Promising technology for making steel with the use of scrap and a metallized raw material
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This article examines certain variants of new steelmaking methods that are more efficient than the methods which have traditionally been used and that consume less energy and charge. The requirements for the design of an efficient, modern fuel-oxygen melting furnace are described and information is given on the new multi-functional fuel-oxygen melting furnace MAGMA, which can be used to make a semifinished product for the production of steel from scrap or metallized pellets. It is shown that a substantial savings in primary energy resources is realized along with an increase in the output of usable metal by using heat from the combustion of a fuel-oxygen mixture instead of electric power to melt the scrap and metallized raw material.
Key wordsflow diagrams steel production energy carriers primary energy melting scrap metallized raw materials fuel-oxygen melting furnace energy consumption yield of usable metal
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- 1.V. A. Kudrin, Theory and Technology of Steel Production [Russian translation], Mir, Moscow (2003).Google Scholar
- 2.Yu. N. Tuluevski, V. G. Mizin, and I. Yu. Zinurov, “Fuel-arc steelmaking furnaces – the future of electric steel production,” Proc. 1st Congr. of Steelmakers (October 12–15, 1992, Moscow), Metallurgiya, Moscow (1993), pp. 101–103.Google Scholar
- 3.Yu. N. Tuluevskii, A. Fleisher, and I. Yu. Zinurov, “Two-stage fuel-arc furnace – a new concept for the optimization of electric steelmaking from the standpoint of energy,” MRT, No. 5, 76–82 (1998).Google Scholar
- 4.U. Falkenreck and W. Weischendel, “New scrap-based steelmaking process predominantly using primary energy,” MPT Int., No. 3, 52–55 (2007).Google Scholar
- 5.B. P. Chernyakhovskii and G. M. Glinkov, “Operating advantages of electric steelmaking with continuous supply of charge,” Elektrometallurgiya, No. 6, 18–25 (2005).Google Scholar