Both PEA projects (2016 and 2018) are explicitly dedicated to developing a portable device for elemental analysis of aluminium materials.
DTE EHF
Icelandic SME developing portable elemental analysers for on-site aluminium quality control and purity measurement in industrial settings.
Their core work
DTE EHF is an Icelandic technology SME focused on developing portable elemental analysis instruments for the aluminium industry. Their core product — the PEA (Portable Element Analyser) — is a field-deployable device designed to measure elemental composition in aluminium materials on-site, removing the need to send samples to centralised laboratories. They progressed from a Phase 1 feasibility study (€50,000) to a full Phase 2 commercialisation project (€1.4M) under the EU SME Instrument, demonstrating that both the technical concept and the business case passed competitive EU evaluation. Based in Reykjavik, they are well-positioned to serve Iceland's substantial aluminium smelting and processing sector, as well as Nordic and European metals producers.
What they specialise in
Both H2020 projects target aluminium as the application domain, indicating deep sector-specific focus rather than a general analytical chemistry play.
Successfully securing both SME Instrument Phase 1 and Phase 2 for the same product indicates experience navigating EU innovation funding and technology readiness milestones.
How they've shifted over time
DTE EHF's H2020 history represents a single, focused development arc rather than a shifting thematic portfolio. From 2016 to 2020 they pursued one product — the Portable Element Analyser — through a structured Phase 1 (proof-of-concept) to Phase 2 (market-ready commercialisation) progression. No keyword data is available to identify finer shifts in technical approach, but the consistent project title and unchanged application domain suggest a company that deepened its engineering and market knowledge of one problem rather than pivoting.
DTE EHF appears to be a focused product company that has used EU funding to bring a single hardware innovation to market — future collaboration interest would most naturally come from aluminium producers, recyclers, scrap traders, or industrial quality-control integrators looking for an embedded or licensed sensing solution.
How they like to work
DTE EHF operates exclusively as project coordinator and, consistent with SME Instrument rules, has no recorded consortium partners in either project — this is a solo-company innovation grant, not a collaborative research programme. They are a self-contained product developer rather than a consortium-building research hub. Engaging with them means approaching them as a technology provider or licensing partner, not as a co-investigator in a multi-partner project.
DTE EHF has zero recorded consortium partners across both H2020 projects, which is expected given the solo-company SME Instrument format. No international co-operation footprint is visible in CORDIS data, though commercial partnerships outside the EU grant system cannot be ruled out.
What sets them apart
DTE EHF is one of a small number of Icelandic private companies to win both phases of the EU SME Instrument for the same product — a meaningful signal that an independent EU jury validated both the technology and the market opportunity. Their niche is highly specific: portable elemental analysis purpose-built for aluminium, not a generic multi-material instrument, which means less competition from large analytical instrument vendors who target broader markets. For aluminium producers, recyclers, or smelters who need rapid on-site purity checks without laboratory turnaround times, DTE EHF offers a validated specialist solution backed by EU-funded development.
Highlights from their portfolio
- PEA (Phase 2)The largest single grant in their portfolio at EUR 1,405,469 — a full SME Instrument Phase 2 commercialisation award, indicating the product cleared rigorous EU feasibility validation and was deemed market-ready for investment.
- PEA (Phase 1)The EUR 50,000 Phase 1 feasibility grant that de-risked the technology concept and directly unlocked the much larger Phase 2 funding — a classic SME Instrument success path.