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Belgian MSWI fly ashes and APC residues: A characterisation study

机译:比利时MSWI飞灰和APC残留物:一项表征研究

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摘要

Municipal Solid Waste Incineration (MSWI) produces different sorts of residues, bottom ash, fly ashes and Air Pollution Control (APC) residues. Generally, fly ashes and APC residues are mixed at the MSWI plant and manage as a sole residue. In this study, fly ashes and APC residues have been sampled separately at different Belgian MSWI plant and analysed by X-ray fluorescence in order to highlight the composition differences that may appear between the solids. Ca and Cl are found to be the major elements in most of the samples. Lithophilic elements, such as Al and Si, are richer in furnace and boiler ashes, as can be expected. Leaching tests also show differences between the residues; leachates from furnace and boiler ashes are alkaline while those from bag filter residues present a pH value of 6, which impacts the leaching of heavy metals (Pb and Zn). The results suggest that it could be advantageous to manage fly ashes and APC residues separately by adjusting the treatment to their specificities.
机译:市政固体废物焚化(MSWI)产生不同种类的残留物,底灰,飞灰和空气污染控制(APC)残留物。通常,粉煤灰和APC残留物在MSWI工厂混合并作为唯一残留物处理。在这项研究中,粉煤灰和APC残留物已在不同的比利时MSWI工厂分别进行了采样,并通过X射线荧光分析,以突显固体之间可能出现的成分差异。发现Ca和Cl是大多数样品中的主要元素。可以预期,诸如Al和Si的亲锂元素富含炉灰和锅炉灰。浸出试验还显示出残留物之间的差异。来自炉灰和锅炉灰的渗滤液为碱性,而来自袋式除尘器残渣的渗滤液的pH值为6,这会影响重金属(铅和锌)的浸出。结果表明,通过调整处理方法的特异性,分别管理飞灰和APC残留物可能是有利的。

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