Faculty Profiles - YAMAMOTO Yugo

写真a

YAMAMOTO Yugo

Name of department

Faculty of Systems Engineering, Environmental Science

Job title

Associate Professor

Mail Address

Homepage

External link

Education

2001

-

2004

Osaka University Graduate School of Engineering Department of Environmental Engineering
1999

-

2001

Osaka Universuty Graduate School of Engineering Department of Environmental Engineering
1995

-

1999

Osaka University School of Engineering Department of Environmental Engineering

Degree

博士（工学）

Academic & Professional Experience

2015.04

Wakayama University システム工学部システム工学科准教授
2013.04

Wakayama University システム工学部環境システム学科准教授
2010.04

Department of Enviromental Systems, Faculty of Systems Engineering, Wakayama University Lecturer
2007.04

-

2010.03

Department of Sustainable Energy and Environmental Engineering, Graduate School of Engineering, Osaka. University Assistant Professor
2005.04

-

2007.03

Department of Sustainable Energy and Environmental Engineering, Graduate School of Engineering, Osaka. University Assistant Professor
2004.04

-

2005.03

Department of Environmental Engineering, Graduate School of Engineering, Osaka. University Assistant Professor

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Association Memberships

2015

-

Now

Japan Association for Human and Environmental Symbiosis
2011.10

-

2023.03

The Japan Section of the Regional Science Association International
2008

-

Now

JAPAN SOCIETY OF MATERIAL CYCLES AND WASTE MANAGEMENT
2005.09

-

2023.01

Society of Environmental Science, Japan
2005.09

-

2009.12

The Institute of Life Cycle Assessment, Japan
2003

-

Now

CENTER FOR ENVIRONMENTAL INFORMATIION SIENCE
1999

-

Now

JAPAN SOCIETY OF CIVIL ENGINEERS

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Research Areas

Social infrastructure (civil Engineering, architecture, disaster prevention) / Civil engineering (environmental systems)
Environmental science/Agricultural science / Environmental policy and society
Environmental science/Agricultural science / Environmental impact assessment

Seeds

環境技術システムの社会実装に向けた戦略づくりと環境影響評価

Classes (including Experimental Classes, Seminars, Graduation Thesis Guidance, Graduation Research, and Topical Research)

2023 Nature and environment Liberal Arts and Sciences Subjects
2023 Seminar in Environmental Science Specialized Subjects
2023 Graduation Research Specialized Subjects
2023 Seminar in Environmental Information Modeling B Specialized Subjects
2023 Seminar in Environmental Information Modeling A Specialized Subjects
2023 Environmental Economics and Policy B Specialized Subjects
2023 Mathematical Analysis for Environmental Science A2 Specialized Subjects
2023 Environmental Economics and Policy A Specialized Subjects
2023 Environmental Surveys Ⅰ Specialized Subjects
2023 Regional Environment Systems B Specialized Subjects
2023 Regional Environment Systems A Specialized Subjects
2022 Nature and environment Liberal Arts and Sciences Subjects
2022 Seminar in Environmental Information Modeling B Specialized Subjects
2022 Seminar in Environmental Information Modeling A Specialized Subjects
2022 Regional Environment Systems B Specialized Subjects
2022 Regional Environment Systems A Specialized Subjects
2022 Graduation Research Specialized Subjects
2022 Graduation Research Specialized Subjects
2022 Introduction to Current Systems Engineering A Specialized Subjects
2022 Mathematical Analysis for Environmental Science A2 Specialized Subjects
2022 Environmental Surveys Ⅰ Specialized Subjects
2022 Environmental Economics and Policy B Specialized Subjects
2022 Environmental Economics and Policy A Specialized Subjects
2022 Seminar in Environmental Science Specialized Subjects
2021 Environmental Economics and Policy B Specialized Subjects
2021 Graduation Research Specialized Subjects
2021 Environmental Economics and Policy A Specialized Subjects
2021 Seminar in Environmental Science Specialized Subjects
2021 Seminar in Environmental Information Modeling B Specialized Subjects
2021 Regional Environment Systems B Specialized Subjects
2021 Mathematical Analysis for Environmental Science A2 Specialized Subjects
2021 Seminar in Environmental Information Modeling A Specialized Subjects
2021 Regional Environment Systems A Specialized Subjects
2021 Graduation Research Specialized Subjects
2021 Introduction to Current Systems Engineering A Specialized Subjects
2021 Introductory Seminar in Systems Engineering Specialized Subjects
2021 Nature and environment Liberal Arts and Sciences Subjects
2020 Nature and environment Liberal Arts and Sciences Subjects
2020 Graduation Research Specialized Subjects
2020 Introduction to Current Systems Engineering A Specialized Subjects
2020 Seminar in Environmental Information Modeling B Specialized Subjects
2020 Seminar in Environmental Information Modeling A Specialized Subjects
2020 Mathematical Analysis for Environmental Science A2 Specialized Subjects
2020 Environmental Economics and Policy B Specialized Subjects
2020 Environmental Economics and Policy A Specialized Subjects
2020 Regional Environment Systems B Specialized Subjects
2020 Regional Environment Systems A Specialized Subjects
2020 Seminar in Environmental Science Specialized Subjects
2019 Seminar in Environmental Information Processing Specialized Subjects
2019 Seminar in Environmental Information Processing Specialized Subjects
2019 Seminar in Environmental Information Modeling Specialized Subjects
2019 Seminar in Environmental Information Modeling Specialized Subjects
2019 Mathematical Analysis for Environmental Science A Specialized Subjects
2019 Seminar in Environmental Science Specialized Subjects
2019 Risk Management Specialized Subjects
2019 Landscape Ecology Specialized Subjects
2019 Introduction to Current Systems EngineeringⅠ Specialized Subjects
2019 Environmental Economics and Policy Specialized Subjects
2019 Introductory Seminar in Systems Engineering Specialized Subjects
2019 Regional Environmental Systems Specialized Subjects
2018 Regional Environmental Systems Specialized Subjects
2018 Seminar in Environmental Information Modeling Specialized Subjects
2018 Seminar in Environmental Information Modeling Specialized Subjects
2018 Introduction to Current Systems EngineeringⅠ Specialized Subjects
2018 Mathematical Analysis for Environmental Science A Specialized Subjects
2018 Seminar in Environmental Science Specialized Subjects
2018 Environmental Economics and Policy Specialized Subjects
2018 Risk Management Specialized Subjects
2017 Environmental Economics and Policy Specialized Subjects
2017 Graduation Research Specialized Subjects
2017 Seminar in Environmental Information Modeling Specialized Subjects
2017 Seminar in Environmental Information Modeling Specialized Subjects
2017 Introduction to Current Systems EngineeringⅠ Specialized Subjects
2017 Mathematical Analysis for Environmental Science A Specialized Subjects
2017 Seminar in Environmental Design Ⅱ Specialized Subjects
2017 Seminar in Environmental ModelingⅡ Specialized Subjects
2017 Seminar in Environmental TechnologyⅡ Specialized Subjects
2017 Risk Management Specialized Subjects
2017 Regional Environmental Systems Specialized Subjects
2016 Mathematical Analysis for Environmental Science A Specialized Subjects
2016 Seminar in Environmental Information Modeling Specialized Subjects
2016 Seminar in Environmental Information Modeling Specialized Subjects
2016 Seminar in Environmental Information Processing Specialized Subjects
2016 Seminar in Environmental Information Processing Specialized Subjects
2016 Introduction to Majors 2 Specialized Subjects
2016 Introduction to Majors 2 Specialized Subjects
2016 Introduction to Majors 1 Specialized Subjects
2016 Introduction to Majors 1 Specialized Subjects
2016 Graduation Research Specialized Subjects
2016 Graduation Research Specialized Subjects
2016 Risk Management Specialized Subjects
2016 Introductory Seminar in Systems Engineering Specialized Subjects
2016 Seminar in Environmental Design Ⅱ Specialized Subjects
2016 Seminar in Environmental ModelingⅡ Specialized Subjects
2016 Seminar in Environmental TechnologyⅡ Specialized Subjects
2016 Exercise in Environmental DesignⅠ Specialized Subjects
2016 Seminar in Environmental ModelingⅠ Specialized Subjects
2016 Seminar in Environmental Technology Ⅰ Specialized Subjects
2016 Regional Environmental Systems Specialized Subjects
2016 Environmental Surveys Ⅰ Specialized Subjects
2015 Seminar in Environmental Information Processing Specialized Subjects
2015 Seminar in Environmental Information Processing Specialized Subjects
2015 Seminar in Environmental ModelingⅠ Specialized Subjects
2015 Exercise in Environmental DesignⅠ Specialized Subjects
2015 Seminar in Environmental Technology Ⅰ Specialized Subjects
2015 Risk Management Specialized Subjects
2015 Graduation Research Specialized Subjects
2015 Seminar in Environmental Information Modeling Specialized Subjects
2015 Seminar in Environmental Information Modeling Specialized Subjects
2015 Graduation Research Specialized Subjects
2015 Environmental Surveys Ⅰ Specialized Subjects
2015 Seminar in Environmental ModelingⅡ Specialized Subjects
2015 Seminar in Environmental Design Ⅱ Specialized Subjects
2015 Seminar in Environmental TechnologyⅡ Specialized Subjects
2015 Introduction to Majors 2 Specialized Subjects
2015 Introduction to Majors 2 Specialized Subjects
2015 Introduction to Majors 1 Specialized Subjects
2015 Introduction to Majors 1 Specialized Subjects
2015 Regional Environmental Systems Specialized Subjects
2015 Graduation Research Specialized Subjects
2014 Seminar in Environmental Information Modeling Specialized Subjects
2014 Seminar in Environmental Information Modeling Specialized Subjects
2014 Seminar in Environmental Design Ⅱ Specialized Subjects
2014 Seminar in Environmental ModelingⅡ Specialized Subjects
2014 Seminar in Environmental TechnologyⅡ Specialized Subjects
2014 Exercise in Environmental DesignⅠ Specialized Subjects
2014 Seminar in Environmental ModelingⅠ Specialized Subjects
2014 Seminar in Environmental Technology Ⅰ Specialized Subjects
2014 Risk Management Specialized Subjects
2014 Introduction to Environmental Systems Ⅰ Specialized Subjects
2014 Seminar in Environmental Information Processing Specialized Subjects
2014 Seminar in Environmental Information Processing Specialized Subjects
2014 Regional Environmental Systems Specialized Subjects
2014 Environmental Surveys Ⅰ Specialized Subjects
2014 Information Processing Ⅰ Specialized Subjects
2014 Introductory Seminar Liberal Arts and Sciences Subjects
2013 Seminar in Environmental Information Modeling Specialized Subjects
2013 Seminar in Environmental Information Modeling Specialized Subjects
2013 Seminar in Environmental Design Ⅱ Specialized Subjects
2013 Seminar in Environmental ModelingⅡ Specialized Subjects
2013 Seminar in Environmental TechnologyⅡ Specialized Subjects
2013 Exercise in Environmental DesignⅠ Specialized Subjects
2013 Seminar in Environmental ModelingⅠ Specialized Subjects
2013 Seminar in Environmental Technology Ⅰ Specialized Subjects
2013 Risk Management Specialized Subjects
2013 Introduction to Environmental Systems Ⅰ Specialized Subjects
2013 Seminar in Environmental Information Processing Specialized Subjects
2013 Seminar in Environmental Information Processing Specialized Subjects
2013 Regional Environmental Systems Specialized Subjects
2013 Environmental Surveys Ⅰ Specialized Subjects
2013 Information Processing Ⅰ Specialized Subjects
2012 Information Processing Ⅰ Specialized Subjects
2012 Introductory Seminar Liberal Arts and Sciences Subjects
2012 Environmental Surveys Ⅰ Specialized Subjects
2012 Seminar in Environmental ModelingⅡ Specialized Subjects
2012 Seminar in Environmental Information Modeling Specialized Subjects
2012 Introduction to Environmental Systems Ⅰ Specialized Subjects
2012 Regional Environmental Systems Specialized Subjects
2012 Seminar in Environmental Information Processing Specialized Subjects
2012 Seminar in Environmental Information Processing Specialized Subjects
2012 Seminar in Environmental ModelingⅠ Specialized Subjects
2012 Risk Management Specialized Subjects
2011 Seminar in Environmental Information Processing Specialized Subjects
2011 Seminar in Environmental Information Processing Specialized Subjects
2011 Seminar in Environmental Information Modeling Specialized Subjects
2011 Seminar in Environmental ModelingⅠ Specialized Subjects
2011 Group seminar for graduation works Specialized Subjects
2011 Introduction to Environmental Systems Ⅰ Specialized Subjects
2011 Regional Environmental Systems Specialized Subjects
2011 Environmental Surveys Ⅰ Specialized Subjects
2011 Graduation Research Liberal Arts and Sciences Subjects
2011 Seminar in Environmental ModelingⅡ Specialized Subjects
2010 NA Specialized Subjects
2010 Introductory Seminar Liberal Arts and Sciences Subjects
2010 Seminar in Environmental Information Processing Specialized Subjects
2010 Seminar in Environmental Information Processing Specialized Subjects
2010 Regional Environmental Systems Specialized Subjects
2010 NA Liberal Arts and Sciences Subjects
2010 NA Specialized Subjects
2010 Group seminar for graduation works Specialized Subjects

