Boost the upgrade of energy conservation and environmental protection technology management and promote the green transformation of iron and steel industry
HUANG Dao;CHEN Li-yun;ZHANG Lin-feng;LI Quan-gong;LI Yu;Development and Environment Protection Department;China Iron and Steel Association;

..............page:1-10

gang tie za zhi zheng gao qi shi

..............page:10

Stratey on green development engineering for coking chemical industry
SHANGGUAN Fang-qin;TANG Zhi-gang;WEN Yan-ming;LI Xiu-ping;State Key Laboratory of Advanced Steel Processing and Products;Central Iron and Steel Research Institute;State Key Laboratory of Chemical Engineering;Department of Chemical Engineering;Tsinghua University;Committee of Experts of the Chinese Society of Metals;Committee of Experts of China Coking Industry Association;

..............page:11-18+41

Advanced treatment technology of coking wastewater
MENG Guan-hua;LIU Peng;QIU Fei;FANG Ling;SI Chen-hao;School of Energy and Environment;Anhui Uiversity of Technology;

..............page:19-25

Application status and development trend of TRT technology in Chinese steel industry
ZHOU Ji-cheng;ZHANG Chun-xia;HAN Wei-gang;LI Xiu-ping;SHANGGUAN Fang-qin;State Key Laboratory of Advance Steel Processes and Products;Central Iron and Steel Research Institute;

..............page:26-31

Environmental protection advantages of 7.63 m coke oven in WISCO and improvement of its problems
WU Mu-zhi;YAN Tie-jun;No.3 Shop;Wuhan Pingmei Wugang Unite Coking Chemical Co.;Ltd.;

..............page:32-37

Experiment on the advanced treatment of coking wastewater by coke powder adsorption
CHEN Peng;HU Shao-wei;WANG Fei;LIU Fang;WANG Yong;XU Wei;Enviroment and Resource Institute;Iron and Steel Research Institute of Ansteel Group;

..............page:38-41

Influences of Cu and Cl elements from raw materials on the emission of PCDD/Fs and its emissionreduction technology
ZHANG Yu-cai;LONG Hong-ming;CHUN Tie-jun;WU Xue-jian;WANG Ping;MENG Qing-min;Technology Center;Shanghai Meishan Iron and Steel Co.;Ltd.;School of Metallurgical Engineering;Anhui University of Technology;

..............page:42-46

Saline-sodic soils amelioration with sintering flue gas desulfurization gypsum
WANG Zheng;CUI Heng;Engineering Research Institute;University of Science and Technology Beijing;Collaborative Innovation Center of Steel Technology;University of Science and Technology Beijing;

..............page:47-52

pu rui te ye jin ji shu ti gong de liang tai ban pi lian zhu ji zai bao gang zhan jiang tou ru yun xing
ben kan xun ;

..............page:52

Wind-oxygen balance model of flue gas circulation in sintering
WANG Zhao-cai;ZHOU Zhi-an;HU Bing;SUN Ying;YE Heng-di;WANG Min;National Engineering Research Center of Sintering and Pelletizing Equipment System;Zhongye Changtian International Engineering Co.;Ltd.;

..............page:53-59

xi men zi ping jie shu zi hua qi ye zhu li zhong guo gong ye mai xiang shu zi hua wei lai
ben kan xun ;

..............page:59

Energy analysis of waste heat recovery and utilization system for ring cooler
LIU Chuan-peng;LI Guo-jun;LIN Wen-quan;LI Ming-hao;XU Du-jiang;YU Hong-ling;School of Energy and Power Engineering;University of Shanghai for Science and Technology;Engineering Department;Baosteel Engineering and Technology Group Co.;Ltd.;

..............page:60-66

Recycling of the electric dust in sintering machine head
QIAN Feng;YU Shu-juan;HOU Hong-yu;ZHANG Da-kui;GENG Ji-shuang;XU Peng-fei;Technical Center;Angang Steel Co.;Ltd.;

..............page:67-71

Simulation on desulfurization of sintering flue gas in dense flow absorber integrated bag-filter
SHI Yuan-liang;TONG Zhen-song;SONG Cun-yi;School of Civil and Environmental Engineering;University of Science and Technology Beijing;Beijing Key Laboratory of Resource-oriented Treatment of Industrial Pollutants;

