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首页> 外文期刊>Waste management & research >Sampling household waste at source: lessons learnt in Gaborone
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Sampling household waste at source: lessons learnt in Gaborone

机译:从源头取样家庭垃圾:在哈博罗内汲取的教训

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摘要

Municipal solid waste (MSW) quantity and composition analysis is fundamental for the planning of municipal waste management services. The purpose of this paper is to report the results and experiences of sampling household waste at the source of generation in Gaborone, Botswana. The average generation rate, in kg capita~(-1) day~(-1), and percentages of various components of waste in Gaborone were determined using a statistically designed household sampling survey. The survey covered 47 households with different socio-economic characteristics over 21 days with 893 samples obtained. The results showed that the average waste generation rate for Gaborone was 0.33 kg capita~(-1) day~(-1). Contrary to common belief, the waste generation rate measured as in weight units was found not be directly related to household income. However, the packaging fractions of plastic and paper measured as volume had a direct relationship with household income. Across all income groups, the putrescible waste fraction constituted the highest proportion of the waste stream at approximately 68 percent. The main general conclusion is on the importance of practical considerations. As much as statistically designed sampling procedures provide a useful means of estimating the quantity and composition of household waste at source of generation, there are some practical issues that should be carefully considered during sampling to improve the accuracy and relevance of the results.
机译:城市固体废物(MSW)的数量和成分分析是规划城市废物管理服务的基础。本文的目的是报告在博茨瓦纳哈博罗内产生的家庭来源的生活垃圾取样的结果和经验。使用统计设计的家庭抽样调查,确定了人均千克生成量(-1)日(-1)的平均发生率以及哈博罗内废物中各种成分的百分比。该调查覆盖21天中47个具有不同社会经济特征的家庭,获得了893个样本。结果表明,哈博罗内的平均废物产生率为0.33 kg人均〜(-1)天〜(-1)。与通常的看法相反,发现以重量单位计量的废物产生率与家庭收入没有直接关系。但是,以体积计的塑料和纸张包装比例与家庭收入有直接关系。在所有收入人群中,可腐烂废物占废物流的比例最高,约为68%。主要的一般性结论是关于实际考虑的重要性。尽管统计设计的采样程序提供了一种有用的手段来估算生活来源的生活垃圾的数量和组成,但在采样过程中应认真考虑一些实际问题,以提高结果的准确性和相关性。

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