D. Satria, E. S. Hasan, Al Rubaiyn, L. Ngkoimani
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引用次数: 0

摘要

渗滤液是由于生物降解过程从废物中释放出来的液体。如果任由渗滤液流向土壤表面,将对周围环境产生负面影响。其中一种可以用来检测渗滤液分布模式的地球物理方法是甚低频电磁法(VLF-EM)。甚低频电磁(VLF-EM)方法是一种利用电磁原理,使用10- 30khz低频无线电波源的地球物理方法。研究地点在肯达里市的TPA Puawatu。分析是通过观察从数据处理中获得的流动密度的二维截面来进行的。由Karous-Hjelt开发的方法可以通过产生具有电流密度参数的二维截面来进行定性解释。高电流密度值可被识别为最导电的异常。Puuwatu TPA渗滤液的分布方向呈现由TPA北部向TPA南部流动的趋势,表明TPA南部的许多沼泽都受到了渗滤液的污染。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
IDENTIFIKASI PERSEBARAN AIR LINDI MENGGUNAKAN METODE VERY LOW FREQUENCY ELECTROMACNETIC (VLF-EM) DI TPA PUUWATU, KOTA KENDARI
Leachate which is a liquid released from waste due to biological degradation processes. If the leachate flow is allowed to flow to the surface of the soil, it will have negative effects on the surrounding environment. One of the geophysical methods that can be used to detect leachate distribution patterns is the VLF-EM (Very Low Frequency-Electromagnetic) method. The VLF-EM (Very Low Frequency-Electromagnetic) method is a geophysical method that utilizes electromagnetic principles using a low frequency radio wave source of 10-30 kHz. The research location is in TPA Puawatu, Kendari City. The analysis was carried out by looking at the 2D cross section of the flow density gained from the data processing. Qualitative interpretation can be carried out by the method developed by Karous-Hjelt with the producing of a 2-dimensional cross section with current density parameters. The high current density value can be identified as the most conductive anomaly. The direction of leachate distribution in the Puuwatu TPA tends to flow from the north of the TPA to the south of the TPA, which indicates that many swamps in the South of the TPA have been contaminated with leachate.
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