原生铅精矿与铅基固废协同处理生产实践
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作者单位:

河南豫光金铅股份有限公司, 河南 济源 459000

作者简介:

汤伟(1977—),男,陕西勉县人,工程师,学士,主要从事有色冶金工程设计及咨询工作。

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中图分类号:

TF812

基金项目:

国家重点研发计划-复杂铅基多金属固废协同冶炼技术与大型化装备-原生矿协同多形态铅基固废冶炼技术与大型化装备(2019YFC1907301)


Production practice of collaborative treatment of primary lead concentrate and lead based solid waste
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Affiliation:

Henan Yuguang Gold Lead Co., Ltd., Jiyuan 459000 , China

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    摘要:

    通过分析典型铅基固废的元素组成与物相组成,提出了原生铅精矿与铅基固废协同处理的工艺方案。通过工业化试验确定原生铅精矿与铅基固废协同处理过程中的比例,在配入铅膏9.47%、铅烟尘16.93%、浸出渣8.4%、铅玻璃0.93%时,生产系统可以实现自热,还原炉渣含铅小于2%。基于此技术投产的大型氧气底吹熔炼-底吹还原-还原渣烟化挥发生产系统,年处理含铅物料75万t,铅基固废最大配入量可达到35.73%。

    Abstract:

    By analyzing the elemental composition and phase composition of typical lead-based solid waste, a collaborative treatment scheme of primary lead concentrate and lead-based solid waste was proposed. The proportion of primary lead concentrate and lead-based solid waste in the collaborative treatment process was determined by the industrial experiment. When the lead paste 9.47%, the lead dust 16.93%, the leaching slag 8.4% and the lead glass 0.93% were added, the production system could realize self-heating and the lead content in the reducing slag was less than 2%. Based on this technology, the large-scale oxygen bottom blow melting, bottom blow reduction and fume volatilization production system of reduction slag can process 750000 tons of lead-containing materials annually, and the maximum amount of lead-based solid waste can reach 35.73%.

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汤伟.原生铅精矿与铅基固废协同处理生产实践[J].有色设备,2024,38(5):24-29.

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  • 收稿日期:2024-08-13
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  • 在线发布日期: 2025-11-15
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