Comprehensive assessment of development path of carbon capture technology based on AHP-TOPSIS methodLIU Shuang, SONG Xuehang, SHANG Li, WANG Baodeng, SHEN Qun, XIONG Rihua, SUN Nannan, WEI Wei1-14
Deep fluidized coal mining and its prospect under the target of carbon peak and carbon neutralizationYU Haiyang, XU Yongbin, CHEN Zhiming, LIU Zelin, WANG Yang, CHENG Shiqing, WU Yuxin15-32
Molecular structure characteristics of spinnable pitch molecules synthesized by the methods of chlorination-dechlorination and thermal polycondensation derived from coal liquefaction residueLIU Jinchang, LIU Qin, SHEN Chenyang, LI Yaping, AN Xiaoya, XIE Qiang, LIANG Dingcheng33-38
Synthesis and molecular structure analysis of 2-methyl-6-acetylnaphthalene via the acylation of 2-methylnaphthaleneXU Jingwen, WANG Yuan, SHI Zhiyao, HU Haoquan, JIN Lijun39-47
Numerical simulation of waste heat utilization process after in-situ pyrolysis of tar-rich coalCHEN Meijing, QI Bowen, WANG Chang'an, MAO Qisen, CHE Defu48-58
Integrated system of indirect coal liquefaction and IGFC with near zero CO2 emissionYANG Zhanqi, XU Ming, ZHANG Lele, DU Nianyou, GONG Siqi, ZHANG Jihua, YANG Xia, LI Chufu59-63
Flow field hydrodynamic characteristics and intensification mechanism of bubble column reactor for direct coal liquefaction processHUANG Sheng, QIAN Jiashu, ZHANG Yuanlin, WU Shiyong, CHEN Jianpei, WU Youqing64-74
Effect of iron salt precursor on the Fe-Ti catalyst and their de-NO x performanceZHANG Jiahui, CAI Sixiang, QIU Xuewu, JIANG Hong75-82
Research progress on removal of flue gas pollutants by activated cokeWEN Chang, WEN Wuhao, WANG Dapeng, JING Zhenqi, LIU Qian, XU Mingtao, ZHU Guangyue83-107
Experimental study on combustion pollutant emission and ash fusibility of blended fuel of semi-coke and strawHAN Kuihua, WU Pengkui, LIU Wenyang, WANG Wei108-116