Research

Explore our dynamic collection of collaborative research projects, where innovation meets expertise! Here, you'll find groundbreaking initiatives spanning multiple disciplines, uniting top researchers, leading companies, and industry experts in the pursuit of cutting-edge discoveries. Dive in and see how we're shaping the future together!
R&D
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RE-ASSIGN

Duration
14 / 04 / 2024 - 31 / 03 / 2028
circular economy & sustainable solutions

In line with the European Green Pact, the RE-ASSIGN (REcycling plAStics deSIGN) aims to support companies in their transition to a circular economy through the development of plastic products incorporating recycled materials (Design from recycling) from post-consumer or pre-consumer flows.

RE-ASSIGN
BLADE2CIRC

BLADE2CIRC

Duration
01 / 04 / 2024 - 30 / 09 / 2027
biobased

BLADE2CIRC will develop a circular and greener alternative to traditional wind turbine blade designs.

BLADE2CIRC
R3PACK

R3PACK

Duration
01 / 02 / 2024 - 31 / 01 / 2027
circular economy & sustainable solutions

The R3PACK project will demonstrate solutions in terms of design, choice of materials, reuse and recycling techniques of non-domestic packaging.

R3PACK
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SMARAGD

Duration
06 / 01 / 2024 - 31 / 05 / 2027
smart materials

Assessing smart tools for the development of advanced and sustainable materials

SMARAGD
re-home

RE-HOME

Duration
01 / 01 / 2024 - 30 / 06 / 2028
smart materials

In NWE, Europe's most densely populated region, there are approximately 12,000 children with neurological disorders who face lifelong challenges, including severe mobility limitations. These children require personalised rehabilitation plans that address their specific needs and abilities.

RE-HOME

R&D news flashes

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20 / 03 / 2026
R&D

Evaluating Circular Footprint Formula

New study by Sofie Huysman and Jun Yin showcases practical applications and performance of the Circular Footprint Formula (CFF) by evaluating the environmental impact of thermomechanically recycled mono‑material polyester carpets.

Evaluating Circular Footprint Formula
hiking shoes
14 / 10 / 2025
R&D

Hikers Unknowingly Trail Microplastics Into the Wilderness

Research conducted in New York’s Adirondack Mountains suggests that hiking shoes and outdoor gear are a surprisingly significant source of microplastic contamination in remote wilderness lakes.

Hikers Unknowingly Trail Microplastics Into the Wilderness
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