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RecyClass Design for Recycling Guidelines

RecyClass Design for Recycling Guidelines: Structured approach to assessing recyclability at component level

Onye Dike
Written by Onye Dike
Updated on April 14th, 2026

Summary

The RecyClass Design for Recycling Guidelines are a set of science-based recommendations developed by RecyClass to help companies design plastic products that are compatible with existing recycling systems. The Packaging Guidelines form the core of the framework, providing detailed criteria for evaluating how packaging components—such as materials, labels, and closures—perform during sorting and reprocessing. While primarily focused on plastic packaging, RecyClass also develops separate guidelines for Automotive and Electrical & Electronic Equipment (EEE) applications, extending its design-for-recycling approach beyond packaging.

Details

Jurisdictions
  • European Union
Voluntary for

The RecyClass Design for Recycling Guidelines can be used by all stakeholders across the plastics value chain.

Deep dive

3 min read
Updated Apr 14, 2026

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Background

Recycling performance depends heavily on product design, particularly in complex waste streams such as plastics. The RecyClass Design for Recycling Guidelines were developed to address inconsistencies in how recyclability is defined and assessed across Europe. They are built on the RecyClass recyclability methodology and supported by laboratory testing, industry collaboration, and data from multiple testing campaigns.

Over time, RecyClass has refined the guidelines based on real-world recycling conditions, with updates reflecting the behaviour of packaging materials during sorting and processing. While packaging remains the primary focus, the framework has expanded to include Automotive and EEE Guidelines, recognising that design-for-recycling principles are also relevant to durable plastic products in other sectors.

Assessment criteria

The RecyClass Packaging Guidelines provide a structured approach to assessing recyclability at component level. Users evaluate packaging by:

  • Identifying the main polymer and intended recycling stream

  • Assessing individual components (e.g. caps, labels, adhesives, inks)

  • Determining whether these features are compatible with sorting and recycling processes

  • Applying recommendations to improve recyclability

The guidelines indicate whether specific design features are compatible with a given recycling stream and highlight elements that may interfere with sorting or reduce recyclate quality. Where packaging features are not yet covered, companies can use RecyClass Recyclability Evaluation Protocols to test materials under controlled conditions. This assessment framework is aligned with broader recyclability classifications under the RecyClass methodology, which evaluates whether materials can be effectively collected, sorted, processed, and reused.

Current status

The RecyClass Design for Recycling Guidelines are actively updated to reflect new materials, technologies, and regulatory developments. Recent updates incorporate findings from extensive testing campaigns and aim to ensure alignment with real recycling conditions across Europe. The Packaging Guidelines now cover all major plastic packaging streams, with ongoing revisions improving clarity and consistency in how recyclability is assessed.

The guidelines are also embedded within the broader RecyClass ecosystem, including:

  • Recyclability Evaluation Protocols

  • Certification schemes

  • An online assessment tool

Together, these elements provide a consistent, data-driven framework for evaluating and validating recyclability claims. At the policy level, the guidelines align with emerging EU requirements, including the Packaging and Packaging Waste Regulation (PPWR), which emphasises the importance of design for recycling in improving packaging circularity.

Resources


Onye Dike
Added by:
Onye Dike
Sustainability Research Analyst
Onye Dike is a Sustainability Research Analyst at Net Zero Compare, where he contributes to research and analysis on environmental regulations, carbon accounting, and emerging sustainability trends.
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Added on Apr 13, 2026 by Onye Dike · Updated on Apr 14, 2026