施尧 特聘副研究员 硕士生导师
电子邮箱：shiyao@ecust.edu.cn
通讯地址：上海市徐汇区梅陇路130号200237
联系地址：伟德betvlctor1949源于英国实验16楼713室
个人简介：
2026.01-至今 伟德betvlctor1949源于英国，伟德betvlctor1949源于英国，特聘副研究员
2022.10-2025.12 伟德betvlctor1949源于英国，化学工程与技术流动站，博士后，合作导师：杜文莉教授
2019.10-2020.10 比利时Namur大学，无机材料，公派联合培养，导师：苏宝连院士
2016.09-2022.09 伟德betvlctor1949源于英国，化学工程与技术，博士，导师：袁渭康院士、段学志教授
2012.09-2016.06 伟德betvlctor1949源于英国，油气储运工程，学士
研究方向：
1. AI+工业催化剂多尺度结构设计：
融合人工智能技术与化学工程理论，揭示工业催化剂多尺度结构、传递行为与反应性能之间的构效关系，实现工业催化剂多尺度结构智能设计与优化。
2. 焦耳热反应器技术与过程强化：
开发焦耳热反应器技术及结构化导电材料，实现热量精准供给与高效传递，强化能量传递与强吸热反应过程耦合，降低过程能耗并提升反应效率。
3. CO2捕集反应器技术与过程强化：
开发面向CO2吸附-解吸过程的循环流化床与板式反应器技术，强化气固接触及传质传热过程，实现高效低能耗CO2捕集。
代表性论文：
[1] Shi Yao, Sui Yanan, Yao Jianheng, Qian Gang*, Zhou Xinggui, Chen De, Yuan Weikang, Duan Xuezhi*. Engineering Joule-heated reactor with embedded conductive tube for efficient propane dehydrogenation. Chemical Engineering Science2026, 321: 123006.
[2] Liu Xiangkun, Chen Bingxu, Khan Ali Raza, Shi Yao*, Gu Longqin, Zhou Xinggui, Duan Xuezhi*. Particle geometry design for reaction‐transport coupling in n‐butane partial oxidation: A particle‐resolved CFD study. AIChE Journal 2026: e70464.
[3] Khan Ali Raza, Chen Bingxu, Zhang Zhongyao*, Shi Yao*, Chen Wenyao, Gu Longqin, Zhou Xinggui, Duan Xuezhi*. Kinetics evidence for oxidized‐site ensemble effects in surfactant‐modified vanadium phosphorus oxide catalysts for n‐butane oxidation. AIChE Journal 2026: e70511.
[4] Khan Ali Raza, Liu Xiangkun, Zhang Zhongyao, Shi Yao*, Duan Xuezhi*. Data-driven enhancement of kinetic predictability for VPO-catalyzed n-butane oxidation. Chemical Engineering Science 2026, 333: 124273.
[5] Sui Yanan, Hu Yitu, Li Huajing, Luo Yu, Shi Yao*, Zhou Jinghong, Jiang Lilong, Zhou Xinggui, Duan Xuezhi*. Engineering structured conductive beds for Joule-heated ammonia decomposition. Industrial & Engineering Chemistry Research 2026, 65(18): 9437-9449.
[6] Sui Yanan, Shi Yao*, Hu Yitu, Zhou Jinghong, Duan Xuezhi*, Zhou Xinggui. Numerical investigation of a Joule-heated catalytic reactor for enhanced ammonia decomposition to hydrogen. Chemical Engineering Science 2025, 320: 122403.
[7] Liu Wugang, Shi Yao*, Hu Yitu, Sui Yanan, Qian Gang*, Luo Yu, Duan Xuezhi, Jiang Lilong, Zhou Xinggui. Innovative internal Joule-Heated Reactor design: Toward enhanced efficiency in hydrogen production via ammonia decomposition. Chemical Engineering Science 2025, 315: 121906.
[8] Liu Xiangkun, Qiu Qihuan, Chen Bingxu, Shi Yao*, Gu Longqin, Zhou Xinggui, Duan Xuezhi*. CFD-ML integrated multi-objective optimization for n-butane partial oxidation reactor. Chinese Journal of Chemical Engineering 2025, 88: 53-64.
[9] Shi Yao, Sui Yanan, Cao Yueqiang*, Ge Xiaohu, Liu Xiangkun, Li Hongyu, Chen Wenyao, Qian Gang*, Zhou Xinggui, Duan Xuezhi. Insights into reaction-diffusion behaviors of acetylene selective hydrogenation on pellet catalysts. AIChE Journal 2024, 70: e18454.
