1. Level 2 Automation

Level 2 Automation

Tenova provides solutions for the complete automation range.

The Level 2 Automation is a solution for the automation of metallurgical models.

To increase quality and reduce the energy consumption, efficient automation solutions and process models are required.

Level 0 for field devices, valve stations, low tension equipment, MCCs and frequency inverters Level 1 comprising PLC- and HMI systems for screen operation, data collection, interlocking and control of the equipment.

And Level 2 metallurgical models such as:

  • Decarburization
  • Degassing
  • Desulphurization
  • Deoxidation
  • Oxygen blowing
  • Steel analysis
  • Temperature management
  • Steel cleanliness
  • Slag composition.

A modern Level 2 system requires advanced embedded subsystems designed to provide optimum process control functionality. Tenova's Level 2 system applies several process control modules such as desulfurization, scrap management, static charge, alloy additions and our proprietary end-point detection process module to form a comprehensive and modern automation platform.

The net result is an operator friendly, high functioning control system that offers the most efficient and productive process control logic.

  • Efficiency


    • Optimized treatment time
    • Reduction of energy, media and alloying material demand
  • Safety


    • Advanced Safety
  • Value for Money

    Value for Money

    • Reduction of energy, media and alloying material demand
  • ContactContact PersonPositionLegal EntityDepartmentPhoneFaxE-mailAddress
    Tenova Goodfellow Inc.
    +1 905 507-3330
    +1 905 507-3353

    10 Kingsbridge Garden Circle, Suite 601

    ON L5R 3K6 Mississauga


Optimization Systems/Automation

Tenova offers special solutions to improve the safety and efficiency of a steelmaking process. Technology packages like “iEAF”, “iBOF”, “iMeltshop” and Level 2 automation technology are designed to provide steelmakers with sustainable long-term savings from dynamic control and holistic optimization of the process.