Core Insights - Since the beginning of the 14th Five-Year Plan, China has made significant progress in ensuring resource security and promoting green transformation [1] Summary by Categories Agricultural Land - As of the end of last year, the total arable land area in China reached 1.94 billion acres, an increase of 28 million acres compared to 2020, firmly maintaining the arable land protection red line [1] Forest and Grassland - By the end of last year, the total areas of forest land, grassland, and wetland in China were 4.253 billion acres, 3.912 billion acres, and 834 million acres respectively [1] - The national forest coverage rate reached 25.09%, an increase of approximately 2 percentage points compared to 2020, making China the country with the fastest and most significant increase in greenery [1]

Core Insights - Helium is a strategic resource primarily extracted from natural gas fields, with the US holding over 40% of the world's proven reserves, amounting to 8.5 billion cubic meters [1][3] - China's helium resources are limited, with only about 1.1 billion cubic meters, representing less than 0.1% of global reserves [1][3] - The demand for helium in China is rapidly increasing, projected to rise from 5 million cubic meters in 2021 to over 30 million cubic meters by 2025 [3] Group 1: Global Helium Supply Dynamics - The US has historically dominated the helium market, but its market share has decreased from 80% to around 35% due to the rise of Qatar and Russia [7] - In 2023, China's domestic helium production was only 3.5 million cubic meters, with a high import dependency of 95% [7] - The proportion of helium imported from the US has dropped significantly, from historical highs to 9.7% in 2023, and is expected to fall below 5% in 2024 [7] Group 2: China's Strategic Response - China is diversifying its helium imports, with Qatar's Helium 2 project expected to supply 25 million cubic meters annually by 2025, meeting 53% of its import needs [8] - The Amur project in Russia is projected to reach a capacity of 6 million cubic meters by 2025, accounting for 43% of China's imports [8] - Domestic production capacity is increasing, with new gas fields in Sichuan raising output from 1.95 million cubic meters in 2022 to 3.5 million in 2023 [8] Group 3: Future Outlook - By 2028, China's import dependency is expected to decrease to 60%, with domestic production surpassing 8 million cubic meters [10] - New discoveries in the Tarim Basin and Southwest shale gas fields could potentially double China's helium reserves [10] - Breakthroughs in membrane separation technology are anticipated to reduce production costs by over 30%, while recycling systems in industrial parks could cut waste by 50% [10] Group 4: Broader Implications - China's efforts in the helium sector reflect a broader strategy of "independent research and international cooperation," addressing supply risks and fostering a complete industrial ecosystem [12] - The demand from strategic industries such as semiconductors, aerospace, high-end medical, and defense technology will continue to drive innovation and optimize supply systems [12] - Ensuring the availability of critical resources requires both domestic capabilities and a global perspective, emphasizing the importance of a diversified supply network for sustainable development [12]

Core Viewpoint - The report highlights deep-sea technology as a new national strategic industry, emphasizing its importance for resource and national defense security, and its potential to explore the "blue" economy [1][2]. Resource Security - The urgency for China to secure deep-sea resources is underscored, as the U.S. and Japan are accelerating their deep-sea mining efforts. The U.S. has initiated policies to expedite mineral resource development in international seabed areas, while Japan plans to drill for rare earths at a depth of 5,500 meters by 2026 to reduce reliance on China. China's dependency on foreign resources is significant, with over 70% for oil and natural gas, and 78%-95% for strategic minerals like copper, cobalt, and nickel, making deep-sea resources crucial for national security [2]. National Defense Security - The report discusses the need for China to address its "open underwater national gate" security dilemma. The deep sea offers significant advantages for military operations, and establishing a robust deep-sea combat system is essential for implementing a "deep denial" strategy. The U.S. and Japan are actively developing their deep-sea military strategies, while China must enhance its underwater defense capabilities to secure its maritime interests [3]. Blue Economy - The marine economy in China reached a production value of 10.54 trillion yuan in 2024, indicating a substantial market potential. Future growth in the marine economy is expected to be driven by emerging sectors such as offshore fishing, offshore wind power, port shipping, and seawater desalination, alongside improvements in deep-sea technology productivity driven by security needs [3][4]. Deep-Sea Technology Industry Chain - The deep-sea technology industry chain encompasses basic materials to high-end equipment manufacturing, focusing on three core areas: deep diving, deep drilling, and deep networking. Key materials include titanium alloys for deep-sea pressure structures, sonar systems for underwater detection and navigation, and underwater robots for exploration and resource development [4][5]. Investment Recommendations - The report suggests focusing on "situation awareness" capabilities as a foundational aspect of deep-sea development. Companies such as China Marine Defense, Jizhi Co., and Zhongke Haixun are recommended for investment in the initial phase, as they are pivotal in enhancing situational awareness in deep-sea technology [5].

