The worldwide battery sector is undergoing structural change. Between 2025 and 2035, battery recycling and second-life battery markets will transition from scattered pilots to widespread industrial implementation. The sector will surpass USD 3.59 billion in 2025, with sustained expansion anticipated through 2035.
EU Battery Regulation Transforms Circularity
The EU Batteries Regulation (2023/1542) converts recycling from discretionary practice into a compliance-driven sector with binding obligations:
- Mandatory collection, treatment, and recycling efficiency targets
- Specified material recovery thresholds for lithium-based batteries
- Producer responsibility spanning the full battery lifecycle
- Phase-in mandates for design-for-removability and recyclability
Digital Battery Passports
Starting in 2027, EV and industrial batteries marketed in Europe will require QR-code–accessible standardised information, including carbon footprint metrics, recycled content levels, battery composition, and lifecycle documentation. Volvo’s EX90 battery passport and Catena-X compatibility standards demonstrate practical implementation.
Digital passports transform battery waste into investable commodities, expediting funding for both recycling and reuse sectors.
Market Realities and Execution Challenges
Despite favourable structural conditions, battery recycling remains economically vulnerable to commodity price fluctuations. Li-Cycle halted development of its Rochester facility due to cost overruns. Umicore modified expansion plans in 2024, preferring to improve current operations while awaiting stronger market signals.
US Trade Tariffs Accelerate Regional Diversification
Current US trade tariffs targeting Chinese EV batteries are reconfiguring worldwide recycling patterns, accelerating regional recycling and material recovery initiatives across North America and Europe.
Second-Life Batteries
Retired EV batteries maintaining 70–80% of starting performance are progressively redeployed into energy storage, grid stabilisation, and emergency power—generating an additional 7 to 10 years of economic value before final recycling.
“Market participants who approach battery recovery and second-life functionality as a foundational operational model for the electrified global economy will capture maximum advantage.”
