污泥焚烧灰烬在国民经济中的有益利用

Q3 Environmental Science
Y. Smirnov, M. Suchkova
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引用次数: 1

摘要

介绍。本文对利用污泥焚烧灰作为有用组分的可能性进行了评价。在选择一种有益使用的方法时,重要的是要考虑其被重金属污染的危险。方法。采用x射线荧光和原子吸收光谱法分析了灰分中重金属的含量。采用水提液生物测定法确定了废水的危害等级。根据灰中重金属的含量计算了允许向土壤施用的废物剂量。结果。根据实验室试验结果,灰(作为土壤混合物的一种成分)对发芽动态和植物生长有积极影响(以三叶草为例)。这些数据表明在技术回收中利用废物的可能性。该开发的估计结果是一种基于污泥焚烧灰的有机-矿物混合土,也可用于道路边坡的加固和改善。结论。拟议的发展将使解决焚烧灰的处置问题成为可能。本研究过程中应用的研究方法的复合体可以成功地用于其他固体废物和土壤中重金属污染程度的评估。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
BENEFICIAL USE OF SEWAGE SLUDGE INCINERATION ASH IN THE NATIONAL ECONOMY
Introduction. The paper provides an assessment of the possibility of using the ash of sewage sludge incineration as a useful component. When choosing a method for its beneficial use, it is important to consider the danger of its contamination with heavy metals. Methods. The content of heavy metals in the ash was analyzed using X-ray fluorescence and atomic absorption spectroscopy methods. The waste hazard class was determined and confirmed based on the water extract bioassay method. Doses of allowable waste application to the soil were calculated with account for the content of heavy metals in the ash. Results. According to the results of laboratory tests, ash (as a component of soil mixture) has a positive effect on the germination dynamics and plant growth (with Trifolium praténse as an example). These data suggest the possibility of using waste in technical reclamation. The estimated result of the development is an organic-mineral soil mixture based on the ash of sewage sludge incineration, which also can be used for strengthening and improvement of road slopes. Conclusion. The proposed developments will make it possible to solve issues of incineration ash disposal. The complex of the research methods applied in the course of this study can be successfully used to assess the degree of contamination with heavy metals in other solid wastes and soils.
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来源期刊
Water and Ecology
Water and Ecology Environmental Science-Ecology
自引率
0.00%
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0
期刊介绍: The scientific and technical journal for experts in the sphere of water supply, water disposal, waste-water treatment and ecology. Published since 1999. Regular columns include communal and industrial water supply; water preparation; treatment of domestic and industrial waste; equipment; materials; use; maintenance. The journal’s main goal is to provide a wide range of professionals with the information about the latest innovative developments and tendencies. The journal deals with issues on water supply, water disposal, waste-water treatment and ecology.
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