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- SUN Lu
- Researcher Name
- SUN Lu
- Div (Section) name/title
- Center for Social and Environmental Systems Research（Eco-society Innovation Section）／Research Associate
- Research Subject
- Urban industrial symbiosis,waste management, urban metabolism, Energy system management
- Degree(s)
- Doctoral of Science
- Professional Qualification(s)
- Science,Geography
- Environmental Speciality Field
- Environmental system
- Keyword(s)
- MFA,life cycle assessment (LCA),Input output analysis,UIS,Suatainable Indicator,Environmental economic analysis
- Career
- 2011.09-2014.07 Institute of Applied Ecology, Chinese Academy of Sciences. Master
2016.04-2019.03 The University of Tokyo. Doctor
2010.04- National Institute for Environmental Studies, Research Associate
- Membership of Academic Society
- The Institute of Life Cycle Assessment, Japan,International Society for Industrial Ecology
- Research Subject
- Fiscal Year: 2020
- 25184 : Studies on Adaptation Strategies Considering Social Change
- 25249 : Design of general-purpose regional energy management system and development of planning and evaluation system for reconstruction and town development
- 25313 : Comprehensive research design for integrative evaluation for Sustainable Development Goals
- 25314 : The Fourth Environmental Economics Policy Research: Development of indices and assessment systems for comprehensive review of Fifth Basic Environment Plan
- Fiscal Year: 2019
- 24883 : Innovative modelling and monitoring research toward low carbon society and eco-citie and regions，2019
- 24915 : The Fourth Environmental Economics Policy Research: Development of indices and assessment systems for comprehensive review of Fifth Basic Environment Plan
- 24919 : Comprehensive research design for integrative evaluation for Sustainable Development Goals
- 24994 : Design of general-purpose regional energy management system and development of planning and evaluation system for reconstruction and town development
- Fiscal Year: 2020
- Research Result (Publication)
- all
- Original Paper
- Book
- Original Paper
Past, current, and future perspectives on eco-tourism: a bibliometric review between 2001 and 2018Presenter : Shasha Z.T.S., Geng Y., Sun H., Musakwa W., Sun L.
Title : , Environmental Science and Pollution Research, 1-15 (2020) - Presenter : Fang K., Zhang Q., Long Y., Yoshida Y., Sun L., Zhang H., Dou Y., Li S.
Title : , Applied Energy, 241:380-389 (2019) - Original Paper
Assessment of the carbon emissions reduction potential of China's iron and steel industry based on a simulation analysisPresenter : Li Z., Dai Hancheng, Song Junnian, Sun L., Geng Yong, Lu Keyu, Hanaoka T.
Title : , Energy, 183:279-290 (2019) - Original Paper
Exploring the impacts of regional unbalanced carbon tax on CO2 emissions and industrial competitiveness in Liaoning province of ChinaPresenter : Li Z., Dai H., Sun L., Xie Y., Liu Z., Wang P., Yabar H.
Title : , Energy Policy, 113:9-19 (2018) - Original Paper
Carbon footprint assessment for the waste management sector: A comparative analysis of China and JapanPresenter : Sun L., Li Z., Fujii M., Hijioka Y., Fujita T.
Title : , Frontiers in Energy, 12(3):400-410 (2018) - Original Paper
Policy implications from revealing consumption-based carbon footprint of major economic sectors in JapanPresenter : Long Y., Yoshida Y., Zhang R., Sun L., Dou Y.
Title : , Energy Policy, 119:339-348 (2018) - Original Paper
Policy implications from revealing consumption-based carbon footprint of major economic sectors in JapanPresenter : Long Y., Yoshida Y., Zhang R., Sun L., Dou Y.
Title : , Energy Policy, 119:339-348 (2018) - Original Paper
Technical and economic assessment of RES penetration by modelling China's existing energy systemPresenter : You W., Geng Y., Dong H., Wilson J., Pan H., Wu R., Sun L., Zhang X., Liu Z.
Title : , Energy, 165:900-910 (2018) - Book
Opportunities and Future Challenges in Hydrogen Economy for Sustainable DevelopmentPresenter : Dou Y., Sun L., Ren J., Dong L.
Title : , Hydrogen Economy: Supply Chain, Life Cycle Analysis and Energy Transition for Sustainability (2017) - Presenter : Liu Z., Adams M., Cote R.P., Geng Y., Chen Q., Liu W., Sun L.
Title : , Energy Policy, 102:88-95 (2017) - Original Paper
Sustainable development of sewage sludge-to-energy in China: Barriers identification and technologies prioritizationPresenter : Ren J., Liang H., Dong L., Gao Z., He C., Pan M., Sun L.
Title : , Renewable and Sustainable Energy Reviews, 67:384-396 (2017) - Presenter : Chen W., Zhong S., Geng Y., Chen Y., Cui X., Wu Q., Pan H., Wu R., Sun L., Tian X.
Title : , Journal of Cleaner Production, 162:1388-1397 (2017) - Presenter : Yang Q., Geng Y., Dong H., Zhang J., Yu X., Sun L., Lu X., Chen Y.
