HONOURS AND AWARDS:
Awarded as National Most outstanding Contributor to the Environmental Protection by the National Environmental Protection Administration and State Ministry of S & T in 2002;

The research achievement on combined biological treatment process for treating municipal and industrial wastewaters was awarded as 2nd class S/T Progress prize by Heilongjiang Provinciall S/T Commission in 2001;.

The research achievement on advanced drinking water treatment by ozonation and biological activated carbon processes was awarded as 2nd class S/T Progress prize by Heilongjiang Provinciall S/T Commission in 2000;.

The research achievement on integrated advanced water purification system was awarded the 2nd class S/T Progress prize by Harbin Municipal S/T Commission in 1999.

Awarded as National Outstanding Scientific Researcher with outstanding achievement in carrying out the priority research project in the Eighth Five Year Plan by the National Commission of Science and Technology in 1996;

Awarded as Outstanding Scientific Researcher by the Ministry of Construction in 1996;

Awarded as outstanding expert and outstanding researcher in Heilongjiang Province in 1996, 1992 and 1978 respectively;

The R/D on the national priority R/D project “high efficiency purification and safe disinfection of potable source water” was awarded as great achievement prize by both Chinese National Commission of S&T and Chinese National Commission of Planning in 1996;;

The above research was also awarded by Ministry of Construction the First Class S &T progress prize in 1996;

The same research achievement was also awarded as 3rd class Chinese National S/T Progress Prize in 1998;

The research on Submerged Biofilm Process for Nitrogen and Phosphorus Removal was awarded as the 2nd class S & T progress prize by Ministry of Construction in 1997;

The first phase research achievement(Lab-scale study) on “ Biological H2 Production Technology” was awarded as Heilongjiang provincial 2nd Class S&T progress prize in 1995;

The Research on Ecological Pond System, was awarded the First Class Prize by the Ministry of Construction, 1992;

The Research on Hybrid Anaerobic Reactor was awarded the First Class Prize by the National Education Committee, 1993, which was also awarded as 3rd class Chinese National S/T Progress prize in 1994;

National Outstanding Scientific Researcher, awarded by the Chinese National Commission of Science & Technology in 1978;

The Water Treatment Research Laboratory headed by Prof. B.Z. Wang was awarded the National Advanced Research Unit by the Chinese National Commission of Science and Technology in 1978;

The research on heavy metals containing wastewater treatment was awarded by the Chinese National Commission of Science and Technology the National Research Prize in 1978;

The research on radioactive wastewater treatment was awarded by the Heilongjiang Provincial Commission of Science and Technology the Provincial Research Achievement Prize in 1980;

The research on purification of polluted source water with ozonation and biological activated carbon processes was awarded by the Heilongjiang Provincial Commission of Science and Technology the Provincial Research Progress Prize in 1984;

The research on integrated pollution control of Majiagou Creek in Harbin City was awarded by Harbin
Municipal Scientific Research Progress Prize in 1987;
Research on intensified pond systems in cold climate region was awarded by the Heilongjiang provincial Commission of Science and Technology the Provincial Scientific Research Achievement Prize in 1989;

Research paper on anaerobic treatment of beet sugar mill wastewater written by his graduate student Sui Jun and Prof. B.Z. Wang was awarded by the Overseas Chinese Environmental Engineering and Sciences Association (OCEESA) the first Place Prize in the competition for the Best Paper Award in 1986;

Research paper on mathematical modeling of Xinyi Creek water quality written by his graduate student Zhang Jinsong and Prof. B.Z. Wang was awarded by the OCEESA the first Place Prize in the Best Paper Award Competition ‘89;

Research paper "Nitrogen Removal by the A/O submerged biofilm Process" written by Mr. Gaoqi Li, Professor Wang's graduate student and Prof. Wang was awarded by the OCEESA the first Place Prize in the Best Paper Award Competition among the graduate students in China in 1991;

Research paper "The Performance and Mathematical Modeling of Dual Power level Multicell Aerated Pond System" written by Mr. Xiangdong Cao, Prof. Wang's graduate student and Prof. B.Z.Wang was awarded by the OCEESA the First Place Prize in the Best Paper Award Competition among the graduate students in China in 1992.

Research paper "Study on Two-phase Thermophilic/mesophyllic Digestion of Mixed substrates from Sludge and High Strength organic Wastes" written by Dr. Qingliang Zhao and Prof. B.Z. Wang was awarded by the OCEESA the First place Prize in the Best Paper Award Competition among graduate students in China in 1993.

PART-TIME PROFESSOR

Department of Environmental Protection, Suzhou Institute of Urban Construction and Environmental Protection;

Department of Environmental Engineering, Xi'an University of Architectural Science and Technology;

Department of Environmental Engineering, Qingdao Institute of Arch. and Civil Engineering.

LISTING

Who's Who in Effluent & Water Treatment Journal (EWTJ) in 1985;

Who's Who in Chinese Dictionary of famous person in 1990;

International Who's who of Contemporary Achievement, 3rd Edition. ABI (American Biographical Institute, Inc.), in February 1994;
Distinguished Leadership Award, the International Directory of Distinguished Leadership, American Biographical Institute, Inc., fourth Edition, 1994;

World Lifetime Achievement Award, ABI, in 1994

PROFESSIONAL EXPERIENCE

Professor and Chairman or Hon. Chairman (1993-), Department of Sanitary and Environmental Engineering, and Director, Water Pollution Control Research Center, Harbin Institute of Architecture and Civil Engineering, 1982-present;

Teaching and research in water pollution control with emphasis on the following topics:
* Ecological wastewater treatment and utilization systems(EWTUS), Eco-ponds in particular;
* Anaerobic treatment;
* Regional and integrated water pollution control;
* N, P and hard-biodegradable organic compounds removals by biological processes;
* Purification of polluted source water with ozonation and biological carbon processes.

Associate Professor, Department of Urban Construction, Harbin Institute of Architecture and Civil Engineering; Director of Water Treatment Research Laboratory (then expanded into Water pollution Control Research Center), 1978-1982;

Teaching and research on water pollution control with emphasis on
* Treatment of heavy metals containing wastewater and radioactive wastewater;
* Purification of polluted source water;
* Pond systems in cold climate region.

