Li-Cycle was one of the cleanest stories in battery recycling: founded in 2016 by former Hatch engineers Ajay Kochhar and Tim Johnston, built around a spoke-and-hub system for turning battery scrap and spent packs into reusable metals, and backed by exactly the kinds of industrial partners the North American battery supply chain needed. Then the math broke. The Rochester Hub's cost ballooned, financing tightened, and by 2025 the company that had pitched itself as a circular-economy winner was in bankruptcy protection and being sold to Glencore. Li-Cycle is still a company profile worth reading because it captures a larger truth about the battery industry: technical relevance is not enough if project finance, construction discipline, and market timing fall apart. Illustration of a battery recycling and black mass recovery operation. Image: AI-generated for CurrentCells. 2016 Company founded $475M DOE loan closed in 2024 223 Expected permanent jobs at Rochester Aug. 2025 Acquired by Glencore A sharp idea at exactly the right moment Li-Cycle was founded in Toronto in late 2016, when the battery market still talked more about future shortages than about recycling bottlenecks. Kochhar and Johnston had worked at Hatch and understood a problem that many investors were only beginning to see: battery factories create a surprising amount of scrap, retired packs are expensive and messy to process, and North America did not have enough local capacity to recover lithium, nickel, cobalt, and other materials at industrial scale. The company's pitch was elegant. Instead of hauling dangerous battery material across continents, Li-Cycle would use regional Spokes to mechanically process feedstock into black mass, then ship that concentrated material to a central Hub for hydrometallurgical recovery into battery-grade outputs. It sounded practical because it was. The design reduced transport risk, matched the distributed geography of battery scrap generation, and gave customers a path to talk about circular sourcing without building their own recycling chemistry operation. That timing helped. EV production was accelerating, automakers and cell makers were racing to localize supply chains, and policy makers in both Washington and Ottawa wanted cleaner domestic critical-minerals loops. Li-Cycle did not need to persuade the market that recycling mattered. It only needed to convince customers and investors that it could scale faster than everyone else. For a while, that seemed to be happening. The company expanded spoke operations, signed supply deals, went public through a SPAC in 2021, and became one of the best-known battery recycling names in North America. The pitch had all the ingredients capital markets wanted: decarbonization, domestic manufacturing, commodity exposure, and a plausible moat in process integration. Core thesis: Li-Cycle was trying to become the refinery layer of the battery circular economy, the company that turns messy scrap and dead cells back into clean battery materials. Why the spoke-and-hub model made sense Battery recycling is not one business. It is several businesses stuck together. You have feedstock sourcing, hazardous handling, shredding, chemical recovery, commodity marketing, logistics, and environmental compliance. Li-Cycle's contribution was to split those steps into a distributed front end and a centralized back end. Under the model described by the U.S. Department of Energy in its 2024 loan summary, Li-Cycle's spoke network would aggregate and process lithium-ion feedstock into black mass at sites in places such as Gilbert, Arizona, Tuscaloosa, Alabama, and Rochester, New York. That black mass would then be shipped to the Rochester Hub for higher-value recovery processing. The DOE called the Rochester project the first facility of its kind in North America and said the loan would help finance construction. From a manufacturing point of view, that architecture was attractive because it mirrored how the battery industry itself is spread out. Scrap is generated near gigafactories and module plants. End-of-life packs appear where EVs and energy-storage systems are used. A spoke can sit close to those material sources, lower transport complexity, and create a feedstock stream that is easier to move and monetize. The back-end hub is where the margins were supposed to improve. Mechanical shredding alone is a decent service business. Recovering battery-grade materials from black mass is the step that can support a more strategic valuation, especially if refiners and cathode makers want local supply. Li-Cycle was not just selling safe disposal. It was trying to become part of the upstream battery-materials stack. Recycling company Core model Main strength Current pressure point Li-Cycle Spoke plus hydromet Hub North American feedstock network and industrial partnerships Project finance and execution after restructuring Redwood Materials Integrated recycling and materials production Strong domestic supply-chain ambition Scaling multiple steps at once Ascend Elements Recycling plus precursor/cathode focus Direct tie to U.S. battery-materials buildout Capital intensity Cirba Solutions Collection and processing scale Operational footprint Margin expansion beyond collection and processing The partner list was real, and so was the market demand Li-Cycle did not build its reputation on branding alone. It attracted credible strategic partners that had clear reasons to care about battery recycling. LG Chem and LG Energy Solution invested a combined $50 million and entered multi-year agreements with Li-Cycle in 2021 and 2022. Those agreements covered manufacturing scrap supply and nickel sulfate offtake, while naming Li-Cycle as a preferred North American lithium-ion battery recycling partner. That mattered because LG was not buying optionality for fun. It needed a cleaner and more localized story for battery materials, especially as North American policy started rewarding domestic content and supply-chain resilience. Li-Cycle offered a way to close part of that loop. Glencore came in even heavier. In 2022, the commodities giant made a $200 million strategic investment and later followed with more capital and commercial support. Glencore's involvement gave Li-Cycle access to a serious metals-market player that understood how recovered material could fit into larger trading and refining networks. It also gave Li-Cycle something every scaling industrial startup wants: a partner that speaks both chemistry and balance sheet. The DOE loan in November 2024 seemed to complete the picture. The agency closed a $475 million loan to help finance the Rochester Hub, framing Li-Cycle as a critical domestic recycling platform. DOE said the project could support about 825 peak construction jobs and more than 200 permanent operations jobs. At that point, the market had a clean narrative: startup proves technology, strategic investors validate it, government debt lowers financing friction, domestic battery loop gets built. LG relationship Equity plus supply and offtake agreements gave Li-Cycle real commercial credibility in battery manufacturing. Glencore relationship Capital, offtake, and later rescue financing made Glencore both a strategic backer and the eventual owner. DOE support Federal backing signaled that Li-Cycle's model aligned with U.S. supply-chain policy, not just private investor enthusiasm. Rochester became the hinge point, then the failure point The Rochester Hub was always the center of gravity. It was also the main source of risk. Building a first-of-kind recovery facility is expensive, technically difficult, and vulnerable to schedule slips because so many systems, chemistry, and permitting steps must line up at once. Li-Cycle paused construction in October 2023 after cost estimates surged. Reports over the next year increasingly described a project whose cost profile had become hard to defend. This is where the battery industry's capital structure