Coupling Stations
EAF Tapping - Ladle (Transfer) Car - LF Station
Coupling Media
Gas
Short Description
Automatic coupling for complete meltshop in Graz, Austria.
6 males, 10 females
Country: Austria
Focus Area
- EAF/IF Performance Optimization
- Secondary Metallurgy Optimization
Short Description
For this project, qoncept provided training in the metallurgical fundamentals and operational practices of induction furnace operations, as well as the secondary metallurgy of ladle furnaces and the VD and VOD processes. The training focused on translating experience-based observations from daily steelmaking operations into a consistent framework based on liquid metallurgy, thermodynamics and kinetics. Key topics included scrap melting in the induction furnace, and the metallurgical processes of desulphurisation (DeS), degassing (DeH and DeN), and decarburisation (DeC). Through guided discussions and worked examples, the training connected metallurgical targets with practical control actions in steelmaking operations. This approach provides a shared technical language and structured understanding to support stable furnace operation, informed decision-making, and reproducible metallurgical results.
Focus Area
- EAF/IF Performance Optimization
- Secondary Metallurgy Optimization
Short Description
For this project, qoncept conducted a training on the metallurgical fundamentals and operational practice of electric arc furnace and AOD steelmaking in order to strengthen process understanding among furnace operators and process engineers. The training focused on translating experience-based observations from daily steelmaking operation into a consistent framework based on liquid metallurgy, thermodynamics, and kinetics. Key topics included scrap melting, energy transfer, slag–metal–gas interactions, oxygen use, and metallurgical process levers such as temperature, material additions, and stirring. Through guided discussions and worked examples, the training connected metallurgical targets with practical control actions in steelmaking operations. The outcome provides a shared technical language and structured understanding to support stable furnace operation, informed decision-making, and reproducible metallurgical results.
Storage Material
Bicarbonate
Size, m3
60
Storage Material
Hydrated Lime
Size, m3
90
Storage Material
Coal | Bicarbonate
Size, m3
50 | 100
Storage Material
Cement
Size, m3
20
Storage Material
Pellet Dust
Size, m3
60 | 80
Storage Material
Bicarbonate
Size, m3
80
Storage Material
Coal | Bicarbonate | Ash
Size, m3
60 | 80 | 200