Lecture of Department of Urban Construction; Vice-Director and then Director of Water Treatment Research Laboratory, Harbin Institute of Architecture and Civil Engineering, 1959-1978;

Teaching courses:
* Sewerage Engineering;
* Municipal and Industrial Wastewater Treatment;
* Water Supply and Sewage Engineering;
* Introduction to Environmental Science and Engineering;
* Purification of Polluted Drinking Water.

Research Projects:
* Treatment of phenol containing wastewater from coal gasification;
* Farmland irrigation with pretreated sewage;
* Low level radioactive wastewater treatment and disposal;
* Heavy metals containing wastewater treatment and disposal;
*Purification of polluted potable water with ozonation & biological activated carbon processes.

Assistant of Water Supply and Sewerage Engineering Division, Department of Civil Engineering, Harbin Institute of Technology, 1955-1959.

Teaching and research on water supply and sewage Engineering with emphasis on sewage and industrial wastewater treatment.

PROFESSIONAL SOCIETIES

International Association of Water Pollution Research and Control (IAWPRC 1985-1995), International Association of Water Quality (IAWQ, 1995-) and International Water Association(IWA, 1999- ):

Governing Board Member, 1985-present; Member of Scientific and Technical Committee, 1986-1990;
Member, Sub-committee of Environmental Science and Engineering. China’s National Academic Degree Commission, 1985- present.
Chairman, Sub-committee of National (Ecological )Treatment of wastewater, China’s Environmental Industrial Association, 1994- present.

WHO invited Editor for Guidelines on Water Supply and Sanitary Engineering under cold climate conditions, 1987-1988;

Non-member Advisor on Water Pollution Control, American Society of Civil Engineering (ASCE), 1988-1994;

Member, Board of Directors, Chinese Society of Environmental Sciences, 1972-present;

Member of Board of Directors, Chinese Society of Sanitary Engineering (Water Supply and Sewage Engineering), 1970-1991;

Principal Advisor on Sewage Engineering, Chinese National Commission of Science and Technology, 1970-1975;

Vice-president, Chinese Society of Water Pollution Control,1986-present.

GUIDANCE OF GRADUATE STUDENTS

75 MS. graduate students have been guided from 1978-present, of whom 68 have graduated with M.S. degree;

55 Ph.D. graduate students have been guided from 1987-present, of whom 19 have graduated with Ph.D. degree;

6 postdoctoral research fellows have been guided since 1993;

Three Dutch MS. students Mr. B. Bosten, Mr. Jos Frijins and Mr. Len Nooteboom from the Wageningen Agricultural University, Department of Environmental Engineering had been guided from 1987-1989 for dissertation research on wastewater treatment by eco-ponds in China;

CONSULTING AND ADVISORY ACTIVITIES
Principal Advisorof Shenzhen Municipal Government on Water Pollution Control, mainly in charge of integrated water pollution control and management in river basins in 2006-;

Principal Consultant on the design, supervising construction and operation of wastewater from two pulp and paper mills in Zhanhua County, Shandong Province by multi-cell ponds-SF constructed wetland systems with a treatment capacity of 35,000m3/d and 20,000m3/d respectively in 2005-2006;

Principal Consultant for design, supervising construction and operation of the municipal wastewater treatment plant in Kenli County, Shandong Province with a treatment capacity of 40,000m3/d and Hybrid SBF-AS process in 2004-2006; The MWWTP has been built and put into operation with good performance;

Principal Consultant for design, supervising construction and operation of the Municipal Wastewater Treatment Plant in Guangrao County, Shandong Provonce, with a treatment capacity of 50,000m3/d and hybrid SBF-AS process in 2003-2005;the MWWTP has been built and put into operation in 2004 with good performance;

Principal Consultant for design, supervising construction and operation of the Municipal Wastewater Treatment Plant in Dong’e County, Shandong Province, with a treatment capacity of 40,000m3/d and hybrid SBF-AS process in 2003-2005;the MWWTP has been built and put into operation in 2002 with good performance; and the effluent well meets 1A class standards(GB18918-2002-MWWTP effluent polluytants emission standatrds) in warm seasons, and meets 1B or 2nd class standards in cold seasons;

Principal consultant for design, supervising construction and operation of the Municipal Wastewater Treatment Plant with a treatment capacity of 100,000 m3/d and using multi-stage ponds(advanced facultative ponds, aeration ponds, Aerated fish ponds, fish ponds, duckweed pond and SF constructed wetlandin 1998-2002. The MWWTP has been built and put into operation since October 1st, 2000 with good performance, the effluent well meets 1A classstandards in warm seasons and meets 1B or 2nd class standards in cold seasons;

Feasibility study and design of Babaichang Sewage Treatment Plant in Daqing City, Heilongiang Province with a total treatment capacity of 50,000 m3/d by the application of hybrid activated sludge process followed by double medium filtration for wastewater reclamation and reuse for oil field recharge. The project will be completed and put into operation by the end 1999-2000.

Feasibility study and design of Dongying Ecological Wastewater Treatment and Utilization System(EWTUS) in Dongying City, Shandong Province with a total treatment capacity of 100,000 m3/d by the application of Ecological System consisting of high efficiency hybrid anaerobic ponds, aeration pond, aerated fish ponds, lotus ponds and reed pond, which will be completed and put into operation in October 1999.

Feasibility study of advanced water treatment plant serving a residential area of Yanshan Petrochemical Complex in Beijing in 1998-1999.

Principal consultant on design, construction and trial operation of Chongfengzhang Sewage Treatment Plant in Daqing City, Heilongiang Province with a total treatment capacity of 30,000 m3/d by the application of activated sludge process followed by micro-flocculation/direct filtration for wastewater reclamation and reuse for oil field recharge. The project was completed and put into operation with good performance in 1992.

Principal consultant responsible for the design, construction, operation and on-site full-scale researches of Sewage Treatment Plant in Clifford Residential Area, Panyu City, Guangdong Province with a total treatment capacity of 10,000 m3/d applying submerged biofilm A/O process for nitrogen removal through nitrification and de-nitrification accomplished in oxic and anoxic zones respectively. The project will be put into operation by the end of 1998.

