
管宏亮 校聘副研究员
研究方向:基于人工智能的储能功率预测与多目标优化;碳捕集;燃煤污染物形成机理与控制研究
邮箱: ghl@sxu.edu.cn
办公地点:太阳集团城娱8722东山校区致远楼B-548
教育经历
2021/09-2024/12 华北电力大学,动力工程及工程热物理专业,博士
2018/09-2021/06 东北电力大学,动力工程及工程热物理专业,硕士
1998/09-2002/07 太原工业学院,材料工程专业,学士
工作经历
2024/12-至今,tyc8722太阳集团,校聘副研究员
获奖情况
2024年华北电力大学优秀研究生
主要科研项目
1 基于化学气相沉积的氮基模板碳微结构增强CPM/VOCs协同脱除机制研究,2025年度山西省基础研究计划(自由探索类)青年基金项目,5万,第一负责人
2光伏电站基础设施优化与智能技术研究,山西承昊建设工程有限公司,2025.06.15-2025.12.30,42万,第一负责人
3材料多参数特性检测技术服务,华北电力大学,2025.05.19-2026.05.18,12万,第一负责人
4火电机组耦合多元储能系统方案研究,国能南京电力试验研究有限公司,2025.02-2026.06,86.90万,第三负责人
5海量资源及运行数据驱动的新能源出力预测及不确定性分析程序开发,华北电力大学,2024.11-2025.06,12.00万,第二负责人
6基于温度场重构的CFB锅炉自动清堵装置的研发与应用,山西京能吕临发电有限公司,2024.12-2026.06,40.00万,第四负责人
代表性论文
(1) Hongliang Guan; Quanfeng Liu; Wei-Ping Pan*; An assessment of inorganic components in condensable particulate matter as a function of surface aggregation, spatial suspension state and particle size, Journal of Hazardous Materials,472 (2024),134537.(SCI一区TOP︱IF:14.2)
(2) Hongliang Guan; Quanfeng Liu; Chuan Zhang; Tao Wang; Jiawei Wang*; Guoqiang Wu; Wei-Ping Pan; Formation and migration of trace elements in condensable particulate matter with the finest particle size distribution, Journal of Hazardous Materials, 446 (2023), 130750. (SCI一区TOP︱IF:14.2)
(3) Hongliang Guan; Longchun Zhong*; Wei-Ping Pan; Evaluation of measurement methods for the finest particle size distribution of condensable particulate matter in surface aggregation and spatial suspension state, Separation and Purification Technology, 365 (2025), 132673. (SCI一区TOP︱IF:8.1)
(4) Hongliang Guan; Chuan Zhang, Yi Xiao, Tao Wang, Longchun Zhong, Jiawei Wang*, Wei-Ping Pan; The contribution of ammonia, water, and sulfur trioxide-based homogeneous nucleation for the condensable particulate matter formation and its experimental measurement and simulation significant, Separation and Purification Technology, 372 (2025), 133551. (SCI一区TOP︱IF:8.1)
(5) Longchun Zhong; Qi Liang; Hongliang Guan; Yue Peng*; Wei-Ping Pan; Effect of the temperature control device on the emission character of condensable particulate matter from industrial heating plant, Separation and Purification Technology, 356 (2025), 129992. (SCI一区TOP︱IF:8.1)
(6) Hongliang Guan; Wei-Ping Pan*; Formation and migration of major metal elements, water-soluble ions, and trace elements in condensable particulate matter with the finest particle size distribution, Global Chinese Environmental Protection Conference (GCEPC 2024). 2024.
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