Both CO2EXIDE (electrosynthesis of ethylene oxide) and EcoFuel (electro-catalytic CO2-to-fuel) involve applied electrochemical process design.
AXIOM ANGEWANDTE PROZESSTECHNIK GES.M.B.H.
Austrian process engineering SME specialising in electrochemical CO2 conversion and integrated renewable fuel production systems.
Their core work
AXIOM (Applied Process Technology) is an Austrian engineering SME specializing in electrochemical and thermo-catalytic process development for CO2 conversion and synthetic fuel production. Their work sits at the intersection of chemical engineering and renewable energy — they translate laboratory-scale electrochemical concepts into process-ready systems. In CO2EXIDE, they contributed process engineering expertise to convert CO2 electrosynthetically into ethylene oxide, a platform chemical for industry. In EcoFuel, they were part of a consortium building an integrated pathway from direct air capture through electrolyser-based conversion to alkene-to-gasoline synthesis, including fuel qualification and lifecycle assessment.
What they specialise in
EcoFuel specifically targets renewable electricity-based fuel production via electrolysers, thermo-catalytic alkene-to-gasoline conversion, and fuel qualification.
EcoFuel keywords include DAC (direct air capture) and electro-dialysis, indicating upstream CO2 sourcing process involvement.
EcoFuel keywords include LCA and low-emission-fuels, suggesting engagement with environmental impact quantification alongside process engineering.
How they've shifted over time
AXIOM entered H2020 through CO2EXIDE (2018–2021) focused on a narrower electrochemical challenge — converting CO2 into ethylene oxide, a high-value industrial chemical. No sector or keyword tagging was assigned at that stage, suggesting the work was more foundational chemistry than fuel-system engineering. By EcoFuel (2021–2023), their scope had broadened substantially into the full power-to-liquid chain: from CO2 capture through electrolysis to thermo-catalytic fuel synthesis and fuel qualification, with an added lifecycle dimension (LCA). The direction is clear: from single-step electrochemistry toward integrated process engineering for renewable fuel systems.
AXIOM is moving toward full power-to-liquid process chains, making them a relevant partner for projects targeting e-fuel production, aviation decarbonisation, or industrial CO2 recycling at scale.
How they like to work
AXIOM participates exclusively as a consortium partner and has never taken on a coordinator role, which is typical for a specialised engineering SME that contributes defined technical tasks rather than managing project-wide governance. With 16 unique partners across 7 countries in just 2 projects, their consortia are moderately sized and internationally diverse. This suggests they are valued as specialist contributors — brought in for specific process engineering competence — rather than as generalist consortium builders.
AXIOM has worked with 16 distinct partners across 7 countries in two RIA projects, indicating engagement in mid-size European research consortia. Their Austrian base combined with cross-border collaboration suggests integration into Central European and EU-wide research networks in energy and electrochemistry.
What sets them apart
AXIOM occupies a rare niche as an applied process technology company — not a university group developing theory, and not a large industrial player with proprietary technology to protect — making them a pragmatic bridge between lab-scale electrochemistry and deployable process design. Their combination of CO2 electrosynthesis and thermo-catalytic fuel conversion expertise across two consecutive RIA projects shows sustained commitment to the power-to-X space, not opportunistic participation. For consortium builders, they offer credible SME process engineering without the overhead or IP restrictions of larger industrial partners.
Highlights from their portfolio
- EcoFuelTheir largest funded project (EUR 687,250) and most technically comprehensive — spanning direct air capture, electrolysis, thermo-catalytic alkene-to-gasoline conversion, fuel qualification, and LCA in a single integrated system.
- CO2EXIDETheir entry into H2020, targeting electrochemical CO2-to-ethylene-oxide synthesis — a high-value chemical pathway less commonly pursued than CO2-to-fuel routes, showing early differentiation in applied electrochemistry.