Bi,1born in March 1969, doctor, professor, doctoral supervisor, dean of School of Environment and Municipal Engineering, Qingdao University of Technology, and director of Qingdao Key Laboratory of New Environmental Protection. Mainly engaged in teaching, research and development of water pollution control engineering technology. In recent years, the main scientific research achievements are as follows: A simple and efficient inverted A2/O process for biological nitrogen and phosphorus removal from municipal wastewater was developed in cooperation with others, which was praised as "an important innovation in the field of biological nitrogen and phosphorus removal from wastewater" by experts at home and abroad. And the technical achievements have been incorporated into the "Eleventh Five-Year" national planning textbook of general higher education and relevant national engineering design specifications, and have been successfully applied to the construction and transformation of more than 50 large-scale urban sewage treatment plants at home and abroad. The technology of enhanced biological nitrogen and phosphorus removal from activated sludge catalyzed by composite iron was independently developed, which solved the restrictive bottleneck problem of low temperature nitrification and the technical problems of stability and economy of nitrogen and phosphorus removal from sewage. Presided over the completion of 2 national projects, 4 international scientific and technological cooperation projects and 9 provincial and ministerial projects; Obtained 3 invention patents and 5 utility model patents. He has published more than 80 academic papers in core journals and conferences at home and abroad.
Chinese name: Bi
Mbth: Xue junbi
Nationality: China.
Ethnic group: Han nationality
Date of birth: 1969
Occupation: teacher
Graduate institutions: Qingdao University of Technology, Tongji University.
Main achievements: the second prize of National Science and Technology Progress Award.
Masterpiece: Theory of Inverted A2/O Biological Nitrogen and Phosphorus Removal
Gender: male
Title: Professor
Character experience
Educational work experience
1987.9 ——1991.7 studied at Qingdao University of Technology (formerly Qingdao Institute of Civil Engineering and Architecture) and obtained a bachelor's degree in water supply and drainage;
1991.7 ——1995.9 worked in Qingdao University of Technology (formerly Qingdao Institute of Civil Engineering and Architecture);
1995.9—200 1.3 studied for a master's degree and a doctorate in environmental engineering at Tongji University;
200 1.3 worked in Qingdao university of technology (formerly Qingdao institute of civil engineering and architecture);
2001.10—2004.10 completed postdoctoral research in China Ocean University.
20 18.05438+0—— Dean of School of Environment and Municipal Engineering, Qingdao University of Technology.
Academic part-time job
1, member of Jiu San Society;
2. Member of Environmental Engineering Committee of china environmental science Association;
3. Senior member of Chinese Society of Environmental Sciences;
4. Standing Committee member of the Professional Committee of Water Treatment and Reuse of Chinese Society of Environmental Sciences;
5. Shandong Provincial Environmental Protection Department invited environmental experts;
6. Deputy Chairman of the Expert Technical Committee of the Demonstration Alliance of Technological Innovation Strategy of Water Environmental Protection and Pollution Prevention Industry in Shandong Province;
7. Standing Committee of the Eighth Committee of Shandong Science and Technology Association;
8. Member of Water Supply and Drainage Professional Committee of Shandong Civil Engineering Society;
9. Vice Chairman of the Expert Technical Committee of the Demonstration Alliance of Technological Innovation Strategy for Water Environmental Protection and Pollution Prevention Industry in Shandong Province;
10, member of the expert committee of Shandong Environmental Protection Industry Association;
1 1, member of the National Water Project "Leading Group for Water Supply Guarantee Technology and Engineering Demonstration Project in Nansihu Basin of East Route of South-to-North Water Transfer Project";
12, member of the Science and Technology Special Working Committee of Qingdao Municipal Committee of Jiu San Society;
13, member of Qingdao Young Science and Technology Workers Association;
14, member of Qingdao Environmental Science Society;
15, director of environmental engineering magazine.
research direction
Mainly engaged in teaching, research and technical development in the field of water pollution control technology.
Main contribution
project
1, "Study on Nitrogen and Phosphorus Removal Technology and Control Measures of Municipal Sewage" passed the appraisal of Shandong Science and Technology Department and reached the "international leading level".
2. "Research on Popularization and Application of New Technologies for Nitrogen and Phosphorus Removal in Urban Sewage Treatment" passed the appraisal of Shandong Science and Technology Department and reached the "international leading level".
3. Qingdao Science and Technology Key Project: Research on the development and application of nitrogen and phosphorus removal technology in urban sewage plants, which has been appraised by Qingdao Science and Technology Bureau and reached the "international leading level".
