1Advances in application of finite element numerical simulations to electrocatalytic reduction systems of energy-related small moleculesNIE Quanhao, SONG Xuedan, LIU Shuo, YU Chang, QIU JieshanClean Coal Technology's 30th Anniversary1-132Potential and research progress of CO2 geological storage based on deep coal underground gasificationWANG Weibin, LIU Shuqin, QI Chuan, LIU Yueming, YANG Ruizhao, JIANG Binbin, LI JingfengClean Coal Technology's 30th Anniversary14-233Solid oxide electrolysis cell co-electrolysis technology for syngas preparation:Structure,performance,and degradation mechanismsFENG Yangguang, LIN Kedi, WU Anqi, LIU Hua, LIN Wanglin, ZHANG Yang, GUAN WanbingColumn for Carbon Neutrality24-364Research and application progress on combustion-based carbon capture technologies in cement industryWANG Junjie, YANG Huawei, ZHU Zhiping, CAI JunSpecial Topic on Key Technologies for Carbon Capture in Typical Industrial Processes37-515Optimization and economic analysis of whole process design of a 5 000 t/d oxy-fuel combustion cement kilnGAO Siyuan, DUAN Yuanqiang, DUAN Lunbo, MA Lei, YANG Hongcai, YANG YuSpecial Topic on Key Technologies for Carbon Capture in Typical Industrial Processes52-616Research progress of carbon capture technology for O2/CO2 combustion of coal-based fuels based on fluidization activationZHANG Haixia, SHEN Wei, ZHU Zhiping, LIU Xiaoxing, XU Guiling, QI Xiaobin, CAO Xiaoyang, YAN YunfeiSpecial Topic on Key Technologies for Carbon Capture in Typical Industrial Processes62-777Experimental study on NOx formation characteristics of coal and ammonia co-firing in deep air staging modeCUI Liming, LI Xiongwei, ZHANG Yixiang, ZHANG Su, CHU Wei, LI Ming, TAN Houzhang, WANG XuebinSpecial Topic on Key Technologies for Carbon Capture in Typical Industrial Processes78-848Numerical simulation on NOx mechanism in flameless oxy-fuel combustion of semi-coke and biomass blendsWU Jiajia, LI Pengfei, ZHANG Fuqiang, CHENG Pengfei, PENG Xueping, ZHAO Liang, DAI Zhongyuan, LIU ZhaohuiSpecial Topic on Key Technologies for Carbon Capture in Typical Industrial Processes85-969Progress and prospect of CO2 low temperature catalytic desorptionCHU Haozhan, ZHANG Hongyu, LI Bowen, ZENG Shaojuan, ZHANG XiangpingSpecial Topic on Key Technologies for Carbon Capture in Typical Industrial Processes97-11910Chemical absorption method for CO2 capture:Research progress,performance comparison and prospectsWANG Zhen, LI Yue, LI ShengSpecial Topic on Key Technologies for Carbon Capture in Typical Industrial Processes120-13911Research progress on the influence of metal element doping on the structure and anti-sintering performance of medium and high temperature CO2 adsorbentsLI Lulu, XU Yufeng, JING Jieying, LI WenyingSpecial Topic on Key Technologies for Carbon Capture in Typical Industrial Processes140-15312An experimental study of particle matters and NOx controlling during ammonia/coal co-combustionZHANG Yong, CUI Baochong, RUAN Renhui, LI Ming, JIANG Heqing, WANG Xuebin, TAN HouzhangSpecial Topic on Key Technologies for Carbon Capture in Typical Industrial Processes154-16213Research progresses on oxy-fuel combustion carbon dioxide capture technologies in cement industryZHOU Yuegui, WANG Yuting, HUANG Guanshuo, CHEN TaoSpecial Topic on Key Technologies for Carbon Capture in Typical Industrial Processes163-18014New polygeneration system for CCUS in coal-fired power plantsZHANG Jiahao, HAN Chaohan, WU Ying, YUAN Yuyang, DUAN Yuanqiang, MA Jiliang, CHEN XiaopingSpecial Topic on Key Technologies for Carbon Capture in Typical Industrial Processes181-19215Development and application of in-situ catalytic denitrification technology for circulating fluidized bed boilersCHEN Qianhui, QI Wenyi, HAO Daijun, LI Xiaomiao, HUANG Yanzhao, MENG Xuefeng, DENG XiangjunResearch Articles193-19816Molecular dynamics study of inorganic sulfur transport in supercritical water gasification of coal based on ReaxFFZHU Feihuan, HUANG Chengwei, LIU Shanke, XU Jialing, YU LijunResearch Articles199-206 