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Situation
Oxygen activity is an important parameter for the assessment of melt quality
• Short-duration potentiometric measurement of oxygen activity by means of
disposable innersion probes
• Insufficient information about current oxygen activity in the melt
Solution
Continuous monitoring of oxygen activity by means of a new type of mobile voltammetric measuring technique
• Avoidance of electrode polarisation
• Innersion probes for multiple measurements and continuous use
• Flexible adaptation of measurement cycles to metallurgical process control
conditions
Operational use and benefits
• Continuous as well as random monitoring of oxygen activity in melts
• Flexible use at metallurgical vessels throughout the process chain
• Measurement-data-based analysis of processes
- Early knowledge of melt quality
- Optimisation of processes through shortening of process times
- Reduction in the required amount of deoxidants
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