Detailed breakdown of ESPR Regulation (EU) 2024/1781, CBAM alignment, scrap ratio metrics, embodied carbon accounting, and mill certificate digitization.
EU Metals Digital Product Passport Definition
A machine-readable digital record assigned to raw and semi-finished metals (coils, billets, slabs, structural shapes, and alloys) via a scannable data carrier (e.g., QR code or laser-etched matrix). Mandated under the Ecodesign for Sustainable Products Regulation (ESPR), it verifies embodied carbon emissions, scrap ratios, smelter origins, and mill test certificates (MTC) across intermediate supply chains.
Source: SupplyPassport
Timeline
Indicative adoption of the ESPR Delegated Act for Iron & Steel (first intermediate product group).
Indicative adoption of the ESPR Delegated Act for Aluminium.
Mandatory DPP enforcement for Iron & Steel placed on or imported into the EU market (~18 months post-delegated act).
Mandatory DPP enforcement for primary and secondary Aluminium products.
Scope
| Product Group | Primary Target Items | Identifier Level | Indicative Delegated Act | Est. Enforcement |
|---|---|---|---|---|
| Iron & Steel | Hot/cold rolled coils, rebar, structural beams, wire rod, stainless steel | Heat Number / Batch / Coil URI | Q4 2026 | Late 2028 |
| Aluminium & Alloys | Extruded profiles, rolled sheets, foundry ingots, billets, wire | Batch / Heat / Bundle URI | Q3–Q4 2027 | 2029 |
| Fabricated Metal Goods | Fasteners, pipes, structural assemblies | SKU / Part Number | Covered under CPR / Downstream ESPR | 2028 – 2030 |
Data Requirements
Regulatory Interplay
Non-EU steel and aluminium producers exporting to Europe must already report embedded carbon under CBAM. The ESPR Metals DPP utilizes these exact carbon calculations to establish the digital product record, preventing double reporting.
Metals destined for structural construction (e.g., structural steel girders, rebar) must link the DPP directly to the mandatory Declaration of Performance and Conformity (DoPC) under the revised CPR.
Data Access
Grade specifications, recycled scrap ratio, embodied carbon footprint, and basic mill origin details.
Verified CBAM embedded carbon reports, REACH substance disclosures, and full audit trail of facility locations.
Digital Mill Test Certificate (EN 10204 3.1 / 3.2), precise mechanical/chemical parameters for structural calculations.
Internal furnace energy balance logs, proprietary alloy additive costs, and sub-tier scrap vendor identities.
Roadmap
Transition traditional EN 10204 3.1 PDF certificates into structured JSON/XML API feeds.
Standardize Scope 1 and Scope 2 emissions calculations per melt batch to feed both CBAM declarations and DPP records.
Implement physical tagging (laser-etched matrix, high-temp tags, or QR stickers) at the coil, ingot, or bundle level.
Integrate PLM/ERP systems with a centralized DPP platform (like SupplyPassport) to automate registry generation.
Frequently Asked Questions
ESPR explicitly categorizes Iron, Steel, and Aluminium as "intermediate products." This means passports are required at the melt/coil/billet level so downstream fabricators can carry that sustainability data into finished products.
The DPP does not require tracing individual scrap metal pieces back to their original point of consumption. It requires verified mass-balance calculations proving the total percentage share of recycled content (pre-consumer vs. post-consumer) used in the heat charge.
No. For bulk or continuous metal products, the data carrier (QR code or URI link) can be attached to the physical bundle, shipping tag, heat invoice, or accompanying shipping documentation.
