Rio Tinto said it will slow the construction pace of the lithium processing plant for the Nemaska Lithium Project in Bécancour, Quebec, Canada, due to a sharp rise in project costs. Most contractors are expected to halt work in the coming weeks, with only a minimal number of workers remaining on site to maintain operations. The plant is currently more than 70% complete and is planned to produce battery-grade lithium hydroxide, with operations originally scheduled to begin in 2028. Full construction activity is expected to resume in 2027. Rio Tinto added that despite the slowdown, it still plans to invest more than $300 million in its Quebec lithium business in 2026 and does not expect significant changes to the overall project timeline.

[French Lithium Company Launches Geothermal Well Testing at the Schwabwiller Site in Alsace] The first geothermal exploration well drilled by the French lithium company at the Schwabwiller site in the Grand Ried department of Alsace, France, has begun well testing. This phase will last 3–5 weeks and is intended to verify the resource’s potential for geothermal heating and lithium production. Drilling at the Schwabwiller site began in November 2025, with a target depth of approximately 2,400 meters. The project is expected to drill a pair of wells, with a bottom-hole spacing of about 1,000 meters. The drilling campaign is expected to take a total of seven months. If results are positive, the French lithium company’s project is expected to provide geothermal heating for enterprises, farms, and local communities in northern Alsace. In addition, extracting lithium from geothermal brine will produce lithium with a lower environmental footprint, with carbon dioxide emissions reduced by about 70% compared with lithium currently on the market. Source: https://www.thinkgeoenergy.com/ [Li-FT Power Strategic Assessment of the Yellowknife Lithium Carbonate Conversion Plant Project] The global lithium chemicals supply chain is at a crossroads, with traditional production models facing unprecedented pressure from accelerating electrification demand. The market landscape is increasingly tilting toward integrated producers, which can capture value across the full chain—from raw ore mining to refining and producing battery-grade lithium chemicals. This shift reflects a broader strategic realignment across the industry: enterprises are enhancing operational resilience through vertical integration rather than relying on fragmented commodity supply chains. Li-FT Power’s recently announced Yellowknife lithium carbonate conversion plant project is a representative case of this strategic evolution. The proposed facility targets annual production of 30,000 mt LCE, positioning the company within North America’s emerging battery materials ecosystem. This capacity scale reflects an intentional mid-end positioning, balancing capital efficiency with meaningful market participation. Source: https://discoveryalert.com.au/ [Zimbabwe Clarifies Why It Hastily Banned Exports of Some of Its Most Critical Minerals] Recently, Zimbabwe’s Minister of Mines, Polit Kambamura, reiterated this rationale, stating that miners’ under-reporting of declared volumes constitutes a serious problem that cannot be ignored. He noted that the issue has become so widespread that the government was forced to bring forward the disciplinary timetable by one year. The government had originally planned to begin imposing an export ban on lithium concentrates next year, but due to rising production and newly issued export permits, it moved to launch the ban as quickly as possible. At a press conference after a Cabinet meeting in the country’s capital, Harare, Kambamura told reporters: “The ban will remain in effect until the conditions proposed by the government or new expectations are met.” Source: https://africa.businessinsider.com/ [Rock Tech and Siemens Plan to Build a Lithium Converter in Canada] The lithium converter that Rock Tech Lithium is developing in Guben, eastern Germany, is intended to serve as a blueprint for building a similar facility in Canada in cooperation with Siemens. The project will use Siemens’ digital twin technology to digitally replicate, optimize, and scale up the plant’s design and operating processes. The lithium converter that Rock Tech is currently building in Guben, Germany, is designed for an annual output of 24,000 mt of battery-grade lithium hydroxide. The company said this will become the largest facility of its kind in Europe. It is expected to start operations in 2027. The target capacity is equivalent to about 30 Gwh of battery capacity, sufficient to meet demand for about 500,000 EV units per year. Rock Tech also plans to build a similar facility in Red Rock, Ontario, Canada. Siemens AG’s technology will be deployed for the plant’s construction and operations. The two companies have signed a non-binding memorandum of understanding to establish a long-term, multi-phase strategic partnership focused on developing modern lithium converter capacity. Source: https://www.electrive.com/