4. The appraisal of "Research on the Application of Nitrogen and Phosphorus Removal Technology in Urban Sewage" by the Ministry of Construction of People's Republic of China (PRC) and China has reached the "international advanced level".
5. "Research and development of high-efficiency integrated compound biological treatment reactor" passed the appraisal of Qingdao Science and Technology Bureau and reached the "domestic leading level".
6. The Tenth Five-Year Key Project of the Ministry of Science and Technology: Research and demonstration of urban water resources comprehensive utilization mode passed the acceptance of the Ministry of Science and Technology.
7. The local environmental protection standard of Shandong Province, Discharge Standard of Pollutants in Domestic Waste Landfill Water of Shandong Province, was formulated.
8. Sino-German intergovernmental international scientific and technological cooperation project: the first person in charge of the northern project team, aiming at the study of semi-centralized water supply, comprehensive treatment and resource utilization of sewage and solid waste in China city.
9. Horizontal scientific research project of China Petrochemical Shengli Oilfield Shengli Consulting Co., Ltd.: Research on coagulation clarification technology of oilfield produced water.
10, key project of environmental protection science and technology in Shandong province: research on sewage treatment technology and model in small and medium-sized towns in Shandong province, which is the leading level in China.
1 1. Key project of environmental protection science and technology in Shandong Province: Study on the domestic leading-level internal electrolysis enhanced treatment of refractory industrial wastewater.
12, key project of environmental protection science and technology in Shandong province: technical transformation and engineering demonstration research of biological nitrogen and phosphorus removal from urban sewage.
13. key project of environmental protection science and technology in Shandong province: research and demonstration of semi-centralized comprehensive treatment and resource utilization of sewage and solid waste in cities (small towns), reaching the "domestic leading level".
14, Qingdao Natural Science Foundation Project: Basic Research on Control and Application of Urban Major Pollution Sources-Study on Biochemical Reaction Mechanism of Biological Nitrogen and Phosphorus Removal from Urban Sewage, which has reached the "international advanced level".
15. Research Award Fund for Young and Middle-aged Scientists in Shandong Province: Biodiversity and Morphological Changes of Dominant Bacteria in Inverted A2/O Biological Nitrogen and Phosphorus Removal System. The project leader has reached the "international advanced level".
16, Qingdao science and technology plan project: research on the mode and technology of urban semi-centralized comprehensive treatment system, project leader.
A project under study
1, Sino-Korea environmental protection science and technology cooperation project: research and demonstration of advanced sewage treatment and reuse technology.
2. Key project of environmental protection science and technology in Shandong Province: Study on input-output response of main pollutants entering Nansi Lake and Dongping Lake in the East Route of South-to-North Water Transfer Project.
3. Sino-German inter-governmental international scientific and technological cooperation project: research on water saving, wastewater treatment and resource utilization technology of cleaner production in paper industry, and the Chinese project leader.
4. Research and development project of environmental protection industry in Shandong Province: research on advanced technology of nitrogen and phosphorus removal from urban sewage and introduction, research and development and demonstration of energy-saving and consumption-reducing technologies.
5. Key scientific and technological project of Shandong Province: optimization research and demonstration of advanced nitrogen and phosphorus removal technology for urban sewage.
6. National major scientific and technological project of water pollution control and treatment: key pollution source control and wastewater emission reduction technology and engineering demonstration project in Nansi Lake Basin.
7. Qingdao International Science and Technology Cooperation Project: Research on water saving, wastewater treatment and resource utilization technology in paper industry, and the second person in charge of the project.
8. Qingdao Applied Basic Research Project: Study on advanced nitrogen and phosphorus removal technology and mechanism of activated sludge catalyzed by iron complex in municipal sewage.
9. Research Award Fund for Young and Middle-aged Scientists in Shandong Province: Study on the Characteristics of Energy and Metabolic Behavior of Phosphorus-accumulating Microorganisms by Inverted A2/O Process, the second project leader.
10, National Natural Science Foundation Project: Study on the Reaction Mechanism of Advanced Biological Nitrogen and Phosphorus Removal from Activated Sludge Catalyzed by Composite Iron Enzyme.
achievements in scientific research
Through the technical appraisal organized by Shandong Provincial Department of Education, Ministry of Construction and Qingdao Science and Technology Bureau, four of them reached the "international advanced level", 1 and two reached the "domestic advanced level".
