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• W2927992209 abstract "The performance of vertical and horizontal wells is usually evaluated using water level wells or piezometers in landfills. In this study, pumping tests in vertical and horizontal wells were performed at the Chang'an and Tianziling landfills, respectively. During the pumping tests, the leachate level drawdown around the wells and the resistivity of the surrounding waste were both measured to investigate the feasibility of applying electrical resistivity tomography (ERT) to monitor the dewatering in landfills. It was found that the resistivity ρ of the waste samples drilled from the Tianziling landfill decreased as volumetric moisture content θ increased, and the relationship could be fitted with Archie's law (ρ = ρwaθ-m). For waste samples with the same θ, ρ tended to increase as the depth of the samples increased. It was because the waste at deeper layers experienced longer degradation and tended to have greater proportion of inert particles like cinder and dust. During a vertical well pumping test in the Chang'an landfill, the resistivity of waste on the right side of the well increased by 10% to 30%. The distribution of areas where resistivity increased was heterogeneous. During two horizontal well pumping tests in the Tianziling landfill, the areas where resistivity increased were distributed in an ellipse around one well and were horizontally distributed around another well. The resistivity of waste near the two wells increased by 4% to 18%. According to the ERT testing results, the influence radii of the two wells were estimated as 38.7 m and 33.2 m, respectively. These were close to the values (i.e., 42.1 m and 34.8 m, respectively) obtained through leachate level testing results. Artifacts produced by the inversion process were both found in the ERT images of vertical and horizontal well pumping tests. The combined use of ERT with other hydrogeological monitoring methods can improve the understanding of draining effects by vertical and horizontal wells in landfills." @default.
• W2927992209 created "2019-04-11" @default.
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• W2927992209 date "2019-05-01" @default.
• W2927992209 modified "2023-10-01" @default.
• W2927992209 title "Application of electrical resistivity tomography to monitor the dewatering of vertical and horizontal wells in municipal solid waste landfills" @default.
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• W2927992209 doi "https://doi.org/10.1016/j.enggeo.2019.03.021" @default.
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