America's Urban Mine Expands: ERI and Cyclic Materials Bet Big on Rare Earth Recycling

Highlights

• ERI and Cyclic Materials announced a strategic partnership combining a nationwide e-waste collection network with commercial rare earth recovery in the U.S.
• ERI processes over one million pounds of e-waste daily while Cyclic Materials' Arizona facility is designed to handle up to 25,000 tonnes of end-of-life components annually.
• Key investor metrics remain unanswered, including rare earth oxide output, recovery yields, product purity, operating costs, and offtake agreements.
• Recycling can shorten supply timelines compared to new mining but is unlikely alone to meet surging demand for NdPr, dysprosium, and terbium.
• Domestic supply chain resilience requires not just feedstock, but expanded separation, metal and alloy production, magnet manufacturing, and qualified end customers.

ERI (opens in a new tab) and Cyclic Materials (opens in a new tab) have announced a strategic partnership to build one of the largest rare earth recycling ecosystems in the United States by combining a nationwide electronics collection network with commercial rare earth recovery. The agreement expands domestic access to magnet-bearing end-of-life products and advances a circular supply chain for permanent magnet materials. Rare Earth Exchanges® View: This is a meaningful feedstock and recycling infrastructure announcement—not yet a transformational increase in domestic rare earth supply. Investors should distinguish between collecting larger volumes of e-waste and producing commercial quantities of separated rare earth oxides, metals, alloys, and ultimately permanent magnets. The partnership strengthens an important link in the recycling value chain, but the industry's principal bottlenecks remain commercial-scale separation, downstream processing, economics, and end-market qualification.

America's Urban Mine Gets Bigger

Discarded electronics may ultimately prove more strategically valuable than many undeveloped ore bodies. ERI and Cyclic Materials intend to demonstrate that by combining one of North America's largest electronics collection networks with commercial rare earth recycling capabilities. For investors, the takeaway is straightforward: expanding the supply of magnet-bearing feedstock could gradually reduce reliance on imported raw materials while strengthening domestic supply chain resilience.

From Collection to Chemistry—The Real Test

ERI reports processing more than one million pounds of electronic waste each day, while Cyclic Materials' Arizona facility is designed to process up to 25,000 tonnes of end-of-life components annually. Those figures support the claim that substantial feedstock is available. What remains unanswered are the metrics investors ultimately need: expected production of individual rare earth oxides, recovery yields, product purity, operating costs, customer offtake agreements, and commercial margins. Processing large volumes of e-waste is not the same as producing commercially significant quantities of separated rare earth products.

Reading Between the Headlines

The companies are correct that end-of-life electronics represent an underutilized domestic source of rare earth elements. Recycling can shorten supply timelines relative to developing new mines and should become an increasingly important complement to primary production. However, the assertion that recycling is the "most realistic approach" to resolving supply constraints reflects a strategic viewpoint rather than a demonstrated conclusion. Even under optimistic adoption scenarios, recycled material alone is unlikely to satisfy growing demand for NdPr, dysprosium, and terbium driven by electric vehicles, robotics, AI infrastructure, defense systems, and industrial automation.

For Rare Earth Exchanges, the broader significance lies in the Great Powers Era 2.0™. Every additional domestic source of magnet-bearing feedstock strengthens supply chain resilience. Yet resilience requires far more than feedstock. The United States and its allies must still expand commercial separation, metal and alloy production, permanent magnet manufacturing, and qualified downstream customers. Recycling is becoming an increasingly important pillar of that strategy—but it is one pillar, not the entire structure.

Profiles

Electronic Recyclers International (ERI) is North America's largest fully integrated electronics recycling and IT asset disposition (ITAD) company, operating eight certified facilities across the United States with the capacity to process more than one billion pounds of electronic waste annually. Headquartered in Fresno, California, ERI provides secure data destruction, electronics refurbishment, and end-of-life recycling services for federal and state agencies, Fortune 500 companies, original equipment manufacturers (OEMs), and consumers. The company employs advanced automated shredding and AI-enabled sorting technologies to recover valuable materials while maintaining a zero-landfill, zero-export policy. ERI also holds leading environmental and cybersecurity certifications, including R2, e-Stewards, NAID AAA, ISO 27001, and SOC 2 Type II, positioning it as a key player in the U.S. circular economy and an increasingly important source of critical mineral and rare earth recycling feedstock.

Cyclic Materials is a Canadian cleantech company founded in 2021 and headquartered in Toronto that is developing a circular supply chain for rare earth elements (REEs) and other critical minerals through the recycling of permanent magnets from end-of-life products, including electric vehicles, consumer electronics, wind turbines, industrial equipment, and robotics. Co-founded by Ahmad Ghahreman and Patrick Nee, the company has developed proprietary MagCycle℠ technology to recover magnet-containing materials and REEPure℠ technology to refine them into recycled mixed rare earth oxides (rMREOs) suitable for re-entry into the permanent magnet supply chain. In addition to rare earth oxides, Cyclic recovers valuable byproducts such as copper, aluminum, and ferrous materials.

Backed by more than $82 million in funding from investors that include Amazon's Climate Pledge Fund and Microsoft, the company operates a Center of Excellence in Kingston, Ontario, while expanding commercial operations in Mesa, Arizona. Cyclic Materials is positioning itself as a key player in North America's emerging rare earth recycling ecosystem, seeking to reduce dependence on newly mined materials and strengthen domestic supplies of strategically important critical minerals.