Principal consultant responsible for the design and supervision of the construction and operation of potable water treatment plants with ozonation and biological activated carbon processes in Daqing City, and Qianguo City with a total treatment capacity of 20,000 m3/d and 10,000m3/d respectively, which have been put into operation with excellent performance since 1995.

Principal consultant responsible for the design, construction and trial operation and training operating personnel of domestic wastewater reclamation and reuse projects with capacity from 100 to 1000 m3/d for hotels, residential and/or office buildings or their groups. A total of 12 projects and have ben accomplished in Shenzhen City, Guangdong Province and Qingdao City, Shandong Province respectively since 1993.

Principal consultant responsible for the design and supervision of the construction and trial operation of textile dyeing and printing wastewater treatment plants in Panyu City. A total of five projects with capacity from 3000 to 10,000 m3/d have been put into operation up to now. The processes employed are equalization - pH adjustment -submerged biofilm A/O process - chemical coagulation/flocculation and settling - biological activated carbon process, or polishing ponds planted with water hyacinth.

Principal consultant responsible for the design, construction, operation and researches of vehicles washing wastewater treatment and recycling systems at Shawan Vehicle Washing Station, Shenzhen City, Guangdong Province with a treatment capacity of 7500m3/d , which was put into operation in 1994.

Principal consultant responsible for the design, construction, operation and researches of high strength organic wastewater from washing of cars carrying cattle and pigs from Shenzhen to Hong Kong. The Wastewater Treatment Plant at the North Railway Station in Shenzhen with a treatment capacity of 200m3/d and employing anaerobic-aerobic processes, now just in design and will be put into operation in 1998.

An high efficiency multi-cell pond system for treating piggery wastewater with a treatment capacity of 200 m3/d has been designed, constructed and put into operation since 1994 in Panyu City, Guangdong province. The pond system consists of advanced anaerobic pond with digestion pits on bottom, intensified anaerobic transformation ponds, algae/bacterial symbiotic ponds and fish ponds. The performance is very good with very high removal efficiency: BOD5 decreased from 5000-6000 mg/l in influent to 20-30 mg/l in effluent; COD 10,000-15,000 mg/l to 150-200 mg/l, and TN from 200-300 to 30-40 mg/l.

Principal consultant on environmental impact assessment (EIA) for 25 projects including petrochemical complexes, pulp and paper mills, textile factories, beet sugar mills, machinery, power plants, coal and metals mines, railways stations, and airport from 1985-present;

Principal consultant on design, construction and operation of large scale pond system in Qiqihar City, Heilongjiang province, with a total treatment capacity of 250,000 cubic meters a day, the largest municipal sewage pond system in China, which covers 850 ha, consisting of anaerobic, facultative and storage/aerobic, eco-ponds from 1986-1990;

Principal consultant on design of the largest pond system in China or even in the world for treating industrial wastewater from Daqing Petrochemical Complex with a total treatment capacity of 150,000 m3/d and a total coverage area of 2000 ha. in Daqing City, Heilongjiang Province;

Principal consultant on design, construction and operation of intensified pond system in Anda City with a total treatment capacity of 20,000 cubic meters a day, which consists of anaerobic ponds with submerged biofilm on fibrous carriers, facultative and maturation/storage ponds, from 1984 to 1991;

Principal consultant on design of eco-pond system in Shaoxing City, Zhejiang Province with a total treatment capacity of 50,000 cubic meters a day, which consists of intensive facultative, aerated and fish ponds, from 1982 to1984;

Principal consultant on planning of integrated water pollution control in Anyang City, Henan Province from 1985 to1987;

Principal consultant on design, construction and operation of high quality water purification plant with treatment capacity of 10,000 cubic meters a day in Santoley Beverage Company (China-Japan joint venture) in Lianyungang City, Jiangsu Province; 1985-1986;

Principal consultant on design, construction and operation of high quality water purification plant with treatment capacity of 2,000 cubic meters a day by ozonation-biological carbon processes, 1981-1982; (Harbin Cannery);

Principal consultant on design, construction and operation of low level radioactive wastewater treatment plant in Harbin Aeroplane Manufacturing Factory, 1967 to1973;

Principal consultant on design, construction and operation of tar and phenol containing wastewater treatment plant with recycling system at Gasification Station, Qiqihar Steel Complex 1960 to 1965;

Principal consultant on design, construction and operation of mercury containing wastewater treatment/recovery system with electrolysis process, 1975-1978;

Principal Advisor for Harbin Municipal Bureau of Agriculture on planning, design and construction of sewage irrigation project with a total farmland area of 2,000 ha, 1958-1960.

OTHER PROFESSIONAL ACTIVITIES:

Member, Regional Advisory Committee, IAWQ Water Quality International ‘96, Singapore, June 1996;

Member of International Program Committee, 3rd IAWQ Int. Conference. on Appropriate Waste Management Technologies, Nagpur, India, February 1995;

Academic visiting Hong Kong University of Science and Technology, the University of Hong Kong and Hong Kong Polytech and giving seminars in Hong Kong on May 2-14, 1994;

Member of Programme Committee, the 3rd World Congress on Engineering and Environment, October 12-14, 1993, Jsinghua University, Beijing, China;

Member of Program Committee, IAWQ Asia Waterqual'93, October, Jakarta, Indonesia;

Academic visit to Michigan University, School of Natural Resources to conduct a joint research project in cooperation with Professor J.W.Bulkley in May 1993;

Academic visit to Ruhr River Association and Niers River Association, Germany, with the emphasis on the exchange of wastewater treatment technologies, the N, P removal and sludge treatment in particular from June to September.

Member of Program Committee, IAWPRC Asia Waterqual'91, Nov.,20-24, 1991, Shanghai, China;

Member of Program Committee and Invited Key Speaker, IAWPRC International Conference on Appropriate Waste Management Technologies, Nov., 27-29, 1991, Murdoch Univ. WA, Australia;

Academic visiting nine universities in the U.S. October 1989-Jan. 1990; Lectures and seminars given at University of Illinois, Illinois Institute of Technology, The University of Michigan, Clemson University, Rice University, the University of Houston, The University of Tulsa, and the University of California-Berkeley, with the following topics:
* Water resources conservation and pollution control in China;
*Ecological wastewater treatment and utilization systems (EWTUS) with emphasis on
eco-pond systems;
* Anaerobic treatment of high strength organic wastewater;
*Purification of polluted potable source water with ozonation-biological carbon
processes;
* N and P removals by biological processes.

