·Scientific Research
Current position:
英文主页
>
Scientific Research
Research Field
-
Academic Area: Thermal Power Engineering
Research Interests: Energy & Environmental System Analysis; Thermal Conversion of Carbon-containing Fuel; AI Prediction of Productivity and carbon dioxide emissions from Thermochemical Reactions; Low-carbon Policy Analysis
Paper Publications
MORE+- [1] Yuhao Liu; Zhao Zhou; Ren Yang; Chengyang Cao; Yongchun Zhao; Aijun Li*. Insights into the influence of anions on the syngas prodution behavior of bio-wastes during moltn salt thermal treatment. Fuel, 381 (2025): 133455
- [2] Yuhao Liu; Aijun Li*; Guangzhao Guo; Junwei Zhang; Yang Ren; Lu Dong; Lifang Gong; Hongyun Hu; Hong Yao; Ichiro Naruse. Comparative life cycle assessment of organic industrial solid waste co-disposal in a MSW incineration plant. Energy, 305(2024): 132322
- [3] Tong Zhang; Aijun Li*; Yongda Huang; Su Lei; Muhammad Usman; Yuhang Zheng. Effect of NaClO disinfectant treatment on the yields, components and combustion characteristics of typical medical waste pyrolysis products. Journal of Environmental Chemical Engineering, 12(2024): 112403
- [4] Yuhao Liu; Junwei Zhang; Hongyun Hu; Qiqi Dai; Chan Zou; Chengyang Cao; Yongchun Zhao; Aijun Li*. Influence mechanisms of torrefaction on syngas production from bio-waste molten salt thermal treatment. Fuel, 363(2024): 130965
- [5] Yangwei Wu; Aijun Li*; Su Lei; Tong Zhang; Qian Deng. Prediction of pyrolysis product yield of medical waste based on BP neural network. Process Safety and Environmental Protection, 176(2023): 653-661
Patents
MORE+- [1] 李爱军; 张桐; 吴扬威; 姚洪; 胡红云. 一种热解三态产物的分析系统, 国家发明专利, ZL202210793883.0
- [2] 李爱军; 邓倩; 杜涟茗; 郑宇航; 廖超. 一种基于熵增原理的工业有机固废热解的评价方法, 国家发明专利, CN202411323133.2
- [3] 李爱军; 杜涟茗; 邓倩; 郑宇航; 廖超. 基于三流协同的废弃物热解系统的优化方法和装置, 国家发明专利, CN202411418091.0
- [4] 李爱军; 张桐; 黄永达; 邓倩; 杜涟茗; 郑宇航; 姚洪. 一种提升㶲效率的生物质热解多能耦合系统及方法, 国家发明专利, CN202410245433.7
- [5] 李爱军; 杜涟茗; 张桐; 吴扬威; 邓倩; 毛宁. 油氢合建站的安全评价方法、装置、设备及介质, 国家发明专利, CN202310716967.9