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Classes

2023 Systems Engineering SeminarⅠA Master's Course
2023 Systems Engineering SeminarⅠB Master's Course
2023 Systems Engineering SeminarⅡA Master's Course
2023 Systems Engineering SeminarⅡB Master's Course
2023 Planning Theory on Regional EnvironmentA Master's Course
2023 Systems Engineering Project SeminarⅠA Master's Course
2023 Systems Engineering Project SeminarⅠB Master's Course
2023 Systems Engineering Project SeminarⅡA Master's Course
2023 Systems Engineering Project SeminarⅡB Master's Course
2023 Systems Engineering Advanced Seminar Ⅰ Doctoral Course
2023 Systems Engineering Advanced Seminar Ⅰ Doctoral Course
2023 Systems Engineering Advanced Seminar Ⅱ Doctoral Course
2023 Systems Engineering Advanced Seminar Ⅱ Doctoral Course
2023 Systems Engineering Advanced Research Doctoral Course
2023 Systems Engineering Advanced Research Doctoral Course
2023 Systems Engineering Global Seminar Ⅰ Doctoral Course
2023 Systems Engineering Global Seminar Ⅰ Doctoral Course
2023 Systems Engineering Global Seminar Ⅱ Doctoral Course
2023 Systems Engineering Global Seminar Ⅱ Doctoral Course
2022 Systems Engineering Global Seminar Ⅱ Doctoral Course
2022 Systems Engineering Global Seminar Ⅰ Doctoral Course
2022 Systems Engineering Advanced Research Doctoral Course
2022 Systems Engineering Advanced Seminar Ⅱ Doctoral Course
2022 Systems Engineering Advanced Seminar Ⅰ Doctoral Course
2022 Systems Engineering Project SeminarⅡB Master's Course
2022 Systems Engineering Project SeminarⅡA Master's Course
2022 Systems Engineering Project SeminarⅠB Master's Course
2022 Systems Engineering Project SeminarⅠA Master's Course
2022 Systems Engineering SeminarⅡB Master's Course
2022 Systems Engineering SeminarⅡA Master's Course
2022 Systems Engineering SeminarⅠB Master's Course
2022 Systems Engineering SeminarⅠA Master's Course
2021 Systems Engineering Global Seminar Ⅱ Doctoral Course
2021 Systems Engineering Global Seminar Ⅰ Doctoral Course
2021 Systems Engineering Advanced Research Doctoral Course
2021 Systems Engineering Advanced Seminar Ⅱ Doctoral Course
2021 Systems Engineering Advanced Seminar Ⅰ Doctoral Course
2021 Systems Engineering Project SeminarⅡB Master's Course
2021 Systems Engineering Project SeminarⅡA Master's Course
2021 Systems Engineering Project SeminarⅠB Master's Course
2021 Systems Engineering Project SeminarⅠA Master's Course
2021 Planning Theory on Regional EnvironmentA Master's Course
2021 Systems Engineering SeminarⅡB Master's Course
2021 Systems Engineering SeminarⅡA Master's Course
2021 Systems Engineering SeminarⅠB Master's Course
2021 Systems Engineering SeminarⅠA Master's Course
2020 Systems Engineering Global Seminar Ⅱ Doctoral Course
2020 Systems Engineering Global Seminar Ⅰ Doctoral Course
2020 Systems Engineering Advanced Research Doctoral Course
2020 Systems Engineering Advanced Seminar Ⅱ Doctoral Course
2020 Systems Engineering Advanced Seminar Ⅰ Doctoral Course
2020 Systems Engineering Project SeminarⅡB Master's Course
2020 Systems Engineering Project SeminarⅡA Master's Course
2020 Systems Engineering Project SeminarⅠB Master's Course
2020 Systems Engineering Project SeminarⅠA Master's Course
2020 Planning Theory on Regional EnvironmentA Master's Course
2020 Systems Engineering SeminarⅡB Master's Course
2020 Systems Engineering SeminarⅡA Master's Course
2020 Systems Engineering SeminarⅠB Master's Course
2020 Systems Engineering SeminarⅠA Master's Course
2019 Planning Theory on Regional Environment Master's Course
2019 Systems Engineering Advanced Seminar Ⅰ Doctoral Course
2019 Systems Engineering Advanced Seminar Ⅰ Doctoral Course
2019 Systems Engineering Advanced Research Doctoral Course
2019 Systems Engineering Advanced Research Doctoral Course
2019 Systems Engineering SeminarⅡB Master's Course
2019 Systems Engineering SeminarⅡA Master's Course
2019 Systems Engineering SeminarⅠB Master's Course
2019 Systems Engineering SeminarⅠA Master's Course
2019 Systems Engineering Global Seminar Ⅰ Doctoral Course
2019 Systems Engineering Global Seminar Ⅰ Doctoral Course
2019 Systems Engineering Project SeminarⅡB Master's Course
2019 Systems Engineering Project SeminarⅡA Master's Course
2019 Systems Engineering Project SeminarⅠB Master's Course
2019 Systems Engineering Project SeminarⅠA Master's Course
2018 Systems Engineering Global Seminar Ⅱ Doctoral Course
2018 Systems Engineering Global Seminar Ⅱ Doctoral Course
2018 Systems Engineering Advanced Research Doctoral Course
2018 Systems Engineering Advanced Seminar Ⅱ Doctoral Course
2018 Systems Engineering Project SeminarⅡB Master's Course
2018 Systems Engineering Project SeminarⅡA Master's Course
2018 Systems Engineering Project SeminarⅠB Master's Course
2018 Systems Engineering Project SeminarⅠA Master's Course
2018 Systems Engineering SeminarⅡB Master's Course
2018 Systems Engineering SeminarⅡA Master's Course
2018 Systems Engineering SeminarⅠB Master's Course
2018 Systems Engineering SeminarⅠA Master's Course
2018 Planning Theory on Regional Environment Master's Course
2017 Systems Engineering Global Seminar Ⅱ Doctoral Course
2017 Systems Engineering Global Seminar Ⅰ Doctoral Course
2017 Systems Engineering Global Seminar Ⅰ Doctoral Course
2017 Systems Engineering Advanced Research Doctoral Course
2017 Systems Engineering Advanced Research Doctoral Course
2017 Systems Engineering Advanced Seminar Ⅱ Doctoral Course
2017 Systems Engineering Advanced Seminar Ⅰ Doctoral Course
2017 Systems Engineering Advanced Seminar Ⅰ Doctoral Course
2017 Systems Engineering Project SeminarⅡB Master's Course
2017 Systems Engineering Project SeminarⅡA Master's Course
2017 Systems Engineering Project SeminarⅠB Master's Course
2017 Systems Engineering Project SeminarⅠA Master's Course
2017 Planning Theory on Regional Environment Master's Course
2017 Systems Engineering SeminarⅡB Master's Course
2017 Systems Engineering SeminarⅡA Master's Course
2017 Systems Engineering SeminarⅠB Master's Course
2017 Systems Engineering SeminarⅠA Master's Course
2016 Systems Engineering Global Seminar Ⅰ Doctoral Course
2016 Systems Engineering Global Seminar Ⅰ Doctoral Course
2016 Systems Engineering Advanced Research Doctoral Course
2016 Systems Engineering Advanced Research Doctoral Course
2016 Systems Engineering Advanced Seminar Ⅰ Doctoral Course
2016 Systems Engineering Advanced Seminar Ⅰ Doctoral Course
2016 Systems Engineering Project SeminarⅡB Master's Course
2016 Systems Engineering Project SeminarⅡA Master's Course
2016 Systems Engineering Project SeminarⅠB Master's Course
2016 Systems Engineering Project SeminarⅠA Master's Course
2016 Systems Engineering SeminarⅡB Master's Course
2016 Systems Engineering SeminarⅡA Master's Course
2016 Systems Engineering SeminarⅠB Master's Course
2016 Systems Engineering SeminarⅠA Master's Course
2016 Planning Theory on Regional Environment Master's Course
2015 Systems Engineering Advanced Seminar Ⅱ
2015 Systems Engineering Advanced Research
2015 Systems Engineering SeminarⅡA
2015 Systems Engineering SeminarⅠA
2015 Systems Engineering Project SeminarⅡA
2015 Systems Engineering Project SeminarⅠA
2015 Planning Theory on Regional Environment
2015 Systems Engineering SeminarⅡB
2015 Systems Engineering SeminarⅠB
2015 Systems Engineering Project SeminarⅡB
2015 Systems Engineering Project SeminarⅠB
2014 Systems Engineering Advanced Research
2014 Systems Engineering Advanced Research
2014 Systems Engineering Advanced Seminar Ⅱ
2014 Systems Engineering Advanced Seminar Ⅱ
2014 Systems Engineering Advanced Seminar Ⅰ
2014 Systems Engineering Advanced Seminar Ⅰ
2014 Systems Engineering Project SeminarⅡB
2014 Systems Engineering Project SeminarⅡA
2014 Systems Engineering Project SeminarⅠB
2014 Systems Engineering Project SeminarⅠA
2014 Planning Theory on Regional Environment
2014 Systems Engineering SeminarⅡB
2014 Systems Engineering SeminarⅡA
2014 Systems Engineering SeminarⅠB
2014 Systems Engineering SeminarⅠA
2013 Systems Engineering Advanced Research
2013 Systems Engineering Advanced Research
2013 Systems Engineering Advanced Seminar Ⅱ
2013 Systems Engineering Advanced Seminar Ⅱ
2013 Systems Engineering Advanced Seminar Ⅰ
2013 Systems Engineering Advanced Seminar Ⅰ
2013 Systems Engineering Project SeminarⅡB
2013 Systems Engineering Project SeminarⅡA
2013 Systems Engineering Project SeminarⅠB
2013 Systems Engineering Project SeminarⅠA
2013 Planning Theory on Regional Environment
2013 Systems Engineering SeminarⅡB
2013 Systems Engineering SeminarⅡA
2013 Systems Engineering SeminarⅠB
2013 Systems Engineering SeminarⅠA
2012 Systems Engineering Advanced Seminar Ⅱ
2012 Systems Engineering Advanced Seminar Ⅰ
2012 Systems Engineering Advanced Research
2012 Systems Engineering SeminarⅡA
2012 Systems Engineering SeminarⅠA
2012 Systems Engineering Project SeminarⅡA
2012 Systems Engineering Project SeminarⅠA
2012 Planning Theory on Regional Environment
2012 Systems Engineering Advanced Seminar Ⅱ
2012 Systems Engineering Advanced Seminar Ⅰ
2012 Systems Engineering Advanced Research
2012 Systems Engineering SeminarⅡB
2012 Systems Engineering SeminarⅠB
2012 Systems Engineering Project SeminarⅡB
2012 Systems Engineering Project SeminarⅠB
2011 Systems Engineering Project SeminarⅡB
2011 Systems Engineering Project SeminarⅡA
2011 Systems Engineering Project SeminarⅠB
2011 Systems Engineering Project SeminarⅠA
2011 Systems Engineering Advanced Research
2011 Systems Engineering Advanced Research
2011 NA
2011 NA
2011 Systems Engineering Advanced Seminar Ⅱ
2011 Systems Engineering Advanced Seminar Ⅱ
2011 Systems Engineering Advanced Seminar Ⅰ
2011 Systems Engineering Advanced Seminar Ⅰ
2011 Planning Theory on Regional Environment

