SciTransfer
Organization

FUNDACION ICAMCYL

Spanish research centre specialising in critical raw materials recovery, advanced metallurgy, and AI-driven materials discovery for mining and industrial applications.

Research instituteenvironmentES
H2020 projects
9
As coordinator
3
Total EC funding
€5.2M
Unique partners
119
What they do

Their core work

ICAMCYL is a Spanish research centre in León (Castilla y León) focused on advanced materials and raw materials, particularly for the mining and metallurgy sector. They develop recovery technologies for critical and refractory metals from mining waste and end-of-life products, and apply machine learning to materials discovery. Their work bridges extractive metallurgy with high-value applications in aerospace, electromobility, and circular economy, positioning them as a regional centre of excellence connecting raw materials research to industrial value chains.

Core expertise

What they specialise in

4 projects

Core theme across TARANTULA (tungsten, niobium, tantalum recovery), RUMBA (MOF-based adsorbents for CRM), BlackCycle (tyre recycling into secondary raw materials), and PASSENGER (RE-free magnets).

Mining and raw materials value chainsprimary
3 projects

MINE.THE.GAP (their largest coordinated project at EUR 3.5M) focused on industrial value chains for SMEs in raw materials; MIREU on mining regions; RUMBA on extractive metallurgy.

Advanced materials for aerospace and energysecondary
2 projects

UMA3 focused on additive manufacturing and powder metallurgy for aerospace; NEXTOWER on advanced materials for concentrated solar power.

Machine learning for materials discoveryemerging
1 project

MALTOSE (coordinated) applied deep learning and genetic algorithms to organic semiconductor design — a departure from their extractive metallurgy core.

Circular economy and recycling technologiessecondary
2 projects

BlackCycle targeted tyre recycling into secondary raw materials; TARANTULA focused on by-product recovery from mining waste streams.

Evolution & trajectory

How they've shifted over time

Early focus
Mining waste and metal recovery
Recent focus
CRM extraction and materials intelligence

ICAMCYL's early H2020 work (2017–2019) centred on participating in large consortia around mining regions, CSP materials, and recovery of refractory metals from waste streams — primarily as a junior partner. From 2020 onward, they shifted to coordinating their own projects and broadened into machine learning for materials design (MALTOSE), regional SME value chain creation (MINE.THE.GAP), and selective CRM extraction (RUMBA). This evolution shows a centre growing from a niche metallurgy participant into a more autonomous research hub linking raw materials science with digital tools and industrial strategy.

ICAMCYL is moving toward digitally-driven materials research (ML/AI) while deepening its role as a regional coordinator for raw materials innovation in SME ecosystems.

Collaboration profile

How they like to work

Role: active_partnerReach: European23 countries collaborated

ICAMCYL operates as both a consortium partner (6 projects) and coordinator (3 projects), with their coordination role growing over time — all three coordinated projects started in 2020 or later. They work across large consortia (119 unique partners, 23 countries), indicating broad network reach rather than repeat-partner loyalty. This suggests an organisation that is well-connected and comfortable integrating into diverse European teams, while increasingly confident in leading projects themselves.

With 119 unique consortium partners across 23 countries, ICAMCYL has built a wide European network despite being a relatively young player (active from 2017). Their partnerships span mining regions, materials research institutes, and industrial SMEs across the EU.

Why partner with them

What sets them apart

ICAMCYL sits at the intersection of raw materials extraction and advanced materials application — a combination few centres cover end-to-end. Based in a mining region (León, Castilla y León), they bring practical understanding of extractive industries paired with research capabilities in materials science and machine learning. For consortium builders, they offer a rare profile: a Spanish research centre that can connect mining/metallurgy fundamentals with high-tech applications in aerospace, electromobility, and digital materials discovery.

Notable projects

Highlights from their portfolio

  • MINE.THE.GAP
    Their largest project (EUR 3.5M as coordinator) — built industrial value chains connecting raw materials SMEs across European mining regions, demonstrating their capacity to lead major multi-sector initiatives.
  • MALTOSE
    A strategic pivot: coordinated project applying machine learning and genetic algorithms to organic semiconductor design, signalling ICAMCYL's expansion into AI-driven materials discovery.
  • PASSENGER
    Addresses the critical EU priority of rare-earth-free permanent magnets for electromobility — positions ICAMCYL in the strategic autonomy agenda for Europe's green transition.
Cross-sector capabilities
manufacturingenergydigitaltransport
Analysis note: Good data density for 9 projects with clear thematic coherence. Website URL was not available in the source data, so online presence could not be verified. The ML/materials pivot (MALTOSE) is based on a single project and may represent an individual researcher's fellowship rather than an institutional shift.