GREENH2ATLANTIC (100 MW electrolysis) and HYPSTER (salt cavern hydrogen storage) demonstrate end-to-end hydrogen value chain expertise.
AXELERA - ASSOCIATION CHIMIE-ENVIRONNEMENT LYON ET RHONE-ALPES
French chemistry-environment cluster driving industrial decarbonization through green hydrogen, CO2 utilization, and circular economy projects in the Lyon region.
Their core work
Axelera is a French competitiveness cluster (pôle de compétitivité) based in the Lyon-Rhône-Alpes chemical corridor, connecting chemistry and environment industries with research institutions. They facilitate industrial transformation projects in green chemistry, circular economy, and decarbonization — acting as the bridge between regional SMEs and large-scale EU innovation actions. Their H2020 portfolio focuses on turning industrial waste streams into value (tyre recycling, CO2 conversion) and enabling the hydrogen economy through large-scale production and storage infrastructure.
What they specialise in
PYROCO2 focuses on converting industrial CO2 into platform chemicals via gas fermentation and chemical catalysis.
BlackCycle targets end-of-life tyre recycling into secondary raw materials for new polymer products.
MINE.THE.GAP focused on creating industrial value chains for SMEs across raw materials, manufacturing, and ICT sectors.
Three recent projects (GREENH2ATLANTIC, PYROCO2, HYPSTER) all target hard-to-abate industrial emissions through hydrogen and CCU pathways.
How they've shifted over time
Axelera's H2020 trajectory shows a clear pivot from broad cluster-building and resource efficiency (2020) toward deep involvement in industrial decarbonization technologies (2021 onward). Early projects like MINE.THE.GAP and BlackCycle addressed cross-sectoral SME integration and circular economy — reflecting their traditional role as a chemistry-environment cluster. From 2021, their portfolio shifted decisively toward hydrogen infrastructure (100 MW electrolysis, salt cavern storage) and carbon utilization, signaling a strategic repositioning as a decarbonization cluster.
Axelera is moving from a generalist chemistry cluster toward becoming a regional anchor for large-scale green hydrogen and industrial decarbonization projects.
How they like to work
Axelera operates exclusively as a participant, never as a coordinator — consistent with its role as a cluster organization that supports and connects rather than leads research. With 76 unique partners across 17 countries from just 5 projects, they work in large Innovation Action consortia (all 5 projects are IAs), typically involving 15+ partners. This makes them a well-connected networking node rather than a focused bilateral partner.
With 76 unique consortium partners spread across 17 countries from only 5 projects, Axelera has a remarkably wide network for its project count — averaging over 15 partners per consortium. Their connections span Western and Southern Europe, with particularly strong links to the French and Portuguese industrial ecosystems.
What sets them apart
Axelera occupies a distinctive niche as one of France's leading chemistry-environment competitiveness clusters, embedded in the Lyon industrial corridor — one of Europe's densest concentrations of chemical companies. Unlike universities or research institutes, they bring a ready-made ecosystem of member companies and SMEs to any consortium, providing dissemination reach and industrial adoption pathways. Their combination of cluster management experience with deep involvement in hydrogen and CCU demonstration projects makes them a valuable partner for scaling lab results to industrial deployment.
Highlights from their portfolio
- GREENH2ATLANTICLargest project by funding (EUR 647K to Axelera) — a flagship 100 MW green hydrogen production facility in Portugal, demonstrating industrial-scale electrolysis.
- PYROCO2Longest-running project (2021-2027) combining biotechnology with chemical catalysis to convert CO2 into acetone and synthetic fuels — an unusual bio-chemical hybrid approach.
- HYPSTERAddresses the critical missing piece in hydrogen infrastructure — underground salt cavern storage — essential for grid-scale renewable energy integration.