MAO Jiansu

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    General Information

    MAO Jiansu, Associate Professor, Ph.D Supervisor. Industrial Ecologist. Graduated from Northeastern University in 2003 as a Ph. D in Industrial Ecology. Owner of Henry Luce Foundation “Industrial Ecology in Asia” in 2005. She had been post-doctoral associate and Research Fellow at Center of Industrial Ecology in 2005 and 2007, School of Forest & Environmental Studies, Yale University, USA. Research fields including Industrial Ecology, Ecological Economics, Urban Eco-planning, Source Management of Pollutants. Teaching courses Industrial Ecology for international graduates and Circular Economy and Sustainable Development Enterprises for undergraduates. She takes in charge of or joined in around 10 items of research programs. She has published more than 60 academic papers and participated in compiling of 5 books.

    Contact

    Address:No.19 Xinjiekouwai St. School of Environment, Beijing Normal University Beijing

    Postcode:100875

    Tel:010-58806369

    Email: maojs@bnu.edu.cn

    maojs@126.com

    Education

    2000.3~2003.9 PhD., State Environment Protection Agency (SEPA) key laboratory, Northeastern University. Heating Engineering (Industry Ecology)

    1987.9~1990.2 M.E., Harbin Industrial University (Harbin Architectural and Civil Engineering Institute), Hydraulics

    1983.9~1987.7 B.E., Shenyang Construction and Civil Engineering Institute. Heating, Ventilation and Air-conditioning (HVAC)

    Employment Record

    2006.4-Present, Ph.D Supervisor, Post professor, School of Environment, Beijing Normal University;  

    2007.10-2007.12 Senior visiting scholar, Center of Industrial Ecology, School of Forestry & Environmental Studies, Yale University

    2005.06-2006.02 Postdoctoral Associate, Center of Industrial Ecology, School of Forestry & Environmental Studies, Yale University, research on substance anthropogenic flows. Qwner of “Henry Luce Foundation ”program “Industrial Ecology in Asia”.

    2003.12- 2006.03 Postdoctoral Associate, School of Environment, Beijing Normal University, research on Eco-city planning, in charging of the eco-planning of industrial system.

    1995.4-2000.2  Senior  Engineer,  manager of R&D department,  Shenyang Air-conditioning and Purifying Institute, Shenyang Dongyu Group Company

    1993.8-1995.3 Engineer in HVAC, Shenyang Xianda Group Company Limited.

    1990.1-1993.8 Lecturer, Department of City Construction, Shenyang Construction and Civil Engineering Institute

    Courses taught

    1.2007.03-  Industrial Ecology, for international graduates, taught in English at BNU.

    2.2013.09- Circular Economy and Sustainable Development Enterprises, for new undergraduates of Beijing Normal University at Beijing Normal University (BNU).

    3.2006.03- Introduction  of  Environmental Science,  for  undergraduate  in majored in Environmental Science and Engineering at BNU.

    4.1990.03-2004.06 Fluid Mechanics, Pump and  Fans, for  undergraduates majored in HV&AC at Shenyang Construction and Civil Engineering Institute

     

    Research Projects

    1.2012.01- 2015.12,the Natural Science Foundation (General program) : “The anthropogenic transfer and transformation of lead and the quantitative analysis on environmental accumulated lead emission” (41171361), Master;

    2.2013.11-2016.11,the teaching innovation program at Beijing Normal University: “The topics-discussion course for new undergraduates : Circular Economy and Sustainable Development Enterprises” (13-10-10), Master;

    3.2005.06-2006.03,Henry Luce Foundation program and America Natural Science Foundation(BES0329470)program at Yale University,  Researched on the multilevel lead cycle, stock, environmental Impact

    4.2009.12- 2012.12,the National Water Pollution Control and Treatment Project (No.2008ZX07209-009), .Researching on the eco-industrial system planning and regulating for Baiyangdian Basin.

    5.2008.06-2012.12,the National Key Technology R&D Program of China (2007BAC28B03), Researching on the city ecological security assessment.

    6.2006.01-2010.12,National 973 Program (2005CB724200-4),researched on the mechanism of industrial ecological evolution

    7.2006.04-2007.6,National Ministry of Finance & World Bank Program, The Eco-city Planning for Typical Cities of China, Researched on the planning of eco-industrial systems

    8.2005.06-2006.03,Henry Luce Foundation program and America Natural Science Foundation(BES0329470)program at Yale University,  Researched on the multilevel lead cycle, stock, environmental Impact

    Scientific Publications

    Books:

    1.Mao J.S. Anthropogenic Flow of Lead(ISBN 978-7-03-048028-6). Science Press. 2016. (In press)

    2.Yang Zhifeng, Planning of industry system. Eco-cities: A planning guide. CRC press, 2012. Chapter 4.(Mao J.S., Planning of industry system); Chapter 11(Mao J.S, Eco-city Baotou Plan.)

