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家庭分类收集生物废物的质量测定和改进。

Determination and improvement of the quality of separately collected bio-waste from households.

机构信息

Chair of Waste Processing Technology and Waste Management, Montanuniversitaet Leoben, Leoben, Austria.

Ingenieurbüro Wellacher e.U., Graz, Austria.

出版信息

Waste Manag Res. 2024 Sep;42(9):842-854. doi: 10.1177/0734242X241259895. Epub 2024 Aug 20.

Abstract

The recycling of bio-waste from households is an essential factor in achieving the recycling quotas for municipal waste laid down by the EU. A major problem is posed by impurities in the bio-waste collected, such as plastics, metals and glass. It is virtually impossible for compost producers to produce quality-assured compost from bio-waste with an impurity content of more than 3 wt%. The draft of the new Austrian Compost Ordinance stipulates a limit of 2 wt% of interfering substances in accepted bio-waste. A rapid measurement method has been developed and comprehensively validated for the immediate on-site checking of contaminant content at the bio-waste bin or in a vehicles. Data on the type and amount of impurities collected in the course of sorting analyses carried out over several years in 10 selected areas in Styria, Austria showed an average impurity content of 2.1 wt%. This impurity content can be considered representative for rural and urban communities in Austria. Among the interfering substances, plastics predominate, at 53%, of which pre-collection bags made of plastics form the highest proportion. A more detailed examination of pre-collection bags shows a higher proportion of use of biodegradable plastic bags, which have become more numerous in recent years in the more rural communities. In order to reduce mis-sorting, the effect of a wide variety of measures on citizens was tested in selected areas. Here, the distribution of paper bags as well as the threat of a cost increase due to special collections in combination with distribution of these bags were the methods with the greatest effect. Motivational letters and the threat of special collections, however, showed no significant result.

摘要

家庭生物废物的回收利用是实现欧盟规定的城市废物回收配额的一个重要因素。收集的生物废物中的杂质(如塑料、金属和玻璃)是一个主要问题。对于堆肥生产商来说,从杂质含量超过 3wt%的生物废物中生产出质量保证的堆肥几乎是不可能的。新的奥地利堆肥条例草案规定,接受的生物废物中干扰物质的含量不得超过 2wt%。已经开发并全面验证了一种快速测量方法,用于在生物废物箱或车辆中立即现场检查污染物含量。在奥地利施蒂里亚州的 10 个选定地区进行的多年分类分析中收集的杂质类型和数量的数据显示,杂质含量平均为 2.1wt%。这一杂质含量可被视为奥地利农村和城市社区的代表性含量。在干扰物质中,塑料占 53%,其中预收集塑料袋的比例最高。对预收集袋的更详细检查显示,可生物降解塑料袋的使用比例更高,近年来在较农村地区这种塑料袋的数量有所增加。为了减少错误分类,在选定地区测试了各种措施对公民的影响。在这里,纸袋的分发以及由于特殊收集和这些袋子的分发而导致成本增加的威胁是效果最大的方法。然而,激励信和特殊收集的威胁没有显示出显著的结果。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/ea1b/11367801/27b5015c3468/10.1177_0734242X241259895-fig1.jpg

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