1. Study on sludge reduction and recycling technology of Pan Ning municipal sewage treatment plant: Cheng Lihua; Niu Yue; Bi Xuejun; Liu Changqing; Zhang Feng; Yao; Fu Changjun; Sheng Qing; Liu Dongxu; Jiang Wei; Li Xueshan Qingdao University of Technology 2008.
patent of invention
1. Invention patent: a method for removing nitrogen and phosphorus from activated sludge sewage by using composite iron enzyme. (ApplicationNo.: 2009 100 13776.6)
2. Invention patent: a hydraulic self-adaptive control device for hydraulic resistance adjustment. (ApplicationNo.: 2007105438+01475.38+0)
3. Utility model patent: valveless filtering device with hydraulic adaptive control system. (PatentNo.: ZL200720 158 128.6)
4. Invention patent: a sewage treatment system. (ApplicationNo.: 2009 100 15554.8)
5. Patent for utility model: a new sewage treatment system. (ApplicationNo.: 200920025573.4)
Thesis monograph
Published academic papers and works:
1. Application of orthogonal design method in sludge dewatering, Journal of Qingdao Institute of Civil Engineering and Architecture, 1996.
2. Study on composite bed rapid infiltration system, China water supply and drainage, 1996.
3.A2/A 1 (filling)/opilotscalestudionthibiologicallnitrognandPhosphorusRemoveFormunicipalsewage. Nitrrifikationundneahrstoffelimination aufdenkleararanlageninshanghai unter be sondererbereuckisigung dereinsparungvonbeleuftungsenergie, Abschluβ symposium, 1997.
4. Pilot study on biological nitrogen and phosphorus removal by A2/A 1 (filler) /O process for urban sewage and water supply and drainage in East China, 1997.
5. Treating meat processing wastewater by 5.DAF-SBR process, water supply and drainage in China, 1998.
6. Study on the treatment of wastewater from meat food factory by 6.DAF-SBR process, Shanghai Environmental Science, 1999.
7. Study on nitrogen and phosphorus removal by anoxic/anaerobic/aerobic process, Shanghai Environmental Science, 1999.
8. Environmental Protection Technology and Equipment, Shanghai Jiaotong University Press, 1999.
9. Enhanced nitrification in aerobic zone of biological nitrogen and phosphorus removal process, Shanghai Environmental Science, 2000.
10. Bi et al.: Experimental study on inverted AAO process in anaerobic and anoxic environment, academic report of Shanghai Tongji University Research Institute, 2000.
1 1. Bi et al.: Development of microbial genetics technology and its application in environmental engineering, Journal of Anhui Institute of Architecture and Technology, 200 1.
12. Bi et al.: Design of Waste Water Treatment Process, Water Supply and Drainage in China, 2002.
13. Bi et al.: Effect of low-load operation on biological phosphorus removal from municipal wastewater. Shanghai Environmental Science, 2002.
14. Bi et al.: Effect of Long-term Low-load Operation on Biological Phosphorus Removal from Sewage, China Water Supply and Drainage, 2002.
15. Bi et al.: Control of phosphorus content in sludge treatment unit, China Water Supply and Drainage, 2003.
16. Bi et al.: Constructed wetland and its application in sewage treatment of small cities in China, Journal of Ecology, 2003.
17. Bi et al.: Application of photocatalytic oxidation technology of titanium dioxide in environmental treatment, pollution prevention technology, 2003.
18. Bi et al.: Characteristics, application and development of biological aerated filter, pollution prevention technology, 2003.
19. Bi et al.: Utilization of high carbon source wastewater by urban sewage treatment plants, environmental protection, 2003.
20. Bi et al.: Productive Experimental Study on Inverted A/O Process, China Water Supply and Drainage, 2004.
2 1. Bi et al.: Calculation method of surface area of secondary sedimentation tank by activated sludge process, Journal of Qingdao Institute of Civil Engineering and Architecture, 2004.
22. Bi et al.: Experimental study on phosphorus removal from blast furnace slag, water purification technology, 2004.
23. Bi et al.: Process principle and its application and prospect in industrial wastewater treatment, Journal of Qingdao Institute of Civil Engineering and Architecture, 2004.
24. Characteristics, Application and Development of Biological Aerated Filter, Journal of Qingdao Institute of Architecture and Engineering, 2004.
25. Bi et al.: Simulation and experimental study on short-term settlement effect of primary sedimentation tank, Journal of Qingdao Institute of Civil Engineering and Architecture, 2005.
26. Experimental study on treatment of urban sewage by biological aerated filter, Environmental Protection Science, 2005.
