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Organization

CREATIVE NANO PC

Greek SME specializing in industrial nanomaterial production, composite coatings, and safe-by-design frameworks for responsible nano-manufacturing.

Technology SMEmanufacturingELSME
H2020 projects
14
As coordinator
0
Total EC funding
€3.6M
Unique partners
192
What they do

Their core work

Creative Nano is a Greek SME specializing in the development and application of nanomaterials for industrial use — from nanoparticle synthesis and composite coatings to safe-by-design frameworks for nanomaterial production. They bring expertise in process analytical technologies, surface treatment (electroplating, thermal spraying), and advanced materials integration into manufacturing workflows. Their work bridges the gap between lab-scale nanomaterial innovation and industrial-scale production, with a growing emphasis on nanosafety, governance, and environmental compliance.

Core expertise

What they specialise in

Nanomaterial synthesis and production scale-upprimary
6 projects

Core contributor across NanoPAT (nanoparticle production analytics), BIOMAC (bio-based nanomaterials), SPRINT (structural printing of crystalline matter), SABYDOMA, SbD4Nano, and DIAGONAL.

Safe-by-design nanomaterials and nanosafety governanceprimary
3 projects

Central to their recent portfolio: SABYDOMA (stage-gate safety controls), SbD4Nano (safe-by-design computing infrastructure), and DIAGONAL (safe-by-design tools for multicomponent nanomaterials).

Protective and composite coatingssecondary
3 projects

Demonstrated through PROCETS (electrodeposition and thermal spraying coatings), SABYDOMA (composite coatings), and FineSol (solder paste applications).

Process analytical technologies and quality controlsecondary
2 projects

NanoPAT focused on photonics-based PAT for nanoparticle production; SABYDOMA included on-line screening and system control optimisation.

Environmental remediation using nanomaterialsemerging
2 projects

PureNano applied magnetic nanoparticles for plating bath purification; EMERGE addressed shipping emission control and water pollution mitigation.

Evolution & trajectory

How they've shifted over time

Early focus
Industrial coatings and advanced soldering
Recent focus
Nanosafety governance and safe-by-design

Creative Nano started (2015–2018) with hands-on manufacturing challenges — fine solder powders for PCB assembly, protective coatings via electrodeposition, and advanced material printing for microelectronics and photovoltaics. From 2019 onward, their focus shifted decisively toward nanosafety and governance: safe-by-design frameworks, exposure modelling, nano-informatics, and responsible nanomaterial production at scale. This evolution reflects a company that moved from "making nanomaterials work" to "making nanomaterials safe and scalable."

Creative Nano is positioning itself at the intersection of nanomaterial production and regulatory compliance — expect them to be a key partner in projects requiring responsible nano-manufacturing and safety data infrastructure.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European28 countries collaborated

Creative Nano operates exclusively as a consortium participant — they have never coordinated an H2020 project, preferring to contribute specialist expertise within larger teams. With 192 unique partners across 28 countries, they are highly networked and comfortable joining diverse consortia rather than returning to the same partners. This makes them an adaptable, low-friction partner for consortium builders who need nanomaterials expertise without the overhead of managing a coordinator.

With 192 unique consortium partners across 28 countries, Creative Nano has one of the broadest collaborative networks for a Greek SME in the nanomaterials space. Their partnerships span Western and Northern Europe heavily, with no apparent geographic clustering beyond their home base.

Why partner with them

What sets them apart

Creative Nano occupies a rare niche: they are a small private company with deep hands-on experience in both nanomaterial production AND the emerging nanosafety/governance domain. Most nanosafety work is done by universities or large research institutes — having an SME that understands industrial production realities while also contributing to safety frameworks makes them a credible bridge between lab research and market-ready nano-manufacturing. Their 14-project track record across multiple material systems (metals, ceramics, biopolymers, MOFs) gives them unusual versatility for their size.

Notable projects

Highlights from their portfolio

  • BIOMAC
    Largest single grant (€408K) and their most recent project, focused on building a European community around sustainable bio-based nanomaterials — signals their strategic direction.
  • SABYDOMA
    Flagship nanosafety project combining on-line production screening with stage-gate safety controls — represents the core of their evolved expertise in safe-by-design manufacturing.
  • NanoPAT
    Directly addresses industrial nanoparticle production with photonics-based process analytical technologies — their most applied, production-oriented project.
Cross-sector capabilities
Environment (nanomaterial-based remediation and pollution control)Energy (building retrofitting, photovoltaics integration)Digital (nano-informatics, data-sharing platforms, predictive modelling)Transport (shipping emission reduction technologies)
Analysis note: Strong data across 14 projects with clear thematic evolution. No coordinator roles limits insight into their independent research agenda. Some early projects lack keyword data, but the overall profile is well-supported.
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