Europe’s non-ferrous metals industry is calling on the European Commission to address a critical data gap linked to the EU’s future green product regulations. Industry leaders say that, without a fully operational Environmental Footprint (EF)-compliant database, new sustainability requirements may be difficult to apply consistently and could be challenged across global supply chains. The request focuses on an EU-wide approach for Environmental Footprint datasets and a standardised list of elementary flows for lifecycle assessments.
Industry representatives argue that consistent environmental data is needed by companies, regulators and buyers to assess the sustainability performance of metals and manufactured products. They say the push is intended to support implementation of emerging compliance expectations rather than remain limited to voluntary reporting.
Environmental Footprint methods in the EU compliance framework
The industry’s request is presented as a technical issue related to lifecycle assessment systems, but it is also described as having implications for industrial compliance. The European Commission defines Environmental Footprint methods as tools for calculating and reporting environmental impacts of products and organisations across their entire lifecycle. Methods based on ISO 14040 and ISO 14044 are described as increasingly shaping how companies demonstrate environmental performance for goods entering the European market.
As sustainability rules become more detailed, environmental data is expected to move beyond voluntary disclosure and influence market access, procurement decisions and industrial competitiveness. The industry links this shift to the need for a reliable data infrastructure supporting consistent calculations.
ESPR expands product requirements tied to lifecycle assessments
The timing of the industry request is connected to implementation of the Ecodesign for Sustainable Products Regulation (ESPR), established under Regulation (EU) 2024/1781. ESPR is described as expanding Europe’s sustainability framework with requirements covering product durability, recyclability, recycled content, carbon footprint, environmental footprint and lifecycle impacts. The regulation is presented as creating a broader system for evaluating environmental performance of products placed on the EU market.
ESPR links environmental footprint calculations with lifecycle assessment methods, including the Product Environmental Footprint (PEF) methodology and other scientific approaches approved by the European Commission. The metals industry says this linkage increases the relevance of Environmental Footprint datasets for compliance.
Iron, steel and aluminium face early intermediate-product focus
The issue is highlighted as particularly important for the metals sector because iron, steel and aluminium are identified as priority intermediate products in the European Commission’s ESPR Working Plan for 2025–2030. The Commission estimates the EU market value of iron and steel at approximately €152 billion in 2023, with indicative regulatory measures expected from 2026. Aluminium is estimated at around €40 billion in 2019, with possible measures expected from 2027.
The Commission has indicated that future sustainability requirements for these materials will complement existing climate policies, including the EU Emissions Trading System (ETS) and the Carbon Border Adjustment Mechanism (CBAM). For producers, this is described as increasing the role of environmental performance data in competitiveness across domestic and international markets.
Data inconsistency risks across multi-stage metal supply chains
Metals such as aluminium, copper, zinc and nickel are described as essential intermediate materials used throughout complex industrial value chains rather than products sold directly to consumers. The industry notes that a single tonne of metal can pass through multiple stages including rolling and extrusion, casting and machining, automotive manufacturing, electronics production, construction materials and renewable energy equipment.
The industry warns that inconsistent environmental calculations could create uncertainty because different assumptions may lead to different environmental scores for the same material depending on the dataset used. It cites variations related to electricity sources, recycling rates, allocation methods or production boundaries.
For companies purchasing raw materials, inconsistent data is described as creating risks related to product pricing, procurement decisions, sustainability claims and regulatory compliance. The concern extends beyond individual firms because metals move through many industries before reaching downstream products.
Intermediate-material regulation and verification challenges
The European Commission has acknowledged that regulating intermediate materials presents unique challenges. Because metals are incorporated into thousands of downstream products, sustainability requirements placed on producers can affect entire industrial ecosystems. The Commission highlights the need to evaluate impacts on downstream markets while ensuring verification systems remain reliable and economically practical.
The non-ferrous metals industry positions this as requiring a complete and trusted EU reference data system before companies can be expected to deliver increasingly detailed environmental information. It links this requirement to maintaining verification reliability across supply-chain stages.
Digital Product Passports increase demand for structured information
The importance of environmental data is expected to grow further with Digital Product Passports introduced under ESPR. The system is described as improving transparency across supply chains by linking products with information about manufacturers, facilities and production processes. Under ESPR, digital product passport information must be machine-readable, structured, searchable and transferable through interoperable systems.
This is described as shifting environmental information toward operational business data rather than a standalone sustainability report. For metals producers, lifecycle information could eventually connect with products, production batches and supply-chain networks.
Critical raw materials policy links Environmental Footprints to strategic materials
The issue is also connected to efforts to strengthen supply security for critical raw materials under the EU Critical Raw Materials Act. The European Commission has authority to introduce environmental footprint requirements for strategic materials aimed at encouraging sustainability, recycling and greater transparency. The materials listed include those used in electric vehicle batteries, electricity grids, wind turbines, solar technologies, defence systems, aerospace applications and advanced electronics.
The industry describes environmental performance as increasingly linked to industrial security alongside efforts for strategic independence. It says cleaner materials need to be secured while keeping production economically viable and globally competitive.
Suppliers outside the EU may need factory-level evidence
The evolving regulatory environment is also expected to affect suppliers outside the European Union, including producers in regions such as the Western Balkans, Turkey and North Africa. Future access to EU markets may require more than traditional customs documents and product certifications. Exporters may increasingly need factory-level environmental data along with verified energy-source information.
The industry lists additional documentation needs including recycling-content documentation, production emissions records, material traceability systems and digital supply-chain information. It describes this trend as similar to developments already seen under CBAM where environmental performance becomes a measurable commercial factor when supported by credible technical documentation.
Services expand around lifecycle data management and MRV
The growing demand for environmental transparency is described as creating opportunities for new industrial services focused on Environmental Footprint modelling and lifecycle data management. Other service areas cited include factory-level monitoring systems and measurement, reporting and verification (MRV). Renewable energy certification and supplier sustainability assessments are also listed among potential services.
The industry says both buyers and producers have incentives tied to improving data quality. Manufacturers are described as needing reliable information for procurement decisions and reporting obligations, while suppliers are described as needing accurate environmental profiles to protect market access and avoid being classified using generic high-impact assumptions.