SciTransfer
Organization

FUNDACION CIDAUT

Spanish applied research centre specializing in lightweight alloys, automotive materials recycling, and sustainable manufacturing scale-up.

Research institutetransportESSME
H2020 projects
14
As coordinator
4
Total EC funding
€4.9M
Unique partners
211
What they do

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.

Core expertise

What they specialise in

Lightweight metal alloys and recyclingprimary
4 projects

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.

Automotive and transport systemsprimary
5 projects

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.

Circular economy and waste processingsecondary
2 projects

CREAToR focuses on flame-retardant removal from WEEE using supercritical CO2, while REMAGHIC addresses magnesium recycling — both targeting raw material recovery.

3 projects

AVANGARD (robotized integration, blockchain-enabled distributed manufacturing), BIONANOPOLYS (nano-enabled bio-based materials for packaging/textiles), and BRACKETWELD (innovative welding processes).

Energy-efficient buildingsemerging
1 project

PROBONO (2022-2026) applies BIM, building-integrated photovoltaics, and green neighbourhood design — a new direction for the foundation.

Evolution & trajectory

How they've shifted over time

Early focus
Rare-earth and lightweight alloys
Recent focus
Circular economy and digital manufacturing

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.

Collaboration profile

How they like to work

Role: active_partnerReach: European25 countries collaborated

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.

Why partner with them

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.

Notable projects

Highlights from their portfolio

  • REMAGHIC
    Their largest funded project (EUR 898K) as coordinator, tackling the strategic challenge of recovering rare-earth elements and recycling magnesium into high-performance alloys.
  • AVANGARD
    Marks their entry into digital manufacturing with blockchain-enabled distributed production and robotized integration — a significant pivot from traditional materials work.
  • PROBONO
    Their most recent and longest-running project (2022-2026), signalling a strategic expansion into energy-efficient buildings with BIM and building-integrated photovoltaics.
Cross-sector capabilities
manufacturingenvironmentenergydigital
Analysis note: Strong data across 14 projects with clear thematic threads. Some early projects (CRITICS, SafetyCube) lack keywords, slightly limiting the early-period analysis. The SME classification for a research foundation is notable and confirmed by the data.