27. Bi et al.: Study on productive application of improved A/O biological nitrogen and phosphorus removal process, Journal of Qingdao University of Technology, 2005.
28. Experimental study on nitrogen removal by biological aerated filter at low temperature, Southwest Water Supply and Drainage, 2005.
29. Bi et al.: Experimental study on improving nitrogen and phosphorus removal function of AB process, Environmental Engineering, 2005.
30. Comparative experimental study on treatment of dye production wastewater by catalytic internal electrolysis, Journal of North China Institute of Water Resources and Hydropower, 2005.
3 1. Experimental study on the application of iron filings in dye production wastewater treatment, renewable resources research, 2005.
32. Experimental study on diatomite treatment of urban sewage, industrial water treatment, 2005.
33. Bi et al.: Experiment on the influence of seawater on sludge settling performance and nitrogen and phosphorus removal, industrial water and wastewater, 2005.
34. Study on Pretreatment of Several Printing and Dyeing Wastewater, Industrial Water and Wastewater, 2005.
35. Bi et al.: Improving AB process to treat urban sewage, water treatment technology, 2006.
36. Experiment of Treating Printing and Dyeing Wastewater by Catalytic Iron Internal Electrolysis, Water Treatment Technology, 2006.
37. Bi et al.: Research progress of biological phosphorus removal principle and biochemical reaction mechanism in sewage, Journal of Qingdao University of Technology, 2006.
38. Bi et al.: Principle and production application of biological nitrogen and phosphorus removal by inverted A/O process, Environmental Engineering, 2006.
39. Experimental study on adsorption of ammonia nitrogen by KDF resin in sewage treatment plant, Southwest Water Supply and Drainage, 2006.
40. Study on pretreatment technology of iron-copper printing and dyeing wastewater, industrial water treatment, 2006.
4 1. Bi et al.: Nutrients enhance the biodegradation of diesel forest water. Life science engineering. February 2006.
42. Experimental study on adsorption of ammonia nitrogen by KDF resin in sewage treatment plant, Water Resources Protection, 2006.
43. Bi, et al.: Research progress of new technology of biological nitrogen and phosphorus removal from sewage, seminar on nitrogen and phosphorus removal from urban sewage and technology and process control of sewage treatment plant, 2006.
44. Bi, et al.: Experimental study on the treatment of urban sewage by composite biological treatment reactor, seminar on nitrogen and phosphorus removal from urban sewage and process control of sewage treatment plant, 2006.
45. Bi, et al.: Application of internal electrolysis technology in dephosphorization and decoloration of secondary treatment effluent of urban sewage plant, seminar on denitrification and dephosphorization of urban sewage and technology and process control of sewage treatment plant, 2006.
46. Bi, et al.: Application of Neural Network Model in Urban Sewage Treatment, Symposium on Nitrogen and Phosphorus Removal from Urban Sewage and Process Control of Sewage Treatment Plants, 2006.
47. Bi et al.: Experimental study on the influence of low temperature on biological nitrogen and phosphorus removal system, water treatment technology, 2006.
48. Bi et al.: Productive test of inverted A/O biological nitrogen and phosphorus removal process, China Water Supply and Drainage, 2006.
49. Bi et al.: Orthogonal experimental study on coagulation treatment of oilfield produced water, Journal of Suzhou University of Science and Technology, 2007.
50. Bi et al.: Study on Determination of Longitudinal Dispersion Coefficient of Natural Rivers by Tracer Method, Journal of Qingdao University of Technology, 2007.
5 1. Bi et al.: Effect of DNA extraction methods on PCR-DEEG detection of microbial diversity in activated sludge, Journal of Safety and Environment, 2007.
52. Bi et al.: Experimental study on treatment of straw pulp papermaking wastewater by iron-carbon internal electrolysis technology, Journal of Qingdao University of Technology, 2007.
53. Bi, et al.: Study on Advanced Treatment Technology of Secondary Treatment Effluent from Municipal Sewage Plant, Journal of Qingdao University of Technology, 2007.
54. Bi et al.: Application of Biolog technology in microbial community research of sewage treatment, Journal of Qingdao University of Technology, 2007.
55. Bi et al.: Present situation and development trend of domestic sewage discharge treatment technology, Journal of Qingdao University of Technology, 2007.
56. Bi et al.: Experimental Study on Process Improvement of Chengyang Sewage Treatment Plant, Journal of Qingdao University of Technology, 2007.
