On September 22, 2026, Nth Cycle announced a binding preliminary agreement with Glencore covering an estimated value of more than $1 billion over ten years. Under the proposed arrangement, Glencore would supply recycled battery material to Nth Cycle’s planned SHIELD facility and purchase lithium- and nickel-based products produced from that feedstock. Final agreements are expected before the end of 2026. The scale is significant, but the commercial structure matters even more. Battery recyclers do not succeed simply by proving they can recover valuable metals. They need enough material to keep plants operating, consistent feedstock quality, reliable buyers, and pricing structures capable of surviving volatile commodity markets.
One Agreement Covers Both Ends of the Supply Chain
The cooperation focuses primarily on SHIELD, a planned facility in the southeastern United States with capacity to process up to 24,000 tonnes of black mass annually. Black mass is produced after lithium-ion batteries and manufacturing scrap are shredded and contains varying quantities of lithium, nickel, cobalt, copper, graphite, and other materials. Reuters reported that Glencore could supply approximately 24,000 tonnes per year, effectively covering the plant’s expected feedstock requirement. Nth Cycle would process the material into battery-grade lithium carbonate and a high-purity mixed hydroxide product rich in nickel, which Glencore would then purchase. The companies are also considering using an existing Glencore industrial site in the US and studying broader applications of Nth Cycle’s technology in Europe and other regions.
The announced value above $1 billion should not be interpreted as guaranteed revenue. It is based on projected metal prices as of the second quarter of 2026 and will depend on actual volumes, metal content, market prices, and final contractual terms. That distinction is important because two shipments of black mass with identical weight can have substantially different economic value. Material rich in nickel and cobalt may generate higher-value output, while the increasing penetration of lithium iron phosphate batteries changes recycling economics because these batteries contain neither nickel nor cobalt.
Feedstock May Be More Important Than Processing Capacity
For recycling companies, plant utilisation is one of the central economic variables. A technologically efficient facility can still struggle if it cannot secure enough material. Battery waste also develops more slowly than electric vehicle sales because vehicle batteries remain in use for years. As a result, manufacturing scrap currently represents an important part of the available recycling feedstock. But even this supply is uncertain: as battery factories become more efficient and reduce production waste, recyclers may receive less scrap.
Glencore addresses part of this problem by operating on both sides of Nth Cycle’s future plant. Its trading network and US battery-processing operations can aggregate black mass from multiple sources, while its commodity network can absorb and market the refined materials produced by Nth Cycle. This structure lowers the risk of an idle facility and reduces uncertainty around product sales. However, it also increases Nth Cycle’s dependence on a powerful commercial partner. Feedstock specifications, pricing formulas, acceptance standards, and risk-sharing arrangements may ultimately matter as much as extraction efficiency.
Financing the Move to Industrial Scale
Nth Cycle already operates a facility in Fairfield, Ohio, which began production in 2024. According to the company, by August 2026 the site had accumulated approximately 3,400 production hours, with recovery rates reaching 99% and product purity of 98%. These figures suggest that the technology has progressed beyond the laboratory stage. SHIELD, however, represents a much larger test. The new facility is not expected to begin operations before 2029, its final location has not been disclosed, and full financing still needs to be secured.
The project has also been selected by the US Department of Energy for negotiations over federal support of up to $100 million. Separately, Nth Cycle announced a ten-year preliminary arrangement with Trafigura in March with an estimated value of approximately $1.1 billion. The company says its preliminary commercial agreements together cover the projected feedstock and offtake requirements of SHIELD. Meanwhile, Nth Cycle plans to become publicly traded through a combination with Kensington Capital Acquisition Corp. VI at an announced enterprise value of around $585 million. The transaction could provide up to $230 million from Kensington’s trust account, subject to shareholder redemptions, while an additional equity placement could raise up to $100 million.
A Broader Lesson for Battery Recycling
The Nth Cycle–Glencore agreement highlights a broader shift in the battery industry. Recycling is not simply a question of recovery technology. Successful projects need an integrated system covering collection, shredding, transport, chemical separation, refining, financing, commodity risk management, and product sales. Large commodity traders can provide many of these links, helping younger technology companies reach industrial scale faster.
For Nth Cycle, the Glencore agreement reduces one of the largest risks facing SHIELD: building a plant without enough material or without buyers for its output. But it also demonstrates where commercial power may accumulate. In battery recycling, competitive advantage may belong not only to companies with the most efficient processing technology, but also to organisations that control the movement, quality, pricing, and destination of materials before and after they enter the plant.