LG Electronics Launches 1.6-Tonne Rare-Earth Magnet Recovery Pilot

Highlights

• LG Electronics partnered with South Korea's Ministry of Climate, Energy and Environment to recover rare-earth magnets from discarded refrigerator and air-conditioner compressors.
• The pilot targets 1.6 tonnes of permanent magnets per year from roughly 40,000 end-of-life appliances using LG-developed demagnetization and AI vision technology.
• Recovered magnets are slated for raw-material conversion research toward future magnet production, not yet confirmed commercial magnet-to-magnet recycling.
• South Korea sees millions of end-of-life appliances as a potential distributed secondary feedstock to reduce exposure to concentrated Chinese rare-earth processing.

The refrigerator in a Korean scrapyard is becoming a tiny rare-earth mine. LG Electronics has partnered with South Korea’s Ministry of Climate, Energy and Environment and E-Cycle Governance to recover rare-earth permanent magnets from discarded refrigerator and air-conditioner compressors. The pilot targets 1.6 tonnes of magnets annually from roughly 40,000 appliances, using LG-developed demagnetization and AI vision technology. The numbers are small; the industrial logic is not.

REEx Insight: The Mine Already Happened

Covered by Korea JoongAng Daily (opens in a new tab), this is urban mining moving closer to industrialization. Unlike conventional mining, these magnets have already passed through the expensive chain of mining, separation, metallization, alloying, and magnet manufacturing. The strategic question is how much of that embedded value can be economically preserved.

LG’s potentially important contribution is therefore physical magnet recovery, not yet closed-loop magnet manufacturing. Its magnetic-field demagnetization process avoids the high heat traditionally used to make powerful magnets easier to handle, potentially reducing energy consumption and limiting thermal degradation. AI vision identifies compressor geometry and magnet location to optimize disassembly.

But investors should keep the champagne corked. 1.6 tonnes is a pilot, not supply-chain independence. LG has not disclosed recovery yield, magnet chemistry, NdPr/Dy/Tb content, processing cost, purity, downstream recycling partner, or economics versus virgin material. Most importantly, the recovered magnets are slated for development of raw-material conversion technology for future magnets—not confirmed commercial magnet-to-magnet production.

Korea Turns Appliances Into Feedstock

The strategic direction is nevertheless compelling. Compressors historically yielded recoverable copper while their powerful permanent magnets largely disappeared into scrap streams. LG is trying to capture that material before its value is diluted.

For South Korea—an advanced manufacturing economy exposed to concentrated Chinese rare-earth processing—millions of end-of-life appliances could eventually become a distributed secondary feedstock. The magnet in yesterday’s air conditioner may help build tomorrow’s motor.

REEx Connect

Sources: LG Electronics official release (opens in a new tab); Korea JoongAng Daily coverage (opens in a new tab); Yonhap News Agency.