40 energy-sector projects including CO2 capture, CCS infrastructure (ECCSEL), geothermal drilling (DESCRAMBLE), and fuel cell work (AutoRE).
SINTEF AS
Norway's largest independent research institute, translating applied science into industrial solutions across energy, digital, materials, and manufacturing.
Their core work
SINTEF is one of Europe's largest independent research organizations, headquartered in Trondheim, Norway. They bridge applied science and industrial implementation across energy, digital technologies, materials, and manufacturing — turning laboratory research into working prototypes and industrial processes. Their work spans CO2 capture and storage, electrochemistry, advanced materials (zeolites, MOFs, catalysts), digital twins, and IoT systems. With 232 H2020 projects and over €150 million in EC funding, they function as a technology translation engine for European industry.
What they specialise in
40 digital-sector projects spanning IoT ecosystems (UNIFY-IoT), AI/machine learning applications, big data platforms, and interoperability frameworks.
Extensive work in zeolites, MOFs, catalysts, corrosion science, and electrochemistry — visible across environment and manufacturing projects like ZAS (zinc-air batteries) and PRINTCR3DIT (3D-printed catalytic reactors).
32 manufacturing projects including additive manufacturing (CAxMan), photovoltaic production (Eco-Solar), machining software (MC-SUITE), and reinforced concrete (LORCENIS).
Hydrometallurgy, ionometallurgy, and rare earth recovery (REE4EU), silicon recycling (CABRISS), and forest bioeconomy (ERIFORE) — circular economy appears as a top keyword across both periods.
7 food and agriculture projects with 'smart farming' appearing in early keywords, expanding into sensor-based and AI-driven agricultural applications in later projects.
How they've shifted over time
In their early H2020 period (2015–2018), SINTEF focused on IoT and cyber-physical systems, hydrometallurgy and rare earth element recovery, CO2 capture infrastructure, and resilience engineering. By the later period (2019–2022), the focus shifted decisively toward artificial intelligence, machine learning, digital twins, and advanced catalytic materials (zeolites, MOFs). The circular economy thread persisted throughout but matured from resource recovery into broader simulation-driven and AI-enabled approaches.
SINTEF is rapidly converging on AI-driven industrial applications — expect future work to combine machine learning with materials science, process simulation, and sensor-based monitoring.
How they like to work
SINTEF operates as both a project leader and a heavyweight partner. They coordinated 56 projects (24% of their portfolio) — a high rate for a non-university — while participating in 173 more, showing they are equally comfortable leading and contributing specialized expertise. With 2,526 unique consortium partners across 64 countries, they are a major network hub rather than a loyal-to-few operator. This makes them an excellent anchor partner for new consortia: they bring credibility, technical depth, and connections across nearly every EU member state.
SINTEF has worked with 2,526 distinct partners across 64 countries, making them one of the most connected research organizations in H2020. Their network spans all of Europe with strong Nordic, German, and Southern European ties, plus significant non-EU collaboration.
What sets them apart
SINTEF's defining advantage is scale combined with applied focus: they are large enough to field expertise across energy, digital, materials, and manufacturing simultaneously, yet their mandate is industrial application, not pure academia. Unlike universities, they are structured to take research from concept through to pilot demonstration — visible in their strong Innovation Action (IA) portfolio of 75 projects alongside 117 Research and Innovation Actions. For consortium builders, SINTEF offers a rare combination: deep technical credibility, massive partner network, and a track record of delivering results that translate to industry.
Highlights from their portfolio
- REE4EU€1.25M budget as coordinator — high-temperature electrolysis and ionic liquid extraction for rare earth recovery, combining electrochemistry with circular economy at scale.
- CAxManCoordinated a €576K project on computer-aided additive manufacturing — sits at the intersection of digital and manufacturing, two of SINTEF's strongest domains.
- DARWINCoordinated a resilience engineering project combining serious gaming with social media for disaster management — shows SINTEF's range beyond traditional hard-science work.