Industry Overview - China is the largest producer and consumer of cobalt oxide globally, with a production of 9,500 tons in the first half of 2025, representing a year-on-year growth of 40.69% [1][10] - The global demand for cobalt oxide is driven by the expected sales of over 18 million electric vehicles in 2025, with significant demand for high-purity cobalt oxide in the power battery sector, particularly for lithium cobalt oxide cathode materials [1][10] - The energy storage market is accelerating due to carbon neutrality goals, further increasing the demand for cobalt oxide [1][10] - Emerging consumer electronics, such as foldable smartphones and AR/VR devices, have increased the cobalt content per device by 40% compared to traditional models, creating additional demand [1][10] - Government policies, including the State Council's action plan for large-scale equipment updates and local support for new energy materials, provide long-term benefits for cobalt oxide applications in power batteries [1][10] Industry Chain - The upstream of the cobalt oxide industry chain includes cobalt mines, recycled materials, ammonium carbonate solution, and sulfuric acid, along with various production equipment [6] - The midstream involves the production and manufacturing of cobalt oxide, while the downstream applications include battery materials, pigments, ceramics, magnetic materials, catalysts, and consumer electronics [6] Market Dynamics - The global cobalt reserves are estimated at 11 million tons, with the Democratic Republic of Congo (DRC) holding 6 million tons, accounting for 55% of the total [8] - In 2024, global cobalt production is projected to reach approximately 291,300 tons, a year-on-year increase of 22.39%, with the DRC contributing 75.86% of the total production [8] - The DRC's export ban on cobalt has been extended, potentially leading to a supply shortage and increased cobalt prices, although Chinese companies are expected to maintain normal operations in the short term [8][12] Key Companies - Huayou Cobalt is a leading player in the industry, achieving a 40% self-sufficiency rate in raw materials through its control of six cobalt mines in the DRC [14] - Jinchuan Group holds a significant position in the cobalt oxide market due to its rich mineral resources and stable production capacity [14] - Greeenme has established a closed-loop business model for resource recovery, achieving over 99% cobalt recovery rates [14] Price Trends - Cobalt oxide prices in China have remained low due to declining cobalt prices and increasing production, but a rebound in cobalt prices following the DRC's export ban has led to a doubling of cobalt oxide prices [12] - As of June 2025, the price of cobalt oxide in China was 190,000 yuan per ton, reflecting a year-on-year increase of 51.39% [12] Industry Development Trends 1. Resource security and global layout are crucial for building a diversified supply system, with Chinese companies enhancing supply stability through overseas investments [19] 2. Technological breakthroughs are necessary to capture high-end markets, with innovations in cobalt oxide production processes and product purity requirements [20] 3. The industry is moving towards a low-carbon economy, emphasizing environmentally friendly production processes and recycling systems, particularly in response to stricter regulations [21]

