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Pretreated waste landfilling: Relation between leachate characteristics and mechanical behaviour

机译:预处理垃圾填埋场:渗滤液特性与机械性能之间的关系

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The present paper presents a part of a wider research effort aiming at studying the long-term behaviour of different pre-treated wastes once landfilled; in particular, this paper deals with the analysis of settlements and their correlation with the main leachate biochemical parameters (BOD, COD and pH). The municipal solid waste organic fraction (MSWOF) and bottom ash (BA) from incineration of municipal solid waste (MSW) were considered in the study and used to set up different semi-pilot landfill plants. Particularly, the FT plant contained 90 days aerobically biostabilized MSWOF, the FP plant was filled with 15 days aerobically biostabilized MSWOF and the MX plant with a 30-70 percent (by weight) mixture of BA and the same MSWOF used in the FP plant. The data obtained showed a faster mechanical and biological stabilization of the FT and MX plants, due to the less biodegradable organic fraction content initially present in the FT plant and to the presence of BA, having a stabilizing effect, in the MX plant. Besides, similar behaviour of FT and MX was observed, and also a strong correlation between the settlement and the biochemical parameters time profiles was identified.
机译:本文提出了更广泛的研究工作的一部分,旨在研究一旦被掩埋的不同预处理废物的长期行为。特别是,本文着重分析沉降物及其与主要渗滤液生化参数(BOD,COD和pH)的相关性。研究中考虑了城市垃圾焚烧产生的城市固体废弃物有机成分(MSWOF)和底灰(BA),并用于建立不同的半试验性垃圾填埋场。尤其是,FT工厂包含90天需氧生物稳定的MSWOF,FP工厂装有15天需氧生物稳定的MSWOF,而MX工厂则装有30-70%(按重量计)的BA和FP工厂使用的相同MSWOF的混合物。所获得的数据表明,由于FT工厂中最初存在的可生物降解的有机成分含量较低,并且由于MX工厂中具有稳定作用的BA的存在,FT和MX工厂的机械和生物稳定性更快。此外,FT和MX的行为相似,并且沉降与生化参数时间分布之间也具有很强的相关性。

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