Core expertise across DECOAT (coated material recycling), REMADYL (PVC decontamination), Repair3D (CFRP recycling), MultiCycle (solvent-based recycling), CREAToR (flame retardant removal), CISUFLO (floor covering circularity), and others.
CENTRE SCIENTIFIQUE ET TECHNIQUE DE L INDUSTRIE TEXTILE BELGE
Belgian textile research centre specializing in polymer recycling, bio-based plastics, and circular material processing at pilot-industrial scale.
Their core work
CENTEXBEL is Belgium's textile research centre, specializing in turning textile and polymer waste streams into reusable materials through advanced recycling, coating removal, and material reprocessing technologies. They bridge the gap between laboratory-scale material science and industrial-scale manufacturing, particularly for bio-based plastics, composite recycling, and circular textile production. Their practical strength lies in extrusion, coating, and fibre processing — the physical machinery and know-how needed to transform waste polymers and bio-based feedstocks into functional products like packaging, floor coverings, and protective textiles.
What they specialise in
Sustained involvement from KARMA2020 (keratin bioplastics) through BIOnTop, NENU2PHAR (PHA food packaging), PRESERVE, and BioSupPack — covering PLA, PHA, and copolymer-based packaging systems.
BIO4SELF (self-reinforced PLA composites), ECOXY (bio-based automotive composites), LIBRE (lignin carbon fibres), Mat4Rail (fire-resistant composites), and HELACS (aircraft composite end-of-life).
DECOAT (debonding-on-demand coatings), PRESERVE and BioSupPack (barrier coatings for packaging), and BIOnTop (biodegradable coating systems).
HEREWEAR (bio-based circular textiles), TCBL (textile business model transformation), FIBFAB (bio-based textile industrialization), and smartX (smart textile entrepreneurship).
RESERVIST demonstrated rapid pivoting capability — repurposing textile manufacturing lines for PPE and medical face masks during health crises.
How they've shifted over time
In 2015–2018, CENTEXBEL focused on advanced composite materials (self-healing, self-reinforced, bio-based resins) and sustainable fibre development (lignin carbon fibre, bio-LCP), with an automotive and transport orientation. From 2019 onward, their work shifted decisively toward recycling, circular economy, and end-of-life management — removing contaminants from PVC, recycling coated materials, and developing bio-based packaging that can be composted or enzymatically recycled. The transition reflects a clear pivot from "making better materials" to "closing the loop on existing materials."
CENTEXBEL is moving firmly into circular economy infrastructure — expect future work on industrial-scale decontamination, enzymatic recycling, and bio-based material systems designed for end-of-life from the start.
How they like to work
CENTEXBEL balances leadership with partnership: they coordinated 6 of 22 projects (27%), typically the ones closest to their core textile/polymer recycling expertise (DECOAT, REMADYL, HEREWEAR, CISUFLO). With 286 unique partners across 27 countries, they operate as a well-connected hub rather than a closed-loop partner — comfortable joining large consortia and contributing specific processing capabilities. Their even split between Innovation Actions (12) and Research Actions (10) shows they work across the full TRL spectrum, from lab research to near-market demonstration.
Extensive European network of 286 unique partners spanning 27 countries, with strong connections across Western and Southern Europe. Their partner base includes material producers, chemical companies, packaging firms, automotive OEMs, and academic labs — reflecting the cross-sectoral nature of textile and polymer research.
What sets them apart
CENTEXBEL sits at a rare intersection: they understand both textiles and plastics at the process engineering level, which makes them indispensable for projects dealing with multi-material recycling (coated textiles, multilayer packaging, composite waste). Unlike university labs, they operate pilot-scale extrusion and coating lines, meaning they can validate recycling processes at semi-industrial scale. For any consortium working on circular plastics, bio-based packaging, or textile waste valorization, CENTEXBEL brings the physical processing infrastructure and 100+ years of Belgian textile industry expertise that academic partners simply cannot offer.
Highlights from their portfolio
- HEREWEARTheir largest funded project (EUR 929K) as coordinator — building a complete local circular textile value chain from bio-based fibre to end-of-life, representing their strategic vision.
- REMADYLTackles one of the hardest recycling problems — removing toxic legacy substances (lead, phthalates) from PVC waste streams using continuous extrusion, directly enabling circular economy for a notoriously difficult polymer.
- RESERVISTDemonstrated agility during COVID-19 by coordinating rapid repurposing of manufacturing lines for PPE and medical masks — showing real-world crisis response capability beyond typical R&D.