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Satellite Courses

2017 The disaster and environment in Kii Peninsula

Research Interests

environmental systems
sustainable consumption and production
material flow analysis
environmental management
life cycle assessment

Published Papers

ANALYSIS OF EFFECT OF CO2 ENRICHMENT SYSTEMS AND CULTIVATION MANAGEMENT ON GHG EMISSIONS REDUCTION IN GREENHOUSE HORTICULTURE—FOCUSING ON TOMATO CULTIVATION—

Sogo TANI, Akifumi NAKAO, Yugo YAMAMOTO, Noboru YOSHIDA

Japanese Journal of JSCE ( Japan Society of Civil Engineers ) 80 ( 10 ) n/a - n/a 2024

DOI
ANALYSIS OF SPATIAL SUPPLY-DEMAND POTENTIAL OF CO2 GAS ORIENTED TO GREENHOUSE HORTICULTURE THROUGH CO2 ENRICHMENT FROM UNUTILISED LOCAL RESOURCES: TOWARDS A SUSTAINABLE FOOD PRODUCTION INFRASTRUCTURE

Sogo TANI, Akifumi NAKAO, Yugo YAMAMOTO, Noboru YOSHIDA

Japanese Journal of JSCE ( Japan Society of Civil Engineers ) 79 ( 26 ) n/a - n/a 2023.10 [Refereed]

DOI
A calibration of the model for screening terraced paddies with higher conservation priorities using field cases of certified terraced paddy districts in Wakayama Prefecture in Japan

OBA Yuki, HARA Yuji, YAMAMOTO Yugo

Landscape Research Japan Online ( Japanese Institute of Landscape Architecture ) 16 5 - 16 2023.02 [Refereed]

　View Summary

In this study, we improved and further developed the existing GIS-based model for screening terraced rice lots in its conservation priority with focuses on three aspects; landscape value, agricultural efficiency and disaster prevention function. Then the model was applied to the Wakayama Prefecture area within the Kii Peninsula region in central Japan, in which has a clear north-south gradient in geological features. As the results, constructed model performed effectively in selecting rice lots with higher conservation priority within 10km spatial scale. Moreover, in the northern part of the prefecture, agricultural efficiency was an important aspect in the model, whereas landscape value and disaster prevention function were also detected in the middle and southern parts, respectively. Prefectural governmental officials in charge of terraced paddy conservation policies, who were interviewed, supported an applicability of this model in actual institutional fields because it was guaranteed by scientific approaches. Based upon these figures, we proposed that at prefectural spatial scale the model calibrated among three aspects depending on geologic and topographic conditions could be utilized for prioritizing terraced paddies without serious regional inequalities in institutional supports.

DOI
テレワークを活用した地方移住の低炭素性評価

西本祐司, 朴秀日, 加藤博和, 山本祐吾

環境共生 38 ( 1 ) 56 - 66 2022.03 [Refereed]
保全優先度の高い棚田を選定するモデルの構築と事例分析

大場悠暉, 山本祐吾, 吉田登, 原祐二, 三瓶由紀

紀州経済史文化史研究所紀要 42 51 - 66 2021.12 [Refereed]
Estimating Redundant Capacity of General Waste Treatment Facilities to Dispose Waste Plastics Subjected to Import Restriction in Asian Countries:Considering Maximum Load Capacity of Exhaust Gas Treatment Facility

TANI Yuto, NAKAO Akifumi, YAMAMOTO Yugo

Papers on Environmental Information Science ( Center for Environmental Information Science ) 34 97 - 102 2020.12 [Refereed]

　View Summary

In this research, we estimated a redundant capacity of general waste treatment facilities in Kinki, Chubu, Chugoku and Shikoku region to treat the waste plastics subject to import restriction in Asian countries ("restricted waste plastics"). A calorie-based calculation under assumption of the maximum load capacity of exhaust gas treatment facility was conducted in this estimation. From the analysis, we obtained the following conclusions; 1) The amount of restricted waste plastics generated in the study area was 916,300 tons per year, 2) In case that the restricted waste plastics were accepted at the facilities where the power generation efficiency were more than 21%, only 10,100 tons per year of restricted waste plastics could be treated in domestic facility, 3) The general waste treatment facilities in the study area had potential to treat 893,300 tons per year of restricted waste plastics if the criteria of power generation efficiency was more than 12%.

