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DC geoelectrical methods applied to landfill investigation: case studies from Greece

机译:直流地电方法应用于填埋场调查:来自希腊的案例研究

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摘要

There is a growing demand for monitoring both oper- ating and rehabilitated municipal solid waste (MSW) landfills. In this framework, geophysical investigation and particularly geoelectrical techniques are consid- ered as a valuable tool in environmental management. The DC geoelectrical methods are probably the most popular geophysical techniques applied to landfill investigations (Meju, 2000). The conductive signature of the leachate renders geoelectrical methods ideal for the investigation of active or decommissioned landfills with respect to mapping their structure (i.e., shape, size) as well as for locating poten- tial leakage and migration of leachate into the deeper geolog- ical layers. A large number of relevant studies can be found in literature, among others: Cartwright and McComas, 1968; Klefstad et al., 1995; Barker, 1990; Carpenter et al., 1991; Binley et al., 1997; Stanton and Schrader 2001; Karlik and Kaya, 2001; Porsani et al., 2004.
机译:对运行中和修复后的城市固体废物(MSW)垃圾填埋场进行监测的需求不断增长。在这种框架下,地球物理调查,特别是地球电技术被认为是环境管理中的宝贵工具。直流地电方法可能是应用于填埋场调查的最流行的地球物理技术(Meju,2000)。渗滤液的导电特征使地电方法成为研究活跃或退役垃圾填埋场结构(即形状,大小)以及确定渗滤液潜在泄漏和迁移到更深地质学方面的理想方法层。在文献中可以找到大量相关的研究,其中包括:Cartwright和McComas,1968年。 Klefstad等,1995;巴克(1990); Carpenter et al。,1991; Binley等人,1997; Stanton and Schrader 2001; Karlik和Kaya,2001年; Porsani等人,2004年。

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