永泰能源公告，森达源煤矿取得了山西省自然资源厅下发的《关于评审备案的复函》，予以通过森达源 煤矿矿产资源储量评审备案。本次勘查范围占矿井总面积的53.57%，详查区内估算铝土矿累计查明资 源量784.26万吨，均为保有资源量，其中：控制资源量236.5万吨、推断资源量547.76万吨，Al2O3平均 含量61.46%、A/S平均值5.05，规模为中型铝土矿矿床。 ...

专家组评审认为，《中国矿产地质志》实现了国域面积、矿种、矿产地三个全覆盖，全面反映了我国矿 产勘查百年成就、历史贡献和矿产资源全貌，是我国目前最完整最具权威性的矿产资源志书，具有里程 碑意义，达到了国际领先水平。 据悉，下一步，该项工作将转化为常态化的成矿远景区划工作，以助推新一轮找矿突破战略行动，成矿 区划工作即将全面铺开。（记者 丁全利 通讯员 黄 凡） 12月28日，《中国矿产地质志》结题验收暨《中国矿产地质志·规律总志卷》成果评审会在京召开，相 关成果通过干勇等26位两院院士及潘桂棠等24位权威专家组成的专家组的评审，标志着这项由自然资源 部统筹、中国地质调查局组织实施的重大科技工程——《中国矿产地质志》研编工作收官。自然资源部 副部长、中国地质调查局局长许大纯出席并讲话。 据介绍，《中国矿产地质志》研编工作启动于2012年，是我国地质矿产领域一项集大成、家底性、立典 式的基础性工作，由中国工程院院士陈毓川、中国地质科学院矿产资源研究所研究员王登红任总主编， 全国630余家单位、4500余名地质工作者历时14年共研编完成《中国矿产地质志·矿产总志卷》《中国矿 产地质志·规律总志卷》和32个省（区、市） ...

转自：贵州日报 正安县某页岩气勘查区钻井现场。 赵永章 摄 ara in a 李奇松 朱玉群 金秋时 黔山秀水，藏珍蕴宝。在贵州125.8万座大大小小的山头之下，蕴藏着丰富而珍贵的矿产资源。这既是大地赋 予的天然禀赋，更是贵州迈向高质量发展的坚实底气和比较优势。 如何把"先天禀赋"转化为"后发动力"？2024年2月，省委、省政府召开全省"富矿精开"推进大会，旗帜鲜明地 提出以"富矿精开"为关键抓手在新时代西部大开发上闯新路，加快推动全省矿业高质量发展，为推进中国式 现代化贵州实践提供坚实支撑。 2025年12月23日，省委经济工作会议在贵阳举行，会议进一步强调深入实施强化比较优势战略，为全省自然 资源开发利用与产业升级指明了方向。 全省自然资源系统牢记"国之大者"和"省之大计"，以"多找矿、找好矿、找大矿"为目标全力推进新一轮找矿 突破战略行动，着力以"精确探矿"为重要抓手，向地球深部进军，向科技创新发力，以"咬定青山不放松"的 韧劲，切实肩负起筑牢国家能源资源安全根基、赋能贵州经济社会高质量发展的使命担当。 找矿成果丰硕，资源家底持续夯实 "十四五"以来，贵州立足资源禀赋，累计投入省级财政资金20.96亿元 ...

金秀矿发现于我国广西壮族自治区金秀瑶族自治县龙华镍钴矿床中。专家告诉记者，龙华镍钴矿床是特 富的镍钴矿，镍元素和钴元素的占比分别在17.5%和1.5%左右，比常规镍0.2%钴0.02%的成矿标准高了 近80倍。 中国地质科学院深部矿产勘查理论与技术研究室主任 严加永：金秀矿的化学式是镍、铋、硫、锑、 砷，它本质上是对早期形成的含镍矿物进行置换，导致了晶体结构重新排列，从而结晶出了一种全新的 结构稳定的矿物。 专家告诉记者，金秀矿诞生的镍钴矿床是十分紧缺的矿产资源，尤其是钴，长期以来严重依赖进口。金 秀矿的发现，对热液镍钴矿床的成因研究和指导找矿突破具有重大意义。 中国地质科学院深部矿产勘查理论与技术研究室高级工程师 汤贺军：金秀矿本身含有镍、钴、铋等多 种有价金属，我们需要研究其中的有价金属是否容易提取，这关乎未来对该类矿床进行资源综合利用的 回收率和经济效益。我们将建立作为找矿标志矿物的理论模型，在未来地质勘查中，一旦在岩石或勘探 样品中发现金秀矿或者其他类似矿物就可以推断该处可能存在隐伏的具有经济价值的镍钴矿化体。 地球矿物家族增添新成员 记者昨天(17日)从自然资源部中国地质调查局获悉，经国际矿物学会新 ...