DOI
人口減少下での老朽化したごみ焼却施設における施設更新の事業性評価－施設の集約，更新時期，稼働率を考慮して－

道網亮佑, 山田崇雄, 中尾彰文, 山本秀一, 山本祐吾, 吉田登

土木学会論文集G（環境） 75 ( 6 ) II_273 - II_284 2019.10 [Refereed]
災害廃棄物発生原単位の違いが都道府県の災害廃棄物処理計画に及ぼす影響の分析－和歌山県を対象として－

那須雄太, 中尾彰文, 山本秀一, 山本祐吾. 鶴巻峰夫, 吉田登

土木学会論文集G（環境） 75 ( 6 ) II_261 - II_271 2019.10 [Refereed]
し尿処理における大規模地震災害対応に関する研究－南海トラフ地震を想定したケーススタディ－

鶴巻峰夫, 橋本誠悟, 山本祐吾, 吉田登

土木学会論文集G（環境） 75 ( 6 ) II_101 - II_112 2019.10 [Refereed]
サーモセレクト方式ガス化改質炉でのエネルギー回収技術導入によるGHG削減効果と事業性の評価

大谷隆介, 山田崇雄, 中尾彰文, 山本秀一, 山本祐吾, 吉田登

土木学会論文集G（環境） 75 ( 6 ) II_87 - II_99 2019.10 [Refereed]
下水汚泥の燃料化における熱源の選択がエネルギー回収に及ぼす効果

道浦貴大, 中尾彰文, 山本祐吾, 吉田登

土木学会論文集G（環境） 75 ( 6 ) II_247 - II_259 2019.10 [Refereed]
EFFECTS OF EXTENDED HEAT RECOVERY AND WASTE COLLECTION ON POWER GENERATION EFFICIENCY AND BUSINESS FEASIBILITY FOR A HIGH-EFFICIENT WASTE POWER GENERATION PLANT WITH RESERVE CAPACITY

NISHIKAWA Shinichiro, NAKAO Akifumi, YAMAMOTO Syuiti, YAMAMOTO Yugo, NAKAKUBO Toyohiko, YOSHIDA Noboru

Journal of Japan Society of Civil Engineers, Ser. G (Environmental Research) ( Japan Society of Civil Engineers ) 73 ( 6 ) II_379 - II_390 2017 [Refereed]

　View Summary

 In this research, a case study was carried out to obtain perspectives of facility improvement for a highly efficient municipal waste power generation plant in Kishiwada, which has a large amount of reserve capacity, in the process of future social change. First, we estimated effects of additional heat recovery technology implementation on the power generation efficiency based on heat balance analysis. Second, business feasibility was analyzed for facility improvement scenarios and extended waste collection including neighboring areas. Finally, we examined future appropriate scenarios of facility improvement perspectives including extended heat recovery and waste collection from the view point of power generation increase and cost reduction.

DOI
Effect of environmental infrastructure collaboration and sludge treatment aggregation on GHG reduction by sludge fuel utilization corresponding to industrial society change in future

荒木浩太朗, 中尾彰文, 道浦貴大, 山本祐吾, 吉田登

日本地域学会年次大会学術発表論文集(Web) ( JAPAN SECTION OF THE REGIONAL SCIENCE ASSOCIATION INTERNATIONAL ) 54th ( 2 ) 203 - 219 2017 [Refereed]

　View Summary

 In this study, we analyzed the effect of GHG reduction by utilizing various sewage sludge fuels based on collaboration among sewage infrastructures, industrial infrastructures, and domestic waste incinerations as well as sludge treatment aggregations from 2020 to 2030. First, we estimated the amount of un-utilized sludge, and acceptance capacity of sludge fuel at industrial factories and municipal incinerators. Second, we extracted the small-sized sewage treatment facilities that were expected to be aggregated with river basin sewage systems. Then, GHG reduction effect was analyzed with respect to the GHG inventory of fuelization technologies and allocation rules of sludge fuel. As a result, collaboration can recover energy from 87.3% of the un-utilized sewage sludge, and reduce 3,900 thousand tons of carbon dioxide. In addition, GHG reduction influences the production of industrial infrastructures in future and mixed combustion ratios in the pulp industry.JEL Classifications: Q29, Q42

DOI
A STUDY ON THE EFFICIENCY EVALUATION OF THE COOPERATION TREATMENT OF DOMESTIC WASTE WATER AND COMBUSTIBLE WASTE TREATMENT IN THE DEPOPULATED AREA

TSURUMAKI Mineo, KAWASAKI Sota, NAKAGAKI Kazuto, YAMAMOTO Yugo, YOSHIDA Noboru, YOSHIDA Ayako, MORITA Hiroaki

Journal of Japan Society of Civil Engineers, Ser. G (Environmental Research) ( Japan Society of Civil Engineers ) 73 ( 6 ) II_189 - II_200 2017 [Refereed]

　View Summary

 As a whole, Japan enters under a population decline, and the tendency is more remarkable in the local area than city area. If the work load and the consumption of supplies of public works are not reduced, the sustainability of the public services will be lost for the cost and environmental problems in such a area. The purpose of this study is to propose the sustainable system on the cooperation treatment of domestic waste water and combustible waste. Some measures were proposed, for example, the introduction of garbage disposer for the efficiency of the combustible waste collection and methane fermentation for combustible waste. Per person GHG emission and treatment cost were applied for evaluation indicators and calculated. As the results of examination for the area where a population decline was remarkable, the proposal systems can improve the efficiency compared with the present condition on the aspect of GHG emission and cannot improve on the aspect of treatment cost. The difference in the results was almost caused by labor cost and contract cost.

DOI
EFFECT OF DOMESTIC INFRASTRUCTURE COLLABORATION ON REDUCTION OF GREENHOUSE GAS FOR ENERGY RECOVERY FROM SEWAGE SLUDGE CORRESPONDING TO FUTURE INDUSTRIAL SOCIETY

ARAKI Kotaro, NAKAO Akifumi, YAMAMOTO Yugo, YOSHIDA Noboru, NAKAKUBO Toyohiko

Journal of Japan Society of Civil Engineers, Ser. G (Environmental Research) ( Japan Society of Civil Engineers ) 73 ( 6 ) II_245 - II_256 2017 [Refereed]

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 In this study, we analyzed the effect of GHG reduction by utilizing various sewage sludge fuels based on collaboration among sewage infrastructures, industrial infrastructures, and domestic waste incinerations from 2020 to 2030. First, we estimated the amount of un-utilized sludge, and acceptance capacity of sludge fuel at industrial factories and municipal incinerators. Then, GHG reduction effect was analyzed with respect to GHG inventory of fuelization technologies and allocation rules of sludge fuel. As a result, it was revealed that this collaboration could recover energy from 87.3% of un-utilized sewage sludge, and reduce 3,320 thousand tons of carbon dioxide at most. In addition, the effect of GHG reduction influences amount of production of industrial infrastructures in future and mixed combustion ratio in pulp industry.

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EFFECTS OF THE DIFFERENCE IN SEWAGE SLUDGE FUEL UTILIZATION AND HEAT SOURCE FOR DRYING SEWAGE SLUDGE ON GREENHOUSE GAS EMISSIONS REDUCTION IN ENERGY RECOVERY BY COLLABORATION OF ENVIRONMENTAL INFRASTRUCTURES

MICHIURA Takahiro, NAKAO Akifumi, YOSHIDA Noboru, YAMAMOTO Syuiti, YAMAMOTO Yugo, NAKAKUBO Toyohiko

Journal of Japan Society of Civil Engineers, Ser. G (Environmental Research) ( Japan Society of Civil Engineers ) 73 ( 6 ) II_221 - II_231 2017 [Refereed]

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 In this study, GHG reduction effects of energy recovery systems were evaluated in consideration of sewage sludge fuel utilization, heat source for drying, and collaboration of environmental infrastructures, as a case study in Kitakyushu city. In different five cases, combination of dewatered sludge disposal, and utilization of digested gas and combustion heat of municipal waste. As a result, it was revealed that case2 brought about the greatest GHG reduction effect, 38% less than base case (case0). This means the advantage in energy recovery by collaboration of neighboring environmental infrastructures and industrial factories.

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ESTIMATING EFFECT OF SEWAGE SLUDGE FUELIZATION SYSTEM ON GHG EMISSIONS REDUCTION CORRESPONDING TO LOCATION CHARACTERISTICS AND FOSSIL FUEL CONSUMPTION PATTERN OF PAPER AND PULP PRODUCTION INFRASTRUCTURE

MATSUDA Yutaro, NAKAO Akifumi, YAMAMOTO Yugo, YOSHIDA Noboru

Journal of Japan Society of Civil Engineers, Ser. G (Environmental Research) ( Japan Society of Civil Engineers ) 73 ( 6 ) II_257 - II_268 2017 [Refereed]

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 In this research, we estimated the potential of demand and supply in sewage sludge fuelization system utilizing paper and pulp production infrastructures in Kinki, Chugoku and Shikoku Area between 2010 and 2040. We set 3 energy-conserving technologies to be installed in sewage treatment facilities (granulation drying, bio-oiling, digestive gas purification). We also estimated GHG emissions through the introduction of this system. From the analysis, we reached the following conclusions; 1) In all scenarios for economic growth of paper and pulp industry (high and low growth scenario) based on the prediction in the previous research, 10 paper and pulp production infrastructures could accept fuelized sewage sludge and purified digestive gas from 37 sewage treatment facilities. 2) The sewage sludge fuelization system in collaboration with the paper and pulp production infrastructures could reduce GHG emissions 39.7% between 2020 and 2040 (compared with the case that conventional sewage sludge treatment is continuing).

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STUDY ON REDUCTION OF GREENHOUSE GAS EMISSION WITH SEWAGE SLUDGE FUELS BY COLLABORATION OF INDUSTRIAL AND ENVIRONMENTAL INFRASTRUCTURES

OKUDA Takuya, NAKAO Akifumi, YAMAMOTO Yugo, NAKAKUBO Tohohiko, YOSHDA Noboru

Journal of Japan Society of Civil Engineers, Ser. G (Environmental Research) ( Japan Society of Civil Engineers ) 72 ( 6 ) II_57 - II_66 2016 [Refereed]

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 This study aims to clarify the effects of GHG reduction by utilizing various sewage sludge fuels based on collaboration among sewage, industrial, and environmental infrastructures. As a result, the followings are observed: a) a low mixed combustion ratio causes limited GHG reduction in pulp industry, and it is important to take balances of regional sludge fuel and industrial fuel demand into account corresponding to industries; b) GHG inventory are compared for various sludge fuel utilization technologies based on reference materials, and adjacent of sewage and garbage incineration plants to reduce GHG caused by transportation of dewatered sludge; c) collaboration of sewage, industry and environmental infractructures can reduce 679 thousand tons of carbon dioxide per year, which is given by 85% of un-utilized sewage sludge; d)increase of mixed combustion ratio in pulp industry give great GHG reduction effects.

