Both PROnecto (industrial nanomaterials adoption) and NEMMO (nano-composites for ocean energy) center on nanomaterial formulation and application.
S.P. NANO LTD
Israeli SME developing nano-composite materials for ocean energy devices and industrial structural applications.
Their core work
S.P. NANO LTD is an Israeli materials technology SME based in Yavne that specializes in nano-composite materials and their integration into industrial and structural applications. They develop high-performance nanomaterials and composite systems suited to demanding physical environments, as demonstrated by their role in designing composite components for tidal and ocean energy devices. Rather than pure research, they operate as a technical supplier bridging advanced materials science into real engineering applications — making them useful to consortia that need a materials specialist who can also think commercially. Their Israeli base combined with EU project participation signals an outward-facing company actively seeking European industrial partners for materials deployment.
What they specialise in
NEMMO (2019-2023) explicitly involved composites and nano-composites applied to tidal energy devices in a multi-year RIA consortium.
PROnecto (2018) focused on enabling wide industrial take-up of high-performance nanomaterials, positioning S.P. NANO as a market-facing materials company.
How they've shifted over time
In their first H2020 project (2018), S.P. NANO focused on the horizontal challenge of commercializing nanomaterials across industry broadly — no specific sector, no application keywords, just market readiness. By 2019 they had pivoted sharply into a specific domain: nano-composite structural materials for tidal and ocean energy hardware, with clearly defined technical keywords (tidal, composites, ocean energy, nano-composites). This trajectory — from general nanomaterials market entry to specialist composite supplier in marine renewables — suggests the company found a concrete niche where their materials expertise translates into product-level engineering value.
S.P. NANO appears to be moving toward becoming a specialist supplier of nano-composite materials for renewable energy hardware, particularly marine and tidal systems — making them a relevant partner for any consortium working on offshore energy structures or advanced marine materials.
How they like to work
S.P. NANO has taken both a coordinator role (on a small SME Phase 1 feasibility study) and a participant role (in a larger 4-year RIA consortium), suggesting flexibility in how they engage. Their coordinator experience was on a single-company-style feasibility grant, while their specialist contribution in NEMMO reflects their more natural role: bringing targeted materials expertise into a larger multi-partner project. With 13 unique partners across 7 countries from just two projects, they are clearly comfortable working in international consortia.
S.P. NANO has collaborated with 13 unique partners across 7 countries despite only two H2020 projects, indicating that their participation in the NEMMO RIA brought them into a broad European consortium. Their network is predominantly European-facing, which is notable for an Israeli SME.
What sets them apart
S.P. NANO occupies a rare position as an Israeli nanomaterials SME with verified EU research consortium experience — they bring both materials science depth and cross-border collaboration credibility that many Israeli firms lack in the European context. Their specific combination of nano-composite expertise applied to ocean and tidal energy is an uncommon profile: most composite materials companies do not specialize in marine renewables, and most ocean energy consortia do not include Israeli materials suppliers. For a consortium building around marine energy structures or advanced composite components, they offer a geographically and technically differentiated partner.
Highlights from their portfolio
- NEMMOTheir largest and longest H2020 engagement (2019-2023, EUR 208,125), placing them inside a multi-year RIA consortium on next-generation tidal energy materials — the project that defined their current technical identity.
- PROnectoTheir only coordinator role, a 2018 SME Phase 1 feasibility study on industrial nanomaterials adoption, showing they can lead a project and have gone through the EU proposal and management process independently.