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Field-scale treatment of landfill gas with a passive methane oxidizing biofilter

机译:用被动式甲烷氧化生物滤池现场处理垃圾填埋气

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摘要

Municipal solid waste landfills are a major contributor to global methane emissions, a potent greenhouse gas. A treatment alternative was evaluated by installing three biogenic methane oxidizing biofilters into the landfill cover at the Leduc and District Regional Landfill (Alberta). Mature yard-waste compost was used as the biofilter medium. The results, collected over a period of 10 months, showed that two sites performed well as low surface emissions (<15 g CH_4 M~(-2) d~(-1)) were observed on 6 of 8 monitoring events. These two sites also demonstrated sufficient temperature (>20 ℃) and moisture (>0.25 L L~(-1)) levels to support a high level of biogenic activity, the former despite cold winter temperatures (<0 ℃). The third site showed low calculated methane influent flows (<5 g CH_4 m~(-2) d~(-1)) and therefore observations of performance were limited.
机译:市政固体垃圾填埋场是导致全球甲烷排放(一种强大的温室气体)的主要因素。通过在Leduc和地区区域垃圾填埋场(艾伯塔省)的垃圾填埋场中安装三个生物甲烷氧化生物滤池,评估了一种处理方法。使用成熟的院子垃圾堆肥作为生物滤池培养基。在10个月的时间里收集的结果表明,在8个监测事件中的6个监测到的事件中,两个站点表现良好,表面排放低(<15 g CH_4 M〜(-2)d〜(-1))。这两个地点还显示出足够的温度(> 20℃)和水分(> 0.25 L L〜(-1))水平,以支持高水平的生物活性,尽管冬季温度较低(<0℃),前者仍然如此。第三个站点显示出较低的甲烷流入量(<5 g CH_4 m〜(-2)d〜(-1)),因此对性能的观察受到限制。

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