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Clean Coal Technology

CSCD

ISTIC

PKU

ISSN：1006-6772

CN：11-3676/TD

Frequency：Monthly

Website：none

Email：jjmjs@263.net

Postcode：100013

Articles4054

Citations40338

Funded2197

Impact Factor：2.44

Articles

2025 No.05

Total 19 articles

Clean Coal Technology's 30th anniversary

Applications of multimodal in situ characterization techniques in COx hydrogenation reactionsYAN Ziyi, ZENG Jie

1-16

Column for Carbon Neutrality

Comparison on tech-economic analysis of large-scale hydrogen transportation modesZHANG Zhiyin, HU Huimin, YANG Jie, HE Zhengguang, WANG Yaqin, WEN Chang

17-28

Special Topic on Action Plan for Low-Carbon Retrofitting and Construction of Coal-Fired Power Plant-Response Technologies

Milling and burnout characteristics of co-firing salix pellets in a 1 000 MW coal-fired power plantGUO Xingchao, DONG Shuai, SU Guoxin, LI Lei, LI Xiaodong, GUO Haijun, YANG Fuxin, TAN Houzhang, ZHANG Liang, WANG Xuebin

29-40

Gas-solid product characteristics of 10 MWel circulating fluidized bed biomass air gasificationLU Xuao, ZHANG Jiafu, LUO Shiwen, GAO Daming

41-49

Compatibility study on combustion and heat transfer in a 600 MW fired coal boiler with co-firing of coal and ammoniaKONG Xiangwei, CUI Liqun, LI Xiongwei, CUI Liming, NIU Tao, ZHANG Wenzhen, ZHOU Mo, CHEN Liang

50-58

Influences of ammonia cofiring on the radiation heat transfer of coal-fired boilerYANG Tieqiang, CAO Jianjun, ZHANG Wenzhen, XIE Yan, LIU Xin, LI Ming, NIU Tao, WANG Heyang

59-68

Numerical investigation on NOx formation characteristics of ammonia cofiring in a 40 MW coal-fired boilerLIU Jianing, ZHANG Wenzhen, LIU Xin, XIE Yan, LI Chi, LI Ming, NIU Tao, WANG Heyang

69-79

Progress of carbon dioxide chemical utilization industry adapting to decarbonization of coal-fired powerZHANG Tongyun, DU Wentao, CHEN Zhuo, ZHUANG Yuanfa

80-95

Impact of carbon reduction volume recognition on the economic feasibility of coal power with CCUS technology:A simulation analysisCAI Bin, CHEN Yichi, XIE Shize, YANG Mingyu, LI Chengwei, XUE Yusheng

96-105

Energy flow characteristics and heat dissipation pathways of a 300 000 m3/h flue gas carbon capture system for power plantWANG Zhiyong, WANG Chaowei, ZHANG Liang, YANG Jinning, YANG Dongtai, LIU Yi, YANG Yang, XU Dong, WEI Xiaolin

106-114