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The chapter presents the results of theoretical analysis and practical implementation of small blast furnaces operation using a charge of ore-carbon agglomerated products (briquettes and unfired pellets on a cement binder). It is shown that the use of such charge materials in the blast furnace charge leads to a decrease in the total fuel consumption and a proportional decrease in CO2 emissions. Particular attention is paid to modeling the kinetics of carbothermic processes in a blast furnace based on mathematical modeling and simplified methods of generalized calculation.

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Blast Furnace Operation with Ore-Carbon Agglomerates in the Charge

  • 章节

  • 发表日期：

    2025年

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  • Aitber Bizhanov,
  • Pruet Kowitwarangkul,
  • Sergey Gavrilovich Murat,
  • Alexander Rostovskiy,
  • Suporn Kittivinitchnun

摘要

The chapter presents the results of theoretical analysis and practical implementation of small blast furnaces operation using a charge of ore-carbon agglomerated products (briquettes and unfired pellets on a cement binder). It is shown that the use of such charge materials in the blast furnace charge leads to a decrease in the total fuel consumption and a proportional decrease in CO2 emissions. Particular attention is paid to modeling the kinetics of carbothermic processes in a blast furnace based on mathematical modeling and simplified methods of generalized calculation.