..............page:72-79

Sediment of flus gas in direct reduction treated by zinc-bearing metallurgical dust
HE Huan-yu;CHEN Zhen-hong;CUI Yi-fang;WANG Jie-qi;Key Laboratory for Ferrous Metallurgy and Resources Utilization of Ministry of Education;Wuhan University of Science and Technology;

..............page:80-84

Dust and utilization rate of pulverized coal injection into BF in low-quality coke situation
YAN Guang;WU Keng;LIU Xiao;MEN Zheng-chao;SHEN Wei;YUN Xiao;State Key Laboratory of Advanced Metallurgy;University of Science and Technology Beijing;

..............page:85-90

Heat preservation of hot metal ladle by capping
HAN Wei-gang;LI Xiu-ping;ZHANG Chun-xia;ZHOU Ji-cheng;SHI Xin-yue;State Key Laboratory of Advanced Steel Processing and Products;Central Iron and Steel Research Institute;

..............page:91-94

Removal of copper element from ferronickel
LUO Lin-gen;WANG Jian-jun;WANG Lei;PENG Jia-qing;LIN Yin-he;LI Zheng-bang;Center of Efficient Utilization of Resources by Low-Temperature Metallurgy;China Iron and Steel Research Institute Group;Department of Metallurgical Teachnology;China Iron and Steel Research Institute Group;Metallurgical Engineering Institute;Anhui University of Technology;School of Metallurgical and Ecological Engineering;University of Science and Technology Beijing;Institute of Resources and Environment Science;Pangang Group Research Institute Co.;Ltd.;

..............page:95-99

Development of new molybdenum product for steelmaking
WANG Lei;GUO Pei-min;LUO Lin-geng;ZHAO Pei;PANG Jian-ming;School of Metallurgical and Ecological Engineering;University of Science and Technology Beijing;Center of Efficient Utilization of Resources by Low-Temperature Metallurgy;China Iron and Steel Research Institute Group;

..............page:100-104+109

Dry magnetic separation experiment on converter steel slag of small particle size based on new roll separator
SHI Chang-liang;ZHANG Bing-hao;SUN Xiao-peng;LI Sha;LI Yong-jun;School of Materials Science and Engineering;Henan Polytechnic University;Analysis and Testing Center;Henan Jiyuan Iron and Steel Co.;Ltd.;Research and Development Engineering;Jingyuan Permanent Magnetic Separator Co.;Ltd.;

..............page:105-109

Recycling of LF hot steel slag from ladles
ZHAO Cheng-lin;ZHANG Ning;ZHU Xiao-lei;ZHANG Wei-wei;WANG Li-juan;Iron and Steel Research Institute;Angang Group;

..............page:110-113+118

Carbothermic reduction for collocation use between circulating steelmaking slag and copper slag
ZHANG Jun;DAI Xiao-tian;YAN Ding-liu;QI Yuan-hong;State Key Laboratory of Advanced Steel Processes and Products;Central Iron and Steel Research Institnte;

..............page:114-118

Comprehensive utilization of sludge bearing iron scales from rolling process
YANG Da-zheng;LIU Jia;XU Guang;CHEN Lei;LIN Ning;WANG Gui-ting;Technology Center;Ansteel Co.;Ltd.;Quality Test Center;Ansteel Co.;Ltd.;Department of Planning and Ddevelopment;Anshan Iron and Steel Corporation;Ansteel Group Engineering Techcology Co.;Ltd.;

..............page:119-123

Comprehensive control technology of power consumption per ton of steel in cold tandem mill
BAI Zhen-hua;QIAO Xuan;QIAN Cheng;LIU Ya-xing;ZHANG Jun;HUA Chang-chun;National Engineering Research Center for Equipment and Technology of Cold Strip Rolling;Yanshan University;State Key Laboratory of Metastable Materials Science and Technology;Yanshan University;Electrical Engineering College;Yanshan University;

..............page:124-128+135

Heavy metal-contained sludge reduction and resource recovery on stainless steel cold-rolled mixed sludge
PAN Shi-hua;SHI Lei;LIU Jin-cheng;Energy and Environment Protection Department;Baosteel Stainless Steel Co.;Ltd.;Research and Development Center;Baoshan Iron and Steel Co.;Ltd.;

..............page:129-135

mei zuo gong ye run hua you wei dong li chuan dong she bei ti gong zhuo yue run hua bao hu
ben kan xun ;

..............page:136

IRON AND STEEL SUBJECT INDEX IN 2015 No.1-12

..............page:137-150