Core Viewpoint - The discovery of two new minerals, Gui Xiang Nickel-Bismuth Ore and Jin Xiu Ore, by the Chinese Academy of Geological Sciences marks a significant advancement in mineralogy and reflects China's growing influence in this field [5][12][22]. Group 1: New Mineral Discoveries - The new minerals were officially recognized by the International Mineralogical Association (IMA) after a thorough review process [12][25]. - As of 2025, China has discovered over 200 new minerals, positioning the country as a global leader in this area [9][26]. - The discoveries of Gui Xiang Nickel-Bismuth Ore and Jin Xiu Ore are part of a broader strategic initiative to enhance mineral exploration in China [10][22]. Group 2: Importance of Nickel-Cobalt Resources - Nickel and cobalt are critical minerals for various industries, including aerospace, chemical, and mechanical manufacturing, and are essential components in lithium batteries [11][27]. - The Longhua Nickel-Cobalt deposit, where the new minerals were found, has an average nickel grade of 7.48% and cobalt grade of 0.64%, indicating a medium-sized resource [11][27]. - China's reliance on imported cobalt highlights the strategic importance of domestic nickel-cobalt resources [11][27]. Group 3: Research and Technological Advances - The discoveries were facilitated by advancements in research techniques and persistent efforts from the geological team [13][19]. - New technologies, such as electron probes and transmission electron microscopy, have enabled the identification of smaller and previously undetectable minerals [19][21]. - The research team emphasizes that the identification of new minerals contributes to a deeper understanding of mineral formation processes and geological events [21][22].

Core Insights - The article highlights the achievements and contributions of the 208th Brigade in uranium exploration and geological research, emphasizing its role in supporting China's nuclear energy development [1][2][3][4] Group 1: Uranium Exploration Achievements - The 208th Brigade has discovered significant uranium deposits, including one super-large, seven large, and several medium-sized uranium ore deposits since 2000 [1][2] - Key discoveries include the Zaohuohao uranium deposit in the Ordos Basin and the Nalinggou uranium deposit, which supports the "National Uranium No. 1" project [1] - In the Erlian Basin, the Brigade identified multiple large ancient river valley-type sandstone uranium deposits, contributing to the establishment of a major uranium mining base [1][2] Group 2: Engineering and Construction Excellence - The Brigade has successfully completed high-quality engineering projects, including a medical facility construction project with an annual output of 10 billion nitrile gloves [2] - It has also efficiently executed foundation construction for a bank's data center, setting industry standards in Hohhot [2] Group 3: Multi-Mineral Exploration - The 208th Brigade has demonstrated expertise in exploring various minerals, having identified 100 tons of gold resources and several large deposits of other minerals such as graphite and limestone [2] - The Brigade holds 18 exploration rights for gold and multi-metal resources, with its self-operated Tugu Rige gold mine producing 250 kg of gold annually [2] Group 4: Industry Leadership and Equipment - The Brigade possesses advanced drilling equipment and capabilities, with over 80 sets of various drilling rigs and an annual drilling capacity exceeding 800,000 meters [2] - Since 2000, it has completed approximately 4 million meters of drilling tasks independently, establishing itself as a leading exploration unit in China [2] Group 5: Environmental Restoration and Green Practices - The Brigade offers comprehensive solutions for geological environment management and ecological restoration, equipped with over 100 monitoring devices [3] - It has completed significant environmental impact assessments and restoration projects across various regions, setting benchmarks in the field [3] Group 6: Analytical and Testing Capabilities - The Brigade's analysis and testing center is one of the top geological mineral analysis institutions in China, capable of conducting over 2,000 parameter measurements [3] - The center is equipped with more than 300 advanced analytical devices, providing substantial support for uranium mining in Inner Mongolia [3] Group 7: International Expansion - The 208th Brigade actively participates in the Belt and Road Initiative, expanding its overseas resource exploration projects in countries such as Saudi Arabia, Tanzania, and Canada [4]

