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 compliance declarations, environmental footprint data, and chemical safety information.

The revised EU Detergents Regulation officially enters into force in 2026, with the digital product passport requirements becoming legally mandatory for all covered cleaning products and end-user surfactants placed on the EU market starting in summer 2029.

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 a unique operator identifier (EOID). 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 surfactant on the market is responsible for creating the DPP and assuming liability for compliance. For imported products, EU-based importers must verify that a valid DPP exists before releasing them. Additionally, distributors who package, repackage, or place a detergent under their own brand or trademark assume the role of the manufacturer and must create a new DPP.

Every detergent must bear a scannable data carrier (such as a QR code, NFC chip, or RFID tag) printed or physically present on its label or packaging. If detergents are sold in bulk via in-store refill stations, the data carrier must be physically present on the refill station itself to ensure 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.

he 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 certified digital passport service providers that host secure, redundant backup copies.

The platform turns the detergent DPP into a powerful commercial asset by building high-quality, privacy-compliant zero- and first-party consumer data directly from on-pack scans and interactions at in-store refill stations. It transforms static cleaning product packaging into a dynamic, post-sale channel that unlocks smart dosage guides, loyalty rewards for refilling, and direct replenishment options. Additionally, the platform provides advanced analytics on consumer usage behavior, 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 on day one, as the physical data carrier on the packaging only needs to resolve at the product model level. However, you still must associate batch-specific data with each product passport. Under the regulations, manufacturers must publish batch information—not via unique on-pack QR codes, but as digital data elements connected to the passport in the background. This ensures that authorized stakeholders, such as market surveillance and customs authorities, can consult current batch records through the central EU DPP registry. GoodsTag’s modular platform allows you to use a cost-effective, model-level QR code on your packaging while our compliance engine automatically manages and syncs the required batch metadata with the EU registry.

The platform is identity- and label-agnostic. You can seamlessly connect physical garments using QR codes, NFC tags, RFID labels (including UHF, HF, and DualFrequency 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.