Anais do Seminário de Aciaria, Fundição e Metalurgia de Não-ferrosos


ISSN 2594-5300

Título

EAF RESTART AT ARCELORMITTAL SUL-FLUMINENSE: PROBLEMS AND SOLUTIONS TO REACH PROCESS PERFORMANCE GOALS

EAF RESTART AT ARCELORMITTAL SUL-FLUMINENSE: PROBLEMS AND SOLUTIONS TO REACH PROCESS PERFORMANCE GOALS

DOI

10.5151/2594-5300-39893

Downloads

Baixar Artigo 41 Downloads

Resumo

After about two and a half years of interruption in production, the ArcelorMittal Group decided to resume operations at the ArcelorMittal Sul-Fluminense steel mill. The first month of operation showed that several key performance indicators were out of goals combined, such as power-on, tap-to-tap time, electric energy consumption, oxygen consumption and others. This paper aims to present the teamwork carried out between Lumar Metals and ArcelorMittal after the commissioning of EAF #2, implementing the reengineering of the chemical package equipment and adjustments of the electrical and chemical program until the goals were achieved

 

After about two and a half years of interruption in production, the ArcelorMittal Group decided to resume operations at the ArcelorMittal Sul-Fluminense steel mill. The first month of operation showed that several key performance indicators were out of goals combined, such as power-on, tap-to-tap time, electric energy consumption, oxygen consumption and others. This paper aims to present the teamwork carried out between Lumar Metals and ArcelorMittal after the commissioning of EAF #2, implementing the reengineering of the chemical package equipment and adjustments of the electrical and chemical program until the goals were achieved

Palavras-chave

Commissioning, Chemical energy, EAF Skull Formation, Electric Arc Instability

Commissioning, Chemical energy, EAF Skull Formation, Electric Arc Instability

Como citar

Wandekoken, Thiago Pinto. EAF RESTART AT ARCELORMITTAL SUL-FLUMINENSE: PROBLEMS AND SOLUTIONS TO REACH PROCESS PERFORMANCE GOALS , p. 494-506. In: 52º Seminário de Aciaria, Fundição e Metalurgia de Não-Ferrosos, São Paulo, 2023.
ISSN: 2594-5300 , DOI 10.5151/2594-5300-39893