Post by Circular Supply Chain Network

This Week In Circular Supply Chains Each week, we highlight something that caught our attention in the world of circular supply chain and why it matters for how circular systems get built in the real world. This week, Ford Motor Company validated an EV motor rotor built from 100% recycled rare-earth magnets at its Dunton research facility in the UK, with performance results comparable to motors made from mined materials. The recycled feedstock achieved 99.87% purity for neodymium oxide, meeting Ford's commercial production standards on the first attempt. What stood out is the supply chain architecture behind the result. This was not a single company closing a loop internally. Ionic Technologies recycled scrap magnets into separated rare-earth oxides, Less Common Metals converted those oxides into alloy, GKN manufactured the finished magnets, and Ford integrated and tested the rotors. Four companies across three countries, each handling a distinct step, proved that a circular rare-earth supply chain is operationally real. Rare-earth magnet supply is currently concentrated in ways that create resilience risk for Western EV manufacturing. A validated recycling pathway that produces material equivalent to mined supply, at commercial purity levels, is the kind of proof point that changes the conversation from ambition to investment decision. For practitioners: the consortium model here distributed both capability and risk across four organizations. In your experience, is that kind of shared-risk structure an enabler for getting first-of-kind circular infrastructure built, or does the coordination complexity become its own bottleneck? You can read the full article here: https://lnkd.in/gYYeYfnG