Research progress and prospects of wastewate treatment from modern coal chemical industryWU Weimin, DU Song1-3
Comprehensive utilization system and technical innovation of coal mine water resourcesHE Xuwen, ZHANG Xiaohang, LI Fuqin, ZHANG Chunhui4-11
New energy-saving desalination technology of highly-mineralized mine waterJIN Dewu, GE Guangrong, ZHANG Quan, GUO Yiding12-18
A review of coal gasification wastewater treatment technologiesWANG Zhuo, ZHANG Xiaoyuan, HUANG Xia19-30
Study on toxicity assessment methods of typical cyclic pollutants of coal pyrolysis wastewaterHAN Hongjun, ZHENG Mengqi, XU Chunyan, ZHANG Zhengwen31-36
Process introduction and techno-economic analysis on pure salt recovery crystallization for high salinity wastewaterXIONG Rihua, HE Can, MA Rui, LIU Jie, LIU Zhaofeng37-43
Experimental study on anaerobic bacteria culture for high phenol and high ammonia-nitrogen coal gasification wastewaterGUO Zhongquan, WU Xueqian, YANG Jianchao, ZHENG Pengsheng44-48
Study on heterogeneous catalytic ozonation process for treatment of high-salt wastewater from coal chemical industryDU Song, JIN Wenbiao, WANG Jikun, DONG Weiguo, HUANG Rongfa, LIU Ning, MU Weiteng49-53
Advanced treatment of coal gasification wastewater by catalytic ozonation with supported molecular sievesXU Yingqian, ZHU Lei, WEI Kajia, GU Wancong, TANG Qiang, CAO Xiaoxin, CHEN Zhiqiang, ZHANG Xiaoyuan, HUANG Xia54-61
Removal efficiency and biotoxicity evaluation of iron-carbon micro-electrolysis process for coal pyrolysis wastewater pretreatmentMA Weiwei, HAN Hongjun, XU Chunyan, ZHU Hao, LI Kun62-67