CARMEUSE RESEARCH AND TECHNOLOGY SA

Their core work

CARMEUSE RESEARCH AND TECHNOLOGY SA is a private industrial research entity in Belgium working on carbon capture and sustainability solutions for hard-to-abate industrial sectors. Their most significant H2020 engagement focuses on advanced CO2 capture specifically for the iron and steel industry, integrated within larger CCUS (Carbon Capture, Utilization and Storage) industrial clusters. Beyond the technical capture challenge, their work also covers CCUS policy frameworks, business models, and energy efficiency economics — meaning they bridge engineering and commercial viability. As a non-SME private company with a dedicated R&D function, they bring an industrial operator's perspective that is rare in research consortia dominated by universities and institutes.

What they specialise in

How they've shifted over time

In 2015–2016, their only recorded project was STYLE, a generic sustainability lifecycle evaluation toolkit with no sector-specific keywords — suggesting an exploratory, early-stage engagement with EU research on broad industrial sustainability themes. By 2020, their focus had sharpened dramatically: C4U places them squarely in CO2 capture for steel, industrial CCUS clusters, and the economics of decarbonization — one of the most commercially urgent and technically specific challenges in European heavy industry. The trajectory is clear: from general sustainability tooling toward deep, sector-targeted carbon capture research aligned with EU Green Deal industrial priorities.

They are converging on industrial-scale CCUS for the steel sector — a space that will attract major EU funding and private investment through 2030 as steelmakers face binding decarbonization mandates.

How they like to work

CARMEUSE has participated exclusively as a consortium member — they have not coordinated any H2020 project. Despite only two projects, they have engaged with 32 unique partners across 11 countries, which indicates participation in large, multi-actor European consortia rather than small bilateral collaborations. This pattern is consistent with an industrial partner that contributes specialist knowledge or testing infrastructure while academic or engineering coordinators handle project management.

With 32 unique consortium partners across 11 countries from just two projects, their network footprint is disproportionately wide — a clear sign they joined large, pan-European industrial-scale projects. Their reach extends well beyond Belgium, suggesting comfort working in geographically distributed heavy-industry research consortia.

What sets them apart

As a private industrial R&D company (not a university or institute), CARMEUSE offers something most academic partners cannot: direct experience with industrial-scale materials and process operations relevant to decarbonization. Their combination of technical CCUS capability and business model expertise makes them a credible bridge between engineering feasibility and commercial deployment — a profile that project coordinators increasingly need to satisfy EU impact requirements. For a consortium building a steel-sector decarbonization project, they bring industrial legitimacy alongside research contribution.

Highlights from their portfolio

• C4U
  Their primary and best-funded project (EUR 93,838), running 2020–2025, directly targets one of the EU's most urgent industrial decarbonization challenges — capturing CO2 from steel production within integrated CCUS clusters.
• STYLE
  Their earliest H2020 engagement (2015–2016), focused on lifecycle sustainability tooling, reveals a broader sustainability foundation that predates and contextualizes their later specialization in carbon capture.