The European Commission must publish an implementing act by December 31, 2026, establishing the official methodology for calculating and verifying recycled content in plastic components of new vehicles. This regulatory step is forcing automotive OEMs and their polymer suppliers to fast-track post-consumer recycled (PCR) certification infrastructure ahead of binding content targets in subsequent years.
Background
In December 2025, the European Commission and the Council reached a political agreement on the revised End-of-Life Vehicles (ELV) framework. In February 2026, the compromise text was published, marking a key step toward adopting the new ELV Regulation. The shift from the ELV Directive to a directly applicable regulation is more than a legal update - it reflects a broader policy move from end-of-life waste management toward lifecycle-based circularity.
The regulation sits at the center of Europe's Green Deal and Circular Economy Action Plan. The automotive manufacturing industry consumes over 6 million tonnes of plastics per year but makes little use of recycled materials. A JRC study cited by industry sources found that approximately 80% of recycled plastic currently used in new vehicles originates from pre-consumer industrial scrap, with only around 109,000 tonnes of post-consumer recycled (PCR) plastics from end-of-life vehicles entering car manufacturing in the EU annually, according to data reported by Auto Recycling World. Just 19% of plastic from ELVs is recycled, with 40% directed to energy recovery and 41% sent to landfill.
Details
The verification deadline represents the regulation's most immediate operational pressure point. By December 31, 2026, the Commission must adopt implementing acts establishing the methodology for calculating and verifying the percentage of recycled content recovered from post-consumer plastic waste recycled and collected within the EU. The methodology may include mandatory independent third-party audits of recycled content manufacturers in the Union and of plastic packaging placed on the market.
The content targets underpinned by this methodology are phased. Co-legislators agreed that plastic used in each new vehicle type should contain a minimum of 15% recycled plastic within six years of the rules' entry into force and 25% within ten years. At least 20% of these targets must be sourced from end-of-life vehicles, equating to 3% recycled content sourced from ELVs after six years, and 5% after 10 years. Only post-consumer derived material counts toward the targets; recycled content procured from outside the EU will not be allowed to count for the first 48 months after entry into force, according to the provisional agreement text. Chemical recycling will count toward the targets using a mass-balance accounting approach.
Certification frameworks to substantiate recycled content claims already exist. TÜV SÜD's Recycled Content Programme operates as an independent certification in accordance with EN 15343, ISO 14021, and EN 45557, with those standards ensuring traceability of material flows and correct declaration of recycled content. DIN EN 15343 defines how recycled content in plastic materials is calculated, documented, and made traceable at material level. However, these frameworks have not yet been formally adopted as the EU's prescribed verification method under the forthcoming implementing act.
Supply constraints pose a structural challenge. Limited availability of high-quality recycled plastics suitable for automotive applications remains a key obstacle. Automotive-grade recycled polypropylene (rPP), polyethylene (rPE), and polyamide (rPA) are in short supply. Most plastics from scrapped vehicles are either downcycled into non-automotive applications or incinerated due to the lack of standardized collection and sorting systems. ICIS Plastic Recycling Analyst Mia McLachlan noted that "recycled content mandates are expected to be met primarily through recycled polyolefins, supported by the wider availability of suitable waste feedstocks compared with other polymers used in the automotive sector". ICIS had previously estimated that 0.5 to 0.6 million tonnes of recycled polyolefins would be required by 2040, with polypropylene representing the dominant share.
What is changing is the level of data integrity expected to support compliance claims. Meeting recycled content targets, demonstrating circular design readiness, and verifying proper treatment outcomes all depend on reliable information about materials and volumes across complex supply chains and recovery networks.
Outlook
The precise measurement and certification rules producers will use to demonstrate compliance are still under development. Industry analysts advise building proof infrastructure now using chain-of-custody tracking and mass-balance accounting, as these approaches are expected to align with the eventual methodology. Investments in chemical recycling could play a pivotal role in addressing supply shortfalls, as the technology enables processing of hard-to-recycle plastics that traditional mechanical recycling cannot handle. Nevertheless, large-scale chemical recycling deployment remains uncertain due to high costs and regulatory hurdles. The regulation's flexibility clause allows the Commission to delay or revise down targets temporarily "in case the lack of availability or excessive prices of specific recycled plastics make compliance with the minimum percentages of recycled content excessively difficult", according to the provisional agreement.
