The U.S. Invests $3 Billion in Lithium Mining—It’s Not That Simple

Last night, I came across a piece of news: the U.S. government announced a $3 billion investment in multiple critical mineral and battery projects, covering lithium battery components, rare-earth magnets, graphite, copper mines, and other areas. Immediately after the announcement, the A-share lithium mining sector rallied—the stock of Yongshan Lithium surged to its daily trading limit. I stared at this news for a while, gradually piecing together several key points: the $3 billion itself isn’t particularly significant; what truly warrants careful consideration is the underlying logic. First, let’s clarify exactly what this $3 billion entails. Let’s do the math clearly. This funding will be disbursed in the form of loans and project grants, targeting domestic U.S. mineral and battery industry initiatives. In absolute terms, $3 billion is modest—it roughly equals the scale of a medium-sized mine in China. Yet you must view it within the broader context of America’s strategic push toward ‘domestic production of critical minerals.’ Over the past few years, the U.S. has taken numerous concrete steps on critical minerals: invoking the Defense Production Act, enacting the Inflation Reduction Act, issuing Department of Energy loans, establishing dedicated critical-minerals funds… This coordinated policy package pursues one singular objective: reducing dependence on China’s critical mineral supply chains. Thus, this $3 billion is not an isolated sum—it’s a newly placed piece on a long-term strategic chessboard. Second, why has resource security become a focal point in great-power competition? Looking deeper, this phenomenon reflects the intersection of two parallel trends. The first is lithium’s inherent strategic importance. Lithium has been officially listed as a critical mineral by China, the U.S., the EU, Japan, and many other economies—it is an indispensable raw material for new-energy vehicles, energy storage systems, and consumer electronics. Calling it the ‘strategic resource of the new-energy transition’ is no exaggeration. The second trend concerns the structure of global supply chains. Approximately 60% of the world’s lithium chemical processing capacity resides in China. Meanwhile, the U.S. exhibits extremely high import dependency on lithium, cobalt, nickel, rare earths, and other critical materials—dependencies that cut across national defense and new-energy sectors alike. From copper to lithium to rare earths, countries worldwide are essentially pursuing the same goal: elevating supply-chain autonomy to top-tier strategic priority. This is not merely about individual enterprises—it’s a contest unfolding at the national level. Behind the $3 billion lies yet another installment in the long-term strategy of ‘reducing reliance on China.’ Third, what does this mean for China’s domestic lithium mining industry?

Power Map of the Lithium Salt Industry Chain: Upstream Bottlenecks, Midstream Cost Competition, Downstream Energy-Storage Boom

Industry Chain Overview Source: PuHua YouCe (1) Correlation with Upstream Industries The upstream sector of the lithium salt industry comprises lithium resource extraction—including brine-based lithium from salt lakes and hard-rock lithium ore mining. For companies in this sector, fluctuations in the supply-demand balance and pricing of lithium ores and salt-lake brines, as well as macroeconomic volatility or tax hikes in lithium-producing countries, significantly impact operations. (2) Correlation with Downstream Industries Lithium salt products exhibit strong linkages with downstream industries, primarily serving lithium-ion batteries and traditional industrial applications. Downstream sectors are diverse and widely distributed across automotive, electronics, chemicals, specialty engineering plastics, pharmaceuticals, rubber, nuclear industry, aerospace, and metal smelting. Development and shifts within these sectors will differentially influence market demand for lithium salts. 2. Industry Development Trends (1) Rapid Growth of the Lithium Salt Industry: Lithium Evolves from a ‘Minor Metal’ to a ‘Major Metal’ Driven by carbon neutrality goals, green low-carbon transitions, energy system transformation, and intelligent development, battery demand from new-energy vehicles and energy storage systems has become the core growth driver. As the foundational chemical raw material for electrochemical energy storage, lithium salts enjoy robust, sustained, and highly predictable demand growth. Global lithium consumption (expressed in LCE) stood at 810,000, 990,000, 1.3 million, and 1.63 million metric tons in 2022–2025 respectively, and is projected to reach 2.05 million tons in 2026. (2) Vertical Integration Across Supply Chains Intensifies Global Competition for Lithium Resources Lithium’s strategic importance has become increasingly pronounced. Midstream lithium salt producers and downstream battery manufacturers and automakers are locking up upstream resources via offtake agreements. Most lithium concentrates from Western Australian mines have already been pre-sold to shareholders, lithium salt producers, and automakers; similar off-take arrangements exist for South American brine assets. Midstream lithium salt products are likewise being directly secured by major players including BMW, Volkswagen, Tesla, and LG Chem. Leading firms—including Ganfeng Lithium, Albemarle (ALB), Sociedad Química y Minera (SQM), and Tianqi Lithium—are accelerating their global lithium resource acquisitions, fueling a wave of capacity expansion. (3) Vertical Integration Emerges as a Dominant Trend—with Lithium Salts Remaining the Core Industrial Link Leading lithium salt enterprises are rapidly integrating upstream resource development, midstream lithium salt production, downstream lithium battery manufacturing, and recycling operations—to realize synergies, enhance efficiency, and boost profitability. Ganfeng Lithium has taken the lead in building a full-value-chain presence; ALB and SQM have also expanded into bromine, iodine, potassium, and other compound businesses. Nevertheless, midstream lithium salt production remains the core revenue and profit generator: Ganfeng’s lithium-related products accounted for approximately 65% of its revenue and around 62% of gross profit in 2025; Tianqi’s lithium compounds and derivatives contributed roughly 62.5% of revenue and about 47.6% of gross profit. 3. Development Overview of Downstream Lithium Salt Industries Downstream applications of lithium salts fall broadly into two categories: battery applications (e.g., electric vehicle batteries, electrochemical energy storage, consumer batteries) and traditional industrial uses (e.g., pharmaceuticals, lubricants, ceramics and glass, catalysts). Owing to lithium’s unique physicochemical properties, lithium salts boast wide-ranging applications and are often dubbed the ‘industrial seasoning.’ Against the backdrop of carbon neutrality, emerging sectors such as electric vehicles and renewable-energy storage (wind/solar + storage) have grown rapidly—shifting lithium demand away from traditional industries toward high-growth sectors. Battery applications have thus become the dominant end-use segment. The share of battery applications in total lithium salt downstream usage rose from 81% in 2021 to approximately 93% in 2025, with further notable increases expected in both EV traction batteries and energy-storage batteries. Lithium Salt Downstream Application Share in 2021 vs. 2025 Source: PuHua YouCe (1) Lithium Salts in Lithium-Ion Batteries

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