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Meeting 2025 TMS Annual Meeting & Exhibition
Symposium Energy Technologies and CO2 Management
Presentation Title SmartBurner: Enhancing Gas Burner Performance Through Advanced Monitoring
Author(s) Amin Rostamian, Marc Bertherat
On-Site Speaker (Planned) Amin Rostamian
Abstract Scope Gas burners are integral to industrial furnace operations, yet their efficiency often fluctuates between 20% to 60%. With global industrial burner gas consumption totaling approximately 200 billion Nm3 annually, corresponding to 200 million metric tons of CO2 emissions, addressing inefficiencies is critical. Novamet introduces SmartBurner, an online monitoring system designed to detect abnormalities and drifts in gas burners during operation. By integrating a rapid digital twin of the burner with artificial intelligence, SmartBurner enables real-time assessment of burner efficiency and detected drifts. The system provides user-friendly interfaces or daily printed reports to communicate abnormalities and drifts to operational and maintenance managers. With SmartBurner, facilities can potentially enhance burner efficiency by up to 10%, thereby reducing gas consumption, CO2 emissions, and productivity losses. This innovative tool empowers technicians, process engineers, and plant managers to optimize performance, improve sustainability, and achieve more efficient industrial operations.
Proceedings Inclusion? Planned:
Keywords Energy Conversion and Storage, Environmental Effects, Aluminum

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Benchmarking Energy, Emissions, and Resource Sustainability in Semiconductor Manufacturing
Calcium Aluminate Production from Non-metallic Residue of Aluminum White Dross in an EAF
Carbon Footprint Assessment of E-Waste Collection and Recycling Process Through Black Copper Smelting Process in Jakarta, Indonesia
Cold Experimental Study on the Gas-Solid Two-Phase Fluidization Characteristics of Fluidized Reduction Reactors
Combined Evaluation of EAF Steel and Aluminum Smelting Wastes
Deep Deashing of Bituminous Coal to Prepare Ultra-Clean Coal by Physicochemical Approach
Eco-feasible Energy Approach for Industrial Uranium Compound Preparation Using Uranyl Pregnant Leach Solution (UPLS)
Effect of Open Metal Sites on Methane Adsorption in Metal-Organic Framework HKUST-1
Effect of Water Flow Rate on the Heat Exchange Between Water Curtain and Iron Powder
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EPD Distinguished Award Lecture: Energy-Intensive Metal Processing in the Age of Low-Cost Intermittent Renewables
Fast Fabrication of MgO Added AlON Ceramics by Reactive Spark Plasma Sintering
Feasibility of Biochar From Seaweed for Ferroalloy Production
FeMn Production via SHS Method From Mill Scale and Magnetite Ironoxide Sources
Greenhouse Gas Life Cycle Assessment of Traditional and Biomass-Integrated Steelmaking Routes
Industrial Symbiosis for Reduced CO2 Emissions and Energy Optimisation in Ferroalloys Production
Influence of Carbon Level on Reaction Behavior of High-Carbon Metallic Briquette in Blast Furnace
Influence of the Thickness of the Composite membrane to Permeation and Separation Properties
Infrared Thermal Loading on Walls and Structures
Life Cycle Assessment for the Energy Technologies: Issues and Challenges for Conventional and Hydrogen Energy
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Numerical Analysis of Coalbed Methane Injection Into Blast Furnace Tuyeres
Numerical Simulation of Melting and Solidification of Alloy Phase Change Materials for Waste Heat Recovery
Plasma-Enhanced Low-Temperature Dry Reforming of Methane
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Potential Uses of CO-Rich Off-Gas From Mn Ferroalloy Production
Processing and Characterization of CoCrFeNiAl High Entropy Alloy by Mechanical Alloying and Spark Plasma Sintering
Production of Light-Weight Metals Containing High-Entropy Alloys via SHS Process
Recent Studies on Use of Waste Plastics in Integrated Ironmaking
Reduction Kinetics of High-Phosphorus-Iron-Ore Pellet Under Hydrogen Atmosphere
Refractories for Hydrogen Use in Metal Production: A Review
Research on the Recent Carbon Emission Reduction Path of Small and Medium-Sized Iron and Steel Enterprises Under the Background of "Dual Carbon"
SmartBurner: Enhancing Gas Burner Performance Through Advanced Monitoring
Solar Convective Furnace: System Dynamics and Operations Strategy
Study on Co-Extraction Behavior of Biomass and Low-Rank Coal
Study on Mathematical Modeling of Carbon Dioxide Emission and Emission Reduction Countermeasures of Baosteel Co., LTD CHINA
Theoretical Analysis of CO2 Dynamic Stirring Effect in Ladle Bottom Blowing
Thermodynamic Study on CO2 Capture by Steel Slag/Molten Salt
Using 14C as an Analytical Approach for Documenting the Relative Share of Biocarbon Used in the Production of FeMn Alloy

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