Integration of the Blast Furnace Route and the FINEX®‐Process for Low CO 2 Hot Metal Production

Abstract The blast furnace is the most important process for the production of hot metal. An integral part of this process route is the coking of coal and sintering of fine ore. The FINEX®‐process is a new technology for hot metal production which uses untreated fine ores and coal instead of sinter...

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Bibliographic Details
Published inSteel research international Vol. 83; no. 2; pp. 181 - 188
Main Authors Thaler, Christoph, Tappeiner, Tamara, Schenk, Johannes L., Kepplinger, Werner L., Plaul, Jan Friedemann, Schuster, Stefan
Format Journal Article
LanguageEnglish
Published 01.02.2012
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Summary:Abstract The blast furnace is the most important process for the production of hot metal. An integral part of this process route is the coking of coal and sintering of fine ore. The FINEX®‐process is a new technology for hot metal production which uses untreated fine ores and coal instead of sinter and coke. This paper deals with the investigation of integration concepts of the blast furnace and FINEX®. Low reduced iron (LRI) and/or reducing gas are/is produced in FINEX® and are/is considered as substitute/s of burden and fuel in the blast furnace, respectively. In the article the overall fuel demand and CO 2 emissions for the integration of the blast furnace and FINEX® are shown. For that reason two case studies for the integration are carried out and compared with the base case, that is, the two‐independent processes. The CO 2 emissions are calculated considering the fuel and electric power consumption of the different cases.
ISSN:1611-3683
1869-344X
DOI:10.1002/srin.201100199