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Xiwei Ke
Xiwei Ke
在 mail.tsinghua.edu.cn 的电子邮件经过验证
标题
引用次数
引用次数
年份
Application of ultra-low NOx emission control for CFB boilers based on theoretical analysis and industrial practices
X Ke, R Cai, M Zhang, M Miao, J Lyu, H Yang
Fuel Processing Technology 181, 252-258, 2018
722018
Applications of ultrafine limestone sorbents for the desulfurization process in CFB boilers
R Cai, X Ke, Y Huang, S Zhu, Y Li, J Cai, H Yang, J Lyu, M Zhang
Environmental Science & Technology 53 (22), 13514-13523, 2019
442019
Progress of circulating fluidized bed combustion technology in China: A review
R Cai, X Ke, J Lyu, H Yang, M Zhang, G Yue, W Ling
Clean Energy 1 (1), 36-49, 2017
382017
1-Dimensional modelling of in-situ desulphurization performance of a 550 MWe ultra-supercritical CFB boiler
X Ke, D Li, Y Li, L Jiang, R Cai, J Lyu, H Yang, M Zhang, CH Jeon
Fuel 290, 120088, 2021
292021
A comprehensive mass balance model of a 550 MWe ultra-supercritical CFB boiler with internal circulation
D Li, X Ke, M Zhang, H Yang, S Jung, S Ahn, CH Jeon
Energy 206, 117941, 2020
282020
Prediction and minimization of NOx emission in a circulating fluidized bed combustor: A comprehensive mathematical model for CFB combustion
X Ke, M Engblom, H Yang, A Brink, JF Lyu, M Zhang, B Zhao
Fuel 309, 122133, 2022
262022
Formation and ultra-low emission of NOx for circulating fluidized bed combustion
X Ke, R Cai, H Yang, M Zhang, H Zhang, Y Wu, J Lyu, Q Liu, J Li
Proc CSEE 38 (2), 390-396, 2018
232018
Ash formation characteristics of two Indonesian coals and the change of ash properties with particle size
X Ke, D Li, M Zhang, C Jeon, R Cai, J Cai, J Lyu, H Yang
Fuel Processing Technology 186, 73-80, 2019
222019
Issues in deep peak regulation for circulating fluidized bed combustion: Variation of NOx emissions with boiler load
X Ke, S Zhu, Z Huang, M Zhang, J Lyu, H Yang, T Zhou
Environmental Pollution 318, 120912, 2023
172023
循环流化床锅炉NOx生成和排放特性研究进展
柯希玮, 张缦, 杨海瑞, 吕俊复, 郭学茂, 李军, 贺辉宝
中国电机工程学报 41 (8), 2757-2770, 2020
172020
Research Progress of the Effects of Ca-Based Sorbents on the NO_x Reaction in Circulating Fluidized Bed Boilers
XW Ke, RX Cai, JF Lyu, M Zhang, Y Wu, HR Yang, H Zhang
Clean Coal Technol 25 (01), 1-11, 2019
162019
The ash formation and attrition characteristics of an Indonesia lignite coal ash for a 550 MWe ultra supercritical CFB boiler
D Li, X Ke, H Yang, SG Ahn, J Lyu, CH Jeon, M Zhang
Chemical Engineering Research and Design 147, 579-586, 2019
152019
Research progress on the kinetics of NO x reduction over chars in fluidized bed combustion
KE Xi-wei, CAI Run-xia, M ZHANG, WU Yu-xin, Y Hai-rui, H ZHANG
Coal Convers 41 (1), 1-12, 2018
152018
A comprehensive study of char reaction kinetics: Does CO always promote NO reduction on char surface?
X Ke, L Jiang, Y Li, H Yang, JF Lyu, M Zhang
Fuel 310, 122440, 2022
142022
Prospects for the low pollutant emission control of circulating fluidized bed combustion technology
X Ke, L Jiang, J Lyu, G Yue
Strategic Study of Chinese Academy of Engineering 23 (3), 120-128, 2021
122021
Modeling and experimental investigation on the fuel particle heat-up and devolatilization behavior in a fluidized bed
X Ke, M Engblom, L Cheng, L Chen, R Cai, L Hupa, J Lyu, H Yang, ...
Fuel 288, 119794, 2021
122021
Modeling of the axial distributions of volatile species in a circulating fluidized bed boiler
X Ke, M Engblom, M Zhang, PSP da Silva, L Hupa, J Lyu, H Yang, G Wei
Chemical Engineering Science 233, 116436, 2021
112021
Effects of the inlet particle spatial distribution on the performance of a gas-solid cyclone separator
Y Yao, M Shang, X Ke, Z Huang, T Zhou, J Lyu
Particuology 85, 133-145, 2024
102024
Development of biomass-fired circulating fluidized bed boiler with high steam parameters based on theoretical analysis and industrial practices
X Ke, Y Zhang, X Liu, Y Wu, Z Huang, M Zhang, J Lyu, T Zhou
Journal of the Energy Institute 105, 415-423, 2022
102022
A comprehensive heat transfer prediction model for tubular moving bed heat exchangers using CFD-DEM: Validation and sensitivity analysis
W Lu, C Ma, D Liu, Y Zhao, X Ke, T Zhou
Applied Thermal Engineering 247, 123072, 2024
92024
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