Monitoring campaign on substances of concern in recycled textiles and plastics
This report presents an in-depth overview of the monitoring campaign conducted by Stijn Steuperaert (Centexbel) in collaboration with OVAM.
The campaign’s primary goal is to detect and evaluate the presence of substances of concern in recycled textile and plastic materials, ensuring full compliance with the REACH Regulation and the POP Regulation.
Meetcampagne naar zorgwekkende stoffen in gerecycleerd textiel en kunststof
In deze meetcampagne werd de aanwezigheid van zorgwekkende stoffen in gerecycleerde textiel- en kunststofmaterialen werden geanalyseerd in overeenstemming met REACH en de POP-verordening.
©OVAM-Centexbel, Stijn Steuperaert
Video
Pointer Checkt:
Clothing from imports tested by Centexbel on the presence of hazardous substances.
Ultrafast fashion defies all circular and human ecology principles.
Video, the sequel
As a follow-up on the tests on SHEIN products, the Pointer Checkt team was curious about the chemical safety of 3 major clothing brands.
Our chemical lab carried out the tests, Stijn explains the results.
Recent Reach news!
Downloads
REACH4Textiles communication leaflet
©REACH4Textiles, 2023
REACH Test Set
The Centexbel analyses allow manufacturers, textile finishers, importers, retailers and brands to meet the REACH SVHC obligations.
©Centexbel
PFAS and PPE
Growing public awareness has encouraged authorities to take stronger actions against PFAS, starting at the source of production. As a result, many textile and apparel manufacturers are facing increasing regulation in the European Union (EU) and the United States (US).
©Centexbel, 2023/01
Author(s) Stijn Steuperaert
PFAS assessments
Centexbel offers a complete portfolio for PFAS screening and analyses
© Centexbel, 2025 Eddy Albrecht & Stijn Steuperaert
Brandweer- en bosbouwpakken kunnen niet zonder PFAS-stoffen
Voor dit artikel interviewde De Tijd Myriam Vanneste (Centexbel) en Ivan Deceuninck (Sioen).
©De Tijd
Author(s) Tom Michielsen
REMADYL: Removal of Legacy Substances from polyvinylchloride (PVC)
©Open Access Government