据路透社2月18日报道，美国已与乌兹别克斯坦签署协议，以确保更稳定地获取后者的关键矿产资源。 随着全球能源转型与科技革命加速推进，关键矿产已从单纯的工业原料跃升为重塑全球产业格局与地缘 政治版图的关键要素之一。在这一领域，各国合作与博弈的触角从非洲加丹加高原的铜钴富矿带延伸至 太平洋海底的多金属结核，从拉美安第斯山脉的"锂三角"延伸至中亚腹地的稀土矿床。《环球时报》从 今天起将推出"关键矿产博弈"系列报道，在"中亚篇"中，我们将为您讲述中亚五国蕴藏着怎样的关键矿 产资源，美国、欧盟、日本等在该地区如何落子布局，这场围绕关键矿产的博弈又将如何撬动国际能源 格局。 "跻身全球前20大战略资源生产国之列" 萨里塔格矿区位于塔吉克斯坦西部的陡峭山谷中。在海拔4000米山峰之下纵横交错的巷道中，矿工们正 奋力开采锑矿。这是一种银灰色的金属，曾经以化妆品成分而为人所知，如今已成为战略性产业的关键 资源，可被用于制造太阳能电池板和加固军用车辆装甲。 "塔吉克斯坦有许多锑矿床。"塔尔科黄金公司副总监朱马佐达对法新社这样说。该公司锑供应量占全球 10%。根据美国地质调查局的数据，2023年塔吉克斯坦锑产量约为2.1万吨，占全球 ...

印度计划近期出台锂、镍加工厂建设激励政策，助力提升相关矿产产能，匹配国内关键矿产需求增长， 支撑能源转型进程。 根据印度政府演示文稿内容，该激励政策自2026年4月1日起生效，符合条件的锂、镍加工项目可享受 15%的资本补贴，补贴设有明确上限。政策激励期限为五年，其中锂加工厂年度补贴上限为企业年净销 售额的40%，申请项目年产能需达到3万吨；镍加工厂年度补贴上限为年净销售额的25%，申请项目年 产能需达到5万吨。补贴将分阶段发放，企业需达成印度政府设定的工厂最低利用率目标。印度初步计 划为2个锂加工项目、2个镍加工项目提供该政策支持，以保障2030年国内相关矿产需求。 当前印度正通过推广电动汽车等清洁能源举措加快能源转型、削减碳排放，设定目标到2030年将电动汽 车市场渗透率从当前的4%提升至30%，两轮电动车渗透率从6%提升至80%。镍和锂是印度电动汽车供 应链的核心矿产，尤其在电池生产环节不可或缺，但该国缺乏关键矿产加工技术，相关领域产能目前主 要由其他国家主导。 2023年，印度将包括锂在内的20余种矿产列为能源转型及满足企业需求增长的关键矿产。此前印度已接 洽多个国家，寻求在锂加工领域开展技术合作。负 ...

Core Viewpoint - The U.S. government, under President Trump, has issued a 180-day ultimatum for global suppliers to negotiate key mineral agreements to reduce dependence on Chinese rare earths, threatening tariffs for non-compliance [3][14]. Group 1: Policy and Strategic Implications - The announcement emphasizes the need for countries to diversify supply chains away from dominant and coercive sources, urging allies to enhance mineral processing capabilities and invest in non-Chinese facilities [5][21]. - The deadline set for mid-July is seen as a political move to rally support ahead of the midterm elections, focusing on the perception of U.S. strength in confronting China [14][39]. Group 2: Industrial Challenges - The U.S. industrial system is described as fragile, particularly in high-temperature applications where rare earth elements like yttrium are critical for materials used in jet engines [7][10]. - The complexity of modern weapon systems relies heavily on rare earth magnets, which maintain their properties across extreme temperatures, highlighting the potential consequences of supply chain disruptions [9][10]. Group 3: Historical Context and Lessons - Historical precedents, such as Germany's synthetic rubber development during WWII due to resource blockades, illustrate the challenges of being dependent on a limited number of natural resources [12]. - The U.S. faces a more complex situation with rare earths, as these elements cannot be synthesized like rubber, making the supply chain issue more critical [12][18]. Group 4: Feasibility of Rapid Development - The feasibility of establishing a new supply chain within six months is questioned, with comparisons made to the Manhattan Project, emphasizing the need for a comprehensive industrial ecosystem [18][19]. - Current U.S. companies, like MP Materials, lack the capability to process their mined materials domestically, indicating a significant gap in the supply chain [21]. Group 5: International Cooperation and Limitations - Countries like Malaysia and Australia are under pressure to rapidly develop processing capabilities, despite lacking the necessary industrial infrastructure and expertise [23][25]. - Japan's approach appears to be more cautious, complying with U.S. requests while maintaining existing import channels, reflecting the complexities of international cooperation in this sector [27]. Group 6: Technical and Environmental Barriers - The process of converting ore into usable industrial materials involves numerous precise steps, requiring decades of accumulated knowledge and infrastructure [30][32]. - Environmental regulations pose significant hurdles for restarting the U.S. rare earth processing industry, as past experiences show that high environmental costs can lead to operational shutdowns [32][34].

