Belgian materials technology major supplying advanced battery cathodes, nanomaterials, and recycling expertise across 22 H2020 projects in energy storage and manufacturing.
Umicore is a major Belgian materials technology company specializing in advanced battery materials, recycling, and surface chemistry. Within H2020, they contribute industrial-scale expertise in lithium-ion and sodium-ion battery materials, solid-state electrolytes, and nanomaterial production. They serve as a key industry partner bridging laboratory research and commercial battery manufacturing, particularly for electric vehicle and stationary energy storage applications. Their work spans the full battery value chain — from cathode and electrolyte materials development through characterization, modelling, and end-of-life recycling.
Core contributor across ASTRABAT, SOLiDIFY, SAFELiMOVE, SUBLIME, MODALIS2, NAIMA, FIVEVB, IMAGE, and BIG-MAP — covering NMC cathodes, solid electrolytes, and sodium-ion cells.
BASMATI (coordinator, nanomaterial inks), NanoDome (gas-phase nanoparticle synthesis), HYCOAT (molecular/atomic layer deposition), and SiLaSpaCe (layer stacks for space solar cells).
METGROW PLUS (metal recovery from low-grade ores), SOCRATES (valorisation of critical metal residues), and CEWASTE (waste treatment certification).
SimDOME (digital ontology-based modelling), TEESMAT (in-line and non-destructive characterization), and BIG-MAP (AI/ML-driven materials acceleration platform).
SiLaSpaCe and RadHard both focus on III-V compound semiconductor substrates for radiation-hardened space solar cells.
In the early H2020 period (2015–2018), Umicore's portfolio was diversified: nanomaterial printing inks (BASMATI), gas-phase nanoparticle modelling (NanoDome), space solar cell substrates, and metal recovery from waste — reflecting a broad materials company exploring multiple fronts. From 2019 onward, the focus shifted decisively toward battery technologies, with seven of ten later projects dedicated to solid-state, lithium-metal, and sodium-ion batteries, plus digital tools for battery materials modelling. This concentration signals a strategic corporate pivot toward electrification and energy storage as the dominant R&D theme.
Umicore is consolidating around solid-state and next-generation battery chemistries with increasing use of AI-driven materials discovery — a strong partner for any consortium targeting Generation 4+ batteries or battery value chain digitization.
Umicore overwhelmingly participates as a partner rather than a leader — coordinating only 1 of 22 projects (BASMATI). With 247 unique consortium partners across 30 countries, they operate as a well-connected industrial contributor embedded in large European research consortia. This pattern is typical for a large industrial company that provides materials expertise, testing capacity, and commercial validation rather than managing the research agenda — making them a reliable, low-friction partner to work with.
Umicore has collaborated with 247 unique partners across 30 countries, making them one of the more extensively networked industrial players in H2020 materials research. Their reach is pan-European with no obvious geographic concentration, reflecting the broad multi-partner consortia typical of battery and materials projects.
Umicore occupies a rare position as a large-scale industrial materials producer deeply embedded in EU battery research — most companies of their size either lead projects or stay out of collaborative R&D entirely. Their participation across almost every major solid-state battery project (ASTRABAT, SOLiDIFY, SAFELiMOVE, SUBLIME) means they hold cross-project knowledge that few single organizations can match. For consortium builders, they bring commercial-scale manufacturing perspective and end-of-life recycling expertise to what are often lab-focused research teams.