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ESTIMATING ENERGY AND MATERIAL FLOW OF SEWAGE SLUDGE FUELIZATION SYSTEM UTILIZATING CEMENT PRODUCTION INFRASTRUCTURE

MATSUDA Yutaro, NAKAO Akifumi, YAMAMOTO Yugo, YOSHIDA Noboru

Journal of Japan Society of Civil Engineers, Ser. G (Environmental Research) ( Japan Society of Civil Engineers ) 72 ( 6 ) II_67 - II_78 2016 [Refereed]

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 In this research, we estimated the potential of demand and supply in sewage sludge fuelization system utilizing a cement production infrastructure in Hyogo coastal region between 2010 and 2040. We also estimated GHG emissions through the introduction of this system. From the analysis, we reached the following conclusions; 1) In all scenarios for economic growth of cement industry (high, low and medium growth scenario) based on the prediction in the previous research, the cement production infrastructure could accept carbonized sewage sludge from 5 sewage sludge treatment facilities at a co-firing ratio of 10% (carbonized sewage sludge/coal). 2) In high economic growth scenario, the co-firing ratio of 10% could make cement production infrastructure accept carbonized sewage sludge produced at 6 sewage sludge treatment facilities. 3) The sewage sludge carbonization system in collaboration with the cement production infrastructure could reduce GHG emissions by up to 125.4% between 2015 and 2040.

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THE STUDY ON GHG REDUCTION BY COOPERATION TREATMENT OF DOMESTIC WASTE WATER AND COMBUSTIBLE WASTE TREATMENT

TSURUMAKI Mineo, KUBO Ari, YAMAMOTO Yugo, YOSHIDA Noboru

Journal of Japan Society of Civil Engineers, Ser. G (Environmental Research) ( Japan Society of Civil Engineers ) 72 ( 6 ) II_23 - II_34 2016 [Refereed]

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 The difficulty of managing infrastructures is increasing in the local region which faces the problems of low birthrate and aging and depopulation. In addition, the efficient management of infrastructures are needed because of the necessity of creating low-carbon society and economical reasonableness. In this study, greenhouse gas (GHG) reduction was considered applying cooperation treatment of domestic waste water and combustible waste which are currently operated as other systems. The proposal system can be applied into the regions which were mentioned before. Methane fermentation of combustible waste, treatment of removal water of fermentation, incineration of fermentation residue and sludge from waste water treatment were incorporated as cooperation treatment. This study ensured that 40% reduction of GHG was possible and the cooperation treatment was effective.

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施設園芸農家による過去のCO₂削減努力が炭素クレジット制度活用時の便益に及ぼす影響の分析

谷佑亮, 中尾彰文, 山本祐吾

環境共生 ( 日本環境共生学会本部事務局 ) 26 9 - 20 2015.03 [Refereed]
EVALUATING INTEGRATION AND COLLABORATION OF ENVIRONMENTAL INFRASTRUCTURES AND CHOICE OF LOW CARBON TECHNOLOGY IN DECLINING POPULATION SOCIETY

NAKAO Akifumi, YAMAMOTO Yugo, YOSHIDA Noboru

Journal of Japan Society of Civil Engineers, Ser. G (Environmental Research) ( Japan Society of Civil Engineers ) 71 ( 6 ) II_475 - II_486 2015 [Refereed]

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 In this research, we developed integration and collaboration scenarios of sewage sludge and domestic waste incineration facilities in Wakayama City considering future population decline in 2010-2040. We also evaluated the reduction effects in energy consumption and greenhouse gas (GHG) emissions based on the scenarios to promote centralized treatment of sewage sludge, introduce low-carbon technologies into the treatment process, and combust the sewage sludge with domestic waste in waste incineration facilities. From the analysis, we reached the following conclusions: 1) Co-combustion of sewage sludge in waste incineration facilities brings energy saving and GHG reduction compared to centralized treatment of sludge. 2) In the co-combustion scenario, the utilization of exhaust heat recovered from waste incineration facility to dry the sewage sludge improves the reduction effects of environmental burdens. 3) To introduce a fuelization technology of sewage sludge into the centralized treatment facility can reduce GHG emissions by 101.9%.

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A BASIC STUDY ON PREDICTION METHOD OF DISASTER WASTE BASED ON REGIONAL MATERIAL STOCK

TSURUMAKI Mineo, YAMAMOTO Yugo, YOSHIDA Noboru

Journal of Japan Society of Civil Engineers, Ser. G (Environmental Research) ( Japan Society of Civil Engineers ) 71 ( 6 ) II_241 - II_251 2015 [Refereed]

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 Through the reconstruction of the Great East Japan Earthquake, the disaster waste treatment at the time of the large-scale disaster are taken up as a social problem. The abnormal weather which are pointed out to be related with global warming seems to be increasing and these weather has given serious damage to the region. A correct prediction of amount of disaster waste is important for quick and proper treatment and recycling. In this study, The examination of amount of regional material stock and disaster waste were carried out by using GIS. The disaster in Hidakagawa-cho(Wakayama) at the time of typhoon 12( 2011) was taken up as a case study. As the result of the examination, the following values were got, 97.2 Gg as material stock in the disaster area, 22.0 - 25.1 Gg as the predictive generating wastes and 0.2 - 0.7 as the collecting ratios. Although these values are not enough precision for practical use, it is considered that these data are effective for the further study of the development of the predictive method.

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A DEVELOPMENT OF OPTIMIZATION MODEL OF TIMBER PRODUCTION AND UTILIZATION SYSTEM FOR REDUCTION OF CARBON IN AREAS

TATEBAYASHI Kana, MATSUI Takanori, OOBA Makoto, MACHIMURA Takashi, TANI Yusuke, NAKAO Akifumi, YAMAMOTO Yugo

Journal of Japan Society of Civil Engineers, Ser. G (Environmental Research) ( Japan Society of Civil Engineers ) 71 ( 6 ) II_297 - II_308 2015 [Refereed]

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 One of the effective means for reducing carbon dioxide emissions for the purpose of alleviating global warming is by increasing carbon fixation in the ecosystem through forest management while fixing carbon by storing it in timber used for furniture or construction materials, as well as using timber as bioenergy as a substitute for fossil fuel. The goal of this study is, by evaluating of carbon fixation in timber and the fossil fuel substitution effect, to develop a simulation model to support the overall optimization of a timber production and utilization system. The biogeochemical model (BGC-ES) based on the forest management model was employed to estimate carbon fixation of a forest ecosystem and the annual production of timber. Cases of forest management comprised combinations of timber harvest cutting periods and annual thinning area ratios. The simulations up to year 2100 were conducted with 2010 set as the base year. For each forest management case, a comparison was made from the balance of supply and demand. Timber was set to be used as building materials, woody powder and woody pellets. The amount of demand was proportionally decrease with the population. Based on the grid search, the maximum peak of cumulative carbon fixation in the ecosystem was recorded in the 90 years of rotation length and the annual thinning area ratio was 6 [%·y-1] (Case HY90t06). While the cumulative amount of timber production was at a maximum when the rotation length was 40 [y] and the annual thinning area ratio was 6 [%·y-1] (Case HY40t06). In case HY90t06, the amount of cumulative carbon fixation in the ecosystem and based on timber increased by 0.7, 3.1 [Mt-C] in 2100 respectively, in comparison with 2010. As the result, in case HY90t06, the net cumulative carbon was estimated to be 2.7 [Mt-C] in year 2100.While, in case HY40t06, the amount of cumulative carbon fixation based on timber increased by 5.8 [Mt-C], however the amount of cumulative carbon fixation in the ecosystem decreased 0.9 [Mt-C] in 2100. Regardless the most of timber was used for biomass power plant , fossil fuel substitution effect is less than other energy production, thus, the net cumulative carbon was estimated to be 1.6 [Mt-C].

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FUTURE RENEWAL PLANNING OF SEWAGE SLUDGE TREATMENT FACILITY IN RESPONSE TO CHANGE IN WASTE GENERATION

NAKAO Akifumi, YAMAMOTO Yugo, YOSHIDA Noboru

Journal of Japan Society of Civil Engineers, Ser. G (Environmental Research) ( Japan Society of Civil Engineers ) 70 ( 6 ) II_381 - II_392 2014 [Refereed]

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 In this research, we developed future renewal scenarios of sewage sludge incineration facilities in Wakayama City considering changes in population and sewage sludge generation in 2010-2040. We also evaluated the reduction effects in energy consumption and greenhouse gas (GHG) emissions when promoting centralized treatment of sewage sludge and introducing low-carbon technologies into the incineration process. From the analysis, we reached the following conclusions: 1) The centralized treatment of sewage sludge improves capacity utilization rate of facilities, and then brings the enhancement of scale effects in energy saving and GHG reduction. 2) To discontinue operation of incinerators with low efficiency of energy as soon as possible enhances the reduction effects of centralized treatment. 3) To make a transition to centralized treatment and introduce a low-carbon technology can reduce GHG by 19.2%, compared with usual incineration and renewal.