    3.Yang Zhifeng, Xu Linyu, Mao Jiansu. Urban Ecological Security Assessment and Regulation. Beijing, Science Press. 2013. (In Chinese)

    4.Lu Zhongwu. Crossing “Environmental Mountain”: Study on Industrial Ecology. Beijing, Science Press. 2008.(In Chinese)

    5.Qian Yi. Cleaner Production and Circular Economy: Concept, Methodology and Cases. Beijing, Tsinghua University Press. 2008. (In Chinese)

    Journal papers

    1.Liang J., Mao JS*. Risk assessment of lead emission from anthropogenic cycle.  Transactions of Nonferrous Metals Society of China. 2016. 26(1): 248-255. (corresponding author)

    2.Liang J., Mao JS*. Source analysis of global anthropogenic lead emissions: their quantities and species. Environmental Science and Pollution Research.  2015. 22(9): 7129-7138. (corresponding author)

    3.Liang J., Mao JS*. Lead anthropogenic transfer and transformation in China. Transaction of Nonferrous Metals Society of China. 2015. 25(4): 1262-1270. (corresponding author)

    4.Mao JS*., Xu LY., Tian SH., Sun MY. Industry water resource efficiency and cost: Dalian, China. International Journal of Earth Sciences and Engineering. 2015. 8(1): 106-116. (corresponding author)

    5.Mao JS*., Liang J. Ma L. Changes in the functions, species and locations of lead during its anthropogenic flows to provide services. Transactions of Nonferrous Metals Society of China. 2014. 24(1):233-242.

    6.Liang  J., Mao JS*. A dynamic analysis of environmental losses from anthropogenic lead flow and their accumulation in China . Transactions of Nonferrous Metals Society of China. 2014. 24(4):1125-1133(corresponding author).

    7.Mao JS*., Ma L., Zhang JX. Energy Consumption Characteristics of the Industrial Sectors of Chinese Cities. International journal of Earth Sciences and Engineering. 2013, 6(4): 582-595.

    8.Mao JS*., Jiang P., Ma L., Li CH. Resource efficiency of industry sectors - A case study in Baoding. International journal of Earth Sciences and Engineering. 2012,5,(4):652-658

    9.Mao JS*., Ma L., Niu JP. Anthropogenic Transfer & Transformation of Heavy Metals in Anthrosphere: Concepts, connotations and Contents. International journal of Earth Sciences and Engineering. 2012, 5(5): 1129-1137.

    10.Mao JS*., Ma L. Analysis of current policies on lead usage in China. International Journal of Biological Sciences and Engineering. 2012, 3(4):234-245

    11.Mao JS*., Jiang P., Ma L., Li CH., Wang J, Region Distribution of Industrial Environmental Load and its Intensity in Baiyangdian Basin of China. HOAJ Biology. 2012,http://www.hoajonline.com/ journals/hoajbiology/content/pdf/6.pdf.

    12.Mao JS*., Du YC., Xu LY., Zeng Y. Quantification of energy related industrial eco-efficiency of China. Frontiers of environmental science & engineering in China. 2011,5(4)585-596.

    13.Zhang J.X., Cai N., Mao J.S*., et al. Independent innovation, technology introduction and green growth of industry in China: an empirical research based on industry heterogeneity. Studies in Science of Science. 2015, 33(2). 185-271. (corresponding author, In Chinese with English abstract)

    14.Liang J., Mao J.S*. Speciation analysis of lead losses from anthropogenic flow in China. Chinese Journal of Environmental Science, 2014, 35(3): 1191-1197. (corresponding author, In Chinese with English abstract).

    15.Ma L., Mao J.S*. Quantitative Analysis on the Changes in Anthropogenic Lead Flows of China. Chinese Journal of Environmental Science, 2014, 35(7): 2829-2833. (corresponding author, In Chinese with English abstract).

    16.Ma L., Mao J.S*. Reasons for the changes in anthropogenic lead flows of China, Chinese Journal of Environmental Science. 2014, 35(8): 3219-3224. (corresponding author, in Chinese with English abstract ).

    17.Mao J.S*., Ma L. Method for grading industrial sectors in energy consumption and its application, Chinese Journal of Environmental Science. 2013, 34(4): 1628-1635(corresponding author, in Chinese with English abstract).

    18.Mao J.S*., Liang J., Xu L.Y. The flows of mineral resources to provide human service: concepts, connotation and contents, Environmental Science and Technology. 2013, 36(12):195-201. (corresponding author, in Chinese with English abstract)

    19.Du Y.C., Jiang P. Mao J.S*. et al. Eco-efficiency of Jiaozuo Industry Sectors. Chinese Journal of  Environmental Science. 2011, 32(5): 1529-1536. (corresponding author, in Chinese with English abstract).

