Simulation of low-carbon cement production system based on limestone hydrogenation for CaO productionDENG Yumeng, WU Jiawen, CAO Hongjie, LI Yingjie1-12
Characteristics of dual-fluid atomization of calcium-based solution and heat storage performance of CaO microspheres prepared via pyrolysisLUO Tong, LUO Cong, TAN Zengqiang, DU Zhen, LI Xiaoshan, WU Fan, ZHANG Liqi13-24
Confinement-enhanced integrated CO2 capture and in-situ conversion from high-temperature flue gas to syngas over Ni-MgO/CaO hollow microsphereJIA Zhonghao, SHAO Bin, XIE Zhicheng, HU Jun25-35
Research progress in high-temperature calcium-based sorbents for CO2 captureDU Zhen, ZHANG Liqi, ZHANG Yang, LIU Bo, ZHU Wentao, LUO Cong, YU Jiang36-52
Recent progress on integrated carbon dioxide capture and utilization technologySUN Shuzhuang, GUO Yafei, ZHAO Chuanwen, SHAO Bin, HU Jun, SUN Nannan, LI Jianan, QIN Changlei, JIN Bo, LIANG Zhiwu, ZHANG Xiaoyu, LIU Wenqiang, ZHANG Yiran, QU Yakun, SUN Hongman, WANG Yaozu, YU Bocheng, ZHOU Hui, ZHAO Xiaotong, ZHU Yuan, WU Chunfei53-107
Effects of industrial catalyst structure and operating conditions on CO2 hydrogenation to methanol:A simulation studyLIN Zhenli, XIE Qinqin, XIE Nannan, WENG Junqi, YANG Daoming, SHU Zhongming, YE Guanghua, ZHOU Xinggui108-117
Catalytic hydrogenation of CO2 to methanol over a CeO2-modification three-dimensional macroporous Cu-ZnO-ZrO2 catalystsGENG Daiyun, YUAN Jiangyong, WANG Chunliang, WANG Yuhao, LI Kongzhai118-126
Research progress in photothermal catalytic CO2 hydrogenationLI Yangyang, HUANG Siyi, TIAN Xin, XU Di, DING Mingyue153-171
Occurrence and migration of strategic metals Li,Ga,Ge and In in gasification slagSHAN Tianqi, YANG Ce, LIU Jinchang, FU Zongpin, ZHAO Yunpeng172-184