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Next-Generation Electric Arc Furnaces as a Steelmaking Modernization Factor

机译:下一代电弧炉是炼钢现代化的重要因素

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Next-generation EAFs are a serious factor of the innovative renewal of steelmaking. A 180-t EAF with a 150-MV A transformer and an annual output of up to 2 million tons in one unit at MMK demonstrates the engineering advantages of steelmaking EAFs. Steel-making in EAFs has virtually reached the limits of its energy-technology possibilities, namely, an annual output of up to 2.4 million tons per furnace, charge melting for 22-24 min, and a power of up to 200 MW introduced at a secondary-voltage step of up to 1600 V. Under strong conditions of competition, the international manufacturers of metallurgical equipment increase their innovative activity and move toward accelerated modernization of their production by obtaining and using knowledge and experience. The fraction of knowledge is increasing and the fraction of hardware decreasing in the cost of next-generation electrometallurgical equipment. The advanced engineering solutions of the manufacturers of metallurgical equipment will significantly affect the development of steelmaking in Russia and abroad. To make investment decisions regarding the modernization of steelmaking, it is necessary to use the experience of high-quality experts in the field of electrometallurgy.
机译:下一代电弧炉是炼钢创新更新的重要因素。 MMK的180吨电弧炉和150 MV A变压器,一台装置的年产量高达200万吨,证明了炼钢电弧炉的工程优势。电炉中的炼钢实际上已经达到了其能源技术潜力的极限,即每炉每年的产量高达240万吨,炉料熔化时间为22-24分钟,而在一次电弧炉中引入的功率高达200兆瓦。二次电压阶跃高达1600V。在竞争激烈的条件下,国际冶金设备制造商增加了创新活动,并通过获取和使用知识和经验,加快了生产的现代化速度。下一代电冶金设备的成本越来越高,而硬件却越来越少。冶金设备制造商的先进工程解决方案将极大地影响俄罗斯和国外炼钢的发展。为了做出有关炼钢现代化的投资决策,必须利用电冶金领域的高素质专家的经验。

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