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Quantitative assessment of the Japanese "local production for local consumption" movement: a case study of growth of vegetables in the Osaka city region

Yuji Hara, Kazuaki Tsuchiya, Hirotaka Matsuda, Yugo Yamamoto, Yuki Sampei

SUSTAINABILITY SCIENCE ( SPRINGER JAPAN KK ) 8 ( 4 ) 515 - 527 2013.10 [Refereed]

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This study aimed to assess Japan's recent "local production for local consumption" (LPLC) movement, with a special focus on vegetables in the Osaka city region of central Japan. After collecting statistics and spatial data, we conducted a multi-scale analysis of vegetable production and consumption along with the associated energy consumption, using geographical information system software at three spatial scales along the vegetable flow paths: national, regional, and local. Vegetables consumed in the Osaka city region came from prefectures throughout Japan, and we mapped the foodshed within this region at 1-km spatial resolution, as well as the distribution of farmland, farmers' and other markets. We also conducted a scenario analysis for reduced energy consumption through organic farming and the utilization of abandoned farmland near a city to replace food imports from distant areas. We found that the large majority of vegetables consumed in the Osaka city region currently come from remote prefectures, and that this is associated with a high level of energy consumption. Inside the Osaka city region, peri-urban vegetable farming contributes to regional vegetable provision, resulting in an approximately 70 % production/consumption ratio within an 80-km radius of the urban center; if all of the area of abandoned farmland were restored to production, this ratio would increase to approximately 75 %. Organic farming activities that bring together farmers and urbanites are emerging in many parts of the study area, contributing to increased LPLC. Scenario analysis suggested that a decrease of more than 1 x 10(6) GJ of energy inputs could be achieved through wider adoption of local organic farming for local consumption and complete utilization of abandoned farmland in the Osaka city region.

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Multi-Regional Carbon Footprint Reduction in Steel Sector in China due to Low Carbon Technology Implementation

YOSHIDA Noboru, WU Yiqi, KANAZAWA Takaaki, YAMAMOTO Yugo, FUJITA Tsuyoshi, OKADERA Tomohiro, YONG Geng

Journal of Japan Society of Civil Engineers, Ser. G (Environmental Research) ( Japan Society of Civil Engineers ) 69 ( 6 ) II_383 - II_390 2013 [Refereed]

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 This paper focuses on carbon footprints of steel production in China. Following the enforcement of the Kyoto Protocol in 2005, China has promoted energy efficient technological renovation in existing industrial zones as well as by the construction of new environmentally-friendly industrial zones. On the contrary, geographical fragmentation of production in China and East Asia has deepened the interdependency on regional transactions of goods and services that are part of spreading global value chains or vertical specialization. Based on the above background, we attempt to evaluate the multi-regional carbon footprint of steel-related low-carbon technological renovation by using input-output analysis. First, we created a dataset for input coefficient changes in an I-O table, corresponding to the low-carbon technologies that are implemented in the “global sectorial approach” to the steel industry. Second, we set up scenarios to implement a set of low-carbon technologies in the steel sector. Finally, we evaluated backward and forward linkage effects of low-carbon technology transfers in terms of their carbon footprints. As a result of the analysis, it was revealed that: 1) implementation of low-carbon technologies would provide a significant contribution to carbon footprint reduction in steel production; 2) the structures of carbon footprint reduction are different among regions due to variations of multi-regional steel production and consumption linkages; 3) the interdependencies among the different carbon footprints in each region can be used as basic information regarding regional collaboration to reduce carbon dioxide emissions in the spreading global value chain.

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Development of Co-benefit Model of Biomass Production and GHG Emissions in Greenhouse Horticulture Plant

SHIGA Toshinari, MATSUI Takanori, MACHIMURA Takashi, NAKAO Akifumi, YAMAMOTO Yugo

Journal of Japan Society of Civil Engineers, Ser. G (Environmental Research) ( Japan Society of Civil Engineers ) 69 ( 6 ) II_189 - II_197 2013 [Refereed]

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 Agricultural ecosystems can provide high quality biomass production as an ecosystem service. On the other hand, intrusive agriculture and searching for higher profitability, has induced enormous Green House Gas (GHG) emissions from agricultural ecosystems. In this way, trade-off between mitigating climate change and benefiting from biomass production ecosystem service has occurred. This trade-off is especially evident in greenhouse horticulture because of the requirement of high quality biomass production. Against this background the goal of this study is to develop a co-benefit approach between reducing GHG emissions and sustaining biomass production in greenhouse horticulture as a flagship model of solving this trade-off structure. Biomass production and GHGs emission from soil were analyzed using DNDC (DeNitrification DeComposition) model. Fuel consumption for heating was analyzed using a tool for estimating greenhouse heating fuel consumption. GHGs emission reduction by means of greenhouse temperature management and fertilizer use reduction was analyzed. As a result, the case study plant was found to be using excess fertilizer. Reducing fertilizer use by 45 % was found to have limited effect on the biomass production. Environmental efficiency defined as the ratio of biomass production and GHGs emission was found to be at its highest when fertilizer use was reduced by 47% and the greenhouse temperature was lowered by 3 at the case study production plant.

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POTENTIAL OF CARBON CREDITS CREATION THROUGH REPLACING ENERGY USING FACILITIES AND UTILIZING BIOMASS FUELS IN GLASSHOUSE HORTICULTURE

NAKAO Akifumi, YAMAMOTO Yugo, MATSUI Takanori, SHIGA Toshinari, YOSHIDA Noboru

Journal of Japan Society of Civil Engineers, Ser. G (Environmental Research) ( Japan Society of Civil Engineers ) 69 ( 6 ) II_371 - II_382 2013 [Refereed]

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 In this research, the energy and material flows in the glasshouse horticulture of flowers and ornamental plants were identified based on the field and interview survey at a specific site located in Arida district of Wakayama Prefecture, Japan. In addition, a quantitative analysis was conducted to estimate the GHG emissions derived from each energy and material consumed in cultivation process, applying Life Cycle Assessment (LCA). Furthermore, we developed seven alternative options of heating equipment used in glasshouse horticulture and then evaluated GHG emissions reduction potential through introducing low-carbon equipments in substitution for conventional oil boiler and utilizing woody and waste biomass for fuel based on the result of LCA. From the analysis, we reached the following conclusions: (i) The GHG emissions from glasshouse horticulture account for 98% of the entire emissions and almost all of them is induced by heavy oil combustion in conventional boilers for heat generation. (ii) The installation of wood chip boilers into glasshouse horticulture plant and promotion of woody biomass utilization can reduce GHG emissions by 64%, compared with conventional oil combustion. (iii) As an electric heat pump produces heat greater than the electricity consumed, 59% of GHG emissions can be reduced through replacing conventional oil boiler by it. (iv) The monetary value of carbon credits gained by installing wood chip boilers into glasshouse horticulture plant is estimated at about 36 thousand yen per year if the domestic market price of credits is 1.5 thousand yen per ton CO2.

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Hydrodenitrogenation of fast pyrolysis bio-oil derived from sewage sludge on NiMo/Al2O3 sulfide catalyst

Shamsul Izhar, Satoshi Uehara, Noboru Yoshida, Yugo Yamamoto, Tohru Morioka, Masatoshi Nagai

FUEL PROCESSING TECHNOLOGY ( ELSEVIER SCIENCE BV ) 101 10 - 15 2012.09 [Refereed]

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Sulfided, phosphorus-added NiMo/Al2O3 catalyst was used for hydrodenitrogenation (HDN) of bio-oil derived from sewage sludge. The as-received bio-oil samples contained approximately 6% nitrogen. The bio-oil was dissolved in various solvents prior to hydrotreatment and the removal of nitrogen compounds was evaluated. The HDN of bio-oil dissolved in xylene at 350 degrees C over phosphorus added NiMo/Al2O3 resulted in a complete denitrogenation of bio-oil and high yield of aliphatic hydrocarbon containing product with moderate heating value. Bio-oil dissolved in non-polaric solvent (xylene) showed 2-3 times higher nitrogen removal than that of protic solvents due to the competition between denitrogenation and deoxygenation. This study reveals that sulfided NiMo/Al2O3 catalyst is an efficient approach to remove nitrogen heteroatom compounds prior to further upgrading bio-oil derived from sewage sludge. (C) 2012 Elsevier B.V. All rights reserved.

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Structural Analysis of Relationship between Economic Activities and Water Pollution in Vietnam

Anh Hoang LE, Akihiro TOKAI, Yugo YAMAMOTO

Journal of Japan Society of Hydrology and Water Resources ( 水文・水資源学会 ) 25 ( 3 ) 139 - 151 2012.05 [Refereed]
Risk Evaluation Method Formulation Assisting Industrial Sector in Voluntary Chemicals Management –A Case Study of Flame Retardant in TV Enclosures -

Shinya WATANABE, Toyohiko NAKAKUBO, Akihiro TOKAI, Yugo YAMAMOTO

Japanese Journal of Risk Analysis ( 日本リスク研究学会 ) 21 ( 4 ) 285 - 294 2012.03 [Refereed]

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Evaluation of Life Cycle Carbon Dioxide Emissions through Sustainable Lifestyles Related to Food Production and Consumption: Case Study of Osaka

YAMAMOTO Yugo, ORITA Asami, NAGAI Motoyuki

Studies in Regional Science ( JAPAN SECTION OF THE REGIONAL SCIENCE ASSOCIATION INTERNATIONAL ) 42 ( 4 ) 991 - 1003 2012 [Refereed]

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Recently activities in nature-rich residential areas, including an agricultural experience in a rental garden and allotment gardens, and shopping at a fresh fruit and vegetable farmer's market are popular among urban residents in Japan. This indicates a rising demand of urban residents for a sustainable way of living in touch with nature. Thus, schemes that encourage sustainable behavior are necessary in urban and regional environmental planning. It is also important to not increase the net carbon dioxide (CO2) emissions through sustainable behavior to establish a low carbon society. In this paper, a questionnaire survey of LOHAS (Lifestyles of Health and Sustainability) and general consumers in Osaka Prefecture was conducted to identify sustainable lifestyles related to food production and consumption. We also evaluated the effect of a sustainable lifestyle on CO2 emissions based on the results of the survey. From the analysis, we reached the following conclusions: 1) LOHAS consumers have a tendency to participate in local food production activities such as allotment gardens and home vegetable gardens. 2) In addition, LOHAS consumers tend to make their purchasing decisions based on their values regarding health and environmental consciousness. 3) The total CO2 emissions related to daily life activities of a LOHAS consumer is 15% lower than that of a regular consumer. 4) In contrast, LOHAS consumers usually take roundtrips to local farm shops so the CO2 emissions related to transportation is higher than for regular consumers. JEL Classification: Q51, Q57, R11

