1. Metallurgical Technologies for Steels with Enhanced-Quality, High Performance and High Efficiency
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Application Effects of Electromagnetic Technologies in Continuous Casting Process |
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Effect of wettability on the coagulation of inclusions and bubbles and the adhesion of inclusions to the inner wall in the pouring nozzle |
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Development and Application of RH-SPI Powder Injection Technology for Desulfurization Miaoyong Zhu, Northeastern University, China |
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Sustainable continuous casting by improving steel quality
Qifeng Shu, University of Oulu, Finland |
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The steelmaking technology and future development for non-oriented silicon steel |
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How Steel contributes to addressing the Triple Planetary Crisis |
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Intelligent RH decarbonization models and application |
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Collaborative Metallurgical Engineering: Beyond Low-Carbon Steel toward Structural Transformation in China–Africa–Latin America Cooperation |
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Recycling Welding Fluxes: Key Scientific Issues, Engineering Challenges and Pilot Demonstrations |
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DEVELOPMENT OF NEW METHODS OF CONTROL, ANALYSIS AND OPTIMIZATION OF STEEL PRODUCTION TECHNOLOGIES |
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Prediction of Total Oxygen in IRUT-Treated Steels Wagner Viana Bielefeldt, Federal University of Rio Grande do Sul, Brazil |
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Key Technologies for High-quality Continuous Casting Billets of Long Profile Jiongming Zhang, University of Science and Technology Beijing, China |
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Wettability study between liquid slags and refractories during a splash process of the converter |
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Effect of refining slag composition dissolution on dissolution rate of inclusions in-situ observed using confocal scanning laser microscope |
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The influence mechanism of inclusion crystallization behavior on its deformation characteristics |
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Research on Control Technology of Internal Intermediate Cracks in ultra Thick Continuous Casting Slabs for Low-alloy High-strength Steel |
2. Recycling of Metallurgical Resources in Ironmaking and Steelmaking Process
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Mechanisms and Kinetics of Phase Evolution during Solidification of Cr-Containing Stainless Steel Slags |
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Challenges and opportunities in Pelletising of Low-grade Hematite – Goethite Fines for Low Carbon Ironmaking Processes |
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Defining Critical Tramp Element Thresholds for Sustainable Scrap-Based EAF Steel Production: Implications for Surface Hot Shortness and Circular Resource Use |
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Low-Carbon Iron Production: Opportunities and Recent Practices |
3. Technologies for Controlled and Reduced Emissions in Iron and Steel Production
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Simulation of static and dynamic operation of the direct reduction furnace |
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Current Progress on Electric Smelting Furnace Research at University of Newcastle |
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Reduction of CO2 Emissions from Blast Furnace with Carbon Recycling Methane |
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Comments about Technologies to be used in Ironmaking and Steelmaking to reduce GHG |
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Reactivity and Degradation of Coke in Simulated Top Gas Recycling Oxygen Blast Furnace Conditions |
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Phosphorus in iron and steelmaking – an Australian perspective for Pilbara iron ores |
4. New Technologies & Processes in the Fields of Ironmaking and Steelmaking under the Carbon Peak and Carbon Neutrality Circumstances
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Low-Carbon Blast Furnace Ironmaking with Low-Grade Iron Ores: Chinese Industrial Practice |
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Innovation and Progress on Blast Furnace Ironmaking Technology at Shougang |
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The effect of ESG initiatives in Brazil: government's role, financial performance and interlinkages on net-zero economy transition |
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Qisunny Methodology: Emergent Physicochemical Rules and Metallurgical Performance of Ore-Coke-CO-H2 System |
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Study on the degradation of iron ore briquette during reduction |
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Exploration of the Optimal Pellet Proportion in Blast Furnace Burden |
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The impact of different charges in electric-based ironmaking and steelmaking: a simulation investigation |
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Degradation Behavior of Coke Structure and Properties under Blast Furnace Conditions and Coke Quality Evaluation Methods |
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Study of the potential of corymbia bark for energy and biochar production |
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Deep melt purification technology for recycled steel |
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Multidimensional Measurement and Control of Molten Slag for Carbon-Neutral Steelmaking |
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Novel techniques and processes for the preparation of green and low-carbon blast furnace burden |
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Multi-view feasibility study of the innovative co-injection of H2 and coal in blast furnaces for viable net-zero ironmaking |
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Molten CaCI2-Based Carbothermal ironmaking |
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Challenges on sustainable EAF steelmaking in China |
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Master alloys and Stainless Steels via Hydrogen Reduction of Blended Oxides |
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Preparation Technology and Industrial Application of Fluxed Pellets Using Ultra-fine Magnetite-Hematite Mixed Iron Concentrate |
5. Metallurgical Technologies with Long-Life and Reducing in Iron and Steel Production &Comprehensive Utilization of Waste Slag in Ironmaking and Steelmaking
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Co-Production of High-Quality Steel and Cement Clinker in EAFs Through Slag Engineering |
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Cleanliness of IF Steel Slabs during Ladle Exchange: Evaluation and Control Xiaoxuan Deng, Shougang Group, China |
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