Energy for Metallurgical Industry 2005 Issue 3 Key metallurgical energy saving technology is effective measure to raise competitiveness of enterprise' s market

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Energy for Metallurgical Industry
1001-1617
2005 Issue 3

Key metallurgical energy saving technology is effective measure to raise competitiveness of enterprise' s market
He Peiyu

..............page:3-6

Research on energy structure rationalization of large steel and iron enterprises in China
Yi Pingtao;GUO Yajun

..............page:7-9

The analysis of energy consumption and heating system of zinc-refining column using coal as fuel
Liang Jie;Wang Hua

..............page:10-12

Theory discussion of electric chemical depth desulphurization and deoxidization on DC ladle
Zhao Xuefei

..............page:13-15

Analysis of reasons for reduction of output and measures of improving capacity production of fiuidized bed roaster of zinc concentrates
Tu Fubing;Zhou Jiemin

..............page:16-18

The mathematical models of heat conduction and thermal stress for steel coil in annealing process
Jiang bo;Jiang Zeyi;Zhang Xinxin

..............page:19-22

Numerical simulation of the temperature field and desulphurizer mixing in the process of limestone injection desulfurization
Li Xianchun;Xie Anguo

..............page:23-26

Numerical simulations of fluent field under normal condition and experiment in burner in high temperature air combustion technology
Gao Zengli;Xing Guiju

..............page:27-29

Application and thermal simulation of regenerative heating furnace
Xie Guowei;Yu Hong;QIN Wen;Zhao Liangang

..............page:30-31,38

The thermal analysis on magnesium reducing furnace using Si-based reducing and some energy saving measures
Xia Dehong;Guo Liang;Zhang Gang;Yu Tao;XU He;Huang Yinshan;Jiang Yunxi

..............page:32-35

The design and practice of 200t/h iron ore concentrate dry direct combustion hot stove
Zhang Weijun;Huang Xizhu;Wu Xueqi;Wang Weiyan;Gao Ran

..............page:36-38

The requirement and strategy towards small-section steel rolling heating furnace for reaching the capacity of 900,000 tons per year
Tong Qingnian

..............page:39-41

Technological analysis of application for regenerative burner on push the steel type heating furnace
Deng Wei;Liu Changpeng;Jia Lidi;Ding Lihua

..............page:42-44

Combustion technology of emulsified heavy oil and its application in rolling heating furnace
Tang Wenwu

..............page:45-46,52

Study and application of integral casting technology operation on mixer furnace
Quan Fangmin;Li Guojun

..............page:47-49

Research on properties of Al2O3-SiC-C castable
Luan Jian;Qu Dianli;Chen Junhong

..............page:50-52

Research on high-efficient energy saving air heat-exchanger of large rotary furnace
Wang Junsheng;Su Fuyong;WEN Zhi;Zhang Dantian;Zhang Lizhong;Zhang Hua

..............page:53-56,59

Discussion on the low temperature corrosion of air per-heater in power plant
wang xin guang ; zhao bin ; wang mei xia

..............page:57-59

Formation and control of NOx in CFB boiler
Qing Shan;Wang Hua;Ma Linzhuan

..............page:60-62

ye jin neng yuan zheng ding qi shi

..............page:22