Application Effects of Electromagnetic Technologies in Continuous Casting Process
Lifeng Zhang, North China University of Technology‌, China

Effect of wettability on the coagulation of inclusions and bubbles and the adhesion of inclusions to the inner wall in the pouring nozzle
Hiroshi Harada, Nagoya university, Japan

The steelmaking technology and future development for non-oriented silicon steel
Jian Gong, Shougang Group, China

How Steel contributes to addressing the Triple Planetary Crisis
Jean-Pierre BIRAT, IF Steelman, France

Intelligent RH decarbonization models and application
Jianhua Liu, University of Science and Technology Beijing, China

Collaborative Metallurgical Engineering: Beyond Low-Carbon Steel toward Structural Transformation in China–Africa–Latin America Cooperation
Dulce Maria Pereira, Universidade Federal de Ouro Preto(UFOP) / Universidade Federal do Maranhão(UFMA), Brazil

Recycling Welding Fluxes: Key Scientific Issues, Engineering Challenges and Pilot Demonstrations
Cong Wang, Northeastern University, China

DEVELOPMENT OF NEW METHODS OF CONTROL, ANALYSIS AND OPTIMIZATION OF STEEL PRODUCTION TECHNOLOGIES
Konstantin Grigorovich, Baikov Institute of Metallurgy and Materials Science of RAS, Russia

Wettability study between liquid slags and refractories during a splash process of the converter
Yongsug Chung, Tech University of Korea, Korea

Effect of refining slag composition dissolution on dissolution rate of inclusions in-situ observed using confocal scanning laser microscope
Ying Ren, University of Science and Technology Beijing‌, China

The influence mechanism of inclusion crystallization behavior on its deformation characteristics
Wen Yang, University of Science and Technology Beijing, China

Research on Control Technology of Internal Intermediate Cracks in ultra Thick Continuous Casting Slabs for Low-alloy High-strength Steel
Zhiyin Deng, Northeastern University, China

Mechanisms and Kinetics of Phase Evolution during Solidification of Cr-Containing Stainless Steel Slags
Il Sohn, Yonsei University, Korea

Challenges and opportunities in Pelletising of Low-grade Hematite – Goethite Fines for Low Carbon Ironmaking Processes
Liming Lu, CSIRO Mineral Resource, Australia

Defining Critical Tramp Element Thresholds for Sustainable Scrap-Based EAF Steel Production: Implications for Surface Hot Shortness and Circular Resource Use
Joonho Lee, Korea University, Korea

Low-Carbon Iron Production: Opportunities and Recent Practices
Xue Feng Dong, University of Wollongong, Australia

Simulation of static and dynamic operation of the direct reduction furnace
Henrik Saxen, Abo Akademi University, Finland

Current Progress on Electric Smelting Furnace Research at University of Newcastle
Tom Honeyands, The University of Newcastle, Australia

Reduction of CO2 Emissions from Blast Furnace with Carbon Recycling Methane
Naoto Nakamura, JFE Steel Corporation, Japan

Comments about Technologies to be used in Ironmaking and Steelmaking to reduce GHG
Paulo Santos Assis, UFOP and HUST, Brazil

Reactivity and Degradation of Coke in Simulated Top Gas Recycling Oxygen Blast Furnace Conditions
Arash Tahmasebi, University of Newcastle, Australia

Phosphorus in iron and steelmaking – an Australian perspective for Pilbara iron ores
Ray Longbottom, University of Wollongong, Australia

Low-Carbon Blast Furnace Ironmaking with Low-Grade Iron Ores: Chinese Industrial Practice
Zhengjian Liu, University of Science and Technology Beijing‌, China

Innovation and Progress on Blast Furnace Ironmaking Technology at Shougang
Fuming Zhang, Shougang Group Co., Ltd., China

The effect of ESG initiatives in Brazil: government's role, financial performance and interlinkages on net-zero economy transition
Breynner Oliveira, Federal University of Ouro Preto, Brazil

Qisunny Methodology: Emergent Physicochemical Rules and Metallurgical Performance of Ore-Coke-CO-H2 System
Qi Wang, University of Science and Technology Liaoning, China

Study on the degradation of iron ore briquette during reduction
Youngjo Kang, Dong-A University, Korea

Exploration of the Optimal Pellet Proportion in Blast Furnace Burden
Weidong Zhang, Shougang Group Co., Ltd., China

The impact of different charges in electric-based ironmaking and steelmaking: a simulation investigation
Valentina Colla, Scuola Superiore Sant'Anna, Italy

Degradation Behavior of Coke Structure and Properties under Blast Furnace Conditions and Coke Quality Evaluation Methods
Shengfu Zhang, Chongqing University, China

Study of the potential of corymbia bark for energy and biochar production
Ricardo Barros, ArcelorMittal, Brazil

Deep melt purification technology for recycled steel
Guangsheng Wei, University of Science and Technology Beijing, China

Multidimensional Measurement and Control of Molten Slag for Carbon-Neutral Steelmaking
Noritaka Saito, Kyushu University, Japan

Novel techniques and processes for the preparation of green and low-carbon blast furnace burden
Zhiyun Ji, Central South University, China

Multi-view feasibility study of the innovative co-injection of H2 and coal in blast furnaces for viable net-zero ironmaking
Yiran Liu, University of Western Australia, Australia

Molten CaCI2-Based Carbothermal ironmaking
Xiao Yang, Westlake University, China

Challenges on sustainable EAF steelmaking in China
Alberto N. Conejo, University of Science and Technology Beijing, China

Master alloys and Stainless Steels via Hydrogen Reduction of Blended Oxides
Jie Qi, Hong Kong University of Science and Technology (Guangzhou), China

Preparation Technology and Industrial Application of Fluxed Pellets Using Ultra-fine Magnetite-Hematite Mixed Iron Concentrate
Mingshun Zhou, Iron and steel research institute of Angang Group, China

Co-Production of High-Quality Steel and Cement Clinker in EAFs Through Slag Engineering
Zushu Li, The University of Warwick, UK

Cleanliness of IF Steel Slabs during Ladle Exchange: Evaluation and Control
Xiaoxuan Deng, Shougang Group, China