WEF, GIC Launch Plan for Vehicle Circularity Worldwide

Post by : Amit

Photo: Reuters

Geneva/Singapore | June 2025 — The World Economic Forum (WEF), in partnership with Singapore’s sovereign wealth fund GIC and the Global Battery Alliance (GBA), has launched a global initiative to overhaul the way end-of-life vehicles (ELVs) are managed, calling for a shift from today’s waste-heavy linear model to a circular, sustainable vehicle recovery system.

With nearly 27 million vehicles reaching end-of-life status annually around the world, industry experts warn that the current vehicle disposal ecosystem—often fragmented, informal, and lacking regulation—has become a growing environmental and economic concern. The new partnership seeks to establish a digitally enabled, globally harmonized framework for ELV circularity that emphasizes traceability, resource recovery, and long-term sustainability.

From Waste to Resource: A Circular Vision for Vehicles
The initiative was introduced at a WEF session focused on industrial circularity and global mobility. Leaders from the automotive, energy, and technology sectors were briefed on the planned framework, which will guide car manufacturers, dismantlers, recyclers, and governments toward a unified circular model for vehicle retirement and component reuse.

According to a WEF briefing, the framework will center on four pillars:

• Digital product passports to track a vehicle’s components from production to end-of-life;
• Design for disassembly, encouraging automakers to build vehicles with recyclability in mind;
• Policy and regulatory alignment across borders;
• And global supply chain collaboration among stakeholders, from OEMs to recyclers.

“We’re talking about redefining how the world approaches vehicle disposal,” said a WEF spokesperson. “If we want to build a truly circular and sustainable transportation ecosystem, we must stop seeing end-of-life vehicles as waste—and start seeing them as resources.”

EV Battery Focus Gains Priority
A critical focus of the initiative is the growing number of electric vehicles entering the global market—and the corresponding increase in EV batteries that will soon reach end-of-life. These high-value components, if improperly disposed of, can pose environmental hazards and safety risks.

The Global Battery Alliance, a WEF-affiliated platform comprising more than 140 public and private organizations, is working alongside GIC and other stakeholders to implement battery passports. These tools will digitally document battery composition, usage history, and recycling pathways, ensuring responsible reuse or recovery of materials like lithium, cobalt, and nickel.

“Recycling and reusing batteries is not just good for the planet—it’s critical for resource security,” said an executive from the GBA. “As EV adoption scales up, circular systems must be in place to keep critical materials in circulation.”

The Circularity Business Case
WEF and GIC emphasized that the initiative is not only a climate necessity but also an economic opportunity. Studies suggest that up to 85% of a vehicle’s materials—including metals, plastics, and electronics—can be recovered and reintroduced into manufacturing cycles. However, current global recovery rates are significantly lower due to fragmented practices and insufficient regulation.

The proposed framework also supports national and corporate net-zero goals, which increasingly depend on resource-efficient supply chains and material reuse. By integrating circularity into design, production, and retirement stages, the initiative aligns closely with broader ESG (Environmental, Social, and Governance) mandates.

Global Pilot Programs Expected
The WEF-GIC initiative is currently in its first phase, with pilot programs, stakeholder workshops, and policy templates being developed in select regions. Automotive manufacturers, sustainability consultancies, recyclers, and regulators are being invited to collaborate on shaping an actionable roadmap.

Industry observers say the project comes at a crucial moment as car manufacturers face mounting pressure to reduce emissions not just during use, but across the entire lifecycle of a vehicle—including manufacturing, disposal, and raw material sourcing.

EV, Battery