[2] Li. Questions and answers on practical technical knowledge of industrial ecology. Metallurgical Industry Press, Beijing: 20 10.
[3] Editor-in-Chief. Technical Guide for Comprehensive Utilization of Iron and Steel Industry Resources in China (responsible for water treatment), 20 1 1 year.
Representative papers:
[1] Li, Wang Meifen, Zhu Zi 'an, Zhang Daqiang, et al ... Application of superconducting HGMS technology in converter turbid wastewater treatment. Separation and purification technology, 20 12
[2],, Li *, etc. Application prospect analysis of superconducting HGMS technology in converter dust removal and water treatment, 20 1 1 International Conference on Future Environment and Energy, 20 1 1.
[3] Li, Daqiangcang. Ways to realize ecological transformation of modern iron and steel industry in China. Ecological economy, 20 10
[4],, Li, etc. Application and development of high gradient magnetic separation technology in iron and steel industry. Public health conference on environmental pollution. 20 12.
[5] Hao Yingjun, Li * and Cang Daqiang. Case study on life cycle assessment of environmental protection in iron and steel enterprises. The third international conference on digital manufacturing and information technology. Automation. 20 12
[6] Wang, Li *, Daqiangcang. Application of digital water network technology in iron and steel industry. Resources, protection and recovery, 20 1 1
[7] Li. Study on the application of PAFSSB in reverse osmosis pretreatment of pulp and paper wastewater. 20 1 1 Second International Conference on Environmental Science and Technology, 20 1 1
Li, Xiong, Ayigamali. Kudure extraction. Study on the removal of NH4+ -N by zero-valent iron (or zero-valent iron) in advanced treatment of coking wastewater. Advanced materials research, 20 1 1
[9] Su, Guo Hongxiong, et al. Study on preparation of walnut shell adsorbent by supercritical CO2 fluid. Scientific research conference on environmental pollution and public health, 20 10)
[10] Li, Xiong. Treatment of oily wastewater from iron and steel production by supercritical water oxidation. American Institute of Electrical and Electronics Engineers, 20 10
Cai Juyan,,, Li *, Hao Yingjun,. Study on ferrate in advanced treatment of coking wastewater. Public health conference on environmental pollution. 20 12
[12],, Li *, Luo Shimei. Characterization and application of polysilicate ferric sulfate magnesium borate. Advanced materials research, 20 12
[13] Zhang Xue, Su *, Kudureti Ayjamali. Preparation and characterization of nanometer zero-valent iron and its application in coking wastewater treatment, research on new materials. 20 1 1
[14], Su, et al .. Disinfection of water and wastewater with ZnO nanofluid-Influence of shaking speed of incubator, Advanced Materials Research, 20 1 1
[15] Li. Screening of high efficient bacteria and its application in cooking wastewater treatment. Conference on environmental pollution and public health, 20 10
[16] Li. Research progress on characterization methods of inorganic polymer flocculants. Conference on environmental pollution and public health, 20 10
[17] Li. Study on preparation and characterization of sludge adsorbent. 20 10 international conference on environmental engineering and application
[18] Li, Wang. Research on digital management of water system in iron and steel industry. 20 10 international conference on internet technology and application
[19] Wu, Li *. Study on treatment of coking wastewater by blast furnace -BFB process. Proceedings of IEEE International Conference on Advanced Management Science 20 10)
[20],,, Li *, Daqiangcang, et al .. Study on the treatment of coking wastewater by biological fluidized bed. Progress in biomedical engineering. 20 12.2
[2 1] Song Hongquan, Li *, Li Xiaomin. Study on treatment of steel rolling wastewater by biological fluidized bed. Advanced materials research, 20 1 1.
Gao Minqiang, Li, Preparation of nano-TiO _ 2/Fe3O4 photocatalyst and its preliminary application in coking wastewater treatment. Water treatment technology, 20 10.
[23], Li,. Study on the effect of advanced treatment of coking wastewater with new composite flocculant. Industrial water treatment, 2008.
Nie Xiaoxue, Zhou Yuexi, Li, et al. Study on autotrophic denitrification of biological circulating fluidized bed process, Environmental Science Research, 2008.
[25] Wu and Li. Study on the best process parameters of coking wastewater treatment by biofilm process. Water supply and drainage, 2009.
[26] Ma Longli, Li,. Experimental study on treatment of coking wastewater by biological moving fluidized bed. Industrial water treatment, 2009.
[27] Sun Ying, Li,. Study on treatment of chromium-containing wastewater with modified fly ash. Comprehensive utilization of fly ash, 2009.
Xiong, Cang Daqiang, Li, et al. Experimental study on preparation and application of high performance oil removal and adsorption materials. Industrial water treatment, 2008.
, Li,. Study on the effect of advanced treatment of coking wastewater with new composite flocculant. Industrial water treatment, 2008.
Xiong, Cang Daqiang, Li, et al. Experimental study on turbid circulating water treatment of low turbidity and high oil steel rolling. Industrial water treatment, 2008.
[3 1] Zuo Yongsheng, Li, Cang Daqiang. Water pinch analysis and optimal design method of water network. Industrial water treatment, 2007.
Shang, Li, et al. Development of compound water treatment agent for washing water of high zinc blast furnace gas. Metallurgical research, 2007.
Yan Yanan, Li and Cang Daqiang. Experimental study on scale and corrosion inhibition to improve the concentration multiple of purified water in blast furnace. Metallurgical research, 2005
Li, Zhu Rong, and so on. Kinetic model for refining desulfurization of ultra-low sulfur steel. Journal of University of Science and Technology Beijing, 2004.
[35] Li,,, et al. Influence of residual harmful elements in steel on the quality of oil well pipes. Special steel, 2003
Li, Zhu Rong,,, etc. Kinetics of refining ultra-low sulfur steel with slag system. Journal of University of Science and Technology Beijing, 2003.
Li, Wang Yana. Analysis and discussion on control countermeasures of residual harmful elements in steel. Iron and steel, 200 1
Li, Yu,,. Study on removing copper from molten steel by solution filtration. Chemical metallurgy, 2000.