Academic visiting three universities in Japan in October/November 1988; Lectures and seminars given in Gunma University and Nagoya University;

Member, Scientific and Technical Committee, International Conference on Water and Waste-water Treatment, Beijing, July, 1994;

Chairman, Program Committee, International Seminar of Low Costs and Energy Saving Wastewater Treatment Technologies (ISLEWTT Harbin '90), Harbin, Heilongjiang, August 6-10, 1990;

Principal Advisor on Environmental Protection to Heilongjiang Provincial Governor for preparation of papers and documents and accompanying him to attend the International Northern Region Conference held in Alaska, the U.S. in September 1990;

Session Chairman, 14th IAWPRC Biennial Conference in Brighton, UK, in August 1988;

Session Chairman, 13th IAWPRC Biennial Conference in Rio de jeneiro, Brazil in August 1986;

Vice-Chairman, Program Committee, International Conference on River Pollution Control in Shanghai in October 1987;

Key speaker for two papers on ozonation and biological carbon processes for removals of ammonia, nitrite and nitrate and humic substances at 8th World Ozone Congress, Zurich, Switzerland, September 1987;

Leading contributor on session 14-Micropollutants and Haloforms at the 11th International Water Supply Association Congress in Rome, November 1986;

Invited Author and Editor For WHO Guidelines on Water Supply and Sanitary Facilities in Cold Climate Regions, and attended the Workshop on this subject in Greenland in October 1987;

Invited principal speaker at the 4th Chinese National Pond Conference in Wuhan, Hubei Province in August 1988;

Invited principal speaker at the 3rd Chinese National pond conference in Tianjin in April 1986;

Invited principal speaker at the First Chinese Environmental Engineering Conference in Jinan, Shandong Province in October 1985;

President, Chinese National Natural Wastewater Treatment Association, 1985-present;

Senior Advisor, invited by Tianjin Research Institute of Environmental protection for key project on eco-pond system in Tianjin, 1986-1990;

Invited key speaker on radioactive wastewater treatment at the First conference on Nuclear Safety and Public health in Beijing in July 1963; at the second Conference of Nuclear Safety and Public Health in Beijing in November 1968; and at the third Conference in Taiyuan, Shanxi Province in March 1972;

Invited key speaker on phenol containing wastewater treatment at the 2nd National Conference of Sewage and Industrial Wastewater treatment in Wuhan, Hubei Province in October 1959;

Member, Program Committee, the 5th River Basin Management Conference, Ravaniemi, Finland August 1989;

Chief Editor, the 9th Volume "Urban Infrastructure", the Chinese Architectural and Civil Engineering Dictionary, 1987-present;

Vice Editor-in-Chief, the Chinese Environmental Engineering Handbook, 1987-present.

Member, Textbook Guidance Committee on Environmental Engineering discipline, China's National Commission of Education, 1986-1996;

Invited Editor, and author for the Volume of Environmental Sciences, Chinese Encyclopedia, 1981-1985;

Chief Editor, Proceedings of International Seminar on Low Costs and Energy Saving Wastewater Treatment Technologies in Harbin (ISLEWTT Harbin'90), 6-10 August, 1990. Water Science and Technology, Vol. 24, No. 5, 1991.

PUBLICATIONS

BOOKS

Lin Wang/ Baozhen Wang, Advanced purification of drinking water, Science Publication House, Beijing 2000( in Chinese);

Advanced Oxidation technology for water and wastewater treatment, Hehai University Publication House, Najing, 2000 (in Chinese)

Water Pollution Control Engineering, High Education Publication House, Beijing, 1990 (in Chinese);

Water Pollution Control Engineering, Scientific & Technical Books Publication Co. Ltd. Taiwan, China, 1994;

Treatment of Radioactive Wastewater, Scientific Publishing House, Beijing, 1979 (in Chinese);

Wastewater Treatment, Chinese Construction Engineering Publishing House, Beijing, 1959 (in Chinese);

Sewage Treatment, Harbin Institute of Technology Publishing House, Harbin, 1957;

Purification of Polluted Drinking Source Water, Chinese Construction Technology Information Institute, Beijing, 1979 (in Chinese);

Mercury Containing Wastewater Treatment, the Chinese Construction Technology Information Institute, Beijing, 1975 (in Chinese);

The Present Status and Development Trend of Radioactive Wastewater Treatment and Disposal, the Chinese Construction Technology Information Institute, Beijing, 1963 (in Chinese);

Co-authored: Volume of Environmental Sciences, Part of Environmental Engineering, Chinese Encyclopedia, Chinese Encyclopedia Publish House, Beijing, 1985 (in Chinese);

Co-authored: Sewage Engineering, Volume of Wastewater Treatment, Chinese Construction Industry Publishing House, Beijing, 1972(in Chinese).

Chief Editor, Low Cost and Energy Saving Wastewater Treatment Technology, Water Science & Technology, Vol, 24, No.5,1991

Co-authored: WHO “Design Guideline on Water Supply and Sanitary Engineering in cold Regions” 1990;

PAPERS
About 223 papers have been published in Chinese from 1959-present, the papers published in English are listed as follows:

