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Comparison of the Depuration Efficiency for VOC and Other Odoriferous Compounds in Conventional and Advanced Biofilters in the Abatement of Odour Emissions from Municipal Waste Treatment Plants

机译:比较传统和高级生物滤池中VOC和其他气味化合物的净化效率,可减少城市垃圾处理厂的气味排放

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Our work is focused on the characterization and the comparison of the performance of two different types of biofilters: conventional biofilters and advanced biofilters, which in the last years have been succesfully installed in different Spanish large Mechanical Biological Treatment facilities (MBT). Biogenic VOC speciation by HRGC-MS has been performed at the inlet and the outlet of both types of biofilters in order to assess their treatment efficacy regarding odour abatement. Three different sampling and analysis techniques have been applied in this case: a) adsorption of analytes on activated charcoal tubes, and later extraction with CS_2 for GC-MS analysis, b) air sampling with Tedlar bags; SPME extraction of analytes for GC-MS analysis and c) adsorption of analytes on Thermal Desorption Tubes for analysis with an integrated ATD-GC-MS system. Results demonstrate that advanced biofilters have significantly greater elimination efficiencies than conventional ones.
机译:我们的工作集中于两种不同类型的生物滤池的特性表征和性能比较:常规生物滤池和高级生物滤池,这些生物滤池在最近几年已成功安装在西班牙的大型机械生物处理设施(MBT)中。 HRGC-MS已在两种类型的生物滤池的入口和出口处进行了生物VOC形态分析,以评估其在减少气味方面的处理效果。在这种情况下,已应用了三种不同的采样和分析技术:a)将分析物吸附在活性炭管上,然后用CS_2提取以进行GC-MS分析,b)用Tedlar袋进行空气采样; SPME提取分析物以进行GC-MS分析,以及c)将分析物吸附在热脱附管上,以使用集成的ATD-GC-MS系统进行分析。结果表明,先进的生物过滤器比传统的生物过滤器具有更高的清除效率。

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