As technologies such as electric vehicles, renewable energy systems, and data-center infrastructure scale exponentially, a fundamental constraint is becoming increasingly apparent: the finite supply of critical natural resources. Simultaneously, regulatory pressure, environmental expectations, and geopolitical supply-chain risks—particularly in commodities—are intensifying. In this context, the circular economy — recovering, refurbishing, and reintegrating materials — is rapidly emerging as a structural theme. Investors who recognize this shift early are positioned at the intersection of sustainability and secular growth.
For the Global Strategic Capital AG investment team, this means broadening our lens beyond next-generation technologies to include dismantling, resource-recovery, and recycling technologies as core investment domains.
Why Deconstruction & Recycling Are Now Strategic
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.
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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%).
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The concept of “urban mining” — recovering materials from existing infrastructure, electrical and electronic assets — is gaining traction, offering both environmental and economic benefits.
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Technological advances such as hydrometallurgy, automated sorting, and AI-driven material analysis are making recycling more efficient and commercially viable.
Key Investment Focus Areas
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
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Green Tech Portfolio: Companies driving resource efficiency and CO₂ reduction through circular processes.
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Hydrogen Portfolio: Rare-metal recovery from hydrogen infrastructure increases system sustainability.
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NextGenTec & Innovation Portfolios: Digital, AI, and automation platforms building the backbone of circular resource flows.
Opportunities & Risks
Opportunities
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High-growth market (e.g., battery recycling)
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Resource security & reduced primary extraction dependency
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Technological momentum enables scaling
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Regulatory push (“extended producer responsibility”)
Risks
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Technology maturity: not all solutions are market-ready
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Cost-competitiveness vs. primary raw materials
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Regulatory divergence across regions
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Increasing competition and disruption potential
Research Recommendations
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RMI – Battery Circular Economy Initiative
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Nature (2025) – Circular lithium-ion value chain analysis
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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.
Conclusion
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 & Sources
Further Reading
- Ellen MacArthur Foundation – Financing the Circular Economy
https://ellenmacarthurfoundation.org/topics/finance/overview -
McKinsey – Why the circular economy is all about retaining value
https://www.mckinsey.com/capabilities/sustainability/our-insights/why-the-circular-economy-is-all-about-retaining-value -
World Economic Forum – Securing Minerals for the Energy Transition
https://www.weforum.org/publications/securing-minerals-for-the-energy-transition-unlocking-the-value-chain-through-policy-investment-and-innovation -
International Energy Agency (IEA) – Global Critical Minerals Outlook 2025
https://www.iea.org/reports/global-critical-minerals-outlook-2025