财经观察：防美国“抢资源”，欧盟筹建关键矿产中心

Core Points - The European Union (EU) is planning to establish a central institution to coordinate the procurement and storage of critical minerals in response to the United States' aggressive actions in the global mineral market [2][4] - EU officials express concerns over the slow response to the US's "America First" policy, which has exposed the EU's economic vulnerabilities [1][2] - The EU aims to enhance its economic security by integrating more protective measures into its supply chains and establishing partnerships with countries like Brazil and South Africa [4][5] Group 1: EU's Strategic Response - The EU's plan includes signing cooperation agreements with Brazil and South Africa to secure mineral supplies [4] - The EU is also considering setting price floors for critical minerals to ensure domestic availability for European companies [4] - The Critical Raw Materials Act (CRMA) will come into effect in May 2024, focusing on achieving self-sufficiency in strategic raw materials through financial support for 47 strategic projects [4][12] Group 2: US Actions and Implications - The US has been rapidly securing critical mineral supplies through various means, including the Defense Production Act and acquiring stakes in foreign mining companies [5][7] - The US's aggressive strategy has raised concerns in the EU about being left behind in the competition for essential resources [7][11] - The EU fears that US actions may undermine its strategic projects, as seen with the tungsten mining project in the UK that has attracted US investment [8][11] Group 3: Future Directions for the EU - The EU is expected to propose a more detailed critical mineral plan by the end of 2025, which will complement the CRMA [11][12] - The "RESourceEU" initiative aims to strengthen trade ties with third countries and enhance the resilience of Europe's strategic metal supply chains [11][12] - The EU is also exploring domestic mining and refining options, as well as partnerships with neighboring countries to boost its autonomy in critical minerals [12]