1. LiuShuo, Wang Baozhen, WangLin and Ding Yongwei. Operational performance of combined SBF-AS process for municipal wastewater treatment in small cities in China-A case study, Water conservation and management I coastal area. Qingdao, 2006, 11. Oral presentation.
2. Y.F. Jiang, L. Wang, B.Z. Wang et al. Enhanced biological phosphorus remvoal in a sequencing batch reactor using glucose as single organic substrate.Water conservation and management in coastal area. 2005.11, Qingdao, China.
3. Y.W. Ding, L. Wang, B.Z. Wang. Nitrogen and phosphorus removal characteristics in combined short aerobic SRT A2/O and BAF process. Water conservation and management in coastal area. 2005.11, Qingdao, China.
4. LIU Shuo, WANG Baozhen, WANG Lin, DING Yongwei and ZHOU Hongjun. Full scale application of combined SBF-AS process for municipal wastewater treatment in small towns and cities in China – A case study, Journal of Harbin Institute of Technology. 2006.3（已录用）
5. WANG Baozhen, LIU Shuo, WANG Lin. Treatment of Petrochemical Wastewater by a Combined Ponds-Constructed wetland System. IWA Water Congress 2006. （Accepted）
6. WANG Lin, WANG Baozhen, PENG Jiangfeng and YANG Luyu (2004), Design and operation of the ecological ponds-wetland system for municipal wastewater reclamation and reuse, to be orally presented at the 4th IWA World Water Congress in Marrakech, Morocco, 19-24 September 2004, in Proceedings of the 4th IWA world Water Congress,
7. HE Shengbing, WANG Lin and WANG Baozhen (2004), Simultaneous nitrification and denitrification in MBR with sludge reduction”, ibid.(as above),
8. WANG Xinze, WANG Baozhen and WANG Lin (2004), “Application research of GAC-MF for advanced Drinking water treatment”, ibid. (as above),
9. LIU Yanping, WANG Lin, WANG Baozhen, CUI Hongsheng and ZHANG Jun (2004) “ Performance improvement of HMBR with the addition of PAC”, ibid.(as above),
10. WANG Chunrong, WANG Baozhen and WANG Lin (2004), “Nitrogen loss in BAF under the conditions of no carbon source and limited oxygen”, ibid( as above).,
11. PENG Jianfeng, WANG Baozhen and WANG Lin (2004), “Operation performance of the combined system of ponds and wetland for municipal wastewater treatment and utilization’, has been selected as oral presentation paper in the 6th IWA Specialist Conference on Stabilization Ponds and 6th IWA Specialist Conference on Constructed Wetland to be held in Avignon France 27 September- 1st October 2004,QI Peishi, WANG Baozhen, WANG Lin, LU Weile and ZHAO Fenming (2004) “Performance of an intensive pond system(IPS) with shorter HRT for municipal wastewater treatment in cold region”, ibid.(as above),
12. Wang Lin, Liu Yanping, Wang Baozhen, Water Basin Management for Nansihu, Shandong, AQUA, 2004:Vol 53, No.1 pp17-28,
13. Peng Jianfeng, Wang Baozhen and Wang Lin (2004) Performance of a Combined System of Ponds and Constructed Wetland for Wastewater Reclamation and Reuse, has been accepted by the IWA International Confrence on Stabilization Ponds as an oral presentation paper, in France in September 2004,
14. Wang Baozhen, Shi lei, Caoxiang Dong and Wang Jin(2004). Operational performance of a full scale Subsurface flow constructed wetland system treating mixed domestic and industrial wastewater in southern area of China. Environmental Science No.5(English Edition)
15. Baozhen WANG, Dai WANG, Gaoqi LI, Lin WANG, Yanoping LIU and Shuo LIU(2003, Perfprmance of WWTP using submerged biofilm process with zero sludge discharge. Water in China. Water and Environment Series, IWA Publishing. 2003, pp221-229,
16. Ying CHANG, Baozhen WANG and Lin WANG(2003), Experimental study on HMBR for wastewater reclamation in dwelling district. ibid.230-237,
17. Shengbing HE, Lin WANG, Yifeng JIANG and Baozhen WANG (2003), An innovative process for the treatment of both wastewater and excess activated sludge. ibid. 238-246,
18. He sheng-bing, Zou lian-pei, Wang bao-zhen and Wang lin. Simultaneous nitrification and denitrification in MBR. Proceedings of 3rd World Water Congress, Topic theme: Water and Wastewater Management, E2002. 2002, April 7-11, Melbourne Australia
19. He sheng-bing, Wang bao-zhen, Wang lin. Experimental studies on minimization of sludge production by ozonation process. Journal of Donghua University (English Edition). 2003,20(2)（EI源）
20. He sheng-bing, Wang bao-zhen, Wang lin, Jiang yi-feng. An novel approach to treat combined domestic wastewater and excess sludge in MBR. Journal of Environmental Science. 2003,15(5):674~679（SCI，EI源）
21. He sheng-bing, Wang bao-zhen, Wang lin, Jiang yi-feng. Treating both wastewater and excess sludge with an innovative process. Journal of Environmental Science.（SCI，EI源）
22. He sheng-bing, Wang bao-zhen, Wang lin, Jiang yi-feng. Determination of operational parameters of anaerobic phase for enhanced phosphorus removal in MBR. Journal of Environmental Science.（SCI源，EI源）
23. He sheng-bing, Wang lin, Jiang yi-feng, Wang bao-zhen. An innovative process to treat both wastewater and excess activated sludge. Water Sci. & Tech.（SCI，EI源）
24. 185． L. Wang, B.Z.Wang,D.Wang,W.J.Zhang, Y.N.Yang and Y.W.Du, Performance of advanced water treatment plant for removing Fe, Mn and organic pollutants from Raw water, to be published in AQUA 2002,
