Central to both NanoSolveIT (predictive ecotoxicology, nanomaterial grouping) and CompSafeNano (safe-by-design nanomaterials, risk assessment).
NATIONAL INSTITUTE FOR ENVIRONMENTAL STUDIES
Japan's national environmental research institute, contributing nanoinformatics, nanosafety risk assessment, and climate integrated assessment modeling to European consortia.
Their core work
NIES is Japan's premier public research institute for environmental science, based in Tsukuba. Within H2020, they contribute specialized expertise in two distinct domains: climate policy modeling through integrated assessment models that inform national and global emissions pathways, and nanosafety research focused on computational approaches to nanomaterial risk assessment. They serve as a non-European knowledge partner, bringing Asian-Pacific environmental data and policy perspectives into European research consortia. Their work bridges environmental monitoring, chemical safety assessment, and climate mitigation strategy.
What they specialise in
CD-LINKS focused on low-carbon development pathways and ENGAGE on global stocktake and mid-century mitigation strategies.
INTERWASTE addressed brominated flame retardants, phosphate flame retardants, e-waste, and wastewater-based epidemiology.
INTERWASTE specifically included environmental analytical chemistry methods and wastewater monitoring approaches.
How they've shifted over time
NIES entered H2020 through climate policy modeling (CD-LINKS, 2015) and environmental chemistry of persistent pollutants (INTERWASTE, 2017). From 2019 onward, their focus shifted decisively toward nanoinformatics and computational nanosafety, participating in both NanoSolveIT and CompSafeNano — two projects that represent a connected thread in EU nano-risk research. Climate work continued in parallel with ENGAGE, but the center of gravity clearly moved toward data-driven nanomaterial safety assessment.
NIES is deepening its computational nanosafety capabilities, making them a strong candidate for future projects on safe-by-design materials, IATA frameworks, or regulatory-relevant nanomaterial risk modeling.
How they like to work
NIES never coordinates H2020 projects — they join as participant or third-party partner, consistent with their role as a non-EU associated country institution. With 91 unique partners across 39 countries from just 5 projects, they operate in very large consortia and connect to a broad international network. This makes them a well-connected but non-leading contributor: expect deep technical input rather than project management.
Despite only 5 projects, NIES has collaborated with 91 unique partners across 39 countries, reflecting their participation in large international consortia. Their network spans well beyond Europe, providing a bridge to Japanese environmental research infrastructure and Asia-Pacific data.
What sets them apart
NIES is one of very few Japanese research institutes active in H2020 nanosafety and climate modeling, offering a direct bridge between European research frameworks and Japan's environmental science infrastructure. Their dual expertise in nanoinformatics and climate integrated assessment is unusual — most partners specialize in one or the other. For consortium builders needing a credible non-European partner with both computational modeling skills and environmental policy relevance, NIES fills a specific niche.
Highlights from their portfolio
- NanoSolveITMajor EU nanoinformatics initiative building predictive tools for nanomaterial ecotoxicology — NIES contributed computational and risk assessment expertise from a non-EU perspective.
- CD-LINKSHigh-profile climate policy project linking development and climate pathways across international networks, with NIES providing integrated assessment modeling for Asian contexts.
- CompSafeNanoMost recent project (2021-2026), showing NIES's continued commitment to safe-by-design nanomaterials and extending their nanoinformatics track record.