    20.Du Y.C., Mao J.S*., Xu L.Y. Establishment of Jiaozuo Ecological Security Evaluation Index System Based on SPR Conceptual Model, Environmental Science and Technology. 2011, 34(12H): 332-337. (corresponding author, in Chinese with English abstract).

    21.Du Y.C.,Jiang P., Mao J.S*. Evaluation on the Ecological Security of Jiaozuo City Based on P-S-R Mode. Environmental Science and Technology. 2011, 31: 280-285. (corresponding author,  in Chinese with English abstract).

    22.Mao JS*., Du YC., Cai H., Jiang P. Energy efficiencies of industrial sectors for China’ s major cities. Procedia Environmental Sciences. 2010(2), 781-791.

    23.Mao JS*., Cao J., Graedel TE. Losses to the environment from the multilevel cycle of anthropogenic lead. Environmental Pollution. 2009(157), 2670-2677.

    24.Mao JS*., Graedel TE. Lead In-Use Stock: A Dynamic Analysis. Journal of Industrial Ecology. 2009, 13(1): 112-126.

    25.Mao JS*., Dong J., Graedel TE. The Multilevel Cycle of Anthropogenic Lead .Ⅰ. Methodology. Resource Conservation & Recycling. 2008(52), 1058-1064.

    26.Mao JS*., Dong J., Graedel TE. The Multilevel Cycle of Anthropogenic Lead. II. Results and Discussion. Methodology. Resource Conservation & Recycling. 2008(52), 1050-1057.

    27.Wang T., Mao JS., Johnson J., Reck BK., Graedel TE. Anthropogenic metal cycles in China. Journal of Material Cycles and Waste Management. 2008, 10(2):188-197.

    28.Mao JS*., Yang ZF., Lu ZW. Industrial flow of lead in China. Transaction of Nonferrous Metals Society of China. 2007, 17(2):400-411.

    29.Mao JS*, Yang ZF., LU ZW., Liu RM. An Economic Model for Environmental Management and Planning and its Application. Acta Scientiarm Naturalium Universitatis Pekinensis (nature science). 2007, 43(4): 509-516.

    30.Mao JS*, Yang ZF., Lu ZW., Liu RM. The Relationship between Industrial Development and Environmental Impacts in China, Acta Scientiarm Naturalium Universitatis Pekinensis (nature science). 2007, 43(6):744-751.

    31.Mao, J.S*, Lu, Z.W. 2006. Eco-efficiency of Lead in China’s Lead-acid Battery System. Journal of Industrial Ecology. 10(1/2): 185-197. (SCI)

    32.T.E.Graedel, J.Dong, Mao Jiansu. 2006. Technological use histories for solder metals. IEEE International Symposium on Electronics and the Environment.2006.6:201-205. (EI, ISTP)

    33.Mao JS*, Zeng R. Du Y.C. et al. Eco-efficiency of industry sectors for China, Chinese Journal of Environmental Science. 2010, 31(12): 269-275. (corresponding author, in Chinese with English abstract).

    34.Zeng R. Mao JS*. Lead in Use Stock of Beijing in 2005. Environmental Science and Technology. 2010, 33(8): 49-52. (corresponding author, in Chinese with English abstract) .

    35.Zen R., MAO Jian-su* Trend Analysis on Dissipative Uses of Pb in China Environmental Science and Technology. 2010, 33(2): 192-195. (corresponding author, In Chinese with English abstract) .

    36.Wu D., Mao JS*. Comparative Study of Energy Consumption and Industrial Structure in China's Five Major Cities. Environmental Science and Technology. 2010. 33(2): 184-191(corresponding author, In Chinese with English abstract).

    37.Wu D., Mao JS*. Thinking about the reduction of the solid waste. China Resource Comprehensive Utilization. 2007.8:34-37(corresponding author, In Chinese with English abstract).

    38.Mao, JS*, Lu, ZW, Yang, ZF. 2006. The Lead Flow Analysis for Lead-Acid Battery Systems. Science of Environment. 27 (3): 43-48. (in Chinese, with English abstract).

    39.Mao JS*, Lu, ZW. 2006. On Metal Scrap Resource for Industry, Research on Recycling Resource. 4:1-6 (in Chinese).

    40.Mao, JS*, Lu, ZW., 2004. Study on the Resource Efficiency of Lead for China, Research of Environmental Sciences. 17(3): 85-87 (in Chinese, with English abstract).

    41.Mao, JS*, Lu, ZW, 2004. A Preliminary Study on the Principal Characteristics for Environmental Management. Trends in Environmental Science. 4:6-8 (in Chinese with English abstract)

    42.Mao, JS*, Lu, ZW., 2003. A Study on the Reasons of Low Lead Recycling Rate in China. World Nonferrous Metals.11:24-27 (in Chinese, with English abstract).