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EVALUATING GREENHOUSE GAS REDUCTION BY BIO-OIL PRODUCTION SYSTEM OF SEWAGE SLUDGE UTILIZING ELECTRICITY GENERATED FROM EXHAUST HEAT AT INCINERATION PLANT

MISHIMA Kazuhito, YAMAMOTO Yugo

Journal of Japan Society of Civil Engineers, Ser. G (Environmental Research) ( Japan Society of Civil Engineers ) 68 ( 6 ) II_245 - II_253 2012 [Refereed]

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 Bio-oil is a renewable and transportable liquid fuel produced by the fast pyrolysis of biomass resources, and it can be used as a fuel for direct combustion with natural gasses and heavy oils. When sewage sludge is utilized as an input material into the bio-oil production, to acquire a sufficient heat source needed in drying the dewatered sludge is essential point for achieving more efficient production system. In this paper, we developed the high-efficient bio-oil production system of sewage sludge utilizing power generated from exhaust heat at incineration plants in Wakayama City, Wakayama Prefecture. We also evaluated the reduction effects in energy consumption and GHG emission based on 4 alternative treatment systems of general waste and sewage sludge. The results of analysis showed that the bio-oil production system of the sewage sludge utilizing exhaust heat at incineration plant would have potential for energy independence. We also found this system could reduce GHG emission by 37.3%, compared with a traditional system in which the waste power generation was not installed at incineration plant and simple incineration technology was applied to sewerage treatment process.

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Evaluating effects on the flow of electrical and electronic equipment and energy consumption due to alternative consumption patterns in China

Naoki Wada, Osamu Saito, Yugo Yamamoto, Tohru Morioka, Akihiro Tokai

JOURNAL OF RISK RESEARCH ( ROUTLEDGE JOURNALS, TAYLOR & FRANCIS LTD ) 15 ( 1 ) 107 - 130 2012 [Refereed]

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In this paper, we evaluated the effects of consumer's behavioural changes on usage and disposal of home appliances. With the model to estimate the product circulation, first we conducted the sensitivity analysis with the six parameters, namely urbanisation, household size, Gini coefficient, product lifetime and selection rate of used product and high energy efficiency product. Then, secondly we evaluated CO2 emission and e-waste generation from four consumers' different behavioural patterns, which are named as 'Business As Usual' (BAU), 'Rapid Cycling' (RC), 'Chain of Users' (CU) and 'Quality and Wisdom' (QW). As a result, the QW scenario was the best lifestyle in both criteria. Further, RC scenario had an advantage on the reduction in e-waste generation in one hand, but CU scenario reduced more CO2 emission. During the transition era of China from materially poor to rich, it could be one of the solutions to utilise energy-efficient second-hand product to improve the living standards of the poor and replace technologically inferior product stocks in poor households.

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LIFE CYCLE ASSESSMENT OF GREENHOUSE GAS EMISSIONS REDUCTION BY TECHNOLOGY CHOICE AND PLANT REPLACEMENT IN SEWAGE SLUDGE TREATMENT PROCESS

YAMAMOTO Yugo, KONOMA Satoru, YOSHIDA Noboru, MORIOKA Tohru

Journal of Japan Society of Civil Engineers, Ser. G (Environmental Research) ( Japan Society of Civil Engineers ) 68 ( 5 ) I_137 - I_146 2012 [Refereed]

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 Bio-oil is a renewable and transportable liquid fuel produced by the fast pyrolysis of biomass resources, and it can be used as a fuel for direct combustion with natural gasses and heavy oils. In this paper, we evaluated the reduction effect in greenhouse gases (GHG) emission when introducing the bio-oil production technology into the sewage sludge incineration process, based on the life cycle assessment (LCA). We also developed the scenarios that showed when and how to replace the traditional incineration technology of sewage sludge with the bio-oil production technology in regional scale, and the GHG reduction effect in 6 scenarios were evaluated by applying LCA. The results of analysis showed that the bio-oil production by pyrolysis technology for the sewage sludge would reduce GHG emission by 54.3%, compared with the usual incineration. We also found that to make the transition to a centralized treatment of sewage sludge would reduce GHG emissions and promote the effective utilization of more sewage sludge.

DOI
Eco-Labeling Criteria for Textile Products with the Support of Textile Flows: A Case Study of the Vietnamese Textile Industry

V.N. Thai, A. Tokai, Y. Yamamoto, D.T. Nguyen

Journal of Sustainable Energy & Environment 2 ( 3 ) 105 - 115 2011.11 [Refereed]
Evaluating Reduction Effects of Consumers Preference for Energy-saving Technologies on Future Energy Demand and CO2 emission in Residential Sector of Shanghai, China

Yugo YAMAMOTO, Yu ZHANG, Naoki WADA, Osamu SAITO, Tohru MORIOKA

Journal of Japan Society of Civil Engineers, Ser. G (Environmental Research) 67 ( 5 ) I_113 - I_122 2011.09 [Refereed]
Manufacturers' and Consumers' Perspectives on Eco-labelling in Vietnam

Van Nam THAI, Akihiro TOKAI, Yugo YAMAMOTO

Journal of Global Environment Engineering 16 1 - 10 2011.03 [Refereed]
Evaluating the Effects of Alternative Product Consumption Patterns on Material Flow and CO2 Emissions in China

Naoki WADA, Yugo YAMAMOTO, Osamu SAITO, Tohru MORIOKA, Akihiro TOKAI

Journal of the Japan Society of Material Cycles and Waste Management ( Japan Society of Material Cycles and Waste Management ) 22 ( 1 ) 19 - 29 2011.01 [Refereed]

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In this paper, we evaluate the effects that consumption patterns have on CO2 emissions and waste generated from electrical and electronic equipment in China. We focus on consumer decisions regarding product selection, usage and disposal assuming that these behaviors significantly influence energy efficiency and the flow of discarded products. Four distinguishing consumption patterns were revealed as a result of a questionnaire and from research literature : "Business as Usual", "Frequent Replace", "Chain of Uses" and "Quality and Wisdom." We also evaluate differences in product flow and environmental impacts from 2006 to 2030. Results show that "Quality and Wisdom" is the best style of consumption with regard to both CO2 emissions and reduction of waste generation. When the effects on living standards are taken into consideration, however, a combination of "Quality and Wisdom" and "Chain of Users" seems to best contribute to an optimization of trade-offs between multiple targets of resource consumption, the release of hazardous materials and economic disparities.

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Analysis on Consciousness for Utilization of Energy Derived from Sewage Sludge in Sewage Treatment Sectors

Noboru YOSHIDA, Yugo YAMAMOTO, Tohru MORIOKA

Papers on Environmental Information Science ( 環境情報科学センター ) 24 237 - 242 2010.11 [Refereed]

DOI
Scenarios for Sustainable Biomass Utilization in the Mekong Delta, Vietnam

Thanh Tu DANG, Osamu SAITO, Yugo YAMAMOTO, Akihiro TOKAI

Journal of Sustainable Energy & Environment 1 ( 3 ) 137 - 148 2010.11 [Refereed]
Evaluation of Regional Waste Recycling Systems for Kitchen Garbage and Sewage Sludge in Osaka City

Shintaro TAKAKU, Yugo YAMAMOTO, Akihiro TOKAI, Noboru YOSHIDA, Tohru MORIOKA

Environmental Systems Research 38 421 - 428 2010.10 [Refereed]
Selection of product categories for a national eco-labelling scheme in developing countries: a case study of Vietnamese manufacturing sub-sectors

Van Nam Thai, Tohru Morioka, Akihiro Tokai, Yugo Yamamoto, Takanori Matsui

JOURNAL OF CLEANER PRODUCTION ( ELSEVIER SCI LTD ) 18 ( 14 ) 1446 - 1457 2010.09 [Refereed]

　View Summary

Although the selection of product categories is a deciding factor for the success of eco-labelling schemes, there are no consistent methods for determining selection factors and how to prioritise product categories for developing countries (DgCs). This paper attempts to identify appropriate factors for product category selection and formulate a prioritisation method applicable to DgCs. We first examined the selection factors currently utilised in schemes worldwide by conducting a questionnaire survey of representatives of foreign schemes. Selection factors were illustrated on a plot graph, which indicated the percentage of factors implemented in the schemes of DgCs and developed countries (DGs), and their plausibility assessed when utilised in the schemes of DgCs. In this way, we proposed three groups of factors: an exclusion factor, five core factors and seven operational factors. Then, under the conditions of DgCs, such as socioeconomic issues and availability of data, we used and modified some judging guidelines of the European Ecolabel (the EU Flower), e.g. determining the environmental impacts and potential of environmental improvements, in the scoring method to prioritise product categories by weighting factors. In light of our findings, we utilised the proposed factors and modified the scoring method to prioritise the screened primary list of product categories of Vietnamese manufacturing sub-sectors. By scoring factor-based questions and prioritising in three ways, i.e. following the scoring method of the EU Flower programme, totalling all values with equal weighting, and totalling all values but by doubling the weighting of core factors compared with operational factors, we observed that the weighted prioritisation differentiates priority product categories more clearly than the other methods. We propose the two highest potential candidates for eco-labelling in Vietnam, namely textile/garment and fishery products. (C) 2010 Elsevier Ltd. All rights reserved.

