Chemical energy and bottom stirring systems – Cost effective solutions for a better performing EAF
[1] Pfeifer H. et al., European Electric Steelmaking Conf.(2005), p. 211-232
[2] MORE Catalogues, Centro Affari – Via S. Lucia, Gemona, email:info@more-oxy.com
[3] Apfel, J. et al., Optimisation of the EAF Process using injection technologies
[4]Luis F. et al, EAF Process Control, Tamsa,Techint Goodfellow Technologies Inc. and Techint Technologies, Millennium Steel 2006, p. 93 - 96
[5] Köhle et al., 7th European Electric Steelmaking Conf. Proceed. (2002), p. 305-314
[6] Adams et al., 59th Electric Furnace Conference Proceedings (2001), p. 691-702
[7] Ameling et al., stahl und eisen 106 (1986), No. 11, p. 625-630
[8] Jones, J., AISTech2003 Conference Proceedings (2003), p. 591-602
[9] Benchmarks: Definition und Bewertung von Emissionswerten; Deutsche Umwelt Bundes Amt, 2005
[10] Niklas Höhne et al., Factors underpinning future action 2007 update, ECOFYS
[11] Takeyoshi Kato et al., Effective Utilization of By-product Oxygen of Electrolysis Hydrogen Production, Nagoya University, Japan
[12] Fagionato et al., Results of arc furnace stirring special regard to the application at Beltrame Steelworks in Italy, 47th Electric Furnace Conference Proceedings, Orlando, Florida, USA, 29Oct-1. Nov. 1989, p.299-304
[13] Höhne N, Phylipsen D, Moltman S. Factors underpinning future action 2007 update. Report for the DEFRA, UK. Ecofys. 2007.
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