铜冶炼烟气系统优化改进实践

打开文本图片集

中图分类号：X701.2；TF811 文献标志码：B 文章编号：1004-4345（2026）01-0018-0

AbstractToadresschallenges inthecoppersmeltingprocessusingflashsmeltingandPSconverters-includingseverefugitive of-gasemissons，malaceinteanoffgassem，isuiintcapacitoftefugiiecolltionstm，ndigiicant fluctuationsinthedesulfurizationsystem-JinlongCopperCo.，Ltd.implementedaseriesofcomprehensiveoptimizationand improvementmeasures.These measuresinvolvedflowdistributionandmatchinginthemain exhaussystem，retrofiting thefugitivegas fansandpipelinenetwork，enhancingtheairtightnessof thesmelterbuilding，andadoptingaprocesscombinationof"magnesiumbased + sodium alkali"cascadedesulfurization coupledwith wet electrostatic precipitators.This significantly enhanced theoff-gas colectionandandingcapalitieslowingteenovationfugitivemissonsinteselterdingwereectivelyoled. The mass concentration of SO 2 in the fugitive tail gas was consistently stabilized below 50mg/m3 ， and particulate matter concentration remained below 5mg/m3 . These emission indicators continuously outperformed the national special emission limits，leading toa marked improvement in ambient air quality at the plant boundary.

Keywordscoppersmelting;fugitivegascolection;PSconverter;magnesium-baseddesulfurization;ofgasdesulfurization;ultra low emissions

金隆铜业有限公司（以下简称“金隆公司"）作为国内第1座自主设计建造的闪速熔炼工艺，采用“闪速熔炼 + 转炉吹炼 + 回转式阳极炉精炼 + 常规、PC电解 + 两转两吸烟气制酸”的生产工艺流程。（剩余4994字）