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首页> 外文期刊>Journal of Material Cycles and Waste Managemen >S Proximate composition of household waste and applicability of waste management technologies by source separation in Hanoi, Vietnam
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S Proximate composition of household waste and applicability of waste management technologies by source separation in Hanoi, Vietnam

机译:S通过越南河内的源头分类,接近家庭废物的构成和废物管理技术的适用性

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The organic fraction of municipal solid wastes in Southeast Asia, which has a high moisture content, accounts for a large proportion of total waste. Local governments need to pay adequate attention to the composition of wastes to determine alternative waste management technologies. This study proposed the use of a triangle diagram to describe changes in proximate composition and rates of successful source separation of municipal solid waste and to identify technical challenges about alternative waste management technologies such as incineration, composting, and refuse-derived fuel production based on physical and proximate composition analysis of household waste sampled in Hanoi, Vietnam, as a case study. The analysis indicated the effectiveness of different types of source separation as well as different levels of successful achievement of source separation as an adjustment mechanism for the proximate composition of waste. Proper categorization of wastes for source separation is necessary for the appropriate use of alternative waste management technologies. The results showed that, at a source separation rate of just greater than 0.52 in a three-way separation scheme, the waste separated as combustible waste would be suitable for incineration with energy recovery. Based on well-designed schemes of source separation, alternative waste management technologies can be applied.
机译:东南亚城市固体废物的有机部分具有很高的水分含量,在总废物中占很大比例。地方政府需要对废物的构成给予足够的重视,以确定替代的废物管理技术。这项研究建议使用三角图来描述城市固体废物的成分和成功分离源的成功率的变化,并确定有关替代废物管理技术的技术挑战,例如焚化,堆肥和基于物理的垃圾产生燃料并以越南河内为样本对生活垃圾进行了近邻成分分析。分析表明,不同类型的源头分离以及成功实现源头分离的不同水平作为废物近端构成的一种调整机制的有效性。为了适当地使用替代废物管理技术,必须对废物进行正确分类以进行源头分离。结果表明,在三元分离方案中,在源分离率仅大于0.52的情况下,作为可燃废物分离的废物将适合于通过能量回收进行焚化。基于精心设计的源分离方案,可以应用替代废物管理技术。

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