A global, harmonised definition of recyclability is the key step in unlocking the circular future of plastics. To accelerate these efforts, the Association of Plastic Recyclers and Plastic Recyclers Europe developed a standardised definition, which can be found below.
Fulfilling these four criteria does not automatically designate a product as recyclable, as this will also be influenced by the regional collection and sorting infrastructures available and the compatibility of products design features with existing recycling streams. The definition does not intend to limit innovation, but rather places emphasis on the need to ensure that innovative materials can be collected, sorted and recycled within the existing waste management infrastructures.
RecyClass has translated these principles into a comprehensive, science-based Recyclability Methodology that brings clarity to different type of assessments that can be carried out with RecyClass.
WHY DESIGN MATTERS?
Integrating design for recycling principles in the product conception phase will help achieve legislative targets, like those lined out in the Packaging and Packaging Waste Regulation or the proposed ELV Regulation.
Design is essential for increasing the quantity and quality of plastics compatible with recycling technologies.
To support a transparent transition towards plastic circularity, RecyClass has developed science-based Design for Recycling Guidelines that provide practical direction to the industry.
“Innovation is key for the future of circular plastics.”
WHAT ABOUT
INNOVATION?
Innovation is key for the future of circular plastics — and our recyclability definition is designed to encourage exploring new frontiers while ensuring plastic materials are kept in high-end applications. RecyClass has created a set of standardised Recyclability Evaluation Protocols that help verify whether an innovative material meets RecyClass approach to recyclability.
These Protocols are suitable for use in both packaging and automotive & EEE sectors.