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7th Japan-Brazil Syposium on Dust Processing-Energy-Environment and 1st International Seminar On Self-Reducing and Cold Bonded Agglomeration — vol. 7, num.7 (2008)

Title

FUEL-RATE AND DOWNSTREAM POWER CO- GENERATION IN A TECNORED IRONMAKING PLANT – A STRATEGIC ANALYSIS USING A HYBRID MODEL

FUEL-RATE AND DOWNSTREAM POWER CO- GENERATION IN A TECNORED IRONMAKING PLANT – A STRATEGIC ANALYSIS USING A HYBRID MODEL

Authorship

Júnior, José Henrique Noldin; D’Abreu, José Carlos; Kohler, Hélio Marques; Cox, Ian Joseph

Júnior, José Henrique Noldin
Júnior, José Henrique Noldin

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D’Abreu, José Carlos
D’Abreu, José Carlos

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Kohler, Hélio Marques
Kohler, Hélio Marques

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Cox, Ian Joseph
Cox, Ian Joseph

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DOI

10.5151/5463-5463-0017

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Abstract

The Tecnored process is very flexible with regards to the selection of carbon units both as fuel and as reductant. However, the choice of a specific carbon unit for a given location can effectively be done only after a thorough evaluation of the various technical, economic, strategic and environmental aspects involved. This paper discusses the impact and implications of the use of different carbon units in the Tecnored process over the fuel-rate and power co-generation potential, using a Hybrid model specifically developed by Tecno-Logos and DCMM/PUC-Rio for the Tecnored ironmaking furnace, derived from a variety of sources including thermochemical and actual operating data from both blast furnace and Tecnored furnace operations

 

The Tecnored process is very flexible with regards to the selection of carbon units both as fuel and as reductant. However, the choice of a specific carbon unit for a given location can effectively be done only after a thorough evaluation of the various technical, economic, strategic and environmental aspects involved. This paper discusses the impact and implications of the use of different carbon units in the Tecnored process over the fuel-rate and power co-generation potential, using a Hybrid model specifically developed by Tecno-Logos and DCMM/PUC-Rio for the Tecnored ironmaking furnace, derived from a variety of sources including thermochemical and actual operating data from both blast furnace and Tecnored furnace operations

Keywords

Tecnored; Ironmaking; Environment; Co-generation.

Tecnored; Ironmaking; Environment; Co-generation.

How to refer

Júnior, José Henrique Noldin; D’Abreu, José Carlos; Kohler, Hélio Marques; Cox, Ian Joseph. FUEL-RATE AND DOWNSTREAM POWER CO- GENERATION IN A TECNORED IRONMAKING PLANT – A STRATEGIC ANALYSIS USING A HYBRID MODEL , p. 143-153. In: 7th Japan-Brazil Syposium on Dust Processing-Energy-Environment and 1st International Seminar On Self-Reducing and Cold Bonded Agglomeration, São Paulo, 2008.
ISSN: - , DOI 10.5151/5463-5463-0017