Slag Module
Implements an online mass balance to model slag composition, recommending and controlling flux additions to achieve target basicity and MgO saturation for optimized EAF operations
- Real-time slag monitoring for FeO levels, basicity, and MgO saturation.
- Dynamic control of carbon and oxygen injection for stable foamy slag formation.
- Online mass balance model for slag composition management.
- Flux addition recommendations and control to meet slag targets efficiently.
- Slag endpoint prediction to improve consistency and timing.
- Integration with the Oxygen Module for post-combustion and slag conditioning optimization.
- Supports stable arc operation, reducing fluctuations during the heat.
- Improves yield by reducing Fe losses through better FeO control.
- Reduces energy losses and refractory wear with stable foamy slag.
- Enables precise metallurgical control to achieve target basicity and MgO saturation.
- Optimizes flux usage, reducing material costs.
- Produces higher-quality steel by facilitating impurity removal.
- Supports consistent foamy slag formation, increasing productivity.
- Lowers carbon, oxygen, and gas consumption per ton.
- Shortens decarburization and power-on time with better injection control.
- Reduces waiting times due to unmelted scrap and cross-arc issues.
- Supports overall production cost reduction through efficient energy and material use.