A Billion-Dollar Bet on Domestic Battery Recycling
Nth Cycle, a Massachusetts-based critical metals refining company focused on recovering nickel, cobalt, and manganese from battery materials, has signed a 10-year supply agreement with Trafigura valued at approximately $1.1 billion. The deal is one of the largest commercial agreements in the emerging US battery recycling industry and provides Nth Cycle with a long-term off-take commitment from one of the world's largest commodity trading companies — a significant validation for a sector that has been building out its commercial base.
Trafigura, headquartered in Singapore, handles hundreds of millions of tonnes of metals, minerals, and energy products annually. A 10-year agreement at this scale signals that the company sees domestic battery metal recycling as commercially competitive — not a fringe technology but an established part of the critical minerals value chain.
Nth Cycle's Electro-Extraction Technology
Nth Cycle is not a conventional battery recycler. Traditional hydrometallurgical recycling processes dissolve battery materials in acid and then use chemical precipitation and solvent extraction steps to separate individual metals — effective but energy-intensive and generating significant waste streams. Pyrometallurgical approaches — essentially smelting — have similar limitations and produce mixed alloys requiring additional refining.
Nth Cycle's proprietary electro-extraction platform applies an electrochemical process that selectively extracts specific metals from dissolved battery material without the extensive chemical reagent consumption of conventional hydrometallurgy. The company claims its approach reduces processing costs and chemical waste while achieving the metal purity levels needed for EV battery manufacturing specifications.
If the technology performs as described at commercial scale, it addresses a key bottleneck in closing the EV battery supply loop: refining recycled battery feedstock into battery-grade material that can be directly re-entered into cell manufacturing. This is the step where most recycling economics are made or broken, because low-purity output commands a significant price discount relative to battery-grade material from virgin ore.
Critical Minerals and Supply Chain Politics
The Trafigura deal arrives at a moment of intense policy focus on critical mineral supply chains in the United States. Nickel, cobalt, and manganese — the primary outputs of Nth Cycle's process — are essential inputs for cathode active materials in lithium-ion batteries. The current supply chain for these materials is heavily concentrated: Democratic Republic of Congo dominates global cobalt production, Indonesia has captured a large share of nickel supply, and processing for most battery metals is dominated by China.
Reducing dependence on this concentrated supply chain has become a bipartisan policy priority. Provisions of the Inflation Reduction Act provide tax credits for EVs using batteries manufactured with domestically sourced or allied-country-sourced critical minerals. Battery recycling is explicitly recognized as a domestic sourcing pathway under these rules, creating a policy tailwind for companies like Nth Cycle that can reclaim battery metals from end-of-life batteries in the US and sell them into domestic supply chains.
As EV sales volumes grow and first-generation EV batteries begin reaching end of life in meaningful quantities, the supply of recyclable battery feedstock will increase substantially — improving the economics of domestic recycling operations over the coming years.
The Emerging Battery Recycling Industry
Nth Cycle is one of several well-funded battery recycling startups competing to establish large-scale operations in North America. Li-Cycle, Redwood Materials (founded by former Tesla CTO JB Straubel), and Ascend Elements are among the companies pursuing commercial battery recycling at scale. Each uses somewhat different technology approaches and targets different points in the battery value chain.
The $1.1 billion Trafigura agreement significantly strengthens Nth Cycle's position, both by providing revenue certainty over a decade and by establishing a relationship with a global trading company that can source battery feedstock from multiple geographies. The deal also signals that large commodity traders view battery metal recycling as integral to future metals supply chains — not a temporary measure during a minerals shortage, but a permanent and growing part of how the world sources materials for energy storage.
This article is based on reporting by Electrek. Read the original article.
