Packaging and the Digital Product Passport

Why Packaging Is Central to the DPP Conversation

Packaging is everywhere. It protects products during transport, communicates brand identity on shelves, preserves food safety, and, once its primary purpose is served, becomes waste. The European Union generates over 80 million tonnes of packaging waste annually, and despite ambitious recycling targets, actual recycling rates for many packaging types remain stubbornly low. Digital Product Passports offer a powerful tool to change this trajectory.

The intersection of the Ecodesign for Sustainable Products Regulation (ESPR) and the revised Packaging and Packaging Waste Regulation (PPWR) creates a comprehensive framework for packaging transparency. Whilst the ESPR provides the overarching DPP mechanism, the PPWR establishes packaging-specific requirements for material composition, recyclability, recycled content, and labelling.

Packaging DPP at a Glance

Aspect	Detail
Primary regulations	EU Packaging and Packaging Waste Regulation (PPWR), Regulation (EU) 2025/40, and ESPR Regulation (EU) 2024/1781
PPWR entered into force	11 February 2025
Annual EU packaging waste	Over 80 million tonnes
Mandatory recyclability assessment	From 2028 under PPWR
Mandatory recycled content targets	From 2030 for plastic packaging under PPWR
EU DPP Registry online	By 19 July 2026
Data carrier	QR code or other digital marking on packaging
Geographic scope	All packaging placed on EU market

For packaging manufacturers, brand owners, and waste management companies, understanding how these regulations interact is critical. The Digital Product Passport for packaging is not a distant aspiration, it is being actively developed and will become mandatory for specific packaging categories within the next few years.

What a Packaging DPP Must Contain

The PPWR and associated ESPR delegated acts will define specific data requirements for packaging passports. Based on the regulatory text, stakeholder consultations, and published policy documents, packaging DPPs are expected to include the following information.

• Material composition: A detailed breakdown of all materials used in the packaging, including polymers, adhesives, inks, coatings, and barriers. Multi-material packaging must specify the weight percentage of each material.
• Recyclability assessment: A classification of the packaging's recyclability based on harmonised EU criteria, including whether it is recyclable in practice (not just in theory) given current collection and sorting infrastructure.
• Recycled content: The percentage of post-consumer recycled material incorporated into the packaging, verified through chain-of-custody documentation.
• Substances of concern: Any regulated or restricted substances present in the packaging, including heavy metals, PFAS, and bisphenols.
• Reuse information: For reusable packaging, details of the reuse system, number of intended rotations, and return logistics.
• Sorting instructions: Clear guidance for consumers and waste processors on how to correctly sort the packaging for recycling.

This data must be machine-readable, accessible via a standardised data carrier, and linked to the Digital Product Passport registry maintained under the ESPR framework.

The Recyclability Challenge

One of the most impactful aspects of packaging DPPs is their potential to improve actual recycling rates. Currently, many packaging items are technically recyclable but fail to be recycled in practice because sorting systems cannot identify them, consumers do not know how to dispose of them correctly, or local recycling infrastructure does not handle that particular material.

Digital Product Passports address each of these barriers. By encoding material composition data in a machine-readable format, DPPs enable automated sorting systems to identify and route packaging correctly. Near-infrared sorting equipment, robotic pickers, and AI-powered quality control systems can all benefit from accessing passport data to improve sorting accuracy.

For consumers, the passport provides clear, product-specific sorting instructions rather than the generic recycling symbols that currently cause confusion. A consumer scanning a package could see exactly which components to separate, which bin to use, and whether their local authority accepts that material, information that is far more actionable than a generic Mobius loop symbol.

Multi-Material Packaging Complexities

Multi-material packaging, such as laminated pouches, beverage cartons, and blister packs, presents particular challenges for Digital Product Passports. These formats combine different materials (plastic, paper, aluminium, adhesives) that may each require separate documentation.

The DPP for a multi-material package must describe each layer or component material, the bonding method used to join materials (which affects separability during recycling), the total weight breakdown by material type, and any barrier coatings or treatments that could contaminate recycling streams. This level of detail is challenging for packaging converters who may source base materials from multiple suppliers, each with their own formulations.

Practical implementation requires packaging converters to establish data exchange protocols with their material suppliers. The GS1 Digital Link framework provides a standardised approach to linking component materials to the finished packaging passport, creating a nested data structure where each material layer can be traced back to its origin.

Compliance Timeline for Packaging

The packaging sector faces a convergence of regulatory deadlines that make early preparation essential.

• 2025-2026: The PPWR enters into force with transitional provisions. Recyclability assessments begin using harmonised EU criteria.
• 2027: Mandatory recycled content targets take effect for PET contact-sensitive packaging (25 per cent) and all plastic packaging (at least some recycled content).
• 2028-2029: Packaging DPP delegated acts under the ESPR are anticipated, specifying the exact data requirements and formats for different packaging categories.
• 2030: Increased recycled content targets (30 per cent for contact-sensitive plastic packaging, 35 per cent for plastic bottles) and full recyclability labelling requirements.
• 2035: All packaging placed on the EU market must be recyclable at scale, supported by DPP data confirming material composition and recyclability classification.

These dates mean that packaging companies must begin building their data infrastructure now. Waiting for final delegated act text before taking action risks leaving insufficient time for system implementation, supply chain alignment, and data validation. Review the full ESPR timeline and deadlines to understand how packaging fits into the broader compliance landscape.

Practical Implementation for Brand Owners

Brand owners, the companies whose products are contained within the packaging, bear primary responsibility for ensuring packaging DPP compliance, even when the packaging itself is manufactured by third-party converters.

