Current Professional Societies

1. Member of Academic Committee, Beijing Key Laboratory of water quality engineering and water environment restoration;

2. Member of the council ,Water Ecological treatment engineering technology industry cooperation alliance.

Research Areas

1. Water resources monitoring and forecasting system;

2. Mathematical model and numerical simulation of water flow and solute transport;

3. Ecological treatment of water environment;

4. Remediation of polluted sites.

Honors

1. Awarded the First prize of science and technology progress of hydro-power science and technology association, 2017.

2. Awarded the Third-Class Beijing Municipality Scientific and Technological Progress Prizes, 2000.

3. Be honored the Second-Class Awards for Science and Technology Progress by Ministry of Education of the People’s Republic of China, 1996.

4. Wined the Third-Class National Scientific and Technological Advance Prize by Ministry of Land and Resources of the People’s Republic of China,, 1994.

5. Wined the Third-Class National Scientific and Technological Advance Prize by Ministry of Land and Resources of the People’s Republic of China, 1994.

Publications

1. Yongxiang Zhang*, Xuezheng huang, Weichun Gao, Youhao Wang, Shan Chang. Numerical simulation of chemical reaction – solute transport coupling model of 2,4-dcp in groundwater. Desalination and water treatment, 2020 (183), 346–354

2. Yajun Li, Yongxiang Zhang* , Qi Jing and Yuhui Lin. The influence of pluronic F-127 modification on nano zero-valent iron (Nzvi): Sedimentation and reactivity with 2,4-dichlorophenol in water using response surface methodology. Catalysts , 2020, 10(4) , 1-12

3. Dasheng Zhang, Yongxiang Zhang*, Licai Liu, Binghu Li, and Xuchu Yao. Numerical simulation of multi-water-source artificial recharge of aquifer: A case study of the mi-huai-shun groundwater reservoir. Water resources , 2020, 47(3), 399-408

4. Yu Liu, Yongxiang Zhang*, Shuangshuang Lan, Shukai Hou. Migration experiment and numerical simulation of modified nanoscale zero-valent iron (Nzvi) in porous media. Journal of hydrology, 2019,（579）, 1-9

5.  Hongyu Dang, Yongxiang Zhang and Peiwen Du. Enhanced removal of soluble Cr(vi) by using zero-valent iron composite supported by surfactant-modified zeolites. Water science & technology, 2014, 70(8) ,1398–1404.

6. Zhang Yongxiang, Chen Honghan. Solute transport dynamics in porous media. Earthquake press ,2000.

Personal Statement

Zhang currently is the director of water resources and water engineering institute . Zhang has been the Party committee secretary of the Architecture and Civil Engineering College at Beijing University of Technology. Zhang has been engaged in the teaching and scientific research of geological engineering, environmental engineering, water conservancy engineering and municipal engineering. Zhang taught the course include hydraulics, water treatment engineering, drainage engineering, water resources planning and management, watershed hydrological model, water quality model and simulation, etc. The research direction is simulation theory and technology of water resources and pollution control . By using hydrodynamics, hydrochemistry, microbiology, numerical method and computer technology, the process of water flow and solute transport, water pollution control mechanism are modeled and quantified to realize process reproduction and process prediction.