AI in Steel & Metals

Steel and metals processing runs the highest temperatures in industry — furnaces, reheat lines, casters and rolling mills — under heavy mechanical loads. Reliability of mills, drives and furnaces is critical, and furnace and reheat efficiency directly drives both cost and carbon per tonne.

Iron and steel is one of the largest industrial CO2 emitters, with emissions driven mainly by high-temperature process heat and reduction chemistry. — Source: IEA — Steel

Where AI and efficiency pay off

  • Heavy-asset predictive maintenance — Monitoring mill drives, gearboxes and fans where failures are costly and dangerous.
  • Furnace and reheat optimisation — Reducing fuel use per tonne while holding temperature targets.
  • Vision and surface inspection — Automated detection of surface defects on strip and plate.
  • Digital twins — Connected models of furnace and mill lines for performance and scenario analysis.

Energy-intensive equipment in steel & metals

  • Electric arc and reheat furnaces
  • Continuous casters
  • Hot and cold rolling mills
  • Large drives, gearboxes and motors
  • Ladles and transfer systems

Guides for steel & metals

Software for steel & metals