Supervisor profile
Name: Pu Yue Wu
Academic degree：PhD of Eng.
Research directions: fermentation engineering, biological treatment of wastewater
Tel: 13318893784
Email:g96123@scut.edu.cn
Learning experience
1980-1984 Southern China Institute of technology major in sugar refining
1984-1987 Master degree in sugar industry, Southern China Institute of Technology
1991-1992 Shanghai Institute of Foreign Languages Department i
1994-1995 Visiting scholars in Germany
1996-1999 PhD candidate of fermentation engineering, South China University of Technology
Work experience:
1987-1990 assistant in department of biological engineering, SCUT
1990-2002 lecturer in department of biological engineering ,SCUT
2002-now associate professor In school of biosciences and Eng. SCUT
Research interests and main Achievements
Research interest:
Biological treatment of waste water, biomass energy
Main Achievements:
1. Engineering applications
Since 2002, as a project leader, 30 projects have been completed. Mainly for the new type of alcohol fermenter, printing and dyeing waste water biological treatment, high concentration of organic waste water resources comprehensive treatment, sludge reduction, biomass gas, folding aeration.
Part of engineering case list:
(1) Guangxi Wuming Anning Starch Co., Ltd.
Comprehensive treatment of cassava starch and alcohol wastewater 3000 m3 /d, biomass gas 30000m3 /d
(2) Guangxi COFCO Biomass Energy Co., Ltd.
Sludge reduction of 200 thousand tons /y fuel ethanol project ,sludge 1600t/d
(3) Jiangmen Guangdong Saixinglong dyeing and Finishing Industry Co., Ltd.
Textile printing and dyeing wastewater treatment project， 8000 m3 /d
2. Representative thesis
（1）Wang S,Pu Y, Wei C. COD and nitrogen removal and microbial communities in a novel waterfall biofilm reactor operated at different COD/TN ratios[J]. Journal of Environmental Science&Health Part A Toxic/hazardous Substances & Environmental Engineering, 2016: 1.
（2）Lv E.,Xia WTang M,et al. Preparation of an Efficient Oil-Spill Adsorbent Based on Wheat Straw[J]. Bioresources, 2016.
（3）Ren, D.Hongyang L I,Yuewu P U, et al., Medium Optimization to Improve the Flocculation Rate of a Novel Compound Bioflocculant, CBF-256, Using Response Surface Methodology and Flocculation Characters[J]. Bioscience Biotechnology & Biochemistry, 2013. 77(11): 2242-2247.
（4）Zhou B, Wang J, Pu Y, et al. Optimization of culture medium for yellow pigments production with Monascus anka mutant using response surface methodology[J]. European Food Research and Technology, 2009, 228(6):895-901.
3. patents and publications
Patent: A biofilm reactor based on packing and folding plates
Text bool:to participate in the preparation of Biological Engineering Equipment