25. 186．X.Z.Wang, B.Z. Wang and L.wang, Application research of GAC-UF systemin advanced drinking water treatment. Proceedings and CD-ROM (E20154a) of World Water Congress in Melbourne, April 6-10, 2002,
26. 187．B.Z Wang, L.Wang, P.S. Qi, G.Q.Li,and W.J.Zhang, Municipal Wastewater reclamation and reuse with some case studies, Proceedings and CD-ROM (E20162a) of World Water Congress in Melbourne, April 6-10, 2002,
27. 188．B.He, L.P.Zhou B.Z.Wang and L. Wang, Simultaneous nitrification and denitrification in MBR. Proceedings and CD-ROM (E20662a) of World Water Congress in Melbourne, April 6-10, 2002,
28. L.Wang, B.Z.Wang and L.Y. Yang, Eco-systems for wastewater treatment and utilizationwith a case study. Proceedings and CD-ROM (E20117a) of World Water Congress in Melbourne, April 6-10, 2002,
29. Baozhen WANG, Lin WANG and Luyu YANG, “Case Studies on Municipal Wastewater Reclamation and Reuse in China”, Proceedings of Asian Conference on Water and Wastewater in Tehran, Iran 7-10, May 2001,
30. Wang, B.Z.Wang, D.Wang,W.J.Zhang, Y.N.Yang and Y.W.Du, Performance of advanced water treatment plant for removing Fe, Mn and organic pollutants from Raw water, to be published in AQUA 2002,
31. Wang Baozhen and Wang Lin, “a twin approach to wastewater treatment” , IWA Yearbook: 28-31, 2001,
32. Lin Wang, Baozhen Wang and Luyu Yang, “Necessity and Availability of Wastewater Reclamation and Reuse in China with Case Studies”, Proceedings of Asian Conference on Water and Wastewater in Tehran, Iran 7-10, May 2001,
33. ﹡186.Lin Wang, Baozhen Wang, et al. “Eco-pond systems for wastewater treatment and utilisation”, Water 21, 60-63, August 2001,
34. Wang Baozhen and Y.Shen(2000), “Performance of An Anaerobic Baffled Reactor (ABR) as a Hydrolysis Acidogenesis Unit in Treating Landfill Leachate Mixed with Municipal Sewage”, Water Science and Technology 42 (12) 115-121,2000,
35. Lin Wang and Baozhen Wang, “Pollution of Water Sources and Pollutants Removal by Advanced Treatment Processes in China”, Proceedings of WHO Water, Soil & Health, Edited by J Chorus, U. Ringelband, G. Schlag and O. Schmoll. Published by IWA publishing in 2000, pp.413-419,
36. Wang Baozhen, Wang Lin Qi Peishi, Ma Fang and Zhou Mingbo (2000), “Performance of Dairy Wastewater Treatment by Hybrid Anaerobic Reactor”, published in Proceedings of Paris 2000 Congress(1st IWA World Congress in Paris , Vol.1, July 3-7, 2000,
37. 190.Z.R.Sun, Y.Z.Fan and B.Z.Wang(2000), “Drinking Water Treatment Technology with Carbonaceous Adsoubents-UV light”, ibid. Vol.1, 2000,
38. 191.Y.Shen, B.Wang, Q.Yang and R.Liu, “Ammonia Removal by Stripping as a Pre-Treatment of Landfill Leachate: Operational performance”, European Water Management；Vol.3, No.1, February, 2000,
39. 192.B.Wang, Y.Shen, Q.Yang and R.Liu, “Ammonia removal by stripping as a pre-treatment of landfill leachate,Ⅱ:Dynamics and mechanism”, European Water Management；Vol.3, No.3, June, 2000,
40. 193.J.Zhang, Baozhen Wang, M Nie, “Hybrid Submerged Membrane Bioreactor with Plastic Foam Carrier Treating Municipal Wastewater”, IWA 1st world congress, Paris 3-7, July, 2000, Poster, CD-ROM,
41. 194.L.Wang, Wang B, Wang S, Xu J, “Perfoumance Improvement of Water Treatment Plant By Innovative Technologies”, IWA 1st World Congress, Paris 3-7, July, 2000, Poster, CD-ROM,
42. 195.B. Wang, J Li, L Wang, J Li, “Simultaneous Phosphorus And Partial Nitrogen Removal by Submerged Biofilm SBR System”, IWA 1st world congress, Paris 3-7, July, 2000, Poster, CD-ROM,
43. 196.B.Z.Wang, G.Q.Li, L.Wang, D.Wang and X.D.Cao, “Design and Operation of a WWTP with Submerged Biofilm Process”, IWA 1st world congress, Paris 3-7, July, 2000, Poster, CD-ROM,
44. 197.Li Jun and Wang Baozhen, “A Study on the Characteristics of Phosphorus Removal in Submerged Biofilm Process”, the first joint China/Japan chemical engineering symposium, 2000, Sep.,
45. Wang Lin, Wang Baozhen, Liu Xuehong, “Performance and Mechanism of Removal Mercury, Chromium and Cadmium by Activated Carbon”, Proceeding of IWA conference in Beijing 2000 September 15-20,
46. Wang Lin Wang B.Z., Yang Luyu, “Case Studies on Pond Ecosystems for Wastewater Treatment and Utilization in China”, Global Water and Wastewater Technology, August, 1999, pp. 64-71,
47. Wang, Lin Wang, B. Z., Li, W. G., Ma, F., and Sun, J. P., “Performance of a Full Scale Advanced Treatment Plant Using Ozonation, BAC and Muyushi Mineral Filtration Processes”, European Water Management；Vol.2，No.2，1999,
48. 201.B.Z. Wang and L. Wang, Purification of polluted source water by advanced treatment process, Proceedings of Urban Pollution Control technology(ICUPCT’99), pp49-56, The Hong Kong Polytechnic University,8-11 Oct. 1999.
49. Baozhen Wang, Jun Li, Lin Wang, “Mechanism of Phosphorus Removal by SBR Submerged Biofilm System”, Water Research, 32(9): 2633-2638, 1998,
50. Lin Wang and Baozhen Wang, “Pollution of Water Sources and Pollutants Removal by Advanced Treatment Processes in China”, Proceedings of WHO Water, Soil and Air Hygiene Conference held in Bad Elster, Germany, November 24-28,1998,
51. 204.D.Y. Jin, B.Z. Wang and L. Wang “Design and Operation of a Wastewater Treatment Plant Treating Low Concentration of Municipal Wastewater” Paper present for IAWQ 19 Biennial Conference in Vancouver 21-28, July 1998, Water Science & Technology 38(3) 167-172(1998),