Investment Rating - The report suggests a focus on "price up + valuation repair" as the dual investment theme, indicating a positive outlook for companies with resource advantages and low compliance risks [5][12]. Core Insights - The suspension of CATL's lithium mine highlights the importance of resource security and technological innovation in the industry, creating potential investment opportunities [1][5]. - The short-term impact of the mine suspension is expected to increase lithium prices, which will sequentially pressure costs and margins across the supply chain, affecting cathode manufacturers, battery producers, and automakers [2][9]. - Despite the short-term disruptions, the overall supply-demand balance remains favorable, with a projected surplus in lithium carbonate supply through 2025 [3][10]. - Technological advancements in lithium extraction and battery recycling are seen as key strategies to mitigate cost pressures and enhance recovery rates [4][11]. Summary by Sections Mine Suspension Impact - CATL's Jianxiawo lithium-mica mine in Jiangxi ceased operations due to the expiration of its mining license, which is the largest single lithium-mica operation globally, holding approximately 6.57 million tons of lithium carbonate equivalent (LCE) [1][8]. - The suspension is expected to reduce monthly lithium supply by about 8%, leading to increased prices and potential profit compression for downstream manufacturers [2][9]. Supply-Demand Dynamics - As of mid-2025, the lithium carbonate market is projected to have a supply of 553,000 tons, with demand at approximately 522,000 tons, indicating a surplus of around 30,000 tons [3][10]. - Social inventory levels remain above 140,000 tons, sufficient to cover short-term supply gaps [3][10]. Technological Innovations - The industry is focusing on process upgrades and recycling to reduce costs and improve recovery rates, with new methods achieving significant reductions in cash costs for lithium extraction [4][11]. - The anticipated growth of the battery recycling market is projected to exceed 100 billion yuan by 2030, driven by increasing volumes of retired batteries [4][11]. Investment Recommendations - The report recommends focusing on industry leaders like CATL, which possess both resource advantages and pricing power, as they are expected to outperform amid rising lithium prices [5][12].

Core Viewpoint - The article discusses the "anti-involution" trend in various industries, emphasizing its role in reshaping investment value and driving industry upgrades, particularly in sectors like resources, consumption, agriculture, and semiconductors [2][4]. Group 1: Anti-Involution and Industry Impact - The "anti-involution" phenomenon is seen as a critical force for industry chain upgrades and investment value reshaping, with a focus on optimizing supply and enhancing efficiency [2]. - The resource sector is identified as one of the most affected by "involution," with many companies experiencing long-term losses, but recent policies are beginning to alleviate irrational price wars [2][4]. - The article highlights the importance of understanding the underlying logic of "anti-involution" and its implications for investment strategies across different sectors [2]. Group 2: Investment Opportunities in Resource Sector - The investment core in cyclical stocks lies in capturing new trends in supply and demand changes, with a focus on strategic resource security driving sustained demand [5][6]. - Key long-term trends include the expectation that strategic resource prices will remain high, and domestic scarce strategic resource companies will enter a phase of long-term volume growth [6]. - Specific investment opportunities are identified, such as focusing on gold stocks for long-term production and growth potential, and recognizing copper's critical role in both traditional and emerging sectors [6][7]. Group 3: Market Dynamics and Future Outlook - The relationship between Federal Reserve interest rate cuts and commodity prices is influenced by fiscal policy, with a favorable environment for commodities expected if both fiscal and monetary policies are accommodative [8]. - Future cyclical layouts should focus on sectors benefiting from supply-side reforms and "anti-involution," as well as opportunities in new energy metals and the growth potential of copper and gold [8]. - The article suggests that the current market is experiencing a significant global commodity cycle driven by de-financialization, re-industrialization, and the "anti-involution" trend in China [12]. Group 4: Specific Resource Insights - The article provides insights into specific resources, such as aluminum, lithium, rare earths, and tungsten, highlighting their supply dynamics and potential for price recovery due to policy changes and market conditions [11][12]. - For example, the "anti-involution" policies may lead to the elimination of outdated aluminum production capacities and influence lithium supply dynamics significantly [11]. - The article emphasizes the importance of global pricing power and the prioritization of manufacturing over infrastructure and real estate in resource selection [12].

