The automotive industry currently faces a massive challenge: the effective recycling of plastics from End-of-Life Vehicles (ELVs). The latest report by the Geneva-registered Global Impact Coalition (GIC), titled “Automotive Plastics Circularity Pilot Report,” highlights that creating a circular economy for automotive plastics is now fully technologically possible. Through an unprecedented collaboration of eight global chemical and waste management giants in a pilot project, it was proven that plastic components from vehicles can be successfully recovered and transformed into recyclable raw materials. As regulatory pressure mounts in both Europe and China, the project’s results also point to the next major task: following technological success, the goal is now proving economic viability and creating structured value chains.
The 800,000-Ton Problem and Unprecedented Industry Collaboration
Modern vehicles are traditionally designed so that valuable metals and electronic components can be relatively easily recovered. In contrast, the fate of plastics found in seats, dashboards, bumpers, and other interior parts is much bleaker. According to the official GIC report, less than 20 percent of automotive plastics are currently recycled. As a result, in Europe alone, more than 800,000 tons of plastic waste from ELVs end up in landfills or incinerators each year, representing a staggering environmental and economic loss. The extremely wide variety of plastics and polymers used in the automotive industry has made sorting and processing a highly complex, almost unsolvable task until now.
To meaningfully address the problem, the Global Impact Coalition established a unique, cross-industry (pre-competitive) collaboration among eight leading players in the chemical and recycling sectors. The project involved BASF, Covestro, LG Chem, LyondellBasell, Mitsubishi Chemical Group, SABIC, SUEZ, and Syensqo. Furthermore, specialized technology partners such as Autodemontage Klaas Boer, Reyond, and Steinert were brought into the dismantling, shredding, and sorting processes.
Quantified Results of the Pilot Project
During the pilot program executed in the Netherlands and Germany, the partners processed exactly 100 End-of-Life Vehicles (ELVs) through a complete dismantling, shredding, and sorting chain. The essence of the innovative method was that instead of shredding the entire vehicle at once (as is often the case today), the materials were systematically organized according to polymer types and component functions.
As a result of the strict and precise sorting, 10 different polymer types were isolated from the dismantled cars. From the 100 cars, approximately 8 metric tons of plastic were successfully recovered, resulting in exceptionally high-quality and pure polymer fractions. This sorted volume of material was then converted into recyclable raw materials by the participating companies using their own specific technologies.
Technological Success is Clear, but Economic Barriers Remain
The report’s primary conclusion is that the pilot proved the technical feasibility of closed-loop automotive recycling beyond any doubt. Charlie Tan, CEO of GIC, stated very firmly in the report’s foreword: “Closing the loop on automotive plastics is no longer a question of ambition, but of execution.”
However, the document also bluntly points out that despite the technical success, proving commercial and economic viability is still pending. The main obstacle is no longer technological limitations, but deeper systemic issues: the lack of coordination among various stakeholders, fundamental economic feasibility questions, and the absence of a well-structured value chain. The infrastructure is simply not yet developed enough to operate the entire process profitably on a large, industrial scale.
Stricter Global Regulations: A Huge Gap Between Targets and Reality
The transformation of the market is made inevitable not only by sustainability ambitions but also by a drastically tightening legislative environment. New regulations from the European Union significantly raise the stakes for the industry. Under the mandates, by 2036, new vehicles placed on the market must contain at least 25 percent recycled plastics. What poses an even greater challenge: at least 20 percent of these materials must come strictly from closed-loop recycling, specifically from end-of-life vehicles.
The report highlights the harsh reality: currently, the closed-loop recycling rate for new cars is only about 2.5 percent. The gap between legally mandated targets and the current state is enormous, but this also harbors a massive business and innovation opportunity for the industry.
Moreover, the pressure is by no means limited to Europe. China—one of the world’s largest automotive markets—processed over 7.9 million ELVs in 2024 and launched a new national action plan in December 2025 aimed at significantly increasing the use of recycled materials in car manufacturing by 2030. Solving the circularity of automotive plastics is thus undeniably a global challenge.
The Path Forward: Heading into Phase Two of the Project
The research results just published provide a stable foundation for the next stage of GIC’s work. The second phase of the project will focus specifically on evaluating economic viability and integrating the process into the value chain. During this phase, the coalition will develop component-specific scenario modelling, conduct key trials involving automation, investigate the chemical recycling possibilities of mixed waste streams, and practically integrate “design for recycling” principles.
The message of the project is clear: the era of the linear economic model in the automotive industry is coming to an end. The transition from wasteful disposal to circular recovery is achievable, but ultimate success will require political support, targeted financial investments, and unprecedented industry synergy.
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Original Source: Official report and press release on automotive plastics by the Global Impact Coalition (GIC) – GIC Automotive Plastics Circularity Pilot Report