Skip to main content

The traditional linear path “extract raw materials → manufacture product → dispose” is under increasing pressure: resources are becoming scarcer, environmental and social costs are rising, and regulations are tightening.

  • The global battery recycling market was valued at approx. USD 26.9 bn in 2024 and is expected to reach around USD 77.1 bn by 2034 (CAGR ~11.2%).

  • The concept of “urban mining” — recovering materials from existing infrastructure, electrical and electronic assets — is gaining traction, offering both environmental and economic benefits.

  • Technological advances such as hydrometallurgy, automated sorting, and AI-driven material analysis are making recycling more efficient and commercially viable.

Battery Recycling & Second-Life Batteries

End-of-life batteries from EVs and storage systems contain high-value metals (lithium, nickel, cobalt, manganese). Recycling and second-life storage use cases are becoming increasingly economically relevant.

Material Recovery from Infrastructure & Electronics

Buildings, industrial facilities, solar modules, and electronic waste contain significant metal, plastic, and rare earth resources. Urban mining, particularly in construction demolition, offers massive recovery potential.

Circular-Economy Technology Platforms

Automation, AI, digital twins, sensors, and blockchain are becoming critical enablers — from material tracing to process optimization.

Regulatory & Policy Drivers

EU battery regulation and global incentive programs create strong tailwinds. Competitive advantages increasingly accrue to companies offering scalable circular-economy solutions.

Portfolio Integration

Opportunities

  • High-growth market (e.g., battery recycling)

  • Resource security & reduced primary extraction dependency

  • Technological momentum enables scaling

  • Regulatory push (“extended producer responsibility”)

Risks

  • Technology maturity: not all solutions are market-ready

  • Cost-competitiveness vs. primary raw materials

  • Regulatory divergence across regions

  • Increasing competition and disruption potential

 

Research Recommendations

  • RMI – Battery Circular Economy Initiative

  • Nature (2025) – Circular lithium-ion value chain analysis

  • Journal of Circular Economy – Urban mining landscape review

Outlook: The Next 5–10 Years

  • Infrastructure scaling — recycling plants & material recovery hubs globalize.
  • Value-chain integration — circular sourcing becomes core industrial strategy.
  • Mainstream investment theme — circularity shifts from ESG narrative to growth driver.

The future of investing lies not only in the “new” — but increasingly in the “reuse, recover, and regenerate.” Companies that efficiently return materials to industrial cycles mitigate raw-material risk and unlock structural growth. The next commodity boom may arise not from new mines — but from old materials.

Further Reading

Spot early. Decide smart. – With our Investment Update.

The future of markets starts here – stay informed with our Investment Update.