Title : , Journal of Cleaner Production, 161:327-334 (2017) - Presenter : Li Z., Sun L., Geng Y., Dong H., Ren J., Liu Z., Tian X., Yabar H., Higano Y.
Title : , Journal of Cleaner Production, 162:61-70 (2017) - Presenter : Chen W., Liu W., Geng Y., Ohnishi S., Sun L., Han W., Tian X., Zhong S.
Title : , Journal of Cleaner Production, 131(9):272-279 (2016) - Original Paper
Sustainability assessment of one industrial region: a combined method of Emergy analysis and IPATPresenter : Yu X., Geng Y., Dong H., Ulgiati S., Liu Z., Liu Z., Ma Z., Tian X., Sun L.
Title : , Energy, 107:818-830 (2016) - Original Paper
Analysis on Spatial-temporal Features of Taxis’ Emissions from Big Data Informed Travel Patterns: A Case of Shanghai, ChinaPresenter : Luo X., Dong L., Dou Y., Zhang N., Ren J., Li Y., Sun L., Yao S.
Title : , Journal of Cleaner Production (2016) - Original Paper
Design for sustainability of industrial symbiosis based on emergy and multi-objective particle swarm optimizationPresenter : Ren J., Liang H., Dong L., Sun L., Gao Z.
Title : , Science of The Total Environment, 562:789-801 (2016)
- Presenter : Shasha Z.T.S., Geng Y., Sun H., Musakwa W., Sun L.
Title : , Environmental Science and Pollution Research, 1-15 (2020) - Presenter : Fang K., Zhang Q., Long Y., Yoshida Y., Sun L., Zhang H., Dou Y., Li S.
Title : , Applied Energy, 241:380-389 (2019) - Presenter : Li Z., Dai Hancheng, Song Junnian, Sun L., Geng Yong, Lu Keyu, Hanaoka T.
Title : , Energy, 183:279-290 (2019) - Presenter : Li Z., Dai H., Sun L., Xie Y., Liu Z., Wang P., Yabar H.
Title : , Energy Policy, 113:9-19 (2018) - Presenter : Sun L., Li Z., Fujii M., Hijioka Y., Fujita T.
Title : , Frontiers in Energy, 12(3):400-410 (2018) - Presenter : Long Y., Yoshida Y., Zhang R., Sun L., Dou Y.
Title : , Energy Policy, 119:339-348 (2018) - Presenter : Long Y., Yoshida Y., Zhang R., Sun L., Dou Y.
Title : , Energy Policy, 119:339-348 (2018) - Presenter : You W., Geng Y., Dong H., Wilson J., Pan H., Wu R., Sun L., Zhang X., Liu Z.
Title : , Energy, 165:900-910 (2018) - Presenter : Liu Z., Adams M., Cote R.P., Geng Y., Chen Q., Liu W., Sun L.
Title : , Energy Policy, 102:88-95 (2017) - Presenter : Ren J., Liang H., Dong L., Gao Z., He C., Pan M., Sun L.
Title : , Renewable and Sustainable Energy Reviews, 67:384-396 (2017) - Presenter : Chen W., Zhong S., Geng Y., Chen Y., Cui X., Wu Q., Pan H., Wu R., Sun L., Tian X.
Title : , Journal of Cleaner Production, 162:1388-1397 (2017) - Presenter : Yang Q., Geng Y., Dong H., Zhang J., Yu X., Sun L., Lu X., Chen Y.
Title : , Journal of Cleaner Production, 161:327-334 (2017) - Presenter : Li Z., Sun L., Geng Y., Dong H., Ren J., Liu Z., Tian X., Yabar H., Higano Y.
Title : , Journal of Cleaner Production, 162:61-70 (2017) - Presenter : Chen W., Liu W., Geng Y., Ohnishi S., Sun L., Han W., Tian X., Zhong S.
Title : , Journal of Cleaner Production, 131(9):272-279 (2016) - Presenter : Yu X., Geng Y., Dong H., Ulgiati S., Liu Z., Liu Z., Ma Z., Tian X., Sun L.
Title : , Energy, 107:818-830 (2016) - Presenter : Luo X., Dong L., Dou Y., Zhang N., Ren J., Li Y., Sun L., Yao S.
Title : , Journal of Cleaner Production (2016) - Presenter : Ren J., Liang H., Dong L., Sun L., Gao Z.
Title : , Science of The Total Environment, 562:789-801 (2016)
- Research Result (Presentation)
- all
- Research Presentation
- Research Presentation
Circular economy practices of Tokyo Metropolis and its energy saving ＆ environmental benefit effect - Research Presentation
CO2 emission characteristics and spatial distribution in mega cities-comparative study in China, Japan and South Korea - Research Presentation
Energy saving and environmental benefit of waste-to-energy transition in China - Research Presentation
Possibility to Building Smart Energy Sharing Network in an Industrial Park Through the Information SharingPresenter : Fujii M., Okadera T., Goto N., Ohnishi S., Maki S., Sun L.
