ISSN 2594-5300
52nd Seminar on Steelmaking, Casting and Non-Ferrous Metallurgy — Vol. 52, Num. 52 (2023)
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Abstract
The time has come, in recent human history, where efforts to reduce pollutant emissions, especially CO2, are no longer just an intention among countries in the world community, to become necessary actions for the existential continuity of human beings. Large corporations have committed and strive to achieve bold goals, which can only become reality through joint efforts, combining not only innovative solutions, but also the reduction of fossil fuel consumption and the massification of clean energy sources. In this scenario, energy savings also become a great ally in reducing CO2 emissions. This work aims to disseminate the knowledge acquired in the use of carbon-free steel ladle refractories and their beneficial influence on steelmaking, demonstrating that their use can be an important ally in energy savings, high-cost reduction and, at the same time, an important factor in reducing polluting emissions.
The time has come, in recent human history, where efforts to reduce pollutant emissions, especially CO2, are no longer just an intention among countries in the world community, to become necessary actions for the existential continuity of human beings. Large corporations have committed and strive to achieve bold goals, which can only become reality through joint efforts, combining not only innovative solutions, but also the reduction of fossil fuel consumption and the massification of clean energy sources. In this scenario, energy savings also become a great ally in reducing CO2 emissions. This work aims to disseminate the knowledge acquired in the use of carbon-free steel ladle refractories and their beneficial influence on steelmaking, demonstrating that their use can be an important ally in energy savings, high-cost reduction and, at the same time, an important factor in reducing polluting emissions.
Keywords
Carbon-free refractories; green steel
Carbon-free refractories; green steel
How to cite
Galesi, Douglas Fernando; Auad, Marcos Venturoli; Ramos, Vladnilson Peter de Souza; Lima, Haysler Apolinário Amoroso.
REFRACTORIES FOR A GREENER ECONOMY: CARBON FREE STEEL LADLE METAL LINING,
p. 321-333.
In: 52nd Seminar on Steelmaking, Casting and Non-Ferrous Metallurgy,
São Paulo,
2023.
ISSN: 2594-5300, DOI 10.5151/2594-5300-40258
