CAJ | 학술논문

火法炼铅、湿法炼铅或干湿联合法都能够应用于不同类型的含铅固废处理。然而，通常一些含铅固废经过预处理后不能够达到传统火法炼铅的理想要求，即铅含量大于40％；此外，相对于湿法炼铅工艺，火法炼铅技术是非环境友好、高能耗的处理含铅废渣途径。鉴于火法炼铅的这些局限性和弊端，本文重点介绍含铅废渣的湿法回收研究工作。
화법련연、습법련연혹간습연합법도능구응용우불동류형적함연고폐처리。연이，통상일사함연고폐경과예처리후불능구체도전통화법련연적이상요구，즉연함량대우40％；차외，상대우습법련연공예，화법련연기술시비배경우호、고능모적처리함연폐사도경。감우화법련연적저사국한성화폐단，본문중점개소함연폐사적습법회수연구공작。
Pyrometallurgical and hydrometallurgical technologies or their combination can be applied to the treatment of different lead-bearing materials.However , Lead concentration in the residue after pretreated always could not reach to a desirable level that as high as 40%for lead smelting in pyrometallurgical methods traditionally.Furthermore , compared with hydrometallurgical technologies , pyrometallurgical processes are known as less eco -friendly and more wastefully for treating such Materials , because of its processes would cause SO 2 emission and need high energy supply.In view of some limitations and drawbacks of pyrometallurgical processes , the research advance about hydrometallurgical methods of lead recovery from different lead-bearing residues was mainly focused on.