A member perspective from CIRPASS-2 and ETP

There is a political battle unfolding inside the European Digital Product Passport process, and it is being disguised as a technical debate.

On one side: vendors, hardware integrators, and a constellation of well-funded consortia arguing that the only serious path to textile sustainability runs through RFID chips and NFC antennas embedded in every garment. Track the product. Follow it. Know where it dies.

On the other side: the inconvenient arithmetic of what we are actually proposing.

Let me be direct.

The E-Waste Paradox Nobody Wants to Name

The EU textile market moves approximately 29 billion garments per year. If we embed one RFID tag per item — as several DPP implementation proposals currently suggest — we are committing to manufacturing, distributing, and ultimately disposing of 29 billion antennas, chips, and substrate materials annually. On a continent that is simultaneously legislating against microplastic pollution, chemical textile finishes, and packaging waste.

This is not a sustainability solution. This is a new pollution stream wearing a green label.

And before someone points to biodegradable NFC substrates: yes, they exist. No, they are not manufacturable at this scale, at this cost, within this timeline. The math does not close.

Then there is the category problem that the RFID lobby conveniently ignores: underwear, socks, infant clothing. Where exactly does the antenna go on a newborn’s onesie? Who collects and recycles 4 billion pairs of socks when the RFID mandate kicks in? These are not edge cases. They are the largest volume segments of the market.

The silence on this point from the hardware proponents is, itself, a political statement.

The Sorting Argument: Valid, But Misapplied

I anticipate the counterargument, because I have heard it in working group sessions: “RFID is essential for automated sorting at end-of-life collection centres. Fibersort-type systems need it.”

This is the most technically serious objection, and it deserves a serious answer.

Automated sorting for fibre composition identification is a B2B infrastructure problem. It belongs to the waste management value chain, and it should be solved with B2B-level tools — including NIR spectroscopy, which is advancing faster than RFID adoption in this specific application. Embedding a hardware mandate in the DPP to solve a downstream logistics problem is the regulatory equivalent of requiring every citizen to install a barcode on their face to help supermarkets with inventory management.

The DPP is a declaration instrument. Its job is to certify what went in to a product — composition, process, supply chain provenance — not to GPS-track the garment until it decomposes in a landfill.

What Actually Works: QR Codes and ESPR Enforcement

A QR code linked to a verified digital record solves the consumer-facing DPP requirement completely. It is manufacturable at scale. It survives standard laundering cycles when properly applied (woven labels, heat transfer on durable substrates). It costs a fraction of a cent per garment. It can be cut off by the consumer who reasonably does not want to be tracked — which is their right under GDPR, and which the RFID crowd does not like to discuss.

Because here is the privacy dimension that the political conversation keeps politely sidestepping: RFID signals are passive, but readers are not. A sufficiently motivated actor — a retail surveillance system, a government checkpoint, a data broker with antenna infrastructure — can query an RFID tag without the garment owner’s knowledge or consent. The technology for garment-level geolocation at scale does not yet exist commercially. The foundation for it does. We should be careful about what we mandate into 29 billion items.

But privacy is secondary to the structural argument.

The structural argument is this: if the policy goal is to increase recycled content in European textiles, the instrument is not a chip. The instrument is a mandate.

Each EU member state implementing ESPR with minimum recycled fibre content requirements per product category will create an immediate market signal. Industry will find the fibres, the processes, and the certification infrastructure — including platforms capable of verifiable mass balance accounting at the gram-per-garment level — because the commercial incentive will be unambiguous. Enforcement becomes a matter of document verification and supply chain audit, not end-of-life tracking.

We do not need to follow 29 billion garments to their graves to prove that European textiles became more sustainable. We need to verify, at the point of production, that the inputs were what the label claims.

That is a different — and solvable — problem.

Who Benefits From Complexity?

I want to close with the question that usually goes unasked in polite working group settings.

When a solution is expensive, hardware-dependent, requires specialist integrators, and creates a recurring replacement and maintenance cycle across an industry producing 29 billion units annually — it is worth asking who benefits from that complexity. Not because the proponents are acting in bad faith. But because institutional incentives shape technical recommendations, and the DPP process has attracted significant commercial interest from parties whose business model depends on embedding hardware in every garment sold in Europe.

Simpler solutions — QR-based digital declarations, verified by interoperable platforms, enforced through ESPR content mandates — do not generate the same revenue opportunity. That does not make them less effective. It makes them less attractive to certain stakeholders.

The European Digital Product Passport can be a genuine instrument of industrial transformation. Or it can become a procurement opportunity disguised as environmental policy.

The technical working groups are still writing the standards. The political battle is already underway.

I know which side I am on.

Stefano Cipriani is founder of Reeco®, an Expert Member of CIRPASS-2 (EWG1, EWG3, EWG5), and a JRC Registered Stakeholder (Unit B5). He holds patent CN113529235 on sustainable hemp fibre processing.