铜冶炼危废形成机制与处置特性

本数据集支撑解析铜底吹熔炼过程中危废产生的多因素影响规律以及砷等有害元素在铜底吹熔炼过程中的矿相与形态转化规律，揭示了铜底吹熔炼危废的产排特征；阐明了溶液中砷形成硫化砷渣、黑铜泥等过程中砷的形态转化机制，实现精细认知铜冶炼底吹熔炼过程砷等有害元素分布赋存规律和含砷危废的产排特征，数据量8.19MB。

This dataset facilitates the analysis of multi-factor influence regularities governing hazardous waste generation during copper bottom-blown smelting, as well as the mineral phase and speciation transformation regularities of harmful elements including arsenic in this process. It reveals the generation and discharge characteristics of hazardous wastes generated via copper bottom-blown smelting, and clarifies the arsenic speciation transformation mechanisms during the formation of arsenic sulfide slag, black copper mud and other relevant by-products from arsenic-containing solutions. This enables precise understanding of the occurrence and distribution regularities of harmful elements such as arsenic, as well as the generation and discharge characteristics of arsenic-bearing hazardous wastes during copper bottom-blown smelting. The total size of the dataset is 8.19 MB.

搜集汇总

背景与挑战

背景概述

该数据集主要研究铜底吹熔炼过程中危废产生的多因素影响规律，特别是砷等有害元素的矿相与形态转化规律，揭示了危废的产排特征。数据集包含8.19MB的数据量，共29个文件，适用于固体污染防治工程和环境工程学等领域的研究。