ISSN 2594-5300
31º Seminário de Aciaria — Vol. 01 , num. 31 (2000)
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Current furnace technology is oriented towards an ever more efficient use of electrical and alternative energies: the increasing need for flexibility and efficiency of furnaces leads research towards simple and reliable devices able to guarantee high performance standards. The idea of increasing the incidence of chemical energy in the overall energy balance of furnaces has been used with success since water cooled lance and oxy-fuel burners are in use. The MODULE technology developed by DANIELI and MORE was born from the Danarc furnace experience and its benefit is now exploited in ABS meltshop where it is proposed as an evolution in the management of electric furnaces
Current furnace technology is oriented towards an ever more efficient use of electrical and alternative energies: the increasing need for flexibility and efficiency of furnaces leads research towards simple and reliable devices able to guarantee high performance standards. The idea of increasing the incidence of chemical energy in the overall energy balance of furnaces has been used with success since water cooled lance and oxy-fuel burners are in use. The MODULE technology developed by DANIELI and MORE was born from the Danarc furnace experience and its benefit is now exploited in ABS meltshop where it is proposed as an evolution in the management of electric furnaces
Palavras-chave
fornos elétricos, aciarias, fusão de aço, oxigênio
fornos elétricos, aciarias, fusão de aço, oxigênio
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Michielan, A.; Sellan, R.; Volpe, M..
DANARC MODULE TECHNOLOGY FOR IMPROVING OXYGEN INJECTION IN THE EAF,
p. 219-228.
In: 31º Seminário de Aciaria,
Rio de Janeiro, Brasil,
2000.
ISSN: 2594-5300, DOI 10.5151/2594-5300-31Aciaria-219-228
