Design for Recycling Definition
Design for Recycling (DfR) is the practice of designing packaging or products so that, after use, they can be collected, sorted and recycled into new material by recycling processes that already work at industrial scale. It means choosing materials, colors, labels, closures and inks with the end of the product's life in mind, instead of trying to fix recyclability problems after the design is finished.
When does Design for Recycling become a legal requirement?
Under the EU Packaging and Packaging Waste Regulation (PPWR), all packaging sold in the EU must be designed for recycling and receive a recyclability grade based on how much of its weight can be recycled:
- From 2030, packaging must reach at least grade C (70% or more recyclable). Grade B requires 80% and grade A 95%. Packaging below grade C can no longer be sold.
- From 2035, packaging must also be recycled at scale, meaning it is actually collected and recycled in practice across the EU, not just recyclable in theory.
- From 2038, only grades A and B are allowed.
The detailed criteria for each packaging type are still being finalized, and the 2030 deadline moves back if they arrive late. The grade will also affect extended producer responsibility (EPR) fees, with better-graded packaging expected to pay less.
What makes packaging easier to recycle?
- One material where possible. Packaging made from a single material, such as an all-plastic pouch instead of a plastic-and-aluminum laminate, is easier to sort and recycle.
- Compatible or removable components. Labels, sleeves, closures and adhesives should either match the main material or separate from it easily.
- Visibility to sorting machines. Sorting facilities use sensors that cannot detect some dark pigments, and full-body sleeves can hide the material underneath.
- Minimal inks, coatings and barrier layers. These can contaminate the recycled material and lower its quality.
- Easy emptying. Product residue left inside the packaging reduces recycling quality.
How does a business apply Design for Recycling?
- Map packaging components. List every part of each pack, including the body, closure, label, adhesive and ink, with its material and weight, in a packaging bill of materials. Grades are calculated by weight, so accurate weights matter.
- Assess current packaging. Check each pack against established industry recyclability guidelines and the PPWR criteria as they are published, and estimate its likely grade.
- Prioritize redesigns. Start with packs likely to fall below grade C, then grade C packs, which must improve before 2038.
- Redesign with suppliers. Change materials or components and collect supplier evidence for the new version. Confirm that the new design still protects the product and keeps its shelf life.
- Document and reassess. Record the grade, assessment date and evidence for each packaging version, so they can support the technical documentation and Declaration of Conformity. Reassess when the official criteria are published or the packaging changes.
