[SMM Rare Earth Bulletin] Chilean rare earth producer Aclara Resources announced that its rare earth separation pilot plant in Blacksburg, Virginia, has commenced operations. The plant sources mixed rare earth carbonate from the company’s ionic clay deposits in Brazil and Chile, and is designed to produce dysprosium, terbium, and Pr-Nd. It is expected to produce light rare earth oxides for the first time in May 2026 and heavy rare earth oxides in August.

As supply and demand for construction steel were not fully matched across different markets, regional supply-demand mismatches created price differentiation, which in turn drove the cross-regional circulation of steel resources. When the regional price spread gradient was appropriate, regions with surplus construction steel capacity and production often shipped excess resources out, thereby rebalancing construction steel resources across regions.

[SMM Rare Earth Bulletin] Japanese Prime Minister Takaichi Sanae and US President Trump reached an agreement under which both sides will strengthen cooperation on critical minerals to enhance supply chain resilience. The two countries signed a preliminary agreement to jointly develop deep-sea mineral resources, including rare earth-rich mud resources around Minamitorishima. The Ministry of Economy, Trade and Industry and the Department of Commerce will establish a working group to advance technical cooperation on projects involving rare earth mud and manganese nodules. In addition, Mitsubishi Materials is cooperating with US-based ReElement Technologies on a project in Indiana to recycle rare earths from waste magnets.

On March 23, Youngy Co., Ltd. issued an announcement stating that the company has approved a proposal to invest in the construction of an annual 50,000-ton high-performance lithium-ion battery anode material project, with a total fixed asset investment of approximately 1.1 billion yuan. The project will be implemented in Lanzhou New Area by its wholly-owned subsidiary, Lanzhou Youngy Materials Technology Co., Ltd. Lanzhou Youngy Materials completed its industrial and commercial registration in December 2024. As early as May 2025, it signed a "State-Owned Construction Land Use Rights Transfer Contract" with the Lanzhou New Area Natural Resources and Planning Bureau, acquiring 208,451.60 square meters of industrial land in Lanzhou New Area for a transfer price of 49.77 million yuan.

Goiás State in Brazil holds the largest rare earth reserves in Brazil and is currently advancing the signing of a major minerals cooperation agreement with the US. Goiás Governor Ronaldo Caiado has signed a preliminary agreement to work with the US to jointly develop the state's abundant rare earth resources.

On March 20 in Beijing, the Department of Energy Conservation and Comprehensive Utilization of the Ministry of Industry and Information Technology organized relevant enterprises, including China Resources Recycling Group and Guangdong Brunp Recycling Technology Co., Ltd., as well as research institutions such as the China Automotive Technology and Research Center and the CCID Research Institute, to discuss work related to building a recycling and utilization system for retired power batteries from NEVs. The meeting conducted an in-depth analysis of the current situation facing the development of the NEV power battery recycling and utilization system, and held serious discussions on issues including innovating policy supply, improving recycling mechanisms, and refining the standards system. The participating representatives unanimously stated that they would integrate local and enterprise practices, build consensus and synergy, carry out in-depth research on major issues in the development of an integrated recycling network, strengthen policy reserves, and accelerate the improvement of the NEV power battery recycling and utilization system.