Start by auditing your current packaging portfolio. Document every packaging format, material, and supplier. Identify which packaging items will fall under the earliest DPP requirements and prioritise these for data collection. Request material composition declarations from your packaging suppliers and verify that the data is sufficiently detailed for DPP purposes.

Consider how the packaging DPP will interact with the product DPP. In many cases, the packaging passport and product passport will be separate digital records linked to different data carriers, one on the packaging itself and one on the product. However, for some product categories, the packaging data may be incorporated into the product passport as a sub-record. Clarifying this relationship early avoids duplication and confusion.

The Role of Extended Producer Responsibility

Extended Producer Responsibility (EPR) schemes, which require brand owners to fund the collection and recycling of their packaging, stand to benefit enormously from Digital Product Passports. Currently, EPR fees are calculated using broad material categories and average recycling costs. DPP data enables far more granular fee modulation.

Packaging with a verified DPP showing high recycled content, mono-material construction, and design-for-recycling features could qualify for reduced EPR fees. Conversely, packaging that is difficult to recycle, contains problematic substances, or uses excessive material could face higher fees. This eco-modulation creates a financial incentive for better packaging design that aligns directly with circular economy objectives.

For businesses tracking their carbon footprint through Digital Product Passports, packaging represents a significant and often underestimated contributor to overall product emissions. Passport data that covers both the product and its packaging provides a more complete picture of environmental impact.

Getting Started with Packaging DPPs

The packaging industry's transition to Digital Product Passports is inevitable. Companies that begin preparing now will not only ensure compliance but will also gain competitive advantages through improved material efficiency, stronger recycling performance, and enhanced consumer trust.

• Map your packaging portfolio and identify the materials, suppliers, and data gaps for each format.
• Engage your packaging suppliers in discussions about data-sharing protocols and material declarations.
• Evaluate your current labelling and data carrier infrastructure to determine what changes are needed for DPP compliance.
• Pilot a packaging DPP for your highest-volume or most complex packaging format to stress-test your data collection process.
• Monitor the progress of PPWR implementing acts and ESPR delegated acts for packaging to stay ahead of specific requirements.

Creating a Digital Product Passport for your packaging may seem daunting, but starting with a single product line and building from there makes the task manageable. The data you collect today will form the foundation of your compliance strategy for years to come.

10-Step Action Plan for Packaging Producers

1. Audit your packaging portfolio. List every SKU's primary, secondary, and tertiary packaging with material, weight, and current data quality.
2. Map material composition by component. Each layer of multi-material packaging needs to be characterised: polymer types, additives, coatings, inks, adhesives.
3. Calculate recycled content percentages. Distinguish post-consumer recycled, post-industrial recycled, and bio-based content, with chain-of-custody evidence.
4. Assess recyclability under PPWR criteria. Use the published PPWR recyclability assessment methodology and identify packaging that will not meet 2028 thresholds.
5. Engage upstream suppliers. Resin producers, converters, and printing-ink suppliers all hold data you need. Issue formal data requests now.
6. Choose a DPP carrier strategy. Decide which packaging items get individual QR codes versus shared codes per product, and how you will print them at scale.
7. Plan unique identifier issuance. Use GS1 standards or equivalent so every DPP-bearing pack has a globally unique identifier ready for registry registration.
8. Pilot a DPP on one product line. Choose a product family with clean existing data, build the full passport, test the QR carrier, and use the pilot to flush out operational gaps.
9. Align EPR reporting with DPP fields. Extended Producer Responsibility data and DPP data overlap heavily, build one underlying data system that feeds both.
10. Document end-of-life guidance for consumers. Sorting instructions, recyclability symbols, and disposal advice are all DPP-eligible and increasingly required by national EPR schemes.

Frequently Asked Questions

What is the PPWR and how does it relate to the DPP?

The Packaging and Packaging Waste Regulation (EU) 2025/40 sets EU-wide rules for packaging recyclability, recycled content, and waste reduction. It complements the ESPR Digital Product Passport framework, and packaging DPPs carry data demanded by both regulations.

When do mandatory packaging DPP rules take effect?

PPWR recyclability assessments become mandatory in 2028 and recycled-content targets for plastic packaging from 2030. The EU DPP Registry is expected to come online by 19 July 2026.

Does every individual pack need a DPP?

The exact granularity depends on the implementing acts. The likely pattern is one DPP per stock-keeping unit of packaging, shared across all individual units of that SKU, with the data carrier identifying the SKU rather than each individual pack.

How does the DPP work for multi-material packaging?

Each material layer in multi-material packaging needs to be characterised separately in the DPP. This includes the polymer types, additives, coatings, inks, and adhesives that may affect recyclability or contain substances of concern.

What about food contact materials?

Food contact materials face additional regulation under Framework Regulation 1935/2004 and specific measures for plastics, ceramics, and other materials. DPPs for food packaging incorporate or reference this compliance data.

How is recycled content verified?

Chain of custody under standards such as ISCC PLUS or RecyClass is the typical evidentiary basis. The DPP records the percentage of post-consumer and post-industrial recycled content with reference to the certification scheme that supports the claim.

Does PPWR apply to packaging exported from the EU?

PPWR applies to packaging placed on the EU market. Packaging produced in the EU for export to non-EU markets is subject to local rules in the destination market. Imports into the EU are subject to PPWR regardless of where the packaging was produced.

How does DPP data relate to EPR reporting?

EPR schemes collect packaging data from producers in each member state. The DPP data fields overlap substantially with EPR reporting requirements. Building one underlying data system that feeds both reduces duplication and audit risk.