工程科学学报.第43卷，第12期：1579-1591.2021年12月 Chinese Journal of Engineering,Vol.43,No.12:1579-1591,December 2021 https://doi.org/10.13374/j.issn2095-9389.2021.09.22.004;http://cje.ustb.edu.cn 氧气高炉的发展历程及其在北京科技大学的研究进展 薛庆国四，杨帆，张欣欣，王静松⑧，左海滨，姜泽毅，佘雪峰，王广 北京科技大学钢铁治金国家重点实验室，北京100083 区通信作者，薛庆国，E-mail:xueqingguo@ustb.edu.cn;王静松，E-mai:wangjingsong(@ustb.edu.cn 摘要首先介绍了氧气高炉的发展历程，早期的研究工作主要着眼于解决由于氧气代替空气鼓风而引起的“上冷下热”问 题，并总结了各国研究者提出的氧气高炉流程及其主要特点，随后系统阐述了北京科技大学科研人员在氧气高炉工艺基础 研究与工程技术开发方面所取得的主要进展.这些研究包括氧气高炉流程设计，含铁炉料还原与软熔，氧气鼓风及循环煤气 喷吹条件下的煤粉燃烧，循环煤气加热过程中的物理化学变化等炉内反应与变化，以及在此基础上开展的回旋区及全炉数值 模拟研究，为氧气高炉的工程化实施奠定理论基础.最后对氧气高炉的碳素流及节碳潜力进行了分析，并提出富氢碳氢循环 氧气高炉将成为炼铁低碳化的重要发展方向. 关键词CO,减排；氧气高炉：低碳炼铁：煤气循环：数值模拟：富氢碳氢循环 分类号TF538.1 Development of an oxygen blast furnace and its research progress in University of Science and Technology Beijing XUE Oing-guo,YANG Fan,ZHANG Xin-xin,WANG Jing-song,ZUO Hai-bin,JIANG Ze-yi,SHE Xue-feng,WANG Guang State Key Laboratory of Advanced Metallurgy,University of Science and Technology Beijing.Beijing 100083,China Corresponding author,XUE Qing-guo,E-mail:xueqingguo@ustb.edu.cn,WANG Jing-song.E-mial:wangjingsong@ustb.edu.cn ABSTRACT An oxygen blast furnace (OBF)has the advantages of high productivity,high coal injection,low fuel ratio,high gas calorific value,and low carbon emissions,the OBF process is one of the most likely low-carbon ironmaking processes to achieve large- scale application.This paper first introduced the development history of an OBF.The early research work mainly focused on solving the problem of"upper cooling and lower overheating"caused by oxygen instead of air blasting and summarized the OBF process and its main characteristics proposed by researchers in various countries.Then,the progress made by the researchers of the University of Science and Technology Beijing in the research and development of the OBF process was systematically summarized.The studies include the process design of an OBF,the reduction and soft melting of iron-bearing furnace charge,pulverized coal combustion under the conditions of oxygen blast and circulating gas injection,the physical and chemical behavior of recirculating gas during the heating process,as well as the numerical simulation of the raceway and the whole furnace,which gives a theoretical foundation for the engineering implementation of the OBF.Finally,the carbon flow and carbon saving potential of the OBF were analyzed.It is proposed that a hydrogen rich carbon circulating oxygen blast furnace will be an important development in the direction of low-carbon ironmaking. KEY WORDS CO,reduction emission;oxygen blast furnace;low-carbon ironmaking;gas recycling;numerical simulation;hydrogen- rich and C-H recycling 收稿日期：2021-09-22 基金项目：国家自然科学基金资助项目(U1960205)氧气高炉的发展历程及其在北京科技大学的研究进展 薛庆国苣，杨    帆，张欣欣，王静松苣，左海滨，姜泽毅，佘雪峰，王    广 北京科技大学钢铁冶金国家重点实验室, 北京 100083 苣通信作者， 薛庆国, E-mail：xueqingguo@ustb.edu.cn; 王静松, E-mail: wangjingsong@ustb.edu.cn 摘    要    首先介绍了氧气高炉的发展历程，早期的研究工作主要着眼于解决由于氧气代替空气鼓风而引起的“上冷下热”问 题，并总结了各国研究者提出的氧气高炉流程及其主要特点. 随后系统阐述了北京科技大学科研人员在氧气高炉工艺基础 研究与工程技术开发方面所取得的主要进展. 这些研究包括氧气高炉流程设计，含铁炉料还原与软熔，氧气鼓风及循环煤气 喷吹条件下的煤粉燃烧，循环煤气加热过程中的物理化学变化等炉内反应与变化，以及在此基础上开展的回旋区及全炉数值 模拟研究，为氧气高炉的工程化实施奠定理论基础. 最后对氧气高炉的碳素流及节碳潜力进行了分析，并提出富氢碳氢循环 氧气高炉将成为炼铁低碳化的重要发展方向. 关键词    CO2 减排；氧气高炉；低碳炼铁；煤气循环；数值模拟；富氢碳氢循环 分类号    TF538.1 Development  of  an  oxygen  blast  furnace  and  its  research  progress  in  University  of Science and Technology Beijing XUE Qing-guo苣 ，YANG Fan，ZHANG Xin-xin，WANG Jing-song苣 ，ZUO Hai-bin，JIANG Ze-yi，SHE Xue-feng，WANG Guang State Key Laboratory of Advanced Metallurgy, University of Science and Technology Beijing, Beijing 100083, China 苣 Corresponding author, XUE Qing-guo, E-mail: xueqingguo@ustb.edu.cn; WANG Jing-song, E-mial: wangjingsong@ustb.edu.cn ABSTRACT    An  oxygen  blast  furnace  (OBF)  has  the  advantages  of  high  productivity,  high  coal  injection,  low  fuel  ratio,  high  gas calorific value, and low carbon emissions; the OBF process is one of the most likely low-carbon ironmaking processes to achieve large￾scale application. This paper first introduced the development history of an OBF. The early research work mainly focused on solving the problem of “upper cooling and lower overheating” caused by oxygen instead of air blasting and summarized the OBF process and its main  characteristics  proposed  by  researchers  in  various  countries.  Then,  the  progress  made  by  the  researchers  of  the  University  of Science  and  Technology  Beijing  in  the  research  and  development  of  the  OBF  process  was  systematically  summarized.  The  studies include the process design of an OBF, the reduction and soft melting of iron-bearing furnace charge, pulverized coal combustion under the conditions of oxygen blast and circulating gas injection, the physical and chemical behavior of recirculating gas during the heating process,  as  well  as  the  numerical  simulation  of  the  raceway  and  the  whole  furnace,  which  gives  a  theoretical  foundation  for  the engineering implementation of the OBF. Finally, the carbon flow and carbon saving potential of the OBF were analyzed. It is proposed that  a  hydrogen  rich  carbon  circulating  oxygen  blast  furnace  will  be  an  important  development  in  the  direction  of  low-carbon ironmaking. KEY WORDS    CO2 reduction emission；oxygen blast furnace；low-carbon ironmaking；gas recycling；numerical simulation；hydrogen￾rich and C−H recycling 收稿日期: 2021−09−22 基金项目: 国家自然科学基金资助项目（U1960205） 工程科学学报，第 43 卷，第 12 期：1579−1591，2021 年 12 月 Chinese Journal of Engineering, Vol. 43, No. 12: 1579−1591, December 2021 https://doi.org/10.13374/j.issn2095-9389.2021.09.22.004; http://cje.ustb.edu.cn