Abstract：In order to optimize the number of hot metal ladles and improve the practical results of ironmaking-steelmaking interface technology,a Flexsim-based method for quantity allocation optimization of hot metal ladles in ironmaking-steelmaking section was proposed. The basic idea of which was to establish and apply the Flexsim simulation model of ironmaking-steelmaking interface and hot metal tank turnover process,to investigate whether the number of hot metal ladles under the blast furnace met the production requirements under different hot metal ladle allocation schemes,so as to determine the optimal scheme of hot metal tank number allocation. The case study of steel plant C showed that the optimal quantity of hot metal ladles in ironmaking-steelmaking was 24 according to the existing production conditions and the requirement that the number of hot metal ladles under each blast furnace taphole was not less than 2.
冯雨薇, 韩伟刚, 张玉柱, 胡长庆, 龙跃. 基于Flexsim的炼铁-炼钢界面铁水罐数量配置优化[J]. 钢铁, 2021, 56(8): 113-118.
FENG Yu-wei, HAN Wei-gang, ZHANG Yu-zhu, HU Chang-qing, LONG Yue. Quantity allocation optimization of hot metal ladles in ironmaking-steelmaking interface based on Flexsim[J]. Iron and Steel, 2021, 56(8): 113-118.
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2021, Vol. 56 
