姓名：张慧宁

性别：男

学位/职称：博士/副教授

学科专业：钢铁冶金

个人简介

为拓展基于碳中和的泛钢铁冶金流程，致力于冶金终端余热转化与碳转化、CO₂捕集复杂系统构建等方向科学研究工作，旨为明晰冶金过程传质-传热-化学反应多尺度耦合等关键物理化学问题。通过冶金终端自下而上能量转化-CO₂转化-冶金废弃物资源一揽子工程系统研究，可行性提出未来绿色钢厂终端构建新方案，亦为未来钢铁冶金学科的“冶金+”发展新模式开拓新方向。先后主持或参与国家级、省部级纵向课题5项，横向课题1项，在Applied Energy, ACS Sustain.Chem.Eng., J.Hazard.Mater., Energy, Metall. Mater.Trans.B等国际国内杂志发表高水平学术论文40余篇。热烈欢迎立志于中国钢铁冶金行业发展的同学申请碳循环与转化课题组，联系电话：18270736836（微信同号），邮箱：zhanghuining2008@126.com.

讲授课程：

本科生课程：钢的凝固与连铸，冶金流程集成理论与方法

研究方向：冶金碳中和理论与工艺、催化制氢与氢冶金、冶金资源循环

代表性业绩（近5年）：

[1] Huining Zhang*, Xueting Liu, Pufan Wang, et al. Hydrogen-rich carbon recycling complex system establishment and comprehensive evaluation[J]. Applied Energy,355(2024):122347

[2] Huining Zhang*, Jianping Dong, Chao Wei. Material properties of cement doped carbonated slag through slurry carbonation process: The effect and quantitative model[J]. Metallurgical and Materials Transactions B, 2022, 53(3):1-10

[3] HuiningZhang*,JianpingDong.Future Trend of Energy Conservation in Steelmaking Plant: Integration of Molten Slag Heat Recovery and Combustible Gas Preparation from Waste Plastics[J].Energy, 2022, 239: 122543

[4] Chao Wei, Jianping Dong, Huining Zhang*, Xu Wang. Kinetics Adaptability Analysis of CO₂ Sequestration Process Utilizing Steelmaking Slag and Cold-Rolling Waste Water [J]. Journal of Hazardous Materials, 404(2021):124094

[5] Jianping Dong, Huining Zhang*, Chao Wei, Feasibility Evaluation of Terminated Waste Energy In-situ Conversion Strategy Toward Carbon Neutralization in Metallurgical Processes [J]. ACS Sustainable Chemistry& Engineering, 9(2021):14079

[6] Huining Zhang*, Peiling Zhou*, Fei Yuan. Effects of Ladle Lid or Online Preheating on Heat Preservation of Ladle Linings and Temperature Drop of Molten Steel[J]. Energy, 214(2021):118896.

[7] Huining Zhang*, Chao Wei. Closed-Circulating Carbon Dioxide Sequestration Routine Evaluation Utilizing Wastes in Steelmaking Plant[J]. Science of the Total Environment, 738(2020):139747

[8] Huining Zhang*, Chong Gao, Dongfeng He, Anjun Xu. Stainless Steel Tailings Accelerated Direct Carbonation Process at Low Pressure: Carbonation Efficiency Evaluation and Chromium Leaching Inhibition Correlation Analysis[J]. Energy, 2018,155(15)772-781.

[9] Huining Zhang*, Jianhong Dong, Huihui Xiong.et al. Investigation on Cooperative Desulfurization Efficiency with Chromium and Nickel Reduction for Stainless Steel Dust Briquettes Bearing Carbon Iron Bath Reduction Process[J]. Journal of Alloys and Compounds, 2017:408-414

[10] Huining Zhang*, Chao Wei. CO₂ Sequestration Process Utilizing Converter Slag and Cold-Rolling Waste Water: The Effect of Carbonation Parameters [J]. Process Safety and Environmental Protection, 2021,418,1233-1242

[11] 张慧宁,董建宏等.一种协同利用炉渣和废水稳定废气中CO₂的方法[P].授权号:ZL 201611053253.0

[12] 张慧宁,左全琴等.转炉渣-炼钢废水闭路循环捕集转炉烟气CO₂联产NPCC的方法[P].中国, ZL 201911352090.X

[13] 张慧宁,董建宏等.一种利用不锈钢粉尘制备低硫铁铬镍金属块的方法[P].授权号:ZL201611053489.4

[14] 张慧宁,左全琴等.利用水和CO₂实现钢渣淬化及余热回收的方法与装置[P].中国,授权号:ZL201911352779.2

[15] 张慧宁,左全琴等.一种利用转炉熔渣-烟气余热气化废塑料制备富氢燃气的方法与装置[P].中国,实审中

主持承担科研项目及经费（近5年）：

[1] 转炉熔渣-烟气余热气化无氯废塑料制备富氢燃气耦合CO₂转化复杂系统，国家自然科学基金[No:5246060020],2025-2028，主持,在研

[2] 转炉渣-冷轧废水绿色闭路循环捕集CO₂新工艺基础理论研究, 国家自然科学基金[No:52064020]，2021-2024，主持，已结题

[3] 转炉渣含钙相在除尘废水中吸收CO₂的选择性稳定化动力学研究,江西省科技厅项目[No:20181BAB216014]，2018-2020，主持，已结题

[4] 转炉烟气余热转化与碳转化基础研究，企业横向课题，2022-2023，主持，已结题