Detergent DPP: Build Digital Product Passports with GoodsTag

A Digital Product Passport is a structured, machine-readable dataset that stores verified product, compliance, and safety information across its lifecycle. For the detergent and surfactant industry, it replaces the traditional EU declaration of conformity. It provides instant, scannable access to the compliance statement, the full ingredient list, and manufacturer and traceability information.

The revised EU Detergents Regulation (Regulation (EU) 2026/405) entered into force on 22 March 2026 and applies from 23 September 2029. From that date, the digital product passport is legally mandatory for all covered cleaning products and end-user surfactants placed on the EU market. Products placed on the market under the old rules before then may continue to be sold; products placed under the old rules between 23 September 2029 and 22 September 2030 may be made available until 23 September 2030. Biodegradability requirements for capsule films follow on 23 March 2032.

The mandatory passport dataset must include the product's trade name, unique product identifier (UPID), a clear color image of the packaging or label, manufacturer details, and the manufacturer's unique operator identifier. It must feature a statement of compliance and a full list of intentionally added substances (ingredients). For next-generation microbial cleaners, strain-level taxonomic classifications (genus, species, and strain) are also required.

The manufacturer placing the detergent or end-user surfactant on the market is responsible for creating the DPP and, by doing so, assumes responsibility for compliance. For imported products, EU-based importers must verify that the DPP has been created, the data carrier is in place and the passport is registered before placing them on the market. Importers and distributors only take on the role of the manufacturer, and must create a DPP, if they place a product on the market under their own name or trademark or modify it in a way that could affect compliance. Those who merely package or repackage a detergent add their name and contact details to the package, preceded by “packaged by” or “repackaged by”, and keep the reference to the unique product identifier.

Every detergent must bear a scannable data carrier printed or otherwise physically present on its label or packaging, or on the accompanying documents if transported in bulk. Which carrier types are permitted will be set by a Commission implementing act. If detergents are sold via in-store refill stations, the data carrier must be present on the refill station itself, and every refilled container receives a physical label and the data carrier, so that customers can access safety and dosage data before buying.

GoodsTag features an API-first architecture that seamlessly integrates with your existing enterprise systems, including ERP, PLM, MES, PIM, and supplier databases such as SAP4Hana. Data synchronization is event-driven and supports global GS1 standards like EPCIS 2.0 and GS1 Digital Link for real-time traceability.

The manufacturer must keep the technical documentation, digital product passport, and digital labels updated and available for 10 years from the date the product model is placed on the market. Crucially, the regulation dictates that the DPP must remain accessible even in the event of insolvency, liquidation, or cessation of activity in the EU. GoodsTag secures this by linking to digital product passport service providers that host secure, redundant backup copies.

The regulatory passport itself must stay neutral: the regulation prohibits tracking, analysing or using usage information beyond what is needed to display it, and personal data may only be stored with explicit consent. The commercial value comes from an optional brand layer behind the same data carrier, clearly separated from the regulatory data. With consumer consent, that layer turns static cleaning product packaging into a post-sale channel with smart dosage guides, loyalty rewards for refilling, and direct replenishment options, and provides analytics on engagement, packaging circularity metrics, and supply chain efficiency to optimize overall operational ROI.

No, item-level serialization (a unique code per individual bottle) is not required, as the passport corresponds to a product model and the data carrier on the packaging only needs to resolve at that level. Batch or type numbers remain a label requirement. Before placing a product on the market, you upload its unique product identifier and your unique operator identifier, plus the commodity code for imports, to the EU registry, which returns a registration identifier that customs authorities use for their automated checks. GoodsTag’s modular platform allows you to use a cost-effective, model-level QR code on your packaging while our compliance engine manages the data required for the EU registry.

The platform is identity- and label-agnostic. You can seamlessly connect detergent packaging using QR codes, NFC tags, RFID labels (including UHF, HF, and Dual Frequency tags), or DataMatrix codes. It natively supports the GS1 Digital Link standard. You can introduce one ID medium first (like a printed QR code) and easily add further technologies like RFID or NFC later without recreating the digital twin.