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首页> 外文会议>The 23rd International Conference on Solid Waste Technology and Management(ICSW 2008) >Monitoring System Design for Evapotranspiration Cover Trial of Municipal Waste - A Case Study of Morwell Landfill
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Monitoring System Design for Evapotranspiration Cover Trial of Municipal Waste - A Case Study of Morwell Landfill

机译：城市垃圾蒸发蒸腾试验监测系统设计-以Morwell垃圾填埋场为例

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The monitoring system for the evapotranspiration (ET) landfill cover trial plot is required as part of the proposal to construct an alternative landfill cover for the existing Morwell landfill. The paper deals with the design of an effective and economical monitoring system capable of meeting all Environmental Protection Authority's requirements of the trial. The study mainly focused on the detailed design for construction and analysis of this field trial plot, limited to design and evaluation of the instrumentation and monitoring systems.rnConventional landfill covers are moisture barriers, as they're designed with materials that prevent/ moisture from infiltrating into and percolating through landfills. However, alternative covers, such as evapotranspiration covers, perform differently from traditional covers in keeping moisture from reaching waste stored in landfills. A key deliverable of the overall ET cover field trial is selection of appropriate soil water monitoring equipment and systems which are able to track rainfall and rainfall intensity, and the relationship between these climatic factors and the development of soil moisture fronts through the ET cover profile, and deep percolation.rnThe conclusions cover all elements of the monitoring system design including; identification of required data, resolution, and frequency, identification of available instrumentation, evaluation of alternative options, determine preferred instrumentation, and detail layout design.
机译：作为为现有Morwell垃圾填埋场构建替代垃圾掩埋场建议的一部分，需要有蒸散（ET）垃圾填埋场试验场的监测系统。该文件致力于设计一种有效且经济的监控系统，该系统能够满足环境保护局的所有审判要求。这项研究主要集中于该现场试验区的建设和分析的详细设计，仅限于仪器和监测系统的设计和评估。rn传统的垃圾填埋场是防潮层，因为它们采用的材料可以防止/渗透水分。进入并渗入垃圾填埋场。然而，替代性的覆盖物，例如蒸散覆盖物，在阻止水分进入掩埋场中的废物方面，与传统的覆盖物有所不同。整个ET覆盖实地试验的关键成果是选择合适的土壤水监测设备和系统，这些设备和系统能够跟踪降雨和降雨强度，以及这些气候因素与通过ET覆盖廓线与土壤水分前沿发展之间的关系，结论包括监测系统设计的所有要素，包括：确定所需的数据，分辨率和频率，确定可用的仪器，评估备选方案，确定首选的仪器以及详细的布局设计。

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