Experiment of chemical looping water decomposition coupled with acetic acid pyrolysis using Fe-based oxygen carriersGAO Daoxing, DOU Binlin, ZHANG Hua, LUO Chuanqi, DU Jinbo1-12
Policy incentives for the large-scale development of coal power+CCUS industryXU Dong, ZHANG Shuai, HAN Tao, ZHENG Xufan, CHANG Lin, FENG Baiyang, FENG Lei13-20
Development progress of liquid-liquid biphasic solvents for carbon dioxide chemical absorption capture from flue gas of coal-fired power plantsLIN Haizhou, WU Dawei, FAN Yongchun, LUO Bixiong, PEI Aiguo, FANG Mengxiang21-30
Research progress on hydrogen production technology from coke oven gasLI Zhiqiang, WANG Hua, LI Kongzhai31-48
Research progress on catalytic hydrogenation of carbon dioxide to methanolGUO Jiayi, HE Yurong, MA Jingjing, HU Chenye, HE Shengzhong, ZHOU Zimiao, YANG Hui, HU Xiude, GUO Qingjie49-64
Application progress of chemical percolation devolatilization model in thermochemical conversion of carbon-based solid raw materialsGUO Wei, YANG Panxi, YU Zunyi, GAO Kun, WANG Jing, ZHANG Jie, DANG Minhui, YANG Bolun, WU Zhiqiang65-85
Analysis of the development of direct capture of carbon dioxide in the air from patent perspectiveXING Wei, XU Rulong, GAO Hetong, DUAN Lunbo86-97
Carbon dioxide capture,utilization and storage technology and engineering application for coal-fired power plantsGU Yongzheng, WANG Tiankun, HUANG Yan, ZHAO Rui, XU Dong98-108
Optimisation analysis of carbon capture and storage coupled with cooling in coal-fired power plantsCHEN Yang, WU Ye, LIU Xing, LIU Dong109-120
Coupling optimization of carbon capture system with MVR heat pump energy-saving processHAN Bing, WANG Ziyang, TIAN Xiangfeng, ZHANG Kefang, GONG Liang, LIU Haoxuan121-128