塞尔维亚旧垃圾填埋场城市垃圾的阶段关系和物理指标

D. Rakić, Irena G Basaric Ikodinovic, Jovana Janković, Tina D Djuric
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引用次数: 0

摘要

由于城市垃圾与土壤具有一定的相似性,在确定其物理状态的基本参数时,通常采用岩土工程调查中常用的实验室和现场试验。通常是建造一个特殊用途的仪器来进行一些特定的实验室和现场试验。因此,在文献中可以发现不同的城市垃圾物理状态指标值。研究人员在测定过程中使用的不同定义和方法应该找到基本原因,这进一步使所得结果的比较复杂化。与土壤不同,城市垃圾的物理参数的测定更为复杂,因为它的成分、稠度、可生物降解性等都极不均匀。此外,由于废弃物的物理性质会随着时间的推移而变化,因此代表性样品的采集和选择方法存在问题,尚未标准化。本文将介绍常用的城市垃圾物理状态基本参数(含水率、有机物含量、单位重量、比重、孔隙率、粒度分布)的测定方法,采用标准的地质力学实验室设备。此外,这些参数的平均值将基于文献数据,以及通过测试塞尔维亚两个垃圾填埋场(贝尔格莱德的Ada Huja封闭垃圾填埋场和诺维萨德的城市垃圾填埋场)的旧城市垃圾获得的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Phase relations and physical indicators of municipal waste from old landfills in Serbia
Due to certain similarities of municipal waste and soil, usually for the determination of basic parameters of physical state, laboratory and field tests which are common in geotechnical investigations are used. It is often to construct an apparatus for special purpose to perform some specific laboratory and field tests. Therefore, different values of indicators of municipal waste physical state can be found in the literature. The basic reasons should be found in different definitions and methods that researchers use during their determinations, which further complicate a comparison of obtained results. Unlike soil, determination of physical parameters of municipal waste is more complex, because of its extremely heterogeneous composition, consistency, biodegradability etc. In addition, physical properties of waste change over time, so the method of taking and selection of representative samples is problematic and has not yet been standardized. In this paper, the most common determination methods of basic parameters of municipal waste physical condition will be presented (moisture content, organic substances content, unit weight, specific gravity, porosity, grain size distribution), using standard geomechanical laboratory equipment. In addition, average values of these parameters based on literature data, as well as results obtained by testing the old municipal waste from two landfills in Serbia (closed landfill Ada Huja in Belgrade and city landfill in Novi Sad) will be presented.
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