2026-05-27 · 8 min read · All articles

PPWR 2026: How a Digital Product Passport Covers the New Packaging Obligations

From 12 August 2026 the EU Packaging and Packaging Waste Regulation (PPWR, Regulation (EU) 2025/40) starts to apply. It is directly binding in every member state — no national transposition needed. For packaging producers and importers the first wave is concrete: identification on the packaging, an EU Declaration of Conformity, substance limits and EPR registration. This article maps each obligation to the data a Digital Product Passport carries — and is honest about what the PPWR does and does not require.

The five obligations that land in August 2026

1. Producer & importer identification on the packaging — Art. 15 and 18
2. Substance restrictions — PFAS and heavy metals, Art. 5
3. EU Declaration of Conformity per packaging type — Art. 38/39 and Annex VII
4. EPR registration in every member state of first placing — Art. 44/45
5. Reusable-packaging system requirements where applicable — Art. 26 and Annex VI

(Harmonised packaging labelling — material composition pictograms and sorting marks, Art. 12 — follows later, in August 2028.)

A worked example: a 500 ml rPET water bottle

The clearest way to show this is with a real passport. Below is a live demo on dpp.gs — a 500 ml spring-water bottle in 100% recycled PET. Scan or open it, then read how each PPWR obligation maps to a field inside it.

1. Producer & importer identification — Art. 15 / 18

Art. 15 requires the producer's name, registered trade name or trademark, postal address, and a type number, batch number, serial number or other element enabling identification of the packaging. Art. 18 adds the importer's name and address where relevant.

That last element — "or other element enabling identification" — is exactly what a GS1 Digital Link provides. A single QR code resolving to https://dpp.gs/01/{GTIN} uniquely identifies the packaging and, when scanned, surfaces the producer block. In the demo passport you'll find:

2. PFAS & heavy metals — Art. 5

From 12 August 2026, food-contact packaging may not exceed 25 ppb for an individual non-polymeric PFAS, 250 ppb for the sum of non-polymeric PFAS, and 50 ppm total fluorine. Separately, the combined concentration of lead, cadmium, mercury and hexavalent chromium must not exceed 100 mg/kg.

The passport records each of these as a checkable value rather than a vague "compliant" claim:

• PFAS individual / sum / total fluorine: 0 / 0 / 0 — PFAS-free
• Heavy-metal sum (Pb+Cd+Hg+Cr VI): 8 mg/kg — well under the 100 mg/kg limit
• Bisphenol-free: yes

An auditor or a distributor verifying Art. 19 obligations sees the actual numbers, not a self-declared badge.

3. EU Declaration of Conformity — Art. 38 / 39

Every packaging type must be accompanied by an EU Declaration of Conformity, backed by technical documentation (Annex VII): packaging specification, composition, intended use, conceptual design, manufacturing drawings and test reports. The producer keeps that file for 5 years (single-use) or 10 years (reusable).

The passport links straight to the Declaration of Conformity and records its assessment date and retention period — so the document is one tap away from the QR code on the shelf, not buried in an email archive.

4. EPR registration — Art. 44 / 45

Producers must be registered with a producer-responsibility scheme in every member state where they first place packaging on the market. This is the obligation that catches online sellers and anyone operating across borders. The passport carries one registration entry per country:

Because the data is machine-readable, a deposit-return or EPR scheme can attribute each scanned unit back to the right registered producer — the same mechanism Sensoneo already runs for deposit-return systems across nine EU countries.

5. Reusable-packaging systems — Art. 26

Where packaging is placed on the market as reusable, Art. 26 and Annex VI require a functioning system for collection, return, cleaning and redistribution, with clear consumer information. The demo bottle is flagged reusable and carries its deposit scheme (Slovak deposit-return, €0.15) and a return-points URL — exactly the information a consumer needs to put the bottle back into the loop.

What this does and doesn't get you

A DPP does not, by itself, make you PPWR-compliant — you still have to actually test for PFAS, file the Declaration of Conformity, and register with your EPR schemes. What it does is put all of that in one machine-readable place behind one QR code, so that:

• the Art. 15 identifier requirement is met by the code itself;
• distributors can verify their Art. 19 duties in seconds;
• market-surveillance authorities reach the Declaration of Conformity instantly;
• EPR and deposit-return schemes can attribute each unit to the right producer;
• and when Art. 12 labelling arrives in 2028, the material composition is already structured and ready.

TL;DR

• PPWR (Reg. (EU) 2025/40) applies from 12 August 2026; labelling (Art. 12) follows in 2028.
• PPWR requires identification on the packaging (Art. 15/18) + an EU Declaration of Conformity (Art. 38/39) — not a DPP as such.
• A GS1 Digital Link DPP is the cleanest carrier: it satisfies the Art. 15(d) identifier and links the DoC, PFAS data, EPR registration and material composition.
• See it working: a live 500 ml rPET bottle passport.