Powered by Blucher Proceedings

Proceedings of the Seminar on Steelmaking, Casting and Non-Ferrous Metallurgy


ISSN 2594-5300

45th Steelmaking Seminar - International Vol. 45, Num. 45 (2014)


Title

BATH LEVEL MEASUREMENT SYSTEM IMPROVES EAF MELTING PROCESS CONTROL

BATH LEVEL MEASUREMENT SYSTEM IMPROVES EAF MELTING PROCESS CONTROL

Authorship

DOI

10.5151/1982-9345-24228

Downloads

0 Downloads

Abstract

Reliable and accurate furnace bath level data during the melting process is invaluable for good decision making and furnace optimization, while obtaining such information rapidly and safely on a regular basis is of paramount importance. This paper shows how a melting process problem was identified as a concern, how a solution was sought and how a real-time measurement system was tested by simple modification to an existing temperature sampling manipulator. Also how, with furnace power on or off, taking reliable hot heel, fill and running levels could be used to assist melting control, aid decision making and improve safety.

 

Reliable and accurate furnace bath level data during the melting process is invaluable for good decision making and furnace optimization, while obtaining such information rapidly and safely on a regular basis is of paramount importance. This paper shows how a melting process problem was identified as a concern, how a solution was sought and how a real-time measurement system was tested by simple modification to an existing temperature sampling manipulator. Also how, with furnace power on or off, taking reliable hot heel, fill and running levels could be used to assist melting control, aid decision making and improve safety.

Keywords

Bath level; Hot Heel; Electrode Power; Reliability

Bath level; Hot Heel; Electrode Power; Reliability

How to cite

Patrik Bloemer; Anthony Lyons; Ivo Filipovic; Moreno Guarise; Jan-Peter Nilsson; Christer Carlsson. BATH LEVEL MEASUREMENT SYSTEM IMPROVES EAF MELTING PROCESS CONTROL, p. 1893-1902. In: 45th Steelmaking Seminar - International, Porto Alegre - Brasil, 2014.
ISSN: 2594-5300, DOI 10.5151/1982-9345-24228