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日本钢管公司福山厂在5号高炉上确定了低硅操作技术,完全使用人工智能系统控制铁水中的硅含量,可省去生产优质钢不可缺少的脱磷工序。福山厂5号高炉内容积为4664米~3,在世界上最早安装了人工智能系统,投资约170亿日元。在高炉里埋了1000多个传感器,用于迅速分析硅和连续测定铁水温度,靠高炉内的热控制硅分解量,用人工智能系统控制出铁温度。结果,铁水中的硅含量今年1月平均为0.18％,2月为0.16％,3月为0.18％,大大低
Fukuyama Plant, a Japanese steel pipe company, has identified low-silicon operation technology on the No.5 blast furnace and fully uses the artificial intelligence system to control the silicon content in the molten iron, eliminating the indispensable dephosphorization process for producing high-quality steel. Fukuyama Plant No. 5 blast furnace volume of 4664 m ~ 3, the world’s earliest installation of artificial intelligence systems, investment of about 170 billion yen. Buried in the blast furnace more than 1,000 sensors for rapid analysis of silicon and continuous determination of hot metal temperature, the amount of heat in the blast furnace to control the amount of silicon decomposition, with artificial intelligence system to control the tapping temperature. As a result, the silicon content in hot metal averaged 0.18% in January of this year, 0.16% in February and 0.18% in March, much lower