Named participant with EC funding in NanoHybrids, focused on scaling nanoporous organic aerogels from lab to pilot production.
BASF POLYURETHANES GMBH
Industrial polyurethane manufacturer piloting organic aerogels and adhesive-free waste-based materials at scale.
Their core work
BASF Polyurethanes GmbH is the polyurethane systems manufacturing arm of BASF SE, based in Lemförde, Germany. Their H2020 participation reveals two distinct industrial roles: as an end-user and materials validator in a waste-based adhesive-free sports goods project, and as an active industrial partner in a nanoporous aerogel scale-up initiative. In the NanoHybrids project, they contributed the industrial pilot production perspective — the critical bridge between laboratory aerogel synthesis and manufacturable product. Their value in research consortia is translating advanced materials from bench scale into commercially viable production processes.
What they specialise in
NanoHybrids project explicitly targeted the lab-to-pilot transition, with 'pilot scale production' as a top keyword for their involvement.
Contributed as third party to Sport Infinity, addressing adhesive-free production of sports goods from waste-based inputs.
Both projects fall under H2020 pillars P2-MAT and P2-NANO, indicating engagement across materials and nanotechnology domains.
How they've shifted over time
Both projects launched in 2015, making a chronological evolution difficult to trace — there is no meaningful early-vs-late shift in the H2020 timeline for this organization. What can be observed is a difference in depth of involvement: Sport Infinity was a peripheral third-party engagement with no recorded keywords, while NanoHybrids was a funded participant role with specific technical outputs around organic aerogels and pilot production. If there is a direction signal, it points toward active engagement in advanced porous materials for industrial applications rather than consumer goods manufacturing.
Their most substantive H2020 involvement — with EC funding and technical keywords — centers on nanoporous aerogel production at scale, suggesting future collaboration interest should target advanced insulation or lightweight materials projects requiring industrial validation.
How they like to work
BASF Polyurethanes GmbH has never coordinated an H2020 project, participating instead as an industrial partner or third party — a pattern consistent with a large company joining consortia to validate or scale technologies rather than drive research agendas. Their two projects collectively involved 23 unique partners across 8 countries, suggesting they operate comfortably inside large, multi-national consortia. Working with them likely means access to industrial production infrastructure and materials validation, but not project leadership or administrative coordination.
Across just two projects, BASF Polyurethanes accumulated 23 unique consortium partners spanning 8 countries — indicating they routinely join large, internationally diverse consortia. No geographic concentration is evident from the available data.
What sets them apart
As the dedicated polyurethane unit of BASF SE, one of the world's largest chemical companies, BASF Polyurethanes GmbH brings industrial manufacturing infrastructure and materials validation capacity that most research-focused consortium members cannot offer. Their participation in aerogel scale-up research signals genuine commercial interest in the technology — making them a credible route-to-market partner, not just a research validator. For consortium builders, they represent the industrial anchor that turns a lab result into a fundable Innovation Action.
Highlights from their portfolio
- NanoHybridsThe only project where BASF Polyurethanes held a funded participant role, directly targeting the scale-up of nanoporous organic aerogels from laboratory to pilot production — their most technically specific H2020 contribution.
- Sport InfinityAn unusual third-party engagement in waste-based adhesive-free sports goods manufacturing, showing willingness to contribute materials expertise beyond core polyurethane applications.