高密度电阻率法在天然矿泉水开发潜力区的探查效果分析——以山西省五台县为例

    Effectiveness analysis of high-density electrical resistivity prospecting for potential areas of natural mineral water: A case study of Wutai County, Shanxi Province

    • 摘要: 为提供满足人们饮用规范要求的优质天然矿泉水, 依据山西省五台地区地下储水层特点, 选择高密度电阻率法温纳装置, 在东山底村和东龙泉村寻找天然矿泉水开发潜力区. 通过3条高密度电法剖面测量, 发现变质岩裂隙水和松散岩孔隙水两种类型的储水低阻异常区, 并得到了探采结合井的验证. 研究表明, 利用高密度电阻率法在五台县开展天然矿泉水储水区调查是一种行之有效的技术方法, 可为未来进一步开发山西省天然矿泉水资源提供技术支撑.

       

      Abstract: To supply high-quality natural mineral water meeting drinking water standards, guided by aquifer characteristics identified in previous hydrogeological surveys, this study utilized the Wenner array of the High-Density Electrical Resistivity Method (HDER) to prospect for potential water sources in Dongshandi and Donglongquan villages. Measurements along three HDER profiles revealed low-resistivity anomalies indicative of two aquifer types: metamorphic rock fissure water and loose rock pore water. These findings were subsequently validated by dedicated exploration-production wells. The research confirms the effectiveness of the HDER for investigating natural mineral water reservoirs in Wutai County, thereby offering technical support for future development of these resources in Shanxi Province.

       

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