Name of Society : The 14th Conference on Sustainable Development of Energy, Water and Environment Systems (SDEWES) (2019)
Name of Proceedings : Abstracts - Research Presentation
Low carbon city transition through urban - industrial symbiosis application - a case of Shenyang - Research Presentation
Toward de-carbonized industry through efficient use of waste and renewable energy - Research Presentation
Achieving a low carbon city through urban symbiosis: A case of Tokyo MetropolisPresenter : Sun L., Fujii M., Tasaki T.
Name of Society : 3rd Annual IIES Scientific Workshop (2017)
Name of Proceedings : Cities are responsible for more than 60 percent of global energy consumption and three-fourth of world greenhouse gas emissions. Industrial and urban symbiosis can be an effective solution for resource recycling and energy conservation. Numerous studies have verified greenhouse gas emission reduction and economic benefits of industrial and urban symbiosis. However, few research focus on energy exchange between waste management system and urban energy system and efficient cascade use of energy from waste. In this study, we proposed and assessed an urban symbiosis network which integrates municipal solid waste treatment system, district heating system and industrial system. In the proposed symbiosis network, biomass such as food waste, sewage sludge are used to generate electricity, and the residues from the fermentation process are combusted in incinerators to minimize the amount of final disposal. Heat from incinerator is used for a district heating system in residential and commercial area nearby. The proposed symbiosis network improves the exergy efficiency through combined heat and power system, and cascade use of energy such as high pressure steam is supplied to industries, and low temperature hot water is used in district heating. Tokyo Metropolis were selected as a case. Energy flow analysis was applied in order to quantify energy saving benefits of the symbiosis network, and energy recovery efficiency was calculated. Environmental impacts such as CO2 emission reduction were evaluated by employing life cycle assessment. The results showed that the proposed urban symbiosis network and energy cascade use created significant energy saving benefits (up to 5.4% of the total energy consumption) at upstream fossil fuel production process and downstream waste disposal process. The system of urban symbiosis had a great potential of carbon reduction (up to 1.10 million ton), contributing not only to circular society, but also to urban energy system. - Research Presentation
Assessment of urban symbiosis effect on urban metabolism based on energy flows analysis and life cycle assessmentPresenter : Sun L., Fujii M., Tasaki T., Ohnishi S., Dou Y., Dong H., Hijioka Y., Fujita T.
Name of Society : The 9th biennial conference of the International Society for Industrial Ecology (ISIE) (2017)
Name of Proceedings : - - Research Presentation
Innovation for realizing a sustainable low carbon and high exergy efficiency society - Research Presentation
Uncovering driving forces on urban metabolism and urban symbiosis design—A case of ShenyangPresenter : Sun L.
Name of Society : Second Congress of the Society for Urban Ecology (2016)
Name of Proceedings : Proceedings of the Second Congress of the Society for Urban Ecology (SURE), 1(1)
- CO2 emission characteristics and spatial distribution in mega cities-comparative study in China, Japan and South Korea
- Presenter : Fujii M., Okadera T., Goto N., Ohnishi S., Maki S., Sun L.
Name of Society : The 14th Conference on Sustainable Development of Energy, Water and Environment Systems (SDEWES) (2019)
Name of Proceedings : Abstracts - Presenter : Sun L., Fujii M., Tasaki T.
Name of Society : 3rd Annual IIES Scientific Workshop (2017)
Name of Proceedings : Cities are responsible for more than 60 percent of global energy consumption and three-fourth of world greenhouse gas emissions. Industrial and urban symbiosis can be an effective solution for resource recycling and energy conservation. Numerous studies have verified greenhouse gas emission reduction and economic benefits of industrial and urban symbiosis. However, few research focus on energy exchange between waste management system and urban energy system and efficient cascade use of energy from waste. In this study, we proposed and assessed an urban symbiosis network which integrates municipal solid waste treatment system, district heating system and industrial system. In the proposed symbiosis network, biomass such as food waste, sewage sludge are used to generate electricity, and the residues from the fermentation process are combusted in incinerators to minimize the amount of final disposal. Heat from incinerator is used for a district heating system in residential and commercial area nearby. The proposed symbiosis network improves the exergy efficiency through combined heat and power system, and cascade use of energy such as high pressure steam is supplied to industries, and low temperature hot water is used in district heating. Tokyo Metropolis were selected as a case. Energy flow analysis was applied in order to quantify energy saving benefits of the symbiosis network, and energy recovery efficiency was calculated. Environmental impacts such as CO2 emission reduction were evaluated by employing life cycle assessment. The results showed that the proposed urban symbiosis network and energy cascade use created significant energy saving benefits (up to 5.4% of the total energy consumption) at upstream fossil fuel production process and downstream waste disposal process. The system of urban symbiosis had a great potential of carbon reduction (up to 1.10 million ton), contributing not only to circular society, but also to urban energy system. - Presenter : Sun L., Fujii M., Tasaki T., Ohnishi S., Dou Y., Dong H., Hijioka Y., Fujita T.
Name of Society : The 9th biennial conference of the International Society for Industrial Ecology (ISIE) (2017)
Name of Proceedings : - - Presenter : Sun L.
Name of Society : Second Congress of the Society for Urban Ecology (2016)
Name of Proceedings : Proceedings of the Second Congress of the Society for Urban Ecology (SURE), 1(1)
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