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微粉配加钢渣的试验研究

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钢渣作为钢铁企业产生的废渣,具有极高的利用价值.昆玉钢铁已经成功实现了大规模的烧结配料回收利用,取得了显著的经济效益.然而,由于钢渣中富含P元素,循环配料导致铁水中P含量过高,影响了炼钢造渣材料的消耗和冶炼进度.为了进一步提升钢渣的回收利用率,昆玉钢铁正在寻找新的固废回收工艺和效益增长点,研究并实施了钢渣微粉生产工艺,通过调整生产工艺参数和钢渣配比,确定了微粉配加钢渣的技术要求和最佳配比,确保微粉配加钢渣后矿渣粉质量满足S75级国标要求,实现钢渣固废100%的回收利用目标.
Experimental Study on the Addition of Steel Slag With Micro Powder
Steel slag,as the waste generated by steel enterprises,has extremely high utilization value.Kunyu Iron and Steel has successfully achieved large-scale recycling and utilization of sintering ingredients,achieving significant economic benefits.However,due to the high content of P element in steel slag,cyclic batching leads to high P content in molten iron,which affects the consumption of steelmaking slag materials and smelting progress.In order to further improve the recycling rate of steel slag,Kunyu Iron and Steel is searching for new solid waste recycling processes and profit growth points.They have studied and im-plemented the production process of steel slag micro powder.By adjusting the production process parameters and steel slag ra-tio,the technical requirements and optimal ratio of adding steel slag to micro powder have been determined,ensuring that the quality of slag powder after adding steel slag meets the S75 level national standard requirements,and achieving the goal of 100%recovery and utilization of steel slag solid waste.

steel slagmicropowderadding

张海燕、王昊荣、王星

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新疆昆玉钢铁有限公司,新疆奎屯 833200

钢渣 微粉 配加

2024

新疆钢铁
新疆维吾尔自治区金属学会

新疆钢铁

影响因子:0.081
ISSN:1672-4224
年,卷(期):2024.(1)
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