作为推动矿业高质量发展的重要举措，矿产资源节约和综合利用先进适用技术目录发布制度于2012年建 立，到2017年陆续发布了6批先进适用技术，2019年起，确定每3年更新一次。截至目前，共组织遴选了 9批1387项先进适用技术。 自然资源部有关负责人表示，这些技术的发布和推广有力提升了矿产资源节约集约与综合利用水平。自 然资源部对2022年版技术推广应用情况评估结果显示，44项勘查技术被应用到1119个勘查项目，推动发 现石油7.8亿吨、天然气（煤层气）5.8亿立方米、铁矿1.7亿吨、天然碱0.87亿吨、金316吨；251项采选 和综合利用技术在矿山企业应用后，矿山平均开采回采率、选矿回收率均提升9个百分点，共伴生矿产 综合利用率提升15个百分点，盘活固体矿产21亿吨、石油2.6亿吨、天然气126亿立方米。 本报北京11月25日电（记者孔德晨）近日，自然资源部发布了矿产资源节约与综合利用先进适用技术目 录（2025年版），共有376项技术入选，其中新增入选186项，与2022年版相比有了大幅更新。 本次2025年版目录评选更新工作经自评申报、组织推荐、专家评选、社会公示等程序，共遴选产生376 项先进适用技术。 ...

Core Insights - The Ministry of Natural Resources announced a significant mineral discovery, identifying China's first thousand-ton low-grade super-large gold deposit, the Dadonggou Gold Mine, with a total gold metal content of 1,444.49 tons, marking the largest single gold deposit discovered since the founding of New China [1][3][6] Group 1: Discovery Details - The Dadonggou Gold Mine has a total identified gold ore volume of 2.586 billion tons above the -720 meter elevation, with an average grade of 0.56 grams per ton [3][6] - This discovery is characterized as a super-large low-grade open-pit gold mine, which has passed economic feasibility assessments, indicating promising economic benefits [6] Group 2: Exploration Process - The exploration involved nearly a thousand personnel working collaboratively, reducing the exploration time to 15 months, setting a precedent for "short cycle, high quality" gold mine exploration in the country [6]

Group 1 - Gansu Province has discovered a large magnesium dolomite mine with over 700 million tons of resources, marking a significant breakthrough in mineral resource exploration [2][3] - The mine is located in the Kongtong District of Pingliang City, with an average magnesium oxide grade of 20.67%, indicating high-quality ore suitable for open-pit mining [2][3] - In addition to the magnesium ore, over 300 million tons of dolomite for construction purposes have also been identified, showcasing the diverse utilization potential of dolomite resources [3] Group 2 - The establishment of the Quality Control Center for Rehabilitation Medicine in Qingyang signifies a new phase of standardized and regulated development in the field of rehabilitation medicine [4] - The "Qingyang Has Gifts · Tianjin Color Sharing" agricultural product exhibition and sales event aims to enhance cooperation between regions and promote Qingyang agricultural products in the Tianjin market [4] - The cultural exchange activity "Cutting Clouds" will showcase Qingyang paper-cutting art in Germany and France, promoting local culture internationally [6]

Core Insights - Gansu Province has discovered a super-large magnesium dolomite mine with a resource amount exceeding 700 million tons, marking a significant breakthrough in mineral resource exploration in the region [1] Group 1: Discovery Details - The mine is located in the Kongtong District of Pingliang City, specifically in the Zhuanmatai area [1] - The mineral body is found in the Middle Proterozoic Jixian System Wangquankou Formation shallow marine carbonate rock strata, with five layered magnesium dolomite mineral bodies identified [1] - The average magnesium oxide grade in the ore is 20.67%, indicating it is a high-quality magnesium dolomite mine [1] Group 2: Mining and Resource Potential - The mine features a large scale, shallow burial, gentle dip, and stable thickness, making it suitable for open-pit mining [1] - Within the open-pit mining area, over 700 million tons of magnesium dolomite ore have been confirmed, along with more than 300 million tons of dolomite for construction use [1] Group 3: Utilization Value - Dolomite resources have diverse utilization values, serving as an important raw material for magnesium metallurgy and applicable in refractory materials, metallurgical flux, glass, and ceramics industries [1] - The comprehensive utilization potential of these resources is significant [1]