufacturing processes and built-environment applications, making them increasingly relevant for green transition consortia.
How they like to work
CIDAUT operates as both a project leader and a reliable consortium partner, having coordinated 4 out of 14 projects — a strong leadership ratio for a mid-sized research centre. Their 211 unique partners across 25 countries indicate they are a well-connected hub rather than a repeat-partner organization. They are comfortable in both large consortia (RIA projects with many partners) and smaller focused teams (Clean Sky 2 projects), making them adaptable collaborators.
With 211 unique consortium partners spread across 25 countries, CIDAUT has built one of the wider networks for a Spanish research centre of its size. Their partnerships span Western and Southern Europe heavily, with strong ties to the automotive and materials research communities.
What sets them apart
CIDAUT occupies a distinctive niche at the intersection of advanced materials science and industrial manufacturing scale-up — they don't just develop new alloys, they figure out how to produce and recycle them affordably. As an SME-classified research foundation, they combine the agility of a small organization with the technical depth of a research institute, making them a practical bridge between university labs and factory floors. Their rare combination of metallurgy expertise and automotive engineering knowledge is hard to find outside large corporate R&D departments.
Highlights from their portfolio
- REMAGHICTheir largest funded project (EUR 898K) as coordinator, tackling the strategic challenge of recovering rare-earth elements and recycling magnesium into high-performance alloys.
- AVANGARDMarks their entry into digital manufacturing with blockchain-enabled distributed production and robotized integration — a significant pivot from traditional materials work.
- PROBONOTheir most recent and longest-running project (2022-2026), signalling a strategic expansion into energy-efficient buildings with BIM and building-integrated photovoltaics.