SciTransfer
Organization

AXEL'ONE

French chemistry innovation platform specializing in catalysis, metal-organic frameworks, and chemical process scale-up near Lyon.

Innovation platform / Collaborative research centremanufacturingFRNo active H2020 projects
H2020 projects
3
As coordinator
0
Total EC funding
€1.3M
Unique partners
30
What they do

Their core work

AXEL'ONE is a French collaborative innovation platform for chemistry and environment, based in Solaize near Lyon's chemical valley. They specialize in catalysis research, advanced materials synthesis (particularly metal-organic frameworks), and chemical process intensification. Their work bridges laboratory-scale catalyst development and industrial reactor design, with a strong focus on converting hydrocarbons into higher-value chemical products through cleaner catalytic processes.

Core expertise

What they specialise in

Heterogeneous catalysis and C-H activationprimary
2 projects

H-CCAT focused on solid catalysts for aromatic C-H bond activation; C123 addressed catalytic methane oxidative conversion.

Metal-organic frameworks (MOFs) and nanoporous materialsprimary
2 projects

ProDIA targeted structured hybrid nanoporous materials for industrial adsorption; C123 references MOF-based catalyst systems.

Chemical reactor design and process intensificationsecondary
1 project

C123 project includes micro-kinetic modelling, thermal control, and modular reactor design for methane-to-propylene conversion.

Methane valorization and gas-to-chemicals conversionemerging
1 project

C123 project specifically targets oxidative conversion of methane (OCM) and hydroformylation to propylene.

Evolution & trajectory

How they've shifted over time

Early focus
Nanoporous materials and catalysis
Recent focus
Methane-to-chemicals process engineering

AXEL'ONE's early H2020 work (2015-2017) centered on fundamental materials science — structured nanoporous materials for adsorption (ProDIA) and solid catalysts for bond activation (H-CCAT). By 2019, their focus shifted toward applied industrial chemistry with the C123 project, combining catalysis with reactor engineering to convert methane into propylene. This progression shows a clear move from materials development toward integrated chemical process solutions with direct industrial relevance.

AXEL'ONE is moving from fundamental catalyst research toward applied gas-to-chemicals conversion processes, suggesting future work in green chemistry and feedstock transformation at pilot scale.

Collaboration profile

How they like to work

Role: infrastructure_providerReach: European9 countries collaborated

AXEL'ONE consistently participates as a partner rather than leading projects, which is typical for an innovation platform that provides infrastructure, testing capabilities, and applied chemistry expertise to larger consortia. With 30 unique partners across just 3 projects, they work in medium-to-large consortia (averaging 10+ partners per project) and appear to build broad networks rather than returning to the same collaborators. This makes them an accessible partner — experienced in multi-party EU projects but not locked into exclusive networks.

AXEL'ONE has collaborated with 30 distinct partners across 9 countries in just 3 projects, indicating they consistently join broad European consortia. Their geographic reach spans multiple EU member states, with likely strong ties to France's chemical industry corridor around Lyon.

Why partner with them

What sets them apart

AXEL'ONE occupies a distinctive niche as a collaborative chemistry innovation platform — not a university, not a company, but an intermediary that provides pilot-scale facilities and applied research capabilities to both. Located in France's premier chemical industry cluster near Lyon, they offer consortium partners access to real-world testing infrastructure for catalytic processes. For anyone developing new catalysts or chemical processes who needs a path from lab to industrial scale, AXEL'ONE bridges that gap.

Notable projects

Highlights from their portfolio

  • C123
    Their largest-funded and most recent project, combining methane conversion, hydroformylation, and modular reactor design — a full value chain from feedstock to product.
  • ProDIA
    Focused on scaling production of nanoporous materials (MOFs) for industrial adsorption applications, directly addressing the manufacturing gap between lab synthesis and industrial use.
Cross-sector capabilities
Environment — gas conversion and emissions reduction through catalytic processesEnergy — methane valorization and hydrocarbon transformationChemical industry — industrial adsorption, process optimization, pilot-scale testing
Analysis note: Profile based on only 3 projects with limited keyword data for early projects. AXEL'ONE's role as an innovation platform is inferred from its structure and location; direct confirmation from their website would strengthen this profile. The expertise evolution analysis relies heavily on the C123 project keywords since earlier projects lacked keyword data in the dataset.
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