WU, Weizhong

WU, Weizhong

Associate Professor
Department: Environmental Science
Research interests: Water pollution control technology
Tel/fax: 86-10-62759716
E-mail: wzwu@pku.edu.cn


Ph.D., Municipal Engineering, Tsinghua University, 1999
M.S., Environmental Science, Beijing Normal University, 1987
B.S., Environmental Engineering, Xiangtan University, 1985


2002-Present, Associate Professor, Peking University
1999-2002, Lecturer, Postdoctoral researcher, Peking University
1987-1995, Engineer, Environment Monitoring Center station of Hunan Province, Environmental Sciences Research Academy of Hunan Province


Graduate course: Environmental Biotechnology
Undergraduate course: Foundation of Water Environment Science


Theory and technology of water and wastewater treatment and aquatic environment pollution control (Biological purification and biological remediation); Environmental Biotechnology


1. Wu W.Z., Yang L.H., Wang J.L. Denitrification performance and microbial diversity in a packed-bed bioreactor using PCL as carbon source and biofilm carrier. Applied Microbiology and Biotechnology, 97: 2725–2733, 2013.
2. Wu W.Z., Yang L.H., Wang J.L. Denitrification using PBS as carbon source and biofilm support in a packed-bed bioreactor. Environmental Science and Pollution Research, 20; 333–339, 2013.
3. Wu W.Z., Yang F.F., Yang L.H. Biological denitrification with a novel biodegradable polymer as carbon source and biofilm carrier. Bioresource Technology, 2012, 118: 136-140.
4. Wu W.Z., Meng X.L. Biodegradation of plasticiser di-n-butyl phthalate by immobilised microbial cells. International Journal of Environement and Pollution, 38(1/2): 203 – 211, 2009.
5. Weizhong Wu, Yong Liu, Qing Zhu, Caijie Wei, Jianlong Wang.Remediation of polluted river water by biological contact oxidation process using two types of carriers. International Journal of Environement and Pollution, 2009, 38(3):223-234
6. Wu W.Z., Zhu Q., Liu X.Y., An C.C, Wang J.L. Isolation of a freshwater cyanophage (F1) capable of infecting Anabaena flos-aquae and its potentials in the control of water bloom. International Journal of Environement and Pollution, 38(1/2): 212-221, 2009.
7. Yan S, Wu W Z, Yang C P,et al.Effect of hydraulic loading and solid carbon source on domestic wastewater treatment efficiency with BAF and multi-soil-layering combined process. Acta Scientiae Circumstantiae, 32(8): 1793-1800, 2012.
8. Li C., Wu W.Z., Wu W.L., et al.Ability of Bacillus amyloliquefaciens to inhibit growth of Anabaena flos-aquae and the inhibition mechanism.Acta Scientiae Circumstantiae, 31(8): 1602-1608, 2011.
9. Wei C.J., Wu W.Z., Yang F.L.. Mult-i soi-l layer treatment technology: Current status and future perspectives. Acta Scientiae Circumstantiae, 29(7): 1351-1357. 2009.
10. Feng J., Zhu Q., Wu W.Z., et al. Mechanisms of Algal Inhibition by Rice Straw Extract. Environmental Science, 29(12): 3376~3381, 2008.


1. ZL 201010614948.8, A Strain of bacillus Amyloliquefaciens and its application
2. ZL201010518153.7, An algicidal bacteria separation method from natural aquatic environment
3. ZL201110113587.3, Preparation method and application of starch and polycaprolactone blends
4. ZL200410083830.1, A process of sludge drying
5. ZL 2004 2 0118491.1, An apparatus for sludge microwave processing
6. ZL 2004 2 0118492.6, A large-capacity solid-state biological fermentation tower
7. ZL03261038.6, Water floating bed bioreactor


1. Provincial Science & Technology Progress Award (third class), 2001
2. Executive Director, China Water environment, 2009-present
3. Director, China Civil Engineering Industrial Water Advanced Treatment Research Association, 2013-present


Dr. Wu’s research focuses on the theory exploration and technology development of the water and wastewater treatment, aquatic environment pollution control (including biological purification, biological remediation) and environmental biotechnology. 
In the recent 10 years, he has served as PI (Principal Investigator) for 4 Natural Science Foundation of China, NSFC)projects, 3 National High-tech R&D Programs of China (863 Program) projects, 3 National key technology development projects, 2 National S&T Major Project and 1 international cooperative project. Based on the urgent problem of the eutrophication in China recent years, he developed the advanced water treatment technologies by combining the modern materials technology and biotechnology, which includes denitrification technology, ecological wastewater treatment technology applied for the non-point source pollution control, and biological purification technology of aquatic environment. Molecular biological study of the microbial population distribution in the water treatment system has also been carried out to understand the pollutant removal mechanism. 
Based on the background of the eutrophication problem in China, he expanded the study on the solid carbon source for biological denitrification to achieve good nutrient removal effect. He developed more than 40 new granular and aquatic plant shape like solid carbon, which play a good performance to enhance the denitrification rate up to 90%. He introduced the multi-soil-layer treatment system as an advanced technic to support the national lake nutrient (nitrogen and phosphorous) pollution control. By using step feed, adding solid polymer as carbon source and multi-media screening to fix phosphorus, both pilot scale and engineering scale MSL showed good performance on both pollutant removal and at the same time setting up a green environment surrounding. Beside the study on wastewater treatment, he also draws many efforts on drinking water purification technology.
His another research interest is algae control technology exploration, including algae control by biological way (such as lysing algicidal bacteria, algal viruses inhibiting algae, protozoa eating algae), algae control by enhanced biofilm, and algae control mechanism by straw produced in agriculture process. 
In engineering applications, he designed over more than 20 water treatment systems recently, including pharmaceutical wastewater treatment, dyeing wastewater treatment, aquaculture wastewater treatment, slaughter plant wastewater treatment, brewery wastewater treatment, urban and rural sewage treatment, landscape lake water treatment, and polluted source water treatment to achieve water supply safety.