Underground Water-Level Monitoring by Integrated Study of Geoelectric, Logging, Cutting and Pumping Data in Industrial Area of Candi Sub-District, Sidoarjo

IF 0.3 Q4 EDUCATION, SCIENTIFIC DISCIPLINES Jurnal Pendidikan Fisika Indonesia-Indonesian Journal of Physics Education Pub Date : 2019-07-26 DOI:10.15294/jpfi.v15i2.14365
A. Jufriadi, H. D. Ayu
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引用次数: 1

Abstract

Monitoring of underground water level with integrated data of geoelectric, logging, cutting and pumping has been done in industrial area of Candi Sub-district, Sidoarjo, which is productive aquifers with widespread area. The integrated study showed that monitoring aquifers in industrial wells has carried out at depths of 140-165 meters. The lithology of the aquifer layer consists of sand layer, clay, and gravel with a low resistivity value of 14.7 to 46.8 ohmmeters. The monitoring results showed that the use of underground water at night was higher than the day and the use on workday was higher than on holiday. The stable debit generated by monitoring wells was 8.41 lt/sec and the groundwater level would return to stable 2.17 meters if the well is rested for 3 hours. The implication of this study was monitorable of the dynamics underground water levels periodically.
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基于地电、测井、切割、抽水数据综合研究的西多阿霍市坎地街道工业区地下水位监测
利用地电、测井、切割和抽水的综合数据对Sidoarjo Candi街道工业区的地下水位进行了监测,该工业区是一个面积广泛的生产性含水层。综合研究表明,在140-165米深处对工业井中的含水层进行了监测。含水层的岩性由砂层、粘土和砾石组成,低电阻率值为14.7至46.8欧姆。监测结果显示,夜间地下水使用量高于白天,工作日地下水使用量大于节假日。监测井产生的稳定借方为8.41 lt/sec,如果井休息3小时,地下水位将恢复到稳定的2.17米。这项研究的意义是可以周期性地监测地下水位的动态。
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24 weeks
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