52. Baozhen Wang, Jun Li, Lin Wang and Ji Li “Simultaneous Phosphorus and Partial Nitrogen Removal by Submerged Biofilm SBR System” Poster at IAWQ 19th Biennial Conference in Vancouver 21-28, July 1998
53. 206.L.Wang, B.Z. Wang, J. Li, J.S. Zhang, F. Ma, W. G. Li and J. P. Sun “Performance of an Advanced Water Treatment Plant Using Ozonation and BAC Processes” Proceedings of Asian Conference on Water and Wastewater in Tehran, Iran 1-4, March 1998,
54. Lin WANG, Meisheng NIE, Baozhen WANG, Xilin ZHANG, Ji Li and Juwei LAI “Improvement of Potable Water by Advanced Treatment Technologies” Proceedings of Asian Conference on Water and Wastewater in Tehran, Iran 1-4, March 1998,
55. 208 Bozhen WANG, Chengwu WANG and Lin Wang “Treatment of Leachate by A (activated sludge)/B (A/O submerged biofilm) Hybrid System” Proceedings of Asian Conference on Water and Wastewater in Tehran, Iran 1-4, March 1998,
56. ﹡Baozhen Wang, Gaoqi, Lin Wang, Jianwen Shi and Ji li “Treatment of wastewater from a dye-printing factory in China by a physicochemical-biological system”, European Water Management 1(1): 25-30, 1998,
57. Nanqi Ren and Baozhen Wang, “ Ethanol-type Fermentation from Carbon Hydrates in High Rate Acidogenic Reactor”, Biotechnology and Bioengineering, 53(4): 1-6, 1997,
58. B. Z. Wang, J. Li, L. Wang, et al. (1997) “ A Pilot Scale Study on the Treatment of High Strength Sanitary Landfill Leachate”, European Water Pollution Control, 7(6): 33-39,
59. Q.L. Zhao and B.Z. Wang, “Evaluation on A Pilot-scale Attached Growth System Treating Domestic Wastewater”, Water Research, Vol. 30, No.1. pp. 242-45, 1996,
60. ﹡Baozhen Wang and Lin Wang, “Environmental Management Strategy and Technological Opportunity in China”, A paper presented at the Seminar on Strategic Framework for Sound Environmental Management, held by Environmental Technology Institute, Technological University. Singapore, 11-12 July, 1996,
61. ﹡.B.Z. Wang et al, “ Experimental Study on High Rate Pond System Treating Piggery Wastewater”, Appropriate Waste Technology-Waste Stabilization Ponds, Proceedings of Water Quality International ‘96, Singapore, 23-28 June 1996, Also to be published in Water Science and Technology Vol. 34, 1996,
62. J.X. Liu, B.Z. Wang, W.G. Li and C.J. Jin, “Removal of Nitrogen from Coal Gasification and Coke Plant Wastewater by Submerged Biofilm-Activated Sludge (SBF-AS) Combined Process”, ibid. 1996, Also published in Water Science and Technology Vol.34, No.10, pp. 17-24, 1996,
63. J.X. Liu, B.Z. Wang, et al, “Removal of Nitrogen and Phosphorus Using A New Biofilm-Activated Sludge Process”, ibid. 1996, Also published in Water Science and Technology Vol. 34, No.1-2, pp.315-322, 1996,
64. N.Q. Ren, B.Z. Wang and F. Ma, “Hydrogen Bio-production of Carbohydrate Fermentation by Anaerobic Activated Sludge Process”, (WEFTEC) Proceedings of Water Environmental Federation, 68th Annual Conf. & Expo. Miami Beach, Florida, U.S.A. 21-October, 1995, Vol.1. pp. 145-153, 1995,
65. ﹡ B. Wang, A. Dai, D. Wang, Q. Zhao and X. Cao, “Case Studies on Pond-land Systems Treating Municipal Wastewater in the Northern Areas of China”, ibid. Vol.4. 511-522, 1995,
66. ﹡ Baozhen Wang, W. Dong and Q.L. Zhao, “Eco-pond Systems for Wastewater Treatment and Utilization in China”, Proceedings of 3rd IAWQ International Conf. on Appropriate Waste Management Technologies for Developing Countries. Nagpur, India, 25-26, February 1995, Vol.1. 415-430, 1995,
67. ﹡B.Z. Wang, A.L. Dai, D.R. Wang and Q.L. Zhao, “Performance of a Full Scale Pond-land Treatment System”, Proceedings of 4th IAWQ International Conference on Wetland Systems for Water Pollution Control, Guangzhou, China, 6-10 Nov. 1994, pp. 549-552, 1994,
68. ﹡Q.L. Zhao and B.Z. Wang, “The Performance and Microbiological Aspects of a Pilot Scale Attached Growth Waste Stabilization Pond System”, ibid. 481-493, 194,
69. ﹡Qingliang Zhao and Baozhen Wang (1994) “Improvement of Waste Stablilization Pond Effluent by Incorpration of Attached-growth Media”, Presented at the International Conference and Exhibition on Water and Wastewater Treatment ( ICEWW’94 ), Beijing July 12-16, 1994,
70. Wang Baozhen, Wang Shuying and Peng Yongzhen, "Control Style for an Activated Sludge Sludge Process", Proceedings of Internationa Conf. on Water and Wastewater Treatment, Vol.2, pp. 817-822, ICEWW'94, Beijing, 1994,
71. ﹡Qi Peishi and Wang Baozhen, "Intensification of a Pond System by Fibrous Carriers", Water Science and Technology, 28(7), 117-123, 1993,
72. Jinsong Zhang and Baozhen Wang, "Pilot Scale Study on Advanced Treatment of Polluted Potable Water by Ozonation and BAC Processes", Emerging Technologies for Environmental Protection-Preparing for the 21th Century, Proceedings of the 3rd World Congress on Engineering and Environment, Vol.1, 230-237, Tsinghua University, Beijing, China, October 1993,
73. ﹡Hang Xu and Baozhen Wang, "Treatment of Domestic Sewage in Macrophyte Ponds", Water Science and Technology, Vol. 26(7-8) 1639-49, 1992,
74. Baozhen Wang, Gaoqi Li, Q.Yang and R.Liu, " Nitrogen Removal by a Submerged Biofilm Process with Fibrous Carriers", Water Science and Technology, Vol. 26(9-11) 2039-42, 1992,
