Coal grading utilization technologies based on coal pyrolysis:Review and prospectSHANG Jianxuan, NIU Ben, NIU Menglong, DU Pengpeng, LIU Qiufang, MA Baoqi1-20
Future and challenge of coal based ammonia synthesis and clean utilization under the double carbon targetWU Jin, ZOU Longzhi, CHEN Yang, ZHU Hang, MEI Jian, XIONG Chuhao, WU Ye, LIU Dong21-50
Research progress of carbon ash separation technology on coal gasification fine slagYANG Jinjin, FAN Panpan, FAN Xiaoting, BAO Weiren, WANG Jiancheng, DONG Lianping, FAN Minqiang, CHANG Liping51-64
Research progress of thermal treatment and utilization technology of coal gasification fine ash and slagZHOU Li, LIANG Chen, QI Xiaobin, LI Wei, REN Qiangqiang65-77
Experiment on high temperature preheating and decarbonization process of coal gasification slag and cement properties of solid phase productsWANG Xuebin, YU Wei, CHEN Yongqiang, SHI Zhaochen, SHANG Jingpeng, WANG Jianjun, ZHANG Hanlin78-86
Influence mechanism of composition and content of glassy phase on cementitious reactivity of coal gasification slagGUO Hanghao, WANG Ji, MA Zhibin, LU Guangjun, GUO Yanxia87-94
Research progress on the effect of iron on mineral transformation and melting characteristics during coal gasificationSHEN Zhongjie, DONG Zizheng, LIANG Qinfeng, XU Jianliang, GUO Xiaolei, DAI Zhenghua, LIU Haifeng95-109
Research process on ash chemistry of high-sodium coal during gasificationZHANG Xianxian, BAI Jin, KONG Lingxue, LI Huaizhu, GUO Zhenxing, BAI Zongqing, LI Wen110-124
Influence of coal blending on fusion characteristics of high alkali coal ash in XinjiangLYU Junxin, LIN Xiongchao, KAWA Omarjiang, YANG Yuanping, BAO Yahan, DING Hua, WANG Yonggang125-132
Fusibility and mineral transformation of Zhundong coal ash with high calcium and magnesium content under high temperature gasification conditionsLIU Xia, WU Hao, GUO Qinghua, CHEN Xueli, YU Guangsuo, WANG Fuchen133-139