SciTransfer
Organization

FUNDACION GAIKER

Basque research centre specializing in polymer recycling, nanomaterial risk assessment, and bio-based packaging materials for circular economy applications.

Research instituteenvironmentESSMENo active H2020 projects
H2020 projects
20
As coordinator
0
Total EC funding
€6.6M
Unique partners
325
What they do

Their core work

GAIKER is a Spanish applied research centre based in the Basque Country that specializes in materials science, polymer processing, and environmental safety assessment. Their core work revolves around making plastics and nanomaterials safer — through risk assessment frameworks, safe-by-design methodologies, and advanced recycling of electronic waste (WEEE). They also develop sustainable bio-based packaging materials and contribute polymer expertise to circular economy initiatives, bridging the gap between laboratory material science and industrial-scale implementation.

Core expertise

What they specialise in

Nanomaterial risk assessment and safe-by-designprimary
4 projects

Sustained involvement across NanoREG II, caLIBRAte, NANORIGO, and SAbyNA covering risk governance, hazard prediction, and regulatory frameworks for nanomaterials.

WEEE recycling and polymer recoveryprimary
4 projects

CloseWEEE, C-SERVEES, PLAST2bCLEANED, and CREAToR all focus on dismantling, sorting, and recycling electronic waste plastics including flame retardant removal.

Biodegradable and bio-based packagingsecondary
3 projects

YPACK (PHA-based food packaging), USABLE PACKAGING (biodegradable polymers), and VIPRISCAR (bio-based chemical intermediates) form a coherent packaging materials cluster.

4 projects

PAPERCHAIN, VALUEWASTE, ICEBERG, and FRACTION demonstrate capabilities in converting industrial and urban waste streams into secondary raw materials.

Human-robot systems for industrial recyclingemerging
1 project

HR-Recycler combined AI perception, smart mechatronics, and human-robot collaboration for automated WEEE dismantling — a convergence of their robotics and recycling expertise.

Micro/nano-plastics health impact assessmentemerging
1 project

PlasticsFatE investigates fate, exposure, and hazard of micro- and nano-plastics in the human body, extending their risk assessment skills into a new domain.

Evolution & trajectory

How they've shifted over time

Early focus
Nanosafety and electronics recycling
Recent focus
Circular economy and bio-materials

In their early H2020 period (2014–2018), GAIKER focused heavily on nanomaterial safety and the recycling of consumer electronics, working on flame retardant removal, polymer characterization, and ecodesign for electronic devices. From 2019 onward, their portfolio shifted toward circular economy applications, bio-based materials, and broader environmental risk — including micro/nano-plastics in human health and lignocellulose biorefining. The thread connecting both periods is polymer science and safety assessment, but the application scope has clearly widened from electronics-specific recycling to cross-sector sustainability challenges.

GAIKER is moving from narrow WEEE/nano risk work toward broader circular economy and bio-based material solutions, positioning themselves as a materials safety and sustainability generalist.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European29 countries collaborated

GAIKER operates exclusively as a consortium partner — they have never coordinated an H2020 project, which suggests they position themselves as a reliable technical contributor rather than a project leader. With 325 unique partners across 29 countries, they maintain an exceptionally wide network for an SME-classified research centre, indicating they are sought after for their specific polymer and risk assessment expertise. Their consistent funding range (EUR 150K–480K per project) across 20 projects shows they take on well-defined technical work packages rather than broad coordination responsibilities.

GAIKER has collaborated with 325 distinct partners across 29 countries, an unusually broad network for a regional research centre. Their partnerships span nearly all EU member states, reflecting the pan-European nature of the recycling, materials safety, and circular economy communities they work in.

Why partner with them

What sets them apart

GAIKER sits at a rare intersection: they combine deep polymer processing knowledge with regulatory-grade risk assessment for nanomaterials and plastics. Few research centres can simultaneously handle the material science (recycling, bio-polymers, composites) and the safety/regulatory dimension (risk governance, exposure assessment, safe-by-design). For consortium builders, this dual capability means one partner covering two critical work packages — materials development and safety validation — which is particularly valuable in circular economy and sustainable packaging proposals.

Notable projects

Highlights from their portfolio

  • CREAToR
    Their largest funded project (EUR 482K), tackling flame retardant removal from WEEE using supercritical CO2 and twin-screw extrusion — a technically ambitious recycling approach.
  • HR-Recycler
    An unusual diversification into AI and robotics for automated WEEE dismantling, showing GAIKER can bridge their materials expertise with Industry 4.0 technologies.
  • PlasticsFatE
    Their most recent thematic expansion — assessing micro/nano-plastics impact on human health — connecting their polymer and risk assessment expertise to a high-profile environmental health concern.
Cross-sector capabilities
Manufacturing — polymer processing and materials characterisationFood & Agriculture — biodegradable packaging and food-contact material safetyHealth — nano-plastics exposure and hazard assessmentDigital — AI-assisted robotic sorting and recycling systems
Analysis note: Strong dataset with 20 projects and clear keyword evolution. Classified as SME despite being a research foundation, which is common for smaller Spanish technology centres. Never coordinated a project, so leadership capabilities cannot be assessed from H2020 data alone.