L
Lithium Loop
Battery Recycling
EV battery recycling and critical mineral recovery
$62M|Series B|Reno, NV
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Battery Recycling
1.2 million tons of EV batteries reaching end-of-life by 2030
1.2M
Tons of EV batteries reaching EOL by 2030
$15-20B
Annual recoverable mineral value by 2030
95%+
Recovery rates achievable with hydrometallurgy
$2.8B
VC raised by battery recycling startups in 2025
Market Size: $35B by 2030CAGR: 22%
Sector Overview
The electric vehicle revolution is creating a predictable, massive waste stream of lithium-ion batteries. Unlike most waste categories where feedstock volume is uncertain, battery retirement follows calculable degradation curves—we know when batteries were manufactured, their chemistry, and their lifespan. The critical minerals inside these batteries (lithium, cobalt, nickel, manganese) are worth $15-20 billion annually by 2030. Three processing approaches compete: pyrometallurgy (smelting), hydrometallurgy (wet chemistry), and direct recycling (cathode refurbishment). The EU Battery Regulation mandates minimum recycled content starting 2031, creating regulatory demand floors for recycled materials.
Our Investment Thesis
Battery recycling has the most compelling investment thesis in waste-tech: guaranteed, predictable feedstock (batteries degrade on known schedules), regulatory demand mandates (EU recycled content requirements), attractive unit economics ($8,000-15,000 in recoverable minerals per ton), and OEM partnerships that provide feedstock access and offtake certainty.
Opportunities
- +Hydrometallurgical processes recovering 95%+ of critical minerals
- +Direct recycling preserving cathode structure for re-use (50% cost reduction if proven)
- +Second-life battery applications (stationary storage) before recycling
- +Digital battery passports creating traceability and data value
- +Domestic supply chain for critical minerals reduces geopolitical risk
Challenges
- !Battery pack disassembly is labor-intensive and hazardous (thermal runaway risk)
- !Diverse battery chemistries require flexible processing
- !Transportation of damaged/end-of-life batteries has regulatory restrictions
- !Competition for feedstock as more recycling capacity comes online
Key Players
Lithium Loop
Hydrometallurgical EV battery recycling (WasteVC portfolio)
Li-Cycle
Hub-and-spoke battery recycling (public)
Redwood Materials
Founded by ex-Tesla CTO, largest US recycler
Ascend Elements
Direct cathode recycling
Regulatory Landscape
- ◆EU Battery Regulation: Recycled content mandates starting 2031
- ◆US IRA: Production tax credits for domestic critical mineral processing
- ◆EU Digital Battery Passports: Required for all EV batteries by 2027
- ◆State-level battery collection mandates expanding
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