| 杨 彦,杨维刚,任文秀,赵洪葆,张忠平.甘肃省稀土、铁、晶质石墨、萤石矿未利用矿区调查评价及工作建议[J].甘肃地质,2024,(3):23-29 |
| 甘肃省稀土、铁、晶质石墨、萤石矿未利用矿区调查评价及工作建议 |
| Suggestions on Investigation of Unutilized Mining Areas with Rare Earth， Iron， Crystalline Graphite, ａnd Fluorite Mines in Gansu Province |
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| DOI： |
| 中文关键词: 未利用矿区 调查评价 稀土 铁 晶质石墨 萤石 甘肃省 |
| 英文关键词:unutilized mining areas rare earth element Iron crystalline graphite fluorite Gansu Province |
| 基金项目:甘肃省稀土、钾盐、铁、锂、石墨、萤石等6个矿种未利用矿区调查评价（2023zfcg02144） |
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| 摘要点击次数: 36 |
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| 中文摘要: |
| 按照自然资源部关于深化矿产资源国情调查工作的部署，在系统梳理矿产资源国情调查数据基础上，以36个战略性矿产（油气矿产和铀矿除外）为重点，对未利用矿区（包括未上报矿产地）开展深入调查评价。2023年度，甘肃省在矿产资源国情调查工作基础上，梳理出稀土、铁、晶质石墨、萤石等4个矿种未利用矿区共计115个（无钾盐、锂矿区），通过对未利用矿区开展的系统调查，了解了影响矿区开发利用的技术经济、外部环境、生态环保、产业政策等因素，逐矿区研究提出了"疏堵"方案，形成了可出让区块、可支持快速上产矿区、可快速提高工作程度矿区、可储备矿区、暂难利用矿区和其他矿区的分类施策建议清单，为合理配置资源、促进增储上产、缓解矿产资源国内供应紧张局面等提供决策依据。 |
| 英文摘要: |
| According to the deployment of the Ministry of Natural Resources on deepening the national survey of mineral resources, based on the systematic sorting of data from the national survey of mineral resources, with a focus on 36 strategic minerals （excluding oil and gas minerals and uranium mines）, an in-depth investigation and evaluation will be conducted on unutilized mining areas （including unreported mining areas）. In the first stage（2023）, it is necessary to complete the investigation and evaluation of 6 unutilized mining areas, including rare earth, potassium salt, iron, lithium, graphite, and fluorite. In 2023, based on the national survey of mineral resources, Gansu Province sorted out a total of 115 unutilized mining areas for four types of minerals, including rare earth, iron, crystalline graphite, and fluorite. Through a systematic investigation of the unused mining areas, factors affecting the development and utilization of mining areas such as technology and economy, external environment, ecological protection, and industrial policies were understood. A “unblocking” plan was proposed for each mining area, forming a classified policy suggestion list of transferable blocks, mining areas that can support rapid production, mining areas that can quickly improve work efficiency, mining areas that can be reserved, mining areas that are temporarily difficult to use, and other mining areas. This provides decision-making basis for rational resource allocation, promoting storage and production increase, and alleviating the domestic supply shortage of mineral resources. |
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