Right now, if your company uses nanomaterials — in cosmetics, food packaging, coatings, or medicine — figuring out whether they're safe and how to prove it to regulators is a nightmare. Rules differ by sector, data is scattered, and nobody agrees on how to measure risk. Gov4Nano built a central governance council and an online portal that pulls all the safety rules, testing guidance, and risk data into one place, so companies and regulators can finally speak the same language about nano safety.
Companies working with nanomaterials face a fragmented regulatory landscape — safety rules, testing standards, and risk data are scattered across sectors (chemicals, food, pharma, medical devices) and countries. This makes compliance expensive, slow, and unpredictable, especially for SMEs without dedicated regulatory affairs teams.
The project built a Nano Risk Governance Council (NRGC), a NanoSafety Governance Portal with governance tools and risk perception measurement, harmonized data curation guidance for nano-toxicology using a big data approach, and OECD-aligned technical guidance for nanomaterial characterization and testing — totaling 40 deliverables.
If you are a chemical manufacturer dealing with inconsistent safety requirements across EU markets for your nanomaterial products — this project developed a Nano Risk Governance Model and harmonized data guidance covering 40 deliverables that can help you standardize your safety documentation and speed up regulatory approval across multiple jurisdictions.
If you are a cosmetics or consumer goods company struggling to demonstrate nano-ingredient safety to regulators in different countries — this project created a NanoSafety Governance Portal with quality-scored data collections and standardized testing guidance aligned with OECD standards, built by a consortium of 39 partners across 15 countries.
If you are a food packaging company needing to prove that your nano-enhanced materials meet food-contact safety regulations — this project produced harmonized characterization and testing guidance specifically covering food and feed applications, backed by 14 research organizations and validated through cross-sector dialogue.
The NanoSafety Governance Portal was designed to be self-sustainable, suggesting ongoing access models. Specific pricing is not disclosed in the project data. Contact the coordinator at RIVM (Netherlands) for current access terms and any licensing arrangements.
The project specifically promoted a big data approach for nano-toxicology, with guidance on harmonized and standardized quality-scored data collections. The system was designed to consolidate data across multiple sectors (chemicals, biocides, food, pharma, medical devices), indicating it can handle industrial-scale data volumes.
The Nano Risk Governance Model builds on an established governance approach developed by the International Risk Governance Council (IRGC). As a publicly funded RIA project (EUR 7,795,549 EU contribution), many outputs are expected to be openly accessible. Specific IP terms should be confirmed with the coordinator.
Yes — the project engaged regulators directly and aligned its testing guidance with OECD standards for characterization and testing of nanomaterials. The Nano Risk Governance Council was designed to coordinate and harmonize across regulatory sectors including chemicals, biocides, food, pharma, and medical devices.
The portal was designed to be self-sustainable beyond the project's end (February 2023). Based on available project data, the website gov4nano.eu was established. Current operational status should be verified directly, as sustainability was a core design goal.
The project focused on data harmonization and standardized data curation guidance, which should make integration with existing quality and safety management systems feasible. The 12 industry partners in the consortium likely ensured compatibility with real-world industrial workflows.
This is a heavyweight consortium of 39 partners from 15 countries, with a strong balance between research (14 organizations) and industry (12 partners, 31% ratio). The coordinator is RIVM, the Dutch National Institute for Public Health and Environment — one of Europe's most respected regulatory science bodies. Having 7 SMEs alongside major research institutes suggests the outputs were designed for practical use by smaller companies, not just large enterprises. The geographic spread across Europe plus South Korea, USA, and South Africa indicates the governance tools are built for international applicability, which matters for companies exporting nanomaterial products globally.
RIVM (Rijksinstituut voor Volksgezondheid en Milieu), Netherlands — a public health and environment research institute. Use SciTransfer to get a warm introduction to the project team.
Want to know how Gov4Nano's governance tools can streamline your nanomaterial regulatory compliance? SciTransfer can connect you directly with the project team and help you assess which outputs fit your safety workflow.
