Ye Meng
Chinese Academy of Sciences
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Featured researches published by Ye Meng.
PROCEEDINGS OF THE 2ND INTERNATIONAL SYMPOSIUM ON COMPUTATIONAL MECHANICS AND THE 12TH INTERNATIONAL CONFERENCE ON THE ENHANCEMENT AND PROMOTION OF COMPUTATIONAL METHODS IN ENGINEERING AND SCIENCE | 2010
Jin Ting; Zhu Tingyu; Jing Pengfei; Ye Meng
The emission of sulfur dioxide (SO2) produced by the sinter machine takes up more than 50% of the total SO2 emission of the iron and steel industry in China. So it is necessary to take effective measures to strengthen the control of sintering gas desulphurization. A novel sintering gas desulphurization technology, the inner and outer circulating fluidized bed (IOCFB) which is suitable for retrofitting the existing metallurgical industry plants in China will be introduced in this paper. The novel composite internals which can improve the removal efficiency of SO2 is also described. Current research and development needs for IOCFB are to further increase desulphurization efficiency and improve the reliability of plant components. To solve these problems, a pilot plant emulating IOCFB desulfurization processes had been built.
Archive | 2014
Zhu Tingyu; Ye Meng; Liu Wen; Li Zishang
Archive | 2014
Zhu Tingyu; Ye Meng; Liu Wen; Li Zishang
Archive | 2014
Zhu Tingyu; Ye Meng; Liu Wen; Qi Feng; Li Huan
Archive | 2014
Zhu Tingyu; Xu Wenqing; Zhao Ruizhuang; Ye Meng
Archive | 2014
Chen Yunfa; Zhu Tingyu; Xu Wenqing; Huang Xuejing; Ye Meng
Archive | 2014
Zhu Tingyu; Xu Wenqing; Ye Meng; Zhao Ruizhuang
Archive | 2014
Zhu Tingyu; Ye Meng; Liu Wen; Li Zishang
Archive | 2014
Zhu Tingyu; Xu Wenqing; Zhao Ruizhuang; Ye Meng; Xiong Jin
Archive | 2014
Zhu Tingyu; Ye Meng; Liu Wen; Li Huan
