Aluminium.

Aluminium in the ESPR working plan and CBAM

Aluminium is listed as its own priority intermediate product group in the ESPR working plan 2025-2030. The working plan lists 2027 as the indicative adoption date for the delegated act; concrete product categories, data fields, transition periods and DPP duties will only be created by that act. For aluminium producers and processors, the data foundation is already clear: alloy, product form, production route, recycled content, carbon footprint and environmental product data.

In parallel, CBAM has run in its definitive regime since 1 January 2026 for covered aluminium goods. After the CBAM simplification, a single 50-tonne threshold applies across the relevant sectors; affected importers must prepare as authorised CBAM declarants, declare embedded emissions and purchase certificates for 2026 imports from February 2027. All deadlines at a glance →

Likely data categories

• Product identity — Alloy, standard, product form, dimensions, batch, serial or coil specification and mapping to relevant CN or customs codes.
• Carbon footprint — Product-specific greenhouse gas data including direct process emissions, electricity mix and relevant upstream stages; process-related PFC emissions also matter for aluminium.
• Production route — Primary aluminium, remelting, rolling, extrusion, casting, surface treatment and electricity sourcing as central drivers of environmental impact.
• Recycled content — Share of pre-consumer and post-consumer scrap, mass-balance logic, supplier evidence and separation of closed-loop material from external secondary material.
• Material and substance data — Alloying elements, coatings, anodising or paint data, restricted substances and technical specifications for downstream customers.
• LCA / EPD evidence — EPD, PEF or LCA datasets, validity, system boundaries, verification status and versions as robust sources for later DPP claims.

CBAM: aluminium data from 2026

CBAM covers selected aluminium goods from Annex I of the CBAM Regulation, including unwrought aluminium, powders and flakes, profiles, wire, plates, foil, tubes, tube fittings, structures, containers, stranded wire, cables and further aluminium articles. For importers, the customs code is only one part of the assessment; they also need to know whether the simplified quantity thresholds are exceeded and which emissions data from suppliers is robust.

CBAM data is not automatically identical to later ESPR DPP fields. But it creates a strong basis for carbon footprint, production route, electricity sourcing, processing stage and supplier evidence. These are exactly the data domains that are likely to matter for a later aluminium DPP.

Recycled content, LCA and EPD as the DPP basis

Aluminium can be recycled repeatedly, but environmental impact depends heavily on primary production, electricity mix, process management and secondary material share. A generic material claim is therefore not enough for DPP programmes. Companies need traceable recycled-content, energy and emissions data at product, batch or supplier level.

Existing LCA and EPD data should not be detached from the DPP. A referenced architecture is cleaner: the DPP contains the relevant metrics, links back to the verified environmental source and stores version, validity, system boundary and verification status.

Sources and associations

• European Commission ESPR — Official ESPR overview with the DPP framework, product-group logic and delegated-act process
• European Commission ESPR working plan — Primary source for aluminium prioritisation as an intermediate product in 2025-2030
• European Commission CBAM sectors — Official sector information for CBAM sectors, including aluminium
• CBAM simplification 2025/2083 — EUR-Lex source for the simplification with a single 50-tonne threshold
• European Commission CBAM price — Commission note on 2026 certificate prices and certificate purchases from February 2027
• European Aluminium — Industry source for European aluminium environmental data, LCA and decarbonisation pathways

Relevant value chains

Aluminium DPP data is not created only at the smelter. It moves through rolling mills, extrusion plants, foundries, surface treatment, component manufacturing and downstream industries. Value chains with high material use or many variants are especially relevant:

• Construction and facades — Profiles, windows, facades, structures and coatings with EPD, alloy and recycling data.
• Automotive and mobility — Structural parts, housings, wheels, battery enclosures and lightweight components with batch and supplier evidence.
• Packaging and consumer goods — Foil, cans, closures and household goods with strong requirements for material, recycling and contact information.
• Energy and machinery — Cables, conductors, enclosures, rails and plant components with technical specifications and environmental metrics.

Frequently asked questions

When does the DPP apply to aluminium?

Aluminium is prioritised in the ESPR working plan 2025-2030. The working plan lists 2027 as the indicative adoption date for the delegated act. Binding DPP duties, product boundaries and transition periods arise only through that act.

What is the difference between CBAM and the aluminium DPP?

CBAM is a border adjustment system for imported aluminium goods and focuses on embedded emissions and certificates. The later aluminium DPP will make product-accompanying information digitally accessible once the ESPR act defines the fields. Both topics overlap around carbon and production-route data.

Which aluminium products are likely to be relevant?

The final ESPR act will define the DPP scope. CBAM already covers several aluminium goods such as unwrought aluminium, profiles, plates, foil, tubes, structures, containers and cables. For DPP readiness, companies should map this product and customs-code structure early.

How should recycled content be documented?

Recycled content should be documented with supplier evidence, batch linkage, definitions for pre-consumer and post-consumer material and clear mass-balance logic. Generic claims without a data source are too weak for later DPP, LCA or EPD use.