February 25, 2026— AMG Critical Materials Inc. announced adjusted EBITDA of $235 million for the year 2025, representing a 40% increase from $168 million in 2024, primarily driven by strong performance in its antimony and engineering businesses. The company concluded the year with a robust balance sheet, highlighted by total liquidity of $484 million as of December 31, 2025. The refinery in Bitterfeld has continued to ramp up its production, producing in specification battery-grade lithium hydroxide and progressing with customer qualification as planned.AMG has dispatched kilogram samples to all cathode active materials (CAM) manufacturers with a footprint in Europe at the end of 2025, initiating the first stage of qualification. Based on customer feedback, it is anticipateed that it will move on to the next stage of qualification involving the shipment of tons in the first half of 2026, and expect to reach full production capacity in the second half of 2026. AMG Lithium is starting engineering on a 5,000-ton lithium carbonate to lithium hydroxide conversion plant at its Bitterfeld site. This plant will be designed to accept recycled lithium carbonate, and convert it to technical-grade hydroxide for use in Bitterfeld’s main upgrading facility. The plant’s capital cost is expected to be $50 million, and as announced in December 2025, 20% of the costs of the plant will be supported by a funding grant from the German Federal Ministry for Economic Affairs and Energy. The fourth quarter 2025 adjusted EBITDA decreased 87% compared to the fourth quarter of 2024, primarily due to the lower lithium concentrate volumes in the current quarter and higher mining costs related to poor quality ore. Full year 2025 adjusted EBITDA decreased from $24 million to $12 million, driven primarily by the 16% decrease in annual average lithium prices in 2025 compared to 2024, as well as the lower lithium concentrate sales volumes in the current period. During the fourth quarter of 2025, a total of 28,326 dry metric tons (“dmt”) of lithium concentrates were sold, 84% more than the 15,409 dmt in the third quarter of 2025, but 15% less than the 33,492 dmt in the fourth quarter of 2024. During the quarter, poor quality ore caused recoveries to drop, reducing production volumes. During 2025, a total of 69,180 dmt of lithium concentrates were sold, 22% less than the 88,966 dmt in 2024, due primarily to the failure of one piece of equipment in the second quarter of 2025 associated with our expansion project. The average realized sales price was $689/dmt CIF China for the fourth quarter of 2025, and the average realized sales price for the year was $632/dmt CIF China. The average cost per ton for the current quarter was $489/dmt CIF China. The average cost per ton increased from $290/dmt in the fourth quarter of 2024 due to the lower volumes and higher cost of mining activities in the current quarter. The average cost per ton for full year 2025 was $488/dmt CIF China compared to $458/dmt CIF China for 2024.

Italian electrochemistry and sustainable technology company Industrie De Nora S.p.A., through its subsidiary De Nora Permelec Ltd., has signed a binding Memorandum of Understanding with U.S. clean-energy materials company Tuleva Inc. to supply a high-capacity electrolysis system for Tuleva’s planned lithium hydroxide monohydrate refining project in the United States. Under the agreement, De Nora will deliver two ion-exchange membrane bipolar electrolysis systems (CECHLO 2C 843L), supporting an annual production capacity of approximately 11,000 tonnes of battery-grade lithium hydroxide monohydrate. The system contract is valued at over €10 million, and delivery is expected to be completed within 15 months after the final agreement is executed.

