Imagine trying to reuse old plastic parts, but they are contaminated with invisible chemicals that make them unsafe. This work creates a way to 'deep clean' these plastics, removing harmful flame retardants so they can be used again. It's like turning low-grade scrap into premium material that meets strict safety standards.
European manufacturers lose billions in value because plastic waste is contaminated with hazardous substances and lacks quality standards, making it unsuitable for high-value products.
Three scalable debromination methods, a blockchain-based traceability system, and an open-source LCSA tool for plastic recyclates.
If you are a car parts manufacturer dealing with strict safety standards and low-quality recyclates — this project developed debromination methods and quality controls that allow up to 85% recycled content in technical materials.
If you are a WEEE plastic recycler dealing with hazardous brominated flame retardants — this project developed three debromination methods achieving up to 95% efficiency to turn waste into primary raw materials.
If you are a food-grade plastic producer dealing with inconsistent material quality — this project developed the PRE1000 method and sampling protocols to ensure recyclates are safe for food contact.
Based on available project data, specific pricing is not provided, but the project focused on creating cost-efficient and feasible technological pathways to lower investment risks.
Yes, the project developed three debromination methods that were scaled for future application, achieving up to 95% efficiency.
Based on available project data, the project provides an open-source tool for developing Life Cycle Sustainability Assessments (LCSA) for plastic recyclates.
Yes, it specifically addresses legislative barriers regarding hazardous flame retardants and worked to establish the PRE1000 method as an EN-standard.
The project developed digital transparency tools, including blockchain-based tracking systems for material traceability.
The consortium is highly industry-oriented, with 50% of the 12 partners being industrial entities, including 4 SMEs. This balance between 6 countries (BE, DE, EE, ES, FI, NL) and a mix of research centers and companies suggests a strong focus on commercial viability and practical application rather than pure theory.
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