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Fluidized bed technology: challenges and prospects in CCS anddecarbonization applications
LU Yong;LI Lin;SUN Zhengkun;DUAN Lunbo;
Key Laboratory of Energy Thermal Conversion and Control of Ministry of Education,school of energy and environment,Southeast University;
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Research progress and system construction of Carbon Capture Utilizationand Storage standard
LONG Yan;LI Xiaoshan;DING Qing;XIONG Zhuo;XU Zuwei;ZHAO Yongchun;
School of Energy and Power Engineering,Huazhong University of Science and Technology
State key Laboratory of CoalCombustion and Low Carbon Utilization,Huazhong University of Science and Technology
Branch of Resource andEnvironment,China National Institute of Standardization;
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Research progress and discussion on advanced multi-fuel/ammoniacombustion technologies
YANG Yuanping;MA Jiaqi;WANG Xi;SI Tong;WANG Xiang;LI Shuiqing;
School of Mechanical Engineering,Beijing Institute of Petrochemical Technology
Department of Energy and PowerEngineering,Tsinghua University
State Key Laboratory of Multiphase Complex Systems,Institute of Process Engineering;
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Recent development on electrodes for seawater electrolysis
WANG Hongqian;CHEN Shaojie;LIU Wei;DAN Zhaowang;ZHOU Daojin;SUN Xiaoming;
College of Chemical Engineering,Beijing University of Chemical Technology
State Key Laboratory of Chemical ResourceEngineering,Beijing University of Chemical Technology
Shenzhen Hingear Energy Co.,Ltd.;
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Schematic design and economic analysis of hydrogen co-firing for a peakingpower plant with hydrogen from renewable energy
WANG Tiantian;LIU Biao;JI Fan;YUAN Dian;YU Yangwanqing;ZOU Gang;HU Wenyu;YANG Fuyuan;OUYANG Minggao;
School of Vehicle and Mobility,Tsinghua University
Beijing SinoHytec Co.,Ltd.
Huaneng Xinjiang Energy Develop Co.,Ltd.,Urumqi;
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Day-ahead scheduling of microgrid considering safety constraints ofhybrid electrolysers
ZHANG Hang;FAN Fulin;SONG Kai;JIANG Jinhai;SUN Chuanyu;ZHOU Jialong;WANG Zhengyao;XUE Rui;
School of Electrical Engineering and Automation,Harbin Institute of Technology
Suzhou Research Institute,Harbin Institute of Technology;
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Effect of Mg modified CuZnAlY catalyst on the performance of CO2hydrogenation to methanol
WANG Lei;CUI Haitao;LI Guoqiang;LI Feng;LI Biao;LIU Gang;LI Lei;
College of Chemistry and Chemical Engineering,Taiyuan University of Technology
State Key Laboratory of CoalConversion,Institute of Coal Chemistry,Chinese Academy of Sciences;
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Adaptive coordination control strategy for large-scale alkaline waterelectrolysis hydrogen production system
LI Limin;SHENTU Leixuan;XIA Yanghong;FENG Qifan;CAO Ying;WEI Wei;
College of Electrical Engineering,Zhejiang University Shanghai
State Grid ZhejiangElectric Power Co.,Ltd. Research Institute;
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Greenization of a coal-to-propylene glycol production process andassesment of carbon emissions
WANG Shuai;ZHU Lei;WU Le;KANG Lixia;LIU Yongzhong;
China Coal Energy Research Institute Co. Ltd.
School of Chemical Engineering,Northwest University
Department of Chemical Engineering;
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State of the art and perspectives in CO2 hydrogenation tomethanol over Cu based catalysts
ZHAO Ting;GAO Tengfei;YANG Yang;XU Dong;HAN Tao;DENG Bowen;MIRGEN Bianbu;
New Energy Technology Research Institute,China Energy
North China Electric Power University;