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Guidelines for landfill gas emission monitoring using the tracer gas dispersion method

机译:使用示踪气体扩散法监测填埋气体排放的指南

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摘要

Landfill gas often containing 50-60% methane, is generated on waste disposal sites receiving organic waste. Regulation requires that this gas is managed in order to reduce emissions, but very few suggestions exist as to how management activities are monitored, what should be set up to ensure this management and how criteria should be developed for when monitoring activities are terminated. Methane emission monitoring procedures are suggested, based on a robust method for measuring total leakage from the site; additionally, quantitative measures, to determine the efficiency of the performed emission mitigation, are defined. The tracer gas dispersion measuring technique is suggested as the core emission measurement methodology in monitoring plans for methane emissions from landfills and a guideline for best practice measurement performance is presented. A minimum methane mitigation efficiency of 80% is suggested. Finally, several principles are presented on how criteria can be developed for when a monitoring program can be terminated. Three of the suggested principles result in comparable completion criteria of about 1-3 kg CH4/h for a small landfill (an area of 4 ha). (C) 2019 Published by Elsevier Ltd.
机译:通常在接收有机废物的废物处理场产生填埋气,通常包含50-60%的甲烷。法规要求对这种气体进行管理以减少排放,但是关于如何监视管理活动,应设置什么以确保这种管理以及在终止监视活动时应制定标准的建议很少。建议使用甲烷排放监测程序,该程序应基于一种可靠的方法来测量现场总泄漏量;此外,还定义了定量措施,以确定减排效果。建议使用示踪气体弥散测量技术作为监测垃圾掩埋场甲烷排放计划的核心排放测量方法,并提出最佳实践测量性能的指南。建议最低甲烷减排效率为80%。最后,就如何终止监控程序的标准制定了几个原则。所建议的三个原则导致了一个较小的垃圾填埋场(面积为4公顷)可比较的完成标准,约为1-3千克CH4 / h。 (C)2019由Elsevier Ltd.发布

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