Core Viewpoint - The Trump administration is making a $150 million equity investment to support the establishment of the only large gallium producer in the United States, which is critical for satellite systems and military radar [1][2]. Group 1: Investment Details - The U.S. Department of Defense is partnering with a subsidiary of Pinnacle Asset Management to announce a strategic partnership involving Atlantic Alumina Co. (ATALCO) [1][2]. - The investment will be made in the form of preferred stock, with ATALCO utilizing the $150 million along with an additional $300 million from Pinnacle to increase alumina production and establish the first large-scale gallium production line in the U.S. [1][2]. - The U.S. government plans to provide "additional funding" within 30 days of the transaction's completion [1][2]. Group 2: Company and Production Capacity - ATALCO has been processing bauxite into alumina since the late 1950s, located in the suburbs of New Orleans [1][2]. - The company expects to achieve an annual production capacity of over 1 million metric tons of alumina and up to 50 metric tons of gallium [1][2]. - ATALCO stated that this strategic partnership is a significant step towards reducing dependence on foreign critical minerals [1][2].

Group 1 - The opening of the "Qianwei Ju" restaurant in Haikou marks a significant investment opportunity driven by Hainan's geographical and policy advantages, with plans for rapid expansion in the region [1] - Hainan's free trade port will enhance the cultural and tourism market, attracting more domestic and international partners, as highlighted by the growth of Hainan Zhongshi Group, which has become a leading private enterprise in the region [2] - The zero-tariff policy post-free trade port closure will expand to approximately 6,600 tax items, significantly reducing costs for companies like Zhongshi Culture, which will benefit from substantial savings on equipment and IP procurement [2] Group 2 - The collaboration between Guizhou and Hainan has led to mutual benefits through policy coordination and cultural integration, creating new development opportunities for both regions [1][4] - The investment in the Hainan Zhongshun Technology Headquarters Economic Industrial Park, with a total planned investment of 360 million yuan, aims to support key industry development in Hainan [5] - The establishment of a new processing plant by Hainan Wensheng Zirconium Titanium is expected to increase its annual production capacity to 1.5 million tons, enhancing its position as a leading supplier in the industry [7] Group 3 - The import of raw materials for companies like Hainan Wensheng Zirconium Titanium will benefit from the zero-tariff policy, potentially saving significant amounts in tax, which can enhance production cost efficiency [8] - The focus on high-end manufacturing and value-added processing in Hainan is expected to attract more industries, supported by favorable policies that encourage technological advancements [7] - The strategic positioning of Hainan as a bridge between China and the world is seen as a critical factor for future investment and collaboration opportunities between Guizhou and Hainan [6]

Core Viewpoint - The signing of the "Pax Silica" declaration by the U.S. and its allies aims to establish a reliable supply chain cooperation mechanism in artificial intelligence, critical minerals, semiconductors, and related high-tech fields, reflecting the U.S. intention to shape a long-term industrial order amid a new round of technological competition [1][2]. Group 1: Key Areas of Cooperation - The declaration outlines several key areas for collaboration, including software applications and platforms, information connectivity and network infrastructure, semiconductors, advanced manufacturing, transportation logistics, mineral processing, and energy [2]. - Participating countries will establish working groups in specific fields to discuss joint investments, technological cooperation, research and development, and personnel exchanges [2]. Group 2: Strategic Context - The initiative is closely related to China's dominant position in critical minerals, particularly rare earth elements, which are essential for military equipment, electronic products, and high-end manufacturing [2]. - The U.S. aims to enhance its global leadership in artificial intelligence, with plans to expand the coalition to include more allies and partners possessing mineral, technological, and manufacturing resources [2].

Core Insights - China has established a significant competitive advantage in the global critical minerals sector, achieving rapid project execution that other countries cannot match in a short time frame [1] Group 1: Project Execution - A European company has been attempting to develop a breakthrough technology to transform "waste ore" into valuable resources, specifically low-grade bauxite that cannot be used for aluminum production due to high silicon content [3] - In contrast to the years of discussions in Europe, China completed the construction and operationalization of a bauxite waste utilization project in just ten months [3] Group 2: Government Support - The project in Shanxi province received substantial support from the provincial government, which facilitated complex approvals and resource coordination for foreign enterprises [5] - This level of support is likened to a community helping with urgent home renovations, ensuring rapid progress [5] Group 3: Industrial Ecosystem - China possesses a complete industrial chain, being the world's largest manufacturing hub, which includes not only mining and refining but also the entire process from material processing to battery and vehicle manufacturing [5] - This vertical integration allows for mutual promotion of technological advancements across various stages, enabling precise control and self-regulation [5] Group 4: Systemic Advantage - The leading position of China in critical mineral technology is attributed to a "system capability" victory, emphasizing the importance of a comprehensive system involving the state, industry, market, and execution efficiency [5] - In contrast, while Europe and the U.S. have technological innovations, they often struggle with lengthy environmental assessments, repeated legislative debates, and high local manufacturing costs [5]

