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矿山地质工程中的绿色勘查技术应用研究

Research on the Application of Green Exploration Technology in Mining Geological Engineering
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摘要 普朗铜矿地处“三江并流”国家级自然遗产区,生态敏感性极高,地理条件复杂,勘查工程面临多重制约。在该背景下,绿色勘查技术体系的系统构建与有效实施成为实现资源开发与环境保护协同发展的关键路径。本文围绕普朗铜矿地质工程中的勘查实践,系统阐述了遥感、高精度航空物探、多手段地球化学测量等绿色勘查技术的具体应用过程。各项技术均紧密贴合区域地质特征与地形限制,兼顾信息获取精度与生态扰动控制,构建起多源数据协同、多维信息融合的勘查工作格局。分析表明,绿色勘查技术的系统集成在普朗矿区实现了找矿精度与效率的显著提升,同时有效规避了传统勘查活动对生态系统的破坏风险,展现出绿色勘查的可复制性和推广价值。 The Pulang Copper Mine is situated within the“Three Parallel Rivers”National Nature Heritage Site,a region with high ecological sensitivity and complex topographic conditions that pose multiple constraints on geological exploration.In this context,the systematic construction and effective implementation of green exploration technologies have become crucial for achieving coordinated development between resource extraction and environmental protection.This study focuses on the geological exploration practices of the Pulang Copper Mine,elaborating on the concrete application of green exploration technologies such as remote sensing,high-precision airborne geophysical surveys,and multi-method geochemical analysis.Each technique is precisely aligned with the geological structure and terrain characteristics of the region,ensuring a balance between data acquisition accuracy and ecological disturbance minimization.A collaborative exploration framework characterized by multi-source data integration and multi-dimensional information fusion has been established.The analysis shows that the integrated application of green exploration technologies has markedly improved both the precision and efficiency of mineral prospecting in the Pulang area,while effectively avoiding the ecological degradation commonly associated with conventional exploration.The case demonstrates the replicability and broader applicability of green exploration strategies,offering valuable insights for sustainable mineral development in ecologically sensitive regions.
作者 刘洋 LIU Yang(Liaoning Division of China Building Materials Industry Geological Exploration Center,Shenyang 110000,China)
出处 《世界有色金属》 2025年第15期211-213,共3页 World Nonferrous Metals
关键词 绿色勘查技术 有色金属矿山 地球物理勘查 普朗铜矿 green exploration technology Nonferrous metal mines Geophysical exploration Pulang Copper Mine
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