由中国金属学会主办、上海大学和北京科技大学承办的“2026年可持续发展钢铁冶金技术国际学术会议（CSST2026）”将于2026年11月3-5日在江苏省南京市举行，此次会议的联合主办单位是先进不锈钢全国重点实验室、燕赵钢铁实验室和华北理工大学。
通知发出后受到了国际钢铁冶金领域同行们的广泛关注，截止目前，会议共收到来自世界18个国家及地区的270余篇文章，届时众多国际知名院士专家学者将出席本次会议，重点围绕低碳冶金方向展开学术交流。本次会议工作语言为英语，将设大会特邀报告、分会场技术交流、展览展示、墙报交流等内容。
一、会议内容
1. 钢铁冶金高效化工艺技术
2. 钢铁冶金资源化循环利用
3. 钢铁冶金污染治理
4. 碳达峰、碳中和形势下炼铁炼钢新工艺新技术
5. 钢铁冶金长寿命、减量化工艺技术
6. 钢铁冶金废渣综合利用新技术
二、大会特邀报告（顺序不分先后）
Control Technology of Nanoscale, Microscale, and Large-size Inclusions in High-quality Steel Jian Yang, Shanghai University, China |
Pathways and Initiatives to Carbon Neutral Steelmaking - From Scrap Circularity to Hydrogen-Based Production Johannes Schenk, Montanuniversitaet Leoben, Austria |
Technical and Economic Viability of Livestock Waste Codigestion for Biogas Production Paulo Santos Assis, UFOP, Brazil |
Sustainable production of iron and steel via electric steelmaking routes for reduction of CO2 emissions Joohyun Park, Hanyang University, Korea |
Recent Advances in Hydrogen Metallurgy and Low-Carbon Ironmaking Technologies Jianliang Zhang, University of Science & Technology Beijing, China |
Development of innovative decarburization technologies in JFE Steel Naoki KIKUCHI, JFE Steel Corporation, Japan |
Re-thinking the processing of Magnetite Ores Geoffrey Brooks, Swinburne University of Technology, Australia |
三、技术分会重点报告（顺序不分先后，持续更新）
1. 钢铁冶金高效化工艺技术方向
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 |
Development and Application of RH-SPI Powder Injection Technology for Desulfurization Miaoyong Zhu, Northeastern University, China |
Sustainable continuous casting by improving steel quality Qifeng Shu, University of Oulu, Finland |
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 |
Prediction of Total Oxygen in IRUT-Treated Steels Wagner Viana Bielefeldt, Federal University of Rio Grande do Sul, Brazil |
Key Technologies for High-quality Continuous Casting Billets of Long Profile Jiongming Zhang, University of Science and Technology Beijing, China |
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 |
2. 钢铁冶金资源化循环利用方向
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 |
3. 钢铁冶金污染治理
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 |
4. 碳达峰、碳中和形势下炼铁炼钢新工艺新技术
Accelerating Low-Cost Green Ironmaking: Emerging R&D Methods, Progress, and Challenges Yansong Shen, University of New South Wales, Australia |
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 |
5. 钢铁冶金长寿命、减量化工艺技术及钢铁冶金废渣综合利用新技术
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 |
四、会议秘书处
中国金属学会国际联络部 赵欣 刘芳
地址：北京市海淀区气象路9号院8号楼9层 邮编：100081
电话：010-65211205 13439682609
传真：010-65124122
E-mail: csst2026@csm.org.cn
会议网站：www.csst2026.com
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