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冶金生产技术的发展非常紧密地依存于能源技术,清洁能源冶金将促使冶金生产技术发生全面深刻的变化,清洁能源—感应炉熔炼—近终形连铸的超短流程的清洁钢厂将有可能形成。清洁能源不仅能够提供冶金过程所消耗的能量,使用清洁能源制氢和电解也能够为冶金过程提供所需的还原介质——电子。冶金生产对清洁能源提出了新的要求:一是功率和总能量消耗大,二是供能连续稳定。为此清洁能源的发电、蓄能、供能等环节都是应研究开发的重要技术问题。
Metallurgical production technology is very closely dependent on the development of energy technologies, clean energy metallurgy will enable the metallurgical production technology to make profound changes, clean energy - induction furnace smelting - near-end continuous casting of ultra-short-run clean steel mills will be possible form. Not only can clean energy supply the energy consumed by metallurgical processes, but also the use of clean energy sources for hydrogen production and electrolysis can also provide metallurgical processes with the required reduction media, electrons. Metallurgical production of clean energy put forward new requirements: First, power and total energy consumption, and second, continuous supply of energy. To this end clean energy generation, storage, energy supply and other aspects should be an important research and development of technical issues.