Steelmaking Automation
Automation Control for Hot Metal Desulfurization Units
- Desulfurizing agent addition amount calculation model
- Powder proportion calculation model
- Desulfurizing stirring duration calculation model
Automation Control techniques for Converters
- Main raw material calculation model
- Slag forming calculation model
- Blowing mode calculation model
- Tapping prediction model
- End-point calculation model
- Ladle alloying model
Dynamic Control Models
- Sub-lance lowering time calculation
- Coolant and oxygen flow control model
- End-point temperature and composition prediction model
- BP neural network early warning model
- Expert System-based Parameter Adaptation
Automation Control for Electric Arc Furnaces
- Principal materials model
- Slag former model
- Alloy model
- Thermal balance calculation model
- Batching optimization calculation model
- Terminal forecasting calculation
Automation Control for Ladle Furnaces
- Deoxidation model
- Slag formation model
- Composition tuning model
- Argon blowing & stirring model
- Heating-up model
Automation Control for Continuous Casters
- Dynamic secondary cooling water control model
- Optimized cutting model
- Quality evaluation model
- Dynamic soft reduction model
- Breakout prevention model
- Hydraulic mold oscillator control
- Casting powder feeding into mould
- On-line mould width adjustment control
- Electromagnetic stirring/electromagnetic braking
- Casting speed control and load balancing
- Alarming, prediction and mode identification for unknown grades by neural network
- Dynamic display of temperature profiles in the front and rear wide-face copper plates