On March 20, the Information Office of the Inner Mongolia Autonomous Region Government held a press conference in the series “Implementing the ‘1571’ Work Deployment and Promoting High-Quality Development in Inner Mongolia,” providing a special briefing on the region’s achievements in green hydrogen industry development, key tasks for 2026, and the 15th Five-Year Plan. It made clear that, by leveraging its advantages in wind and solar power resources, Inner Mongolia will advance the full-chain layout of green hydrogen and continue to lead the nation’s green hydrogen industry. Key Focuses of the Hydrogen Energy Industry in 2026: Building a Pioneer Zone for Green Hydrogen Development In 2026, with the construction of a national pioneer zone for the green hydrogen industry as its core goal, Inner Mongolia will comprehensively advance the large-scale deployment of green hydrogen. It will launch pilot projects for large-scale off-grid hydrogen production, expand application scenarios such as blending green hydrogen into natural gas and coupling with the chemical and metallurgical industries, while simultaneously building green hydrogen industrial parks and broadening channels for the non-power use of green electricity. Within the year, construction will begin on three green hydrogen pipelines, including the Ulanqab–Beijing-Tianjin-Hebei route, to improve the transmission network. At the same time, the region will focus on breakthroughs in hydrogen energy technology, deepen collaboration among industry, academia, research, and application, and advance the implementation of demonstration projects for the first unit (set) of hydrogen energy equipment and collaborative innovation projects integrating wind and solar power, hydrogen, and energy storage, so as to consolidate the industry’s technological foundation. Green Hydrogen Industry Achievements Lead the Nation, with Advantages in Both Scale and Cost Becoming Prominent Inner Mongolia is richly endowed with wind and solar power resources, with technically developable wind and solar power resources exceeding 10 billion kW, accounting for one-quarter of the national total, laying a solid foundation for the green hydrogen industry. At present, multiple industry indicators ranked among the top nationwide. A total of 19 policies covering the entire industry chain of green hydrogen had been introduced; 7 projects were included in national demonstration programs; 8 projects were completed and put into operation, forming annual capacity of 80,000 mt. Green hydrogen production reached 12,694 mt in 2025, surging 3.6 times YoY; production in January and February 2026 was 2,653.6 mt, with production costs at 17-20 yuan/kg, only 60% of the national average. In addition, the country’s first provincial-level green hydrogen pipeline plan had been implemented, and the pipeline network featuring “one trunk line, two loops, and four outlets” was being accelerated. The hydrogen pipeline from Darhan Muminggan Banner to urban Baotou had already been completed, while green hydrogen applications now covered transportation, chemicals, power, and other fields, with the consumer market maturing rapidly. Precise Planning Under the 15th Five-Year Plan to Build a Strong Hydrogen Energy Industry Cluster During the 15th Five-Year Plan period, based on its existing foundation, Inner Mongolia will build a distinctive hydrogen energy industry cluster and focus on advancing four major tasks: scientifically formulate industry plans and reasonably lay out clusters by producing based on sales; tackle core technologies such as off-grid hydrogen production and flexible electrolyzers to raise the industry’s technological level; expand diversified application scenarios, improve business models, and open up the entire chain of production, storage, transportation, refueling, and utilization; accelerate the construction of green hydrogen pipelines within the region and across provinces, reduce transportation costs, comprehensively enhance the competitiveness of the green hydrogen industry, and support the industry in continuing to lead the nation.

On the morning of March 10, the unveiling ceremony and construction launch meeting for the Shanghai Key Laboratory of Efficient Green Fuel Synthesis Systems Engineering (Preparatory) were successfully held at Shanghai Boiler Works Co., Ltd. Xuan Fuzhen, President of East China University of Science and Technology, and Wu Lei, Party Secretary and Chairman of Shanghai Electric Group, jointly unveiled the laboratory, marking the official entry of the key laboratory’s development into a new stage of substantive progress. Zheng Guanghong, Second-Level Inspector of the Shanghai Municipal Science and Technology Commission, witnessed the ceremony on site. Led by Shanghai Boiler Works Co., Ltd. and jointly established with East China University of Science and Technology, the laboratory focuses on tackling critical “bottleneck” technological challenges in the application field of efficient synthesis of green fuels such as green methanol, green ammonia, and sustainable aviation fuel (SAF). It has precisely laid out three core research directions: efficient synthesis of diversified green fuels, high-efficiency clean power equipment, and AI + digital twin flexible regulation and control. It is committed to building a full-chain innovation system spanning basic R&D, pilot-scale verification, and industrialisation, thereby supporting breakthroughs in green fuel technologies and their industrial application. Wu Lei, Party Secretary and Chairman of Shanghai Electric Group, stated at the event that the high-standard development of the key laboratory for green fuels is an important practice for Shanghai Electric in implementing the national development strategy for new quality productive forces in the energy sector and promoting the deep integration of green fuel technological innovation with industry. Shanghai Electric will use the laboratory’s development as an important lever, providing comprehensive support in policy, resources, funding, and other aspects, fully integrating high-quality internal and external resources, and making every effort to advance technological research, professional talent cultivation, and the commercialisation of scientific research achievements, thereby contributing wisdom and strength to the high-quality development of China’s green fuel industry. Xuan Fuzhen, President of East China University of Science and Technology, pointed out that the university will give full play to its disciplinary strengths, carry out close and pragmatic cooperation with Shanghai Electric, vigorously promote the deep integration of industry, academia, and research, focus on core challenges in green fuel synthesis technologies and equipment, strive to achieve major technological breakthroughs, and work together to build a benchmark for collaborative innovation among industry, academia, and research. Jin Xiaolong, Member of the Party Committee and Vice President of Shanghai Electric Group, Vice President Qiu Jiayou, and relevant leaders from the Shanghai Municipal Science and Technology Commission, East China University of Science and Technology, and Shanghai Electric Power Station Group attended the event.

According to the latest data disclosed by the General Administration of Customs, China’s imported copper cathode market, while maintaining the 2025 baseline, is facing dual challenges: the continued rise in the share of EQ copper and whether global supply will continue to be diverted. China’s cumulative copper cathode imports in January-February 2026 totaled 356,900 mt, down 33.13% YoY.

In 2026, the correction in lithium carbonate prices drove up lithium battery production costs. Coupled with uncertainties in lithium resources supply, cost pressure across the new energy industry became increasingly prominent. Leveraging the advantages of abundant sodium resources, balanced distribution, and controllable costs, sodium-ion batteries have leapt from being a “backup option” for lithium batteries to a key direction for industry breakthrough...