75. ﹡Baozhen Wang, "Status and Trend of Appropriate Technologies for Waste Treatment, Utilization and Disposal in China", Proceedings of IAWQ International Conference on Appropriate Waste Management Technologies, 27-28 Nov. 1991, pp. 1-14, Murdoch University Perth, Australia (1991),
76. Baozhen Wang, et al, “A Study on Combined Anaerobic Reactor (UASB-BF) Treating Diary Wastewater", Proc. of (IAWQ) International Waterqual, Shanghai'91, 20-24 Nov. (1991),
77. ﹡Peishi Qi, Baozhen Wang, et al," Intensification of a Pond System by Fibrous Carriers", ibid. (1991),
78. ﹡231.Jianhua Li, Baozhen Wang, et al, "Nitrogen and Phosphorus Removal in Ponds", ibid. (1991),
79. Gaoqi Li, Baozhen Wang, “A Study on Nitrogen Removal by Submerged Biofilm Process", ibid. (1991),
80. Baozhen Wang, et al," Water and Air Pollution Control in Heilongjiang Province, POLMET 91, 2-5, Nov., Hong Kong (1991),
81. ﹡B.Z.Wang, “Ecological Waste Treatment and Utilization System-A Low Costs, Energy Saving/Generating and Resources Recoverable Technology for Water Pollution Control in China", Proceedings of International Seminar on Low Costs and Energy Saving Wastewater Treatment Technology (ISLEWTT Harbin '90), 6-10 August, pp.8-19, Water Science and Technology, Vol. 24, No. 5, 8-19 (1991),
82. B.Z.Wang, Q.D.Yang, R.F.Liu, et al, "A Study on Simultaneous Organics and Nitrogen Removal by Extended Aerated Submerged Attached Biofilm Process, Water Science and Technology, Vol., 24, No.5, 197-213 (1991),
83. T.W.Hao and B.Z.Wang, "Studies on Wastewater Treatment Efficiency Relative to VFA and Biogas in Anaerobic Process", POLMET 88, Hong Kong, 147-151, (1988),
84. B.Z.Wang and J.Yin," Removal of Aromatic Nitro-compounds from Water by Ozonation ", Ozone Science & Engineering, 10(1) 1-23 (1989),
85. B.Z.Wang, et al., “Ammonia, Nitrite and Nitrate Nitrogen Removal from Polluted Source Water with Ozonation and BAC Processes", Ozone, Science and Engineering, 11(2), 227-244 (1989),
86. Q.D.Yang, B.Z.Wang, and G.X.Xu, “Experimental Studies on the Recovery of Chromium from Spent Regenerant of Ion Exchanger by Membrane Electrolysis, Water Treatment, 4(2) 231-246 (1989),
87. J.Li and B.Z.Wang, “Pollution Control of Hutuo River with Mathematical Modelling", River Basin Management-V, Advance in Water Pollution Control, Pergamon Press, Oxford, 147-158 (1989),
88. Yin Jun and Baozhen Wang," The Efficacy and Mechanism of Removal of Organic Substances from Water by Ozone and Activated Carbon", Water Science and Technology, Vol. 21, pp. 1735-37 (1989),
89. B.Z.Wang "Eco-ponds for Treatment and Utilization of Sewage and Wastewater", Pollution in the Urban Environment, POLMET 88, Vol. 2, pp. 301-307 (1989),
90. 243.B.Z.Wang, G.Yang, et al., “A Study on the Modelling of Anaerobic Ponds", Water Treatment, 3(1) pp. 38- (1988),
91. 244.G.Yang, P.S.Qi, B.Z.Wang and J.Sui," An Optimization Study on the Planning of Water Pollution Control for Majiagou Creek in Harbin", Water Science and Technology, Vol. 21, pp.995-1002 (1988),
92. B.Z.Wang co-authored, WHO Guidelines on Water Supply and Sanitary Engineering in Cold Region, WHO (1987),
93. B.Z.Wang and Z.J.Zhu,"The Water Resource and its Pollution Control in China", Proceedings of Water Reuse Symposium IV, Denver, Colorado, USA, pp.65-76 (1987),
94. ﹡B.Z.Wang, "The Development of Ecological Wastewater Treatment and Utilization Systems (EWTUS) in China", ibid. pp.1263-90 (1987),
95. Q.D. Yang, B.Z. Wang and R.F. Liu, "An Experimental Study on Recovery Process of High Concentrated Chromium Passivation Waste by Diaphragm Electrolysis, ibid., pp. 427-443 (1987),
96. B.Z. Wang, J.Z. Tian, et al., "Ammonia, Nitrite and Nitrate Removal from Polluted Water with Ozonation and Bioactivated Carbon Processes", Proceedings of 8th Ozone World Congress, Zurich, pp. D1-D20 (1987),
97. B.Z. Wang and S.Y.Qi, "Elimination of Humic Acids from Water", ibid. pp.D21-D36 (1987),
98. ﹡B.Z. Wang, "The Development of Ecological Wastewater Treatment and Utilization Systems (EWTUS) in China", Water Science and Technology, Vol. 19, 51-63 (1987),
99. B.Z. Wang, J. Sui, et al, "Anaerobic Reactors Treating Beet Sugar Effluent", Effluent & Water Treatment Journal (EWTJ) 26 (5/6) 150-162 (1986),
100. B.Z. Wang, J.L.Fu and G.M.Shi," Purification of Polluted Source Water with Micro-Flocculation-Direct Filtration-Biological Activated Carbon Process", AQUA, No.6, 321-26 (1986),
101. B.Z.Wang, J.Z.Tian and J.Yin," Purification of Polluted Water with Ozonation and Biological Activated Carbon", AQUA, No.6, 351-357 (1986),
102. B.Z.Wang and J.Yin, “Removal of Aromatic Nitro-compounds from Water by Ozonation", AQUA, No.2, 86-93 (1986),
103. B.Z.Wang, J.Z.Tian and J.Yin, “Purification of Polluted Source Water with Ozonation and BAC in China", Ozone Science and Engineering, 6(4) 245- (1985),
104. B.Z.Wang, L.Z.Tian, J.Tin, et al," Efficiency of Ozonation and BAC in THMs Removal", Effluent & Water Treatment Journal (EWTJ), 25(8) 291- (1985),
105. B.Z.Wang, J.Z.Tian, and J.Yin," Potable Water Treatment with Ozonation and BAC", Effluent & Water Treatment Journal (EWTJ) 25 (10) 371- (1985),
106. ﹡Baozhen Wang," EWTJUS in China", Effluent & Water Treatment Journal (EWTJ) 25 (2) 43- (1985),
107. B.Z.Wang, J.Yin, et al.," A Preliminary Study on Efficiency and Mechanism of THMs Removal in Ozonation and BAC Processes", Ozone Science & Engineering, 6(4) 261- 268(1984)