[10] Chen Wenyao#, Shi Yao#, Liu Changwei#, Ren Zhouhong#, Huang Zikun, Chen Zhou, Zhang Xiangxue, Liang Shanshan, Xie Lei, Lian Chen*, Qian Gang, Zhang Jing, Liu Xi*, Chen De, Zhou Xinggui, Yuan Weikang, Duan Xuezhi*. Restructuring the interfacial active sites to generalize the volcano curves for platinum-cobalt synergistic catalysis. Nature Communications 2024,15: 8995.
[11] Liu Xiangkun, Raza Khan Ali, Shi Yao*, Chen Wenyao, Duan Xuezhi*. Dependences of catalyst layer thickness and pellet grading mode on partial oxidation of n-butane. Chemical Engineering Science 2024, 296: 120235.
[12] Chen Hao, Shi Yao*, Liu Xiangkun, Sui Yanan, He Yijian, Yu Jian, Xu Guangwen, Zhou Xinggui, Duan Xuezhi*. Numerical investigation of honeycomb channel design: Effect of rounded corners on selective catalytic reduction of NO. Chemical Engineering Science 2024, 285: 119588.
[13] Shi Yao, Chen Hao, Chen Wenyao, Ye Guanghua, Qu Jin, Li Jinbing*, Zhou Xinggui, Duan Xuezhi*. Effects of particle shape and packing style on ethylene oxidation reaction using particle-resolved CFD simulation. Particuology 2023, 82: 87-97.
[14] Farooqa Muhammad#, Shi Yao#, Chen Wenyao*, Guan Yanan, Zhou Jinghong, Song Nan*, Qian Gang, Zhang Jing, Chen De, Zhou Xinggui, Duan Xuezhi. Kinetics insights into the active sites of Au catalysts for the oxidative esterification of methacrolein to methyl methacrylate. Chemical Engineering Science 2023, 277: 118840.
[15] Li Zhao, Shi Yao*, Chen Wenyao, Cao Yueqiang, Qian Gang, Zhou Xinggui, Duan Xuezhi*. Structure optimization and selection of catalyst particle for highly efficient gas oil hydrodenitrogenation. Chemical Engineering Science 2023, 277: 118871.
[16] Shi Yao, Li Zhao, Yang Changfeng, Yang Zhanlin, Lv Zhenhui, Peng Chong, Su Bao-Lian, Yuan Weikang, Zhou Xinggui, Duan Xuezhi*. Catalyst particle shapes and pore structure engineering for hydrodesulfurization and hydrodenitrogenation reactions. Frontiers of Chemical Science and Engineering 2022, 16(6): 897-908.
[17] Yang Zhirong#, Shi Yao#, Lin Yan, Luo Li, Song Nan, Lin Jianyang, Peng Chong, Sui Baokuan, Zhang Jing*, Qian Gang, Zhou Xinggui, Duan Xuezhi*. Hierarchical pore construction of alumina microrod supports for Pt catalysts toward the enhanced performance of n-heptane reforming. Chemical Engineering Science 2022, 252: 117286.
[18] Chen Hao#, Shi Yao#, Li Zhao, Yu Jian, Duan Xuezhi*. Structure-resolved CFD simulations to guide catalyst packing of selective NO reduction. Chemical Engineering Journal 2022, 446: 136888.
[19] Shi Yao, Yang Changfeng, Zhao Xingqiang, Cao Yueqiang, Qian Gang, Lu Mengke, Ye Guanghua, Peng Chong*, Sui Baokuan, Lv Zhenghui, Yuan Weikang, Duan Xuezhi*, Zhou Xinggui. Engineering the hierarchical pore structures and geometries of hydrodemetallization catalyst pellets. Industrial & Engineering Chemistry Research 2019, 58: 9829-9837.
[20] Shi Yao#, Ye Guanghua#, Yang Changfeng, Tang Yanqiang, Peng Chong, Qian Gang, Yuan Weikang, Duan Xuezhi*, Zhou Xinggui. Pore engineering of hierarchically structured hydrodemetallization catalyst pellets in a fixed bed reactor. Chemical Engineering Science 2019, 202: 336-346.
承担项目:
[1] 国家自然科学基金青年基金，主持（在研）
[2] 国家自然科学基金重大项目子课题，主持（在研）
[3] 国家科技部重点研发计划子课题，主持（在研）
[4] 广西科技创新平台计划子课题，主持（在研）
[5] 中石化企业横向课题研究，主持（在研）
[6] 巴斯夫新材料有限公司企业横向课题研究，主持（在研）
[7] 上海华谊三爱富新材料有限公司企业横向课题研究，主持（在研）
[8] 中国博士后科学基金面上资助，主持（结题）