Core Viewpoint - The discovery of a super-large zirconium mine in the Kuobai Basin of Xinjiang, China, significantly increases the country's zirconium resource reserves and may reshape the global zircon supply landscape [1][4][12]. Group 1: Resource Significance - The new zircon mine has the potential to transform China from a resource-importing nation to one with abundant local resources, impacting various high-tech and military sectors [1][5][10]. - The mine's estimated zircon stone mineral reserves exceed 2 million tons, which is four times China's previously known zircon resources [4][12]. - China currently consumes over half of the global zircon resources while holding only 500,000 tons, less than 1% of the global total [5][19]. Group 2: Market Impact - The discovery is expected to influence the global zircon market, with major suppliers in Australia and South Africa becoming wary of the "China variable" affecting supply and demand dynamics [16][19]. - The domestic zircon sand imports have sharply decreased by nearly half, leading to high volatility in local prices and prompting foreign suppliers to raise their quotes [14][16]. Group 3: Strategic Implications - The find represents a significant geological event, challenging previous assumptions about zircon deposits being primarily located near coastlines [7][9]. - The mine's location in a sparsely populated area minimizes potential ecological damage, allowing for a balance between economic benefits and environmental considerations [13][24]. - The discovery aligns with China's broader strategy to secure critical mineral resources, similar to its past advancements in rare earth elements [17][26]. Group 4: Future Outlook - The demand for zircon is projected to increase significantly, with estimates suggesting that global demand for zircon sand could more than double by 2027 [19][22]. - The successful development of this mine could enhance China's negotiating power in global markets and stimulate advancements in high-tech processing of zircon [22][25]. - The ongoing exploration and evaluation of this new resource will be crucial for ensuring sustainable and effective utilization [23][24].

Core Viewpoint - The article highlights the efforts of a certain country to secure its supply of rare metals through various means, including illegal activities to circumvent export controls from China [1]. Group 1 - The country in question cannot independently produce and purify rare metals, leading to its reliance on stockpiling through different channels [1]. - A key contractor in this country has been found to engage in illegal activities such as changing packaging to falsely label products as "non-Chinese origin" for re-export [1]. - The contractor is also attempting to misreport content composition, falsify product names, and use multiple small shipments to illegally transport controlled items like rare earth elements out of China [1]. Group 2 - The national security agency has gathered solid evidence and, in collaboration with relevant departments, has taken legal action to cut off illegal export channels for rare earth-related items [1]. - These actions are aimed at effectively safeguarding the country's resource security and national security [1].

Core Viewpoint - The article discusses the challenges and strategies related to the U.S. dependence on rare earth resources, particularly in light of recent export bans from China and the subsequent circumvention of these bans through third-party countries [3][10][22]. Group 1: U.S. Dependence on Rare Earths - The U.S. has a significant demand for rare earth minerals, yet it faces shortcomings in domestic mining and refining capabilities due to decades of neglect [5][6]. - The high-tech and military industries in the U.S. have become critically dependent on rare earths, making them irreplaceable [6]. Group 2: Circumvention of Export Bans - Following China's export ban on key minerals like gallium, germanium, and antimony, unusual trade patterns emerged, with Thailand and Mexico suddenly becoming major importers of antimony [8][10]. - These countries have limited capabilities in the relevant industries, raising suspicions that the U.S. is using them as intermediaries to covertly import Chinese rare earth resources [9][10]. Group 3: China's Response - In response to the U.S. tactics, China has initiated a special action to combat the smuggling of strategic minerals, enhancing monitoring of trade data from key transit countries [16][19]. - New regulations have been implemented to ensure stricter oversight of mineral exports to the U.S., requiring producers to submit detailed transaction information [20][19]. Group 4: Implications for International Trade - The U.S. actions to bypass export controls undermine the fairness and integrity of international trade, challenging China's policies aimed at ensuring national security and sustainable resource management [22].

Core Insights - The article highlights a significant global resource competition, with China emerging as a key buyer of strategic resources, particularly nickel, which is essential for high-tech products like electric vehicle batteries and advanced aircraft engines [1][3] - China's procurement of over 100,000 tons of nickel and its storage in national strategic reserves reflect a deep consideration for future resource supply security [1][7] - The European response to China's resource control, particularly regarding rare earth elements, indicates a growing concern over dependency on China for critical materials used in high-tech industries [3][5] Group 1: China's Resource Strategy - China has been actively purchasing nickel, emphasizing its importance for future technological advancements and resource security [1][7] - The country is committed to maintaining control over its rare earth resources, which are vital for modern technology and military applications [3][5] - China's actions in the global resource market are aimed at ensuring economic security and national dignity, resisting any unfair demands for technology transfer from European nations [5][7] Group 2: International Reactions - European countries are increasingly vocal about the need to establish their own rare earth supply chains to reduce reliance on China [3][5] - The call for collaboration among European nations reflects concerns over China's growing influence in the global resource market [3][5] - The ongoing resource competition raises questions about future strategic resource acquisitions by China, which will be closely monitored by the international community [9]