Enhancing Steelmaking Plant Safety: Robotic Operations in Continuous Casting With Fine-Kinney Method for Risk Reduction

This article investigates risk reduction in steelmaking plants through robotic operations in continuous casting, employing the Fine-Kinney method. Robotic intervention in steel production has emerged as a pivotal technique for enhancing safety and efficiency. The study focuses on integrating the Fine-Kinney method, a sophisticated mathematical model, into the continuous casting process. By coupling robotic systems with process, the precision of casting operations is optimized, leading to better quality, increase repeatability and increased worker safety. This innovative approach holds significant potential for mitigating risks in steelmaking, ushering in a new era of safer and more productive industrial practices.

Pedro Cardoso | Vesuvius
 

Giovani Delfim | Ternium
 

Lucio Mascarenhas | Vesuvius
 

Eduardo Duarte | Vesuvius
 

Moises Miranda | Vesuvius
 

Paulo Teixeira | Vesuvius
 

Victor Aramayo | Vesuvius
 

Douglas Lilge | Vesuvius
 

Igor Guimaraes | Ternium
 

Juliano Silva | Ternium