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Effect of chlorine on the vaporization behavior of zinc and lead during high temperature treatment of dust and fly ash

机译:氯对粉尘和粉煤灰高温处理过程中锌和铅的汽化行为的影响

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摘要

Smelting process is a practical method to treat incineration ash of solid wastes in terms of volume reduction and decomposition/immobilization of toxic materials. In this process, chlorine is a key element to determine the removal ratio of heavy metals such as zinc and lead. The present paper is aiming to give a general review of researches on the effect of chlorine on the vaporization behavior of zinc and lead in molten slag. First, the basic information such as solubility/activity of chlorine in the slag, vaporization mechanism and kinetics relating to chlorides during heat treatment of fly ash are summarized. Then, the vaporization behaviors of zinc, lead and their chlorides during heating are discussed together with important process factors such as atmosphere, temperature, chemical composition and slag matrix. Further, some information on the oxychlorides of Zn and Pb are introduced.
机译:从减少体积和分解/固定有毒物质的角度来看,冶炼工艺是处理固体废物焚烧灰分的实用方法。在此过程中,氯是决定锌和铅等重金属去除率的关键元素。本文旨在对氯对熔渣中锌和铅的汽化行为的影响进行一般性研究。首先,总结了粉煤灰热处理过程中诸如炉渣中氯的溶解度/活性,汽化机理以及与氯化物有关的动力学等基本信息。然后,讨论了锌,铅及其氯化物在加热过程中的汽化行为,以及重要的工艺因素,例如气氛,温度,化学成分和炉渣基质。此外,还介绍了有关Zn和Pb的氯氧化物的一些信息。

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