Core Viewpoint - The launch of the TAZARA Railway Prosperity Belt project marks a new mission for the railway, enhancing regional economic development and cooperation among China, Tanzania, and Zambia [1][6]. Group 1: Project Overview - The TAZARA Railway Prosperity Belt is a comprehensive regional development strategy centered around the railway, aiming to create a broader economic prosperity zone [1]. - The project will enhance logistics efficiency, foster industrial clusters, integrate macro strategies, and innovate cooperation models to reshape the regional economic landscape [1][2]. Group 2: Economic Impact - The upgrade of the TAZARA Railway is expected to increase its capacity by 12 times and reduce transportation time by two-thirds, significantly lowering logistics costs by 30% to 40% for key goods in regions like Zambia's Copperbelt [2]. - The project aims to transition the regional economy from a "corridor economy" to a "passage economy," leveraging transportation advantages to foster sustainable industrial innovation and competitiveness [2][3]. Group 3: Industrial Development - The TAZARA Railway will facilitate the deep processing of copper products in Zambia, retaining resource benefits locally and enhancing the resilience of global green supply chains [3]. - The project will also promote the simultaneous development of modern agriculture and tourism, creating opportunities for small and medium enterprises and improving local livelihoods [3]. Group 4: Cooperation Model - The project adopts a "Build-Operate-Transfer" (BOT) model, granting Chinese companies a 30-year concession for railway renovation and operation, ensuring sustainable funding and regional economic benefits [5]. - The initiative emphasizes technology transfer and capacity building, aiming to cultivate local railway professionals in Tanzania and Zambia for sustainable management post-concession [5]. Group 5: Strategic Significance - The TAZARA Railway Prosperity Belt is a key driver of African continental integration, connecting the East African Community (EAC) and the Southern African Development Community (SADC) to facilitate the free flow of people, goods, and capital [3]. - The project exemplifies a successful model of sustainable cooperation between China and Africa, aligning with the Belt and Road Initiative and the African Continental Free Trade Area [6].

Core Viewpoint - The U.S. is forming a "Critical Minerals Trading Club" with multiple countries to restructure supply chains and reduce dependence on foreign sources, aiming to dominate the AI and green industries. However, challenges such as technology, costs, and internal member interests may hinder this initiative, while some countries face risks of overheating investments in critical mineral assets [1][2][4]. Group 1: Formation of the Trading Club - The U.S. plans to create a "Critical Minerals Trading Club" as a core platform for Western countries to engage in critical mineral refining and processing trade, with the ultimate goal of leading the AI competition [2][4]. - The club has already begun formation with participation from Japan, South Korea, Malaysia, Australia, and Thailand [2]. Group 2: Energy Security and Policy Implications - Energy security is deemed crucial for the U.S. to maintain its global influence, with critical minerals being essential for AI production [4]. - The U.S. Treasury announced a "Mineral Security Partnership Financing Network" involving over ten countries, managing assets exceeding $30 trillion to support mineral trade projects [4]. Group 3: Market Dynamics and Investment Trends - The global trade of rare earths is experiencing significant growth, with a projected 67% increase in U.S.-Australia rare earth trade in 2024 and a 52% rise in intra-EU rare earth semi-finished product transactions [8]. - U.S. stocks related to lithium and rare earths have surged, with some companies seeing stock price increases of over 300% this year [9][10]. Group 4: Geopolitical Context and Challenges - The U.S. aims to establish a supply chain independent of China, which currently dominates the rare earth market with over 90% of global refining capacity [5][12]. - There are discrepancies in the objectives of participating countries in the trading club, with the U.S. seeking rule-making power, while resource-rich countries like Australia and Canada aim to increase mineral prices and exports [12]. Group 5: Future Outlook and Risks - Experts warn of potential overheating in the critical minerals market, drawing parallels to past resource booms, indicating that many companies may not succeed in this sector [11]. - The transition to a more sustainable and independent supply chain is expected to be long and costly, with significant challenges ahead [11][12].

Core Points - The United States and Thailand have signed a Memorandum of Understanding (MOU) to enhance cooperation in critical mineral supply chains, aimed at boosting investment and developing Thailand's domestic mineral processing and value-added industries [1] - The MOU emphasizes that it is non-binding and does not replace or affect existing agreements between the two countries, nor does it impact their sovereignty over natural resources [1] - The collaboration will allow for the sharing of knowledge and technical expertise, helping Thailand analyze its critical mineral resource base and improve competitiveness in the sector [1] Group 1 - The MOU aims to establish a stable, flexible, and responsible critical mineral supply chain [1] - This agreement is a continuation of the partnership between the U.S. and Thailand, further solidifying their close ties in trade, investment, and business [1] - Through this cooperation, both parties will share project information related to critical minerals and explore new business opportunities [1]