    43.Mao, JS*, Lu, ZW., 2003. On the Lead Scrap Resource in Lead Industry, World Nonferrous Metals.7:10-14 (in Chinese, with English abstract).  

    44.Mao, JS*, Lu, ZW., 2003. A Study on the Influence of variable of lead output on lead scrap resource. China Comprehensive Utilization. 7:38-41 (in Chinese, with English abstract).  

    45.Mao, JS*, Lu, ZW., 2003. Resource-service efficiency of lead in lead-acid battery, Journal of Northeastern University (nature science).24 (12): 1173-1176 (in Chinese, with English abstract).

    46.Mao, JS*, Lu, ZW., 2003. The Material Circular Flow and Value Circular Flow. Journal of Materials and Metallurgy. 6:157-160 (in Chinese, with English abstract).

    47.Lu, Z.W., Mao, JS*, 2003. Crossing “Environmental Mountain” —on the Increase and Decrease of Environment Impact in the Process of Economic Growth, Engineering Science.5(12): 36-42 (in Chinese, with English abstract).

    48.Mao, JS*., Lu, ZW. 2002. Eco-efficiency of lead-acid battery, Paper compilation on 2002 Annual Academic symposium on Energy & Heating Engineering.9: 99-103 (in Chinese, with English abstract).

    49.Liu, LR, Mao, JS, 2002. Life-Cycle Interpretation: the key steps for yielding environmental returns. Journal of Shenyang Construction and Civil Engineering. 18(1): 54-56 (in Chinese, with English abstract).  

    50.Liu, LR, Mao, JS, 2001. Life Cycle Assessment and Its Application in Waste Management. Journal of Shenyang Construction and Civil Engineering. 17(4):287-289(in Chinese, with English abstract)..

    51.Wu Z.D., Mao J.S*, He L.Y., et al. Experiment of adjusting outlet volute of centrifugal fans. HV&AC. 1999.29(4):6-11 (in Chinese with English abstract).

    52.Mao J.S*., Wu Z.D., He L.Y., et al. Introduction of ALP air duct system. HV&AC. 1998.28(4):74-76. (in Chinese with English abstract).

    53.Mao J.S*., Tian S.B. Drag reduction feature of high polymer liquid in rectangular pipeline. Journal of Shenyang Architectural and Civil Engineering Institute. 1993.9(1): 1-6 (in Chinese with English abstract).

    54.He Z.Y., Han Y.N., Wu Y.B., Mao J.S. Non-Newtonian laminar sublayer of high molecular drag-reducing solution. J. Harbin Archit. & Civ. Eng. Inst. 1991.24(2): 42-47 (in Chinese with English abstract).

    55.Mao J.S*. The velocity distribution and friction coefficient for laminar flow in rectangular ducts. J. Harbin Archit. & Civ. Eng. Inst. 1991.24(1):66-73 (in Chinese with English abstract).

    56.He Z.Y., Mao J.S., Wu Y.B. Non-Newtonian transition of high molecular drag-reducing solution. J. Harbin Archit. & Civ. Eng. Inst. 1990.23(4):72-77. (in Chinese with English abstract).

    Main Reports:

    57.Mao JS. Industrial Environmental Management: Target and Approach. 2nd UNIDO Green Industry Training workshop. School of Economic and Resource Management of Beijing Normal University. Apr. 24.2015.

    58.Mao JS* Ma L, Zhang JX, Energy Consumption Characteristics of the Industrial Sectors of Chinese Cities. PACE 2013 International Symposium on Environmental Economics and Policy in China & 4th Summer Camp for Chinese Environmental and Resource Economists. Dalian, China, Jul. 14-17.

    59.Mao JS. Extending MFA to Anthropogenic Transfer & Transformation. the Third ISIE Asia-Pacific Meeting and the ISIE EID-ConAccount Meeting 2012,  Tsinghua University, Beijing, China. Oct.20–21, 2012.

    60.Mao JS*., Ying ZW., Lu ZW. The Influence of Recycling of Material on Value Source Intensity. 2008 Proceedings of Information Technology and Environmental System Sciences, ITESS’2008 (Part 2). 2008, 1078-1084.

    61.Mao, J.S*, Lu, Z.W., Yang, Z.F. 2004. Several benefits from recycling of industrial materials. Proceedings of the Fifth Annual Conference for Young Scientists of China Association for Science and Technology. Nov.2-5. Shanghai, China. 489-498. (ISTP)

    Community services and membership

    Committee of journal  titled  International  Journal  of Environment  and Resource

    Member of American Chemistry Society (ACS)

    Member of International Society for Industrial Ecology (ISIE)

    Member of Ecological Society of China (ESC)