Contributed as third party to CLEANKER (2017–2023), which specifically targeted calcium looping integration within clinker production — one of the most technically demanding carbon capture pathways for cement.
IKN CZECH SRO
Czech industrial specialist in calcium looping and direct CO2 separation for cement and lime decarbonisation at demonstration scale.
Their core work
IKN Czech SRO is a Czech private industrial company specialising in cement and lime production technology, with focused expertise in integrating carbon capture into heavy industrial manufacturing processes. As a third-party contributor in both their H2020 projects, they bring real-world plant-scale knowledge of clinker and lime production to research consortia — the kind of industrial grounding that purely academic partners cannot provide. Their work spans two distinct but complementary carbon capture pathways: calcium looping post-combustion capture (CLEANKER) and direct CO2 separation within the kiln process itself (LEILAC2). They effectively serve as an industrial testbed and technical validator, helping to close the gap between laboratory-scale research and commercial deployment in one of Europe's hardest-to-decarbonise sectors.
What they specialise in
Both CLEANKER and LEILAC2 address industrial-scale CCS and CO2 use; their later project (LEILAC2) extends into CO2 hubs, utilisation, and storage system thinking.
LEILAC2 (2020–2026) focuses on direct separation — isolating process CO2 from combustion CO2 at demonstration scale — a distinct and commercially promising technology track.
Consistent presence across both projects reflects deep operational knowledge of cement and lime manufacturing processes, including kiln design and clinker chemistry.
How they've shifted over time
In their earliest H2020 engagement (CLEANKER, starting 2017), IKN Czech's focus was tightly scoped around calcium looping as a specific post-combustion technology applied to cement clinker production — a niche but technically rigorous area. By 2020 (LEILAC2), the keyword profile broadened substantially to include CO2 hubs, CO2 utilisation, direct separation, and CCUS as a system — indicating a shift from single-technology research toward the full industrial carbon management value chain. This evolution mirrors the broader EU policy shift from carbon capture as an experimental concept to CCUS as a required industrial transition pathway.
IKN Czech is moving from single-technology capture research toward integrated CCUS infrastructure thinking — positioning them well for demonstration and deployment-phase projects as the EU scales industrial decarbonisation mandates post-2025.
How they like to work
IKN Czech SRO has operated exclusively as a third party across all their H2020 involvement — never as coordinator or named participant — suggesting they contribute under subcontract arrangements rather than leading research agendas. This role typically involves providing industrial access, engineering expertise, or operational test environments that the primary consortium needs but cannot supply internally. Despite this support role, their two projects collectively connect them to 30 partners across 13 countries, reflecting their embeddedness in large, well-resourced flagship consortia rather than small bilateral collaborations.
Through CLEANKER and LEILAC2 — both large multi-partner EU flagship projects — IKN Czech has been embedded in networks spanning 30 unique partners across 13 countries, predominantly within Europe. Their network breadth reflects the scale of these consortia rather than independent relationship-building, but it gives them visibility across major cement and carbon capture research actors continent-wide.
What sets them apart
IKN Czech SRO occupies a rare niche as an industrial-side contributor to two of the EU's most prominent cement and lime decarbonisation projects simultaneously — few private Czech companies can claim that track record in CCUS research consortia. Their value to a new consortium is precisely their industrial character: they understand the engineering, operational, and commercial constraints of real cement plants, not just the laboratory version of the problem. For project coordinators building a team to move carbon capture from pilot to demonstration scale, IKN Czech represents the industrial credibility that funding agencies and industry reviewers look for.
Highlights from their portfolio
- LEILAC2A demonstration-scale project (2020–2026) targeting direct CO2 separation in lime and cement at commercial-relevant scale — one of the EU's most ambitious industrial decarbonisation demonstrations, and IKN Czech's most recent and forward-looking engagement.
- CLEANKEROne of the first EU-funded projects to apply calcium looping specifically within clinker production (2017–2023), establishing IKN Czech's credentials at the intersection of cement manufacturing and carbon capture before CCUS became mainstream EU policy.