SECIL-COMPANHIA GERAL DE CAL E CIMENTO, SA

Their core work

SECIL is one of Portugal's largest cement and lime producers, operating industrial-scale manufacturing plants that are among the most energy-intensive facilities in the economy. In H2020 projects, they participate not as researchers but as the actual industrial end-user — bringing real production infrastructure where pilot technologies must prove themselves under genuine operating conditions. Their value to consortia is access to a heavy industry testbed: kilns, process lines, and thermal systems at commercial scale. This positions them as a critical validation partner for any technology targeting decarbonization or efficiency gains in the cement, construction materials, or process industries.

What they specialise in

How they've shifted over time

SECIL's earliest H2020 engagement (NewSOL, 2017) was anchored in materials science adjacent to renewable energy — specifically thermal storage for concentrated solar power, where cement-derived materials are a natural fit. By their second project (RETROFEED, 2019), the focus had shifted decisively toward their own industrial operations: retrofitting process lines for efficiency, integrating circular economy principles, and deploying digital monitoring systems. This is a meaningful shift from contributing materials knowledge to external energy projects toward transforming their own manufacturing processes — suggesting growing internal pressure to decarbonize and modernize cement production itself.

SECIL is moving from materials-as-input for energy projects toward active transformation of their own production processes — future collaborations are most likely in industrial decarbonization, cement process digitalization, and alternative raw material integration.

How they like to work

SECIL has participated exclusively as a consortium member, never as coordinator — consistent with a large industrial company that provides manufacturing infrastructure and real-world validation rather than leading research agendas. Their two projects generated 33 unique partners across 14 countries, indicating they join large, multi-national Innovation Action consortia where their role is to host, test, and validate at industrial scale. This suggests they are a reliable but non-directive partner: valuable for credibility and demonstration capacity, not for project management or scientific leadership.

Despite only two projects, SECIL has built connections with 33 distinct consortium partners across 14 countries — an unusually broad European footprint for such limited project activity, reflecting participation in large Innovation Action consortia. No geographic concentration is visible from the data, but the spread across 14 countries suggests exposure to Northern, Southern, and Eastern European research and industrial networks.

What sets them apart

SECIL offers something most consortium partners cannot: a fully operational, large-scale cement manufacturing environment where new technologies face real industrial stress-testing — not a lab prototype, not a pilot plant, but a commercial production facility. For any project targeting process industry decarbonization, energy efficiency, or smart retrofitting, having SECIL as a partner provides both a demonstration site and market credibility with the broader cement sector. Their combination of industrial scale, access to thermal processes, and engagement with circular economy transitions makes them a rare end-user partner in Portuguese heavy industry.

Highlights from their portfolio

• RETROFEED
  The largest project by far at EUR 1.4M EC funding, directly targeting the transformation of SECIL's own industrial processes — making it the most strategically significant and revealing project in their portfolio.
• NewSOL
  An early-stage engagement with concentrated solar power thermal storage that signals SECIL's interest in high-temperature industrial energy systems well before broader cement industry decarbonization became mainstream.