Core Viewpoint - Yongtai Energy has achieved a significant breakthrough in the "coal-aluminum synergy + rare metal development" sector with the approval of its coal-based aluminum resource assessment by the Shanxi Provincial Natural Resources Department, unlocking strategic rare metals like gallium and enhancing regional resource utilization and industrial advancement [1] Group 1: Resource Assessment - The exploration has confirmed a total bauxite resource of 7.84 million tons, with controlled resources of 2.37 million tons and inferred resources of 5.48 million tons, categorizing it as a medium-sized bauxite deposit [2] - The average Al₂O₃ content is 61.46%, and the average A/S ratio is 5.05, significantly exceeding industry standards for rich ores, indicating high development value [2] Group 2: Associated Resources - The exploration also revealed over 470 tons of gallium, with a content of 0.006%, meeting economic viability standards and qualifying as a medium-sized gallium deposit [3] - Additional associated resources include inferred reserves of 928,600 tons of hard clay and 719,800 tons of pyrite, enhancing the overall resource profile [3] Group 3: Future Development Plans - The approval of the resource assessment lays a crucial foundation for the subsequent application for mining rights and permits, with plans for phased exploration of other coal mines under the company [4] - The company aims to accelerate project progress, focusing on efficient resource utilization and green industrial upgrades, thereby enhancing its competitive edge and operational performance [4]

Group 1 - A new large strontium mine has been discovered in the Lishui Basin after four years of exploration, with inferred resource amounts reaching 545.55 thousand tons and mineral amounts at 265.40 thousand tons, with an average grade of 48.65% [1] - Strontium is an important rare metal widely used in special ceramic materials and magnetic alloy manufacturing, playing a significant role in national industrial development and technological advancement [2]