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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PN BioDegPlas

Duration
01 / 09 / 2024 - 31 / 08 / 2026
circular economy & sustainable solutions

With this project, we aim to develop methods that are suitable for textile materials and can be tracked all the way to CO2 production. It also aims to provide a better understanding of the various parameters that influence biodegradability.

PN BioDegPlas
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PFAS-FREE

Duration
01 / 08 / 2024 - 31 / 07 / 2026
substances of concern

Developing safe and sustainable textile water-repellent solutions that are superior to currently commercially available 'PFAS-free/fluorine-free' solutions.

PFAS-FREE
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FONT

Duration
01 / 08 / 2024 - 31 / 07 / 2026
biobased

FONT will create a flame retardant that is both safer and more environmentally sustainable for application within the textile sector.

FONT
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ATRIUM

Duration
01 / 07 / 2024 - 31 / 12 / 2028
biobased

Bio-Based alternatives for an effective transition to sustainable, reusable and recyclable construction products 

ATRIUM
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RE-APS

Duration
01 / 07 / 2024 - 30 / 06 / 2028
circular economy & sustainable solutions

The INTERREG FWVL RE-APS project focuses on the development of thermomechanical recycling of polyester textiles, i.e. pre-treatment, shredding and melting of polyester textile waste and reuse of the resulting granules in the textile industry.

RE-APS

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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