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Cohesive zone predictive models in the blast furnace

机译:高炉中的凝聚区预测模型

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The models MOGADOR and ZAP improve the analysis of the process of the blast furnace, thanks to the computation of the height and shape of the cohesive zone. In the future, these models would save the need for expensive trials and probes. Within Arcelor Group, MOGADOR is operational at Sidmar BF-A & B, Sollac Atlantique #4, Stahlwerke Bremen #2 and Sollac Lorraine #3 blast furnaces, whereas ZAP is operational at Sollac Mediterranee #1 & #2, and Dillinger Huttenwerke #5 blast furnaces. Note that ZAP has been recently installed in Bremen #2 blast furnace as well, thus making it possible to compare both models on the same plant.
机译:由于粘性区的高度和形状的计算,模型Mogador和ZAP改善了高炉过程的分析。将来,这些模型将节省昂贵的试验和探针的需求。在Arcelor Group中,Mogador在Sidmar BF-A&B,Sollac Atlantique#4,Stahlwerke Bremen#2和Sollac Lorraine#3 Blast Furnabes,而Zap在Sollac Mediterranee#1&#2和Dillinger Huttenwerke#5中运营高炉。请注意,ZAP最近也安装在不来梅#2高炉中,因此可以在同一植物上比较这两种型号。

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