Seoul seeks to turn end-of-life fuel-cell vehicles into power systems and domestic mineral supply source.
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South Korea launches US$30 million programme to recycle hydrogen vehicle parts and recover rare earths | News | Eco-Business | Asia Pacific
Abatify Summary
Nature & Climate Perspective
**South Korea's $30 million fuel-cell recycling initiative directly mitigates the severe ecological degradation and toxic runoff typically associated with primary rare earth mining. **
- Reduces regional biodiversity loss and soil contamination by sourcing critical minerals like platinum and neodymium from circular loops rather than destructive open-pit mines.
- Lowers the lifecycle carbon footprint of hydrogen fuel-cell vehicles, preserving carbon-sink capacities in areas globally threatened by raw mineral extraction.
- Promotes long-term environmental stability by pioneering a closed-loop system that prevents hazardous end-of-life fuel-cell components from entering landfills.
Market & Policy Outlook
**This recycling framework drives corporate alignment with SBTi Scope 3 targets while highlighting the need for ICVCM-equivalent methodologies for circular economy emissions avoidance. **
- Enables automotive manufacturers to meet rigorous SBTi Scope 3 criteria by slashing the embodied carbon of their supply chains through recycled inputs.
- Exposes a gap in current ICVCM Core Carbon Principles (CCPs), which largely lack standardized methodologies to credit additionality and emissions avoidance from industrial circularity.
- Lays the regulatory groundwork for potential integration with Article 6.2 mechanisms, as countries look to trade ITMOs based on verified industrial decarbonization and low-carbon technology transfer.
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