[Elevra and Mangrove Lithium Sign Non-Binding MOU for Spodumene Concentrates Offtake] North American lithium producer Elevra Lithium Limited ("Elevra") is pleased to announce the signing of a non-binding memorandum of understanding to supply spodumene concentrates produced by NAL to Mangrove Lithium ("Mangrove"). Elevra and Mangrove may enter into a binding definitive agreement in the future, subject to Mangrove reaching a final investment decision on the construction of its lithium conversion facility by June 2027 and the parties agreeing on the final terms of the agreement. Under the terms of the non-binding MOU, Elevra and Mangrove intend to negotiate a definitive agreement whereby Elevra would supply Mangrove with up to 144,000 mt of spodumene concentrates annually at market-related prices, with floor and ceiling prices, ensuring NAL generates positive cash flow at any stage of the pricing cycle. The proposed supply has an initial term of five years, commencing in 2028, and is expected to ramp up to the full annual volume of 144,000 mt by 2030, representing approximately 46% of projected sales. Mangrove plans to process the spodumene concentrates into battery-grade lithium hydroxide in Eastern Canada to support the establishment of a resilient domestic battery supply chain in Canada. Mangrove's designed annual capacity is 20,000 mt of battery-grade lithium, equivalent to the demand for 500,000 EVs. Source: https://news.smm.cn/ [Albemarle Announces Idling of Kemerton Lithium Hydroxide Processing Plant on February 11 Local Time] Albemarle decided to immediately idle and place into a state of care and maintenance the operational Train 1 production line at its Kemerton plant in Western Australia. This represents a further contraction following the idling of Train 2 in 2024 and the halting of the Train 3 and 4 expansion projects. Although lithium prices have recovered recently, the levels are not enough to support the cost pressures associated with hard-rock lithium conversion operations in the West. This move aims to improve financial flexibility and preserve future options. It is expected to have an accretive effect on adjusted EBITDA starting from Q2 2026, without affecting the sales target for the year, as customer demand will be met through other channels. Albemarle emphasized that its upstream lithium mine interests and exploration rights in Australia, such as Greenbushes and Wodgina, remain unaffected and are still a strategic core. Source: https://www.albemarle.com [Ultra-Thin, Compact Lithium-Ion Rechargeable Battery "EnerCera" Supports Tohoku University's Tsunami Balloon Project Demonstration Experiment] NGK Insulators, Ltd. (hereinafter "NGK") announced that it supported the demonstration experiment for Tohoku University's tsunami balloon project by manufacturing and supplying its ultra-thin, compact lithium-ion rechargeable battery, EnerCera®. The project aims to establish a new disaster prevention system that automatically deploys balloon-type evacuation markers during tsunamis, visually indicating the locations of tsunami evacuation facilities, such as evacuation towers and evacuation buildings, from the air. EnerCera powers the light sources installed in the balloons, making the evacuation sites clearly visible at night or under poor visibility conditions. In the demonstration experiment, EnerCera was used as the power source for the balloon-type evacuation marker lighting unit, which activated immediately after a tsunami. The experiment verified whether sufficient brightness was achieved when the balloons were deployed and whether the system met practical usage requirements. EnerCera combines a thin and lightweight design with high output and excellent environmental resistance, enabling stable operation in outdoor environments. By enabling wireless lighting control, the system is expected to enhance the visibility of tsunami evacuation facilities at night and help prevent evacuation delays. The Tsunami Balloon Project is an initiative led by a technical team from Tohoku University, aiming to develop a system that automatically releases balloons into the air upon receiving disaster information, such as tsunami warnings and emergency earthquake alerts, issued via the Quasi-Zenith Satellite System "Michibiki". In the demonstration experiment, a series of operational tests were conducted: upon receiving a tsunami warning (test signal), gas was rapidly injected into the balloon, inflating it to a diameter of approximately 2 meters and raising it to a height of about 40 meters within approximately 2 to 3 minutes. The balloon is marked with a person pictogram, allowing people to identify the evacuation facility simply by looking up at the sky. To improve nighttime visibility, EnerCera was integrated as the light source. Source: https://www.mynewsdesk.com/ ["Sacrifice Zone" or a Clean Energy Future? EU Court Considers Portuguese Lithium Mine Project] The risks in this case escalated further after EU officials refused in November to revoke the "strategic" status of the Barroso mine. A long-standing controversy over lithium mining in northern Portugal has reached the European Union's highest court. Environmental and community organizations have filed a lawsuit with the European Court of Justice against the European Commission's decision to grant the Barroso lithium project "strategic" status. The residents' association "United Defense Association of the Barroso Valley" and the environmental law organization ClientEarth raised objections on Thursday, February 5, arguing that the Commission failed to reassess the project after new evidence emerged regarding environmental, social, and safety risks. The core dispute in this case revolves around the EU's Critical Raw Materials Act of 2024. Projects designated as "strategic" gain fast-track access to permitting processes, financing channels, and the supply of raw materials for green products such as EVs and batteries. Source: https://www.euronews.com/ [How Argentina's Lithium and Uranium Boom Could Undermine Its Energy Sovereignty] Argentina possesses abundant critical natural resources, the demand for which is increasingly growing as the global energy transition continues to accelerate. However, although Argentina's potential geopolitical advantages have opened new avenues for economic growth, as world superpowers fiercely compete for the country's lithium and uranium resources, this may also entail significant trade-offs in energy sovereignty. The Argentine economy has finally seen a rebound after decades of painful recession. This shift is largely attributed to the radical austerity policies implemented by the right-wing President Javier Milei, elected in 2023. While Milei's aggressive financial reforms have had some positive effects on the economy, his approach has been highly controversial both domestically and internationally. Part of Milei's strategy involves forming a close alliance with the Trump administration. As part of this shift, he has shown a new willingness to cooperate with the US and other international partners in new nuclear energy plans. Milei declared his country an "unconditional ally of the US," with Argentina becoming the first partner country to sign the Trump administration's "Foundational Infrastructure for Responsible Use of Small Modular Reactor Technologies" initiative. Source: https://oilprice.com/

North American lithium producer Elevra Lithium announced that it has signed a non-binding Memorandum of Understanding (MoU) with Mangrove Lithium for the offtake of spodumene concentrate. Under the proposed agreement, Elevra could begin supplying spodumene concentrate to Mangrove from 2028, with an initial term of five years and annual volumes ramping up to 144,000 tonnes by 2030. Pricing would be linked to the market and subject to floor and ceiling mechanisms. Mangrove plans to process the spodumene concentrate into battery-grade lithium hydroxide in Eastern Canada to support the development of a domestic battery supply chain, with a planned capacity of 20,000 tonnes per year of battery-grade lithium, equivalent to the demand for around 500,000 electric vehicles.