57. Bi, et al.: Comparison of productive tests between inverted A/O process and improved A/O process, Water Treatment Technology, 2008.
Bi et al.: Experimental study on advanced treatment of produced water in Shengli Oilfield by ozone-biological activated carbon, Southwest Water Supply and Drainage, 2008.
59. Bi et al.: Experimental study on strengthening phosphorus removal function of composite bioreactor, Journal of Qingdao University of Technology, 2008.
60. Bi et al.: Development prospect and existing problems of seawater desalination for urban water supply in China, Southwest Water Supply and Drainage, 2008.
6 1. Bi et al.: Treatment of biochemical effluent from wheat straw pulp papermaking by catalytic internal electrolysis, China Water Supply and Drainage, 2008.
62. Bi, et al.: Experimental study on treatment of wheat straw pulping and papermaking wastewater by internal electrolysis, Journal of Qufu Normal University, 2008.
63. Xue Junbi, Changqing Liuhuacheng, etc. Principles and comprehensive application of removing nitrogen and phosphorus from EPPH municipal wastewater in 2009.
64. Li Huacheng, Xue Junbi, Liu Changqing, etc. Effects of enhancement without diagnostics of oil fields produced water.2009,3 International Conference on Bioinformatics and Biomedical Engineering, icbbe2009.ei
65. Cheng Lihua, Bi Xuejun, Liu Changqing, et al. Treatment of oilfield produced water by combination of coarse granulation and inclined plate precipitation. 2009 International Technology Conference on Energy and Environment, included in ICEET2009.EI
Li Huacheng, Xue Junbi, Liu Changqing, Yue Wei. Chemical and Biological Disposal of Garbage, Proceedings of Beijing International Environmental Technology Conference in 2009 and 2009. 1995 ISTP included.
67. Sun Jingbo, Bi, Experimental study on biochemical treatment of secondary effluent by magnetic enhanced ozone oxidation, environmental pollution and prevention, 2009.
68. Liu Xiaoyun, Study on the Effect of Bio-iron Process in Treating Domestic Sewage with High Concentration of Ammonia Nitrogen, China High-tech Enterprise, 2009.
69. Liu Jian, Experimental study on the treatment of secondary effluent in cities by Biwei flocculation-variable pore deep filtration technology, Southwest Water Supply and Drainage, 2009.
70. Sun Jingbo, Experimental Study on the Treatment of Urban Secondary Effluent by Enhanced Ozone Oxidation with Bimagnetic Field, Southwest Water Supply and Drainage, 2009.
7 1. Liu Changqing, Cheng Lihua, Bi, et al. Study on BP neural network mathematical model of integrated ammonia production process, environmental engineering, 2009.
Li Huacheng, Xue Junbi, Liu Changqing, Zhang Guowei. Effect of Iron-enhanced Activated Wastewater Treatment 20 10/0,4 International Conference on Bioinformatics and Biomedical Engineering, ICB be 20 10.ei
73. Li Huacheng, Xue Junbi, Liu Changqing. Pretreatment of papermaking wastewater 20 10/0,4 International Conference on Bioinformatics and Biomedical Engineering, ICB be 20 10.
74. Guo Haiping, Li Huacheng, Xue Junbi, Liu Changqing. International Conference on Bioinformatics and Biomedical Engineering, ICBBE 2010.4.
Winning record
Honors won:
1, was awarded as a young and middle-aged expert with outstanding contributions in Shandong Province in 2008.
2. In 2008, he was awarded the model of outstanding young intellectuals in Shandong Province.
3. In 2009, he was awarded the honorary title of "Worker Pioneer Individual" in Qingdao.
In 2009, he was awarded the title of "Top Ten Outstanding Youth" in sifang district.
5. Enjoy the special government allowance issued by the State Council.
6. Chief Expert of Key Discipline of Municipal Engineering in Universities of Shandong Province
7. 20 16 won the National Million Talents Project ";
8.20 16 was awarded the title of "Young and Middle-aged Expert with Outstanding National Contribution";
9.20 18 was awarded the honorary title of "Advanced Worker in Shandong Province".
Awards:
1, won the first prize of scientific and technological progress in Shandong province in 2004.
2. Won the 5th Qingdao Youth Science and Technology Award in 2005.
3. In 2006, he won the second prize of Excellent Scientific Research Achievement Award of Shandong University.
4. In 2007, he won the third prize of China Construction Science and Technology Progress Award.
In 2007, he won the second prize of National Science and Technology Progress Award.
6. Won the 8th Shandong Youth Science and Technology Award in 2008.