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Biomeasurement of heavy metal in source separation BMW composting

机译:分离宝马堆肥中重金属的生物测定

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Biowaste, the source separately collected organic fraction of municipal solid waste, can be reused for soil conditioning after composting. In this way, environmentally harmful waste management strategies, such as landfilling or incineration, can be reduced. However, frequent application of composts to soil systems may lead to the accumulation of heavy metals in soils, and therefore legal criteria were laid down in a decree to guarantee the safe use of composts. The heavy metal content of biowaste-composts frequently exceeds the legal standards, and thus raises a conflict between two governmental policies: the recycling of solid waste on the one hand, and the protection of natural ecosystems and public health on the other hand. In this study, Cd, Cu, Pb and Zn, these four heavy metal concentrations of BMW source separation,which were higher with the lost of organic matter during the 21 days composting experiment, specially during the first 7 days phase, all the source separation BMW heavy metals were under the limited concentration and fitted farmland utilized.
机译:生物废料是城市生活垃圾中有机物的单独收集来源,堆肥后可重新用于土壤处理。这样,可以减少对环境有害的废物管理策略,例如垃圾掩埋或焚化。但是,将堆肥频繁应用于土壤系统可能导致土壤中重金属的积累,因此,在一项法令中规定了法律标准,以确保堆肥的安全使用。生物废物堆肥中的重金属含量经常超过法律标准,因此在两个政府政策之间产生了冲突:一方面是固体废物的回收,另一方面是自然生态系统的保护和公共健康。在这项研究中,Cd,Cu,Pb和Zn这四个BMW源分离的重金属浓度,随着21天堆肥实验中有机物的损失而增加,特别是在前7天阶段,所有这些源分离中的重金属浓度都较高。宝马重金属的浓度受到限制,并且已利用合适的耕地。

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