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Diagnostics, Optimization and Mathematical Models of Coke-Sinter-Hot Metal Production Process

Modern operation of large blast furnaces, sinter plants and coke ovens require application of mathematical model and subsystems to maintain stable conditions and rapidly react on dynamic changes in operation and conditions of blast furnace and other process units. Scientific foundations of such models are based on theory of heat exchange in shaft and blast furnaces, theory of metallurgical slags, thermodynamic description of processes at primary end of Iron & Steel Works etc., which are described in studies [1-12]. Such scientists and researches as B. Kitaev, O. Esin, P. Geld, E Vegman, Z. Nekrasov. A. Ramm, A. Gotlib, Yu. Usfin, Yu. Yaroshenko, V. Korotich etc. in former Soviet Union developed a solid analytical foundation of primary end processes. Similar work was done in parallel by many western scientists and researchers. This theoretical approach was complimented by practical and empirical rules of operation.
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2019 AISTech Conference Proceedings
PR-377-050
Y. Gordon, N. Izumskiy, G. Matveienko, O. Chaika, V. Lebid, O. Vyshinskya
May 01, 2019
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