Highlights

• Cyclic Materials announces an $82 million rare earth recycling campus in McBee, South Carolina.
• The target is to process 600 tonnes per year of Mixed Rare Earth Oxides (MREO) by 2028, scaling up to 1,800 tonnes.
• This project is one of the most tangible U.S. midstream supply chain additions in years.
• The project integrates magnet pre-processing with hydrometallurgical facilities.
• A 10-year exclusive swarf recycling agreement with VACUUMSCHMELZE is included to reduce execution risk and shorten loops between manufacturing and recycling.
• Recycling offers faster permitting than mining and ensures strong heavy-REE recovery, serving as a supply chain multiplier rather than a replacement.
• The initiative aims to convert policy rhetoric into deliverable domestic feedstock for EVs, wind turbines, and defense systems.

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Cyclic Materials’ (opens in a new tab) $82 million plan to build a rare earth recycling campus in McBee, South Carolina, lands at a moment when U.S. supply-chain rhetoric is high—and deliverable assets are scarce. The project pairs a “Spoke” magnet pre-processing facility with a large hydrometallurgical “Hub,” aiming to convert end-of-life magnets into Mixed Rare Earth Oxides (MREO). If executed as described, this would be one of the most tangible midstream additions to the U.S. rare earth ecosystem in years.

What Holds Up Under the Microscope

Several claims align with known constraints in the rare earth supply chain. Recycling magnets is faster to permit and scale than greenfield mining, especially for heavy rare earths embedded in NdFeB magnets.

A designed capacity of 600 tonnes per year of MREO—scaling to 1,800 tonnes—does not replace mining, but it meaningfully augments domestic feedstock. The exclusive 10-year swarf recycling agreement with VACUUMSCHMELZE anchors demand and logistics, reducing execution risk. Co-location in South Carolina shortens loops between magnet manufacturing and recycling—an efficiency China mastered decades ago.

Investors: Where the Optimism Leans Forward

Claims equating output to “six million hybrid transmissions per year” are illustrative, not contractual. MREO is not a finished magnet, nor separated oxides ready for alloying; yields, element mix, and downstream separation still matter. Operations are slated for 2028—credible, but not immediate relief for today’s shortages. Federal and state incentives are mentioned but not specified; investors should separate project economics from policy tailwinds until details are public.

The Quiet Bias to Watch

The narrative frames recycling as a near-term substitute for mining. It isn’t. Recycling is a multiplier, not a replacement. Its strength lies in speed, circularity, and heavy-REE recovery—not in total volume. The article’s managerial optimism risks blurring that line, but stops short of misinformation.

Why This Matters

By pairing capital, offtake, and process know-how, Cyclic Materials advances the one segment the U.S. lacks most: midstream resilience. South Carolina emerging as a magnet-recycling node is notable—and investable—because it converts rhetoric into kilograms.

Profile

Founded in 2021, Cyclic Materials is a Toronto-based cleantech company building a circular, Western-anchored supply chain for rare earth elements critical to electric vehicles, wind turbines, electronics, and defense systems. Using its proprietary Mag-Cycle™ and REEPure™ technologies (opens in a new tab), the company recovers high-quality recycled Mixed Rare Earth Oxides (rMREO) and other valuable metals from end-of-life products such as EV motors, wind turbines, electronics, and MRI machines, reducing dependence on traditional mining and lowering environmental impact. Cyclic operates a Hub100 center of excellence in Kingston, Ontario, and its first U.S. commercial Spoke facility in Mesa, Arizona, and in January 2026 secured $75 million in Series C funding to accelerate global expansion. Recognized by MIT Technology Review, Fortune, and Fast Company in 2025, and partnered with industrial players across North America, Europe, and Asia, Cyclic Materials is positioning itself as a strategically important recycled-materials supplier for AI, robotics, advanced manufacturing, and defense supply chains.

Sources

Company press release, January 29, 2026.