SciTransfer
Organization

CRAYONANO AS

Norwegian deep-tech SME developing nanowire-on-graphene UVC LED technology for disinfection, rooted in the EU Graphene Flagship.

Technology SMEdigitalNOSMENo active H2020 projects
H2020 projects
5
As coordinator
1
Total EC funding
€2.6M
Unique partners
250
What they do

Their core work

Crayonano is a Norwegian deep-tech SME that develops nanowire-on-graphene semiconductor technology, with a primary application in UVC LEDs for germicidal disinfection. They are a long-standing participant in the EU Graphene Flagship, contributing specialized nanowire growth expertise across three consecutive core projects and the 2D Experimental Pilot Line. Their flagship commercial product direction is high-efficiency UVC LED systems based on AlGaN nanowires grown on graphene substrates, targeting disinfection markets where conventional mercury-based UV sources are being phased out.

Core expertise

What they specialise in

Nanowire-on-graphene semiconductor growthprimary
5 projects

Core technology underpinning all five H2020 projects, from Graphene Flagship participation to the SteriLED product development.

UVC LED technology for disinfectionprimary
1 project

SteriLED (EUR 2.4M, coordinator) develops the first nanowire-on-graphene UVC LED with sufficient efficiency and lifetime for commercial germicidal use.

AlGaN materials and devicessecondary
1 project

SteriLED specifically targets AlGaN-based deep-UV emitters, a notoriously difficult materials system where Crayonano's graphene substrate approach offers advantages.

2D materials integration and pilot-line manufacturingemerging
2 projects

Participation in GrapheneCore3 and 2D-EPL (2020-2024) indicates growing involvement in scaling graphene-based device fabrication toward industrial readiness.

Evolution & trajectory

How they've shifted over time

Early focus
Broad graphene materials research
Recent focus
UVC LED commercialization

In the early period (2016-2018), Crayonano was embedded in the broad Graphene Flagship ecosystem, contributing to foundational research across electronics, photonics, sensors, and energy applications — consistent with a young deep-tech company exploring multiple use cases for its core nanowire-on-graphene platform. By 2020-2023, their focus sharpened dramatically: they moved toward manufacturing readiness through the 2D Experimental Pilot Line while simultaneously launching SteriLED, their first major product-focused project targeting UVC LED disinfection. This represents a classic deep-tech trajectory from broad materials research to a specific, high-value commercial application.

Crayonano is transitioning from a research-stage nanomaterials company to a product company focused on UV disinfection, making them increasingly relevant for partners in health, water treatment, and air purification sectors.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European23 countries collaborated

Crayonano primarily operates as a specialist participant in large flagship consortia — four of their five projects are Graphene Flagship efforts with massive partner networks (250 unique partners across 23 countries). Their single coordinated project, SteriLED, was funded under the SME Instrument Phase 2 (EUR 2.4M), which is a strong signal of commercial viability validated by EU evaluators. This pattern suggests a company that built deep expertise inside a flagship ecosystem and then spun out its own product initiative.

Through the Graphene Flagship, Crayonano has connections to 250 unique consortium partners across 23 countries — an exceptionally wide network for an SME, though largely inherited from the flagship structure rather than independently built. Their direct collaboration density is likely concentrated among the graphene and photonics working groups within the flagship.

Why partner with them

What sets them apart

Crayonano occupies a rare niche at the intersection of graphene substrates and III-nitride semiconductor devices — very few companies worldwide can grow nanowires directly on graphene. Their participation in three consecutive Graphene Flagship phases demonstrates sustained peer recognition within Europe's premier 2D materials community. For potential partners, their value lies in a proprietary growth technology that could enable next-generation UV emitters, bypassing the expensive sapphire and silicon carbide substrates that limit conventional UVC LEDs.

Notable projects

Highlights from their portfolio

  • SteriLED
    Their breakout project as coordinator (EUR 2.4M SME Instrument): first commercial push for nanowire-on-graphene UVC LEDs targeting the disinfection market — signals technology maturity.
  • 2D-EPL
    Participation in the Graphene Flagship's Experimental Pilot Line (2020-2024) indicates their technology is being considered for scaled manufacturing, not just lab demonstration.
  • GrapheneCore1
    Entry point into the Graphene Flagship in 2016, establishing Crayonano within Europe's largest materials research initiative from its early phase.
Cross-sector capabilities
Health & disinfection (UVC germicidal systems for hospitals, water treatment)Environment (mercury-free UV alternatives, water purification)Manufacturing (pilot-line fabrication of 2D material devices)Energy (graphene-based photovoltaic and optoelectronic applications)
Analysis note: High confidence due to clear technology focus and strong project narrative. The 250-partner network is largely a function of Graphene Flagship membership rather than independent consortium building. Funding data is missing for two projects (GrapheneCore1 and 2D-EPL), so the EUR 2.6M total likely understates their actual EC contribution. Website was not available in the dataset to verify current commercial status.