Both Smart Exploration (2017-2020) and NEXT (2018-2021) focused directly on new instruments and methods for detecting mineral deposits using borehole, airborne, and in-mine geophysics.
YARA SUOMI OY
Finnish subsidiary of Yara International contributing industrial mineral exploration expertise to EU geophysics and resource technology research.
Their core work
Yara Suomi Oy is the Finnish subsidiary of Yara International, a major global producer of crop nutrition products and fertilizers. Their H2020 participation was focused narrowly on mineral exploration technologies — specifically the development and validation of new geophysical instruments and methods for detecting subsurface mineral deposits. In both EU projects, they participated as an industrial end-user, bringing operational experience from resource and mineral extraction industries rather than driving research agendas. Their involvement suggests an interest in improving efficiency and accuracy of raw material sourcing, which aligns with their parent company's dependence on mined phosphate and other mineral inputs.
What they specialise in
As a non-SME private company participating in research consortia, Yara Suomi likely contributed operational test sites and end-user requirements to both RIA projects.
Smart Exploration explicitly included 'greenfield' and 'target generations' as project keywords, indicating involvement in early-stage deposit identification workflows.
How they've shifted over time
Both H2020 projects started within one year of each other (2017 and 2018), making a meaningful evolution analysis difficult — this is a snapshot of activity rather than a trajectory. The keyword profile is entirely concentrated in the first project (Smart Exploration), as NEXT lacks keyword data in the available records. There is no visible shift in focus: both projects address the same core challenge of improving mineral exploration through better instruments and modeling.
With both projects ending by 2021 and no further H2020 participation recorded, it is unclear whether Yara Suomi has continued applied research in this area or whether this was a time-limited engagement tied to a specific internal sourcing objective.
How they like to work
Yara Suomi has never led an H2020 project, participating exclusively as a consortium partner. Despite only two projects, they engaged with 42 unique partners across 12 countries, which indicates participation in large, pan-European research consortia rather than small focused partnerships. This pattern is typical of industrial companies that join research consortia as end-users or advisory partners — providing access to real operational environments while leaving research leadership to universities and institutes.
With 42 consortium partners across 12 countries in just two projects, Yara Suomi's network is broad but externally driven — the connections reflect the research consortia they joined rather than partnerships they built. Their geographic reach spans the EU mining and geoscience research community.
What sets them apart
Yara Suomi's differentiation comes not from research capability but from industrial scale and operational context: as part of a globally significant fertilizer and crop nutrition group, they offer access to real mining and mineral sourcing operations where new exploration technologies can be tested and validated. For research groups developing geophysical tools or subsurface modeling methods, this kind of industrial partner provides credibility, test environments, and an end-market perspective that academic partners cannot. However, given only two small participations, the depth of this engagement is uncertain.
Highlights from their portfolio
- NEXTThe larger of the two projects at EUR 75,000 EC funding, NEXT (New Exploration Technologies, 2018-2021) represents Yara Suomi's most recent H2020 engagement and their highest individual project contribution.
- Smart ExplorationThe only project with detailed keyword data, Smart Exploration provides the clearest window into Yara Suomi's technical interests: borehole and airborne geophysics, deposit modeling, and greenfield targeting.