Key Responsibilities:
EAF Operation Management:
- Supervise and control EAF operations to ensure stable, efficient, and safe melting cycles.
- Plan and execute the charge mix (scrap, DRI, pig iron) as per the heat plan and grade requirement.
- Monitor and control power input, electrode regulation, oxygen blowing, and carbon injection parameters.
- Ensure proper slag control for desired refining and phosphorus removal.
- Optimize tap-to-tap time, specific power consumption, and electrode consumption for cost-effective operation.
- Monitor furnace lining, roof, and electrode performance and coordinate with the refractory team for relining or patching.
- Record heat-wise operational parameters and deviations for continuous improvement.
Process & Metallurgical Control:
- Maintain steel chemistry and temperature at tapping in coordination with LRF and VD requirements.
- Ensure deoxidation, slag forming, and alloy additions are carried out as per metallurgical standards.
- Coordinate with the laboratory for heat sample analysis and timely corrections.
- Optimize operational parameters for reduced nitrogen and improved steel cleanliness.
- Implement and adhere to Standard Operating Procedures (SOPs) for EAF operation.
Equipment & Maintenance Coordination:
- Ensure proper functioning of EAF equipment such as transformers, electrodes, roof, shell, tilting mechanism, cooling system, burners, and lances.
- Coordinate with mechanical, electrical, and instrumentation departments for routine and preventive maintenance.
- Plan and support furnace shutdowns, relining, and major overhauls.
- Ensure availability and reliability of auxiliary systems such as fume extraction, cooling water, and power distribution.
Safety & Environmental Compliance:
- Maintain zero-incident operations through strict adherence to SMS safety procedures.
- Conduct pre-start safety checks and ensure all operators follow PPE and safety SOPs.
- Manage safe handling of hot metal, scrap charging, and slag disposal operations.
- Ensure compliance with pollution control norms, especially for fume extraction and dust collection systems.
- Promote and enforce 5S and housekeeping in the furnace area.
Process Optimization & Cost Control:
- Continuously monitor EAF productivity and cost performance indicators (power, electrode, refractory, yield).
- Conduct Root Cause Analysis (RCA) for delays, trip events, and equipment breakdowns.
- Implement process improvement and energy optimization projects (TPM / Kaizen / Six Sigma).
- Work on improving yield, reducing power consumption, and minimizing tap-to-tap time.
Coordination & Reporting:
- Coordinate with Raw Material Handling, LRF/VD, and Continuous Casting teams for seamless heat flow.
- Ensure proper ladle scheduling and heat sequencing to avoid bottlenecks.
- Maintain accurate shift records, heat logs, and production reports.
- Participate in daily production and coordination meetings with operation and maintenance teams.
- Prepare daily/weekly/monthly reports on production, power, electrode, and delay analysis.
Team Management & Development:
- Lead and supervise a team of engineers, shift in-charges, and operators.
- Ensure proper manpower deployment for each shift and operation activity.
- Conduct training sessions on EAF operation, safety, and troubleshooting.
- Motivate the team for achieving production and safety targets.
- Evaluate team performance and promote a culture of accountability and skill enhancement.
- Responsible for fostering a respectful and inclusive work environment, free from all forms of harassment and discrimination.
- ISO (9001,14001,45001 & 50001) Emphasis on customer focus and ensuring products/services meet customer and regulatory requirements.
- Responsibilities related to process effectiveness and efficiency.
- Contribution to OH&S objectives, incident reporting, and promoting a safe work environment.
- Responsibilities related to environmental aspects and impacts, compliance with environmental obligations, and pollution prevention.
- Contribution to environmental objectives and targets.
- Understand and comply with the organization's Energy Policy and contribute to its energy performance objectives and targets.
Qualifications & Experience:
Education:
- B.E. / B.Tech in Metallurgical / Mechanical / Electrical Engineering
Experience:
- Assistant Manager: 6–10 years of experience in EAF operations in an integrated or mini steel plant.
- Deputy Manager: 10–14 years of experience in Electric Arc Furnace operation with exposure to secondary metallurgy (LRF/VD).
Skills:
- EAF operation and control including charge mix planning, melting cycle optimization, and tapping practices
- Furnace power management, electrode regulation, oxygen blowing, and carbon injection control
- Slag chemistry control and refining practices for quality steelmaking
- Process monitoring and analysis using Level-1 and Level-2 automation systems
- Root Cause Analysis (RCA) and troubleshooting of operational and equipment issues
- Coordination with LRF, VD, CCM, RMHS, and maintenance teams for smooth heat flow
- Data analysis and reporting of production, power, electrode, and delay parameters
- Team supervision, shift management, and operator training
Abilities:
- Ability to manage EAF operations safely and efficiently under high-temperature and high-risk conditions
- Ability to optimize productivity, energy consumption, and cost parameters
- Ability to take quick operational decisions during furnace trips, breakdowns, or process deviations
- Ability to lead, motivate, and develop engineers and operators across shifts
- Ability to work cross-functionally with mechanical, electrical, refractory, and automation teams
- Ability to implement continuous improvement initiatives (TPM, Kaizen, energy optimization)
- Ability to ensure strict compliance with safety, quality, environmental, and energy management systems
- Ability to prepare and present technical and operational reports to management
Knowledge:
- Thorough knowledge of Electric Arc Furnace steelmaking principles and practices
- Knowledge of scrap, DRI, pig iron characteristics and their impact on melting and yield
- Knowledge of metallurgical reactions during melting, oxidation, refining, and tapping
- Knowledge of refractory types, wear mechanisms, and furnace lining management
- Knowledge of EAF equipment including transformers, electrodes, roof, shell, cooling, burners, and lances
- Knowledge of pollution control systems, fume extraction, and dust collection norms
- Knowledge of ISO management systems (ISO 9001, 14001, 45001, 50001) and statutory compliance
- Knowledge of energy management concepts, power optimization, and specific energy consumption in EAF