Both OILBLOCK projects (2016 feasibility and 2018–2021 innovation action) focus exclusively on immediate oil spill containment to mitigate marine ecosystem damage.
HARBO TECHNOLOGIES LTD
Israeli SME developing rapid-deployment marine oil spill containment systems, validated through EU SME Instrument Phase 1 and Phase 2.
Their core work
Harbo Technologies is an Israeli deep-tech SME specializing in rapid oil spill containment technology for marine and coastal environments. Their core product is a deployable containment system designed to stop oil from spreading in the first critical minutes after a spill — the window where containment is still feasible and environmental damage can be minimized. They progressed through the EU SME Instrument program from a feasibility study (2016) to a full Innovation Action (2018–2021), indicating a technology that moved from proof-of-concept to market-ready demonstration. Their work sits at the intersection of environmental protection, emergency response logistics, and maritime operations.
What they specialise in
The OILBLOCK system is designed for rapid deployment in emergency scenarios, placing Harbo in the first-response environmental protection space.
Both projects are classified under H2020 Climate pillar (P3-CLIMATE), reflecting their contribution to protecting marine ecosystems from industrial accidents.
How they've shifted over time
Harbo's H2020 participation is entirely focused on a single technology — OILBLOCK — tracked from a Phase 1 SME Instrument feasibility study in 2016 to a full-scale Innovation Action running from 2018 to 2021. There is no keyword-level divergence between early and recent work because the company pursued one focused commercialization path rather than expanding into new research areas. This suggests a startup or scale-up mentality: prove the concept, secure larger funding, demonstrate at scale — rather than a research organization diversifying its portfolio.
Harbo followed the classic SME Instrument pathway from feasibility to commercialization, suggesting the company's near-term direction is market entry and scaling of the OILBLOCK system rather than new R&D.
How they like to work
Harbo consistently acts as project coordinator — they led both of their EU projects rather than joining as a partner, which is unusual for a small SME and signals strong initiative and project management capacity. Their consortium footprint is minimal (2 unique partners across 2 countries), consistent with the SME Instrument model where the applying company drives the work with limited external partners. Working with them likely means engaging directly with their core team rather than navigating a large multi-partner structure.
Harbo has collaborated with only 2 unique partners across 2 countries, reflecting the lean consortium structure typical of SME Instrument projects. Their network is narrow but purposeful — built around demonstrating a specific product, not building broad academic or industry alliances.
What sets them apart
Harbo Technologies is one of the very few Israeli SMEs in the H2020 portfolio working on a deployable, product-ready marine oil spill containment solution — distinct from academic spill modelling or cleanup services. Their completion of the full SME Instrument funnel (Phase 1 → Innovation Action) indicates the technology was independently validated at EU level. For a consortium needing a technology provider with a field-deployable marine environmental protection product, they fill a gap most research partners cannot.
Highlights from their portfolio
- OILBLOCKThe 2018–2021 Innovation Action received over €1.1M — one of the larger SME Instrument Phase 2 grants — confirming EU-level validation of the technology's commercial readiness and environmental impact potential.
- OILBLOCKThe 2016 Phase 1 feasibility study is notable as the starting point of a successful SME Instrument dual-phase journey, demonstrating the company's ability to secure and execute EU funding from scratch.