DOI
Estimation of municipal solid waste generation and landfill area in Asian developing countries

Anupam Khajuria, Yugo Yamamoto, Tohru Morioka

JOURNAL OF ENVIRONMENTAL BIOLOGY ( TRIVENI ENTERPRISES ) 31 ( 5 ) 649 - 654 2010.09 [Refereed]

　View Summary

In developing Asian countries, the municipal cooperations are unable to handle the increasing amount of municipal solid waste, which into the uncollected waste being spread on roads and in other public areas leading to tremendous pollution and destruction of land and negative impact on human health. Generation of municipal solid waste increases with the rapid urbanization and accelerated economic development with in the rapidly growing advanced technological societies. The nature of municipal solid waste is a term usually applied to a heterogeneous collection group of waste produced in urban areas, the nature of which varies from region to region. The common problem faced by all developing Asian countries, is the disposal of municipal solid waste and availability of land fill site area. Present study explains the correlation analysis of among different factors of municipal solid waste and the objective is to assess the future municipal solid waste stream in Asian developing countries. The other goal of this study was to calculate the future land area that would be required for landfill site disposal in Asian developing countries.
Development of Assessment Model for Biomass Utilization Measures in China ? A Case Study in Zhejiang Province

Toyohiko NAKAKUBO, Yugo YAMAMOTO, Tohru MORIOKA, Akihiro TOKAI

Journal of Japan Society of Civil Engineers, Ser. G 66 ( 3 ) 120 - 135 2010.07 [Refereed]

DOI
Future Estimation of Urban Metabolism and Environmental Sustainability Driven by Urban Activities in Shanghai, China

Masayoshi IMANISHI, Yugo YAMAMOTO, Akihiro TOKAI, Tohru MORIOKA

Journal of Japan Society of Civil Engineers, Ser. G ( Japan Society of Civil Engineers ) 66 ( 2 ) 65 - 74 2010.04 [Refereed]

　View Summary

Progressive urbanization and urban activities have negative impacts on energy and material flows. In Shanghai, China, energy demand and natural resources input is increasing rapidly with fast growth of GDP and increase of population. In this paper, a quantitative model for urban metabolism was developed to evaluate the direct and indirect environmental impacts due to the energy and materials consumption in Shanghai, China. Also we estimated CO2 emission, Total Material Requirement (TMR) and Ecological Footprint (EF) for urban sustainability assessment based on the model. The results showed that the rapid economic growth and population increase in Shanghai by 2020 would cause 80 percent increases in TMR over 2004. In addition, we found that the indirect EF by construction materials production would become a large part of total EF in high urban growth period, but the indirect EF by electricity and food consumption would increase in the period of stable urban growth.

DOI
Analysis of Life Cycle Thinking in Chemical Risk Assessment based on Practices in Education Program on Environmental Risk Management

Yugo YAMAMOTO, Takanori MATSUI, Asami ORITA, Ken’ich MATSUMURA, Tomohiko OHNO, Satoru KATO, Akihiro TOKAI, Tohru MORIOKA

Journal of Japan Society of Civil Engineers, Ser. H (Engineering Education and Practice) 2 69 - 81 2010.03 [Refereed]
Development of Decision Support System to Integrate Block Renewal and Energy Planning towards Low-Carbon City

Takashi YOKOI, Yugo YAMAMOTO, Akihiro TOKAI, Tohru MORIOKA

Journal of Japan Society of Civil Engineers, Ser. G 66 ( 1 ) 17 - 34 2010.02 [Refereed]

DOI
Analyzing Effect of Trade-off between Carbon Footprint and Other Product Information on Consumer Choice Behavior

Takashi KOSHIRO, Yugo YAMAMOTO, Akihiro TOKAI

Papers on Environmental Information Science ( 環境情報科学センター ) 23 209 - 214 2009.11 [Refereed]

DOI
Lessons and Challenges of Human Resources Development Project in Higher Education Institutions

Tomohiko OHNO, Asami ORITA, Ken’ichi MATSUMURA, Satoru KATO, Takanori MATSUI, Yugo YAMAMOTO, Tohru MORIOKA

Journal of Engineering Education, JSCE ( Japan Society of Civil Engineers ) 1 145 - 151 2009.03 [Refereed]

　View Summary

Recently, various human resources development projects have been implemented by competitive funds. However, it is not clear that how the higher education institutions establish and operate education system. In this study, we conducted the questionnaires survey for 40 human resources development projects funded by the Special Coordination Fund for Promoting Science and Technology from MEXT, Japan. As a result, the followings were identified: (1) much of the education projects were intended for adult students, (2) a certification system was established in more than 90% of projects, (3) education projects had a tendency to depend on external economic and human resources, (4) more than a half of projects had the plan to built the project-based education program into the regular course of their division. These results indicate the importance of financial aid for educational system change, necessity of more appropriate criteria for project evaluation, and need for certification system other than degree system.

DOI
Analysis of Corporate Activities for Product Environmental Requirements in Electronics and Automotive Parts Manufacturing Industry

Masashi KASSAI, Yugo YAMAMOTO, Yasufumi UEDA, Osamu SAITO, Tohru MORIOKA

Papers on Environmental Information Science ( 環境情報科学センター ) 22 49 - 54 2008.11 [Refereed]

DOI
Evaluation of CO2 Emission Reduction by Off-Line Supply System of Exhaust Heat Generated from Industrial Plants

Satoshi KATAYAMA, Yugo YAMAMOTO, Osamu SAITO, Tohru MORIOKA

Environmental Systems Research ( Japan Society of Civil Engineers ) 36 97 - 105 2008.10 [Refereed]

　View Summary

An off-line heat supply system has been developed to enable industrial exhaust heat transfer to the distant user with very little heat loss. In this paper, we developed a GIS-based decision support system to estimate the spatial distribution of exhaust heat generated from industrial plants. Using the support system we evaluated CO2 emission reduction by introducing an off-line heat supply system in the Keihin industrial waterfront area, Kanagawa prefecture. The result showed that an off-line supply system of exhaust heat would reduce CO2 emission by 12%, compared with an on-line supply system.

DOI
Integrating the Standards of the Environmental, Quality and Occupational Health & Safety Management

Jun SHIMODA, Osamu SAITO, Yugo YAMAMOTO, Tohru MORIOKA

Environmental Systems Research ( Japan Society of Civil Engineers ) 36 181 - 188 2008.10 [Refereed]

　View Summary

The implementation and certification of environmental, quality and occupational health & safety management systems have become strong managerial strategies for many organizations. This paper discusses the advantages as well as the disadvantages of IMS (Integrated Management Systems). First, after reviewing both national and international literatures, it defines the components of IMS, which include: 1) management commitment and leadership, 2) performance measurement, 3) resource management, 4) emphasis on stakeholders and 5) Integration of systems and processes. Second, the paper analyses the advantages and disadvantages of these integrated systems, as opposed to thosd of independent management systems. As a conclusion, it shows that the majority of factories within the material industry introduce IMS from the viewpoint of production process management while a few factories in the processing industry use it in the context of product chain management.

DOI
Eco-Design of Urban and Regional Systems: Sustainable Region Management toward Low Carbon and Resource Recycling-oriented Society

Yugo YAMAMOTO, Tohru MORIOKA

Journal of Life Cycle Assessment, Japan ( 日本LCA学会事務局 ) 4 ( 3 ) 216 - 221 2008.07 [Invited]
Material Flow Analysis of Technological Change and Eco-Industrial Development in Steel Production Industry using Waste Input-Output Model

Yugo YAMAMOTO, Noboru YOSHIDA, Tohru MORIOKA, Yuichi MORIGUCHI

Journal of Japan Society of Civil Engineers, Ser. G ( Japan Society of Civil Engineers ) 63 ( 4 ) 304 - 312 2007.11 [Refereed]

　View Summary

In this paper, Waste Input-Output analysis to focus on the advanced loop-closing technologies in the steel production was exercised to evaluate the material flow and environmental loads due to the technological changes; several scenarios were designed to develop the industrial eco-system through the introduction of an advanced loop-closing technology, which utilizes the industrial wastes as a natural resource substitute, and the reduction of natural resources input and the improvement of resource productivity were identified.

DOI
An Analysis on Uncertainty in Technological Efficiency and Business Balance Factors for Energy Conversion of Biomass Waste from Urban Area and its Feasibility

Takashi YANO, Noboru YOSHIDA, Shinya SOTA, Yasuzumi KANEKO, Yugo YAMAMOTO

Environmental Systems Research ( Japan Society of Civil Engineers ) 35 481 - 489 2007.10 [Refereed]

　View Summary

While constant technological coefficients are usual in evaluating energy conversion of biomass waste, future innovation would influence on the evaluated values for developing technologies. In this study, an analysis was made to examine the influence of uncertainty in technological efficiency and business balance factors on reduced carbon dioxide and business feasibility using Monte Carlo simulation. As a result of the analysis, it is clarified that decomposition rates of organic components in pre-treatment stage give great contribution on the uncertainty of reduced carbon dioxide in the case of sewage sludge. We also found that construction cost and treatment charge give great contribution on the business feasibility in methan fermentation of food waste from business activities.

DOI
Development of Estimation System for Effects of the Regional Energy System That Supplies both Electric Power and Heat Produced from Wastes and Biomass Resources within a Small Area

Takashi YOKOI, Yugo YAMAMOTO, Osamu SAITO, Tohru MORIOKA

Environmental Systems Research ( Japan Society of Civil Engineers ) 35 109 - 119 2007.10 [Refereed]

　View Summary

The regional energy system has been introduced in Kanazawa Yokohama as a demonstrative micro grid that supplies both electric power and heat produced from wastes and biomass resourcesin a small area. This paper proposes the GIS-based decision support system to estimate the spatial distribution of biomass energy and regional energy demand. The support system enables planners to evaluate the supply-side energy-saving effect through matching the energy demand patterns and the temperature levels of heat demands with generation.

DOI
Practice and Evaluation of the Experience-based Environmental Education Program for Undergraduate Students at EXPO'70 Commemorative Park in Suita, Osaka, Japan

Osamu SAITO, Yohei MATSUURA, Yuji HENMI, Yugo YAMAMOTO, Tohru MORIOKA

Environmental Systems Research ( Japan Society of Civil Engineers ) 35 53 - 61 2007.10 [Refereed]

　View Summary

This paper examined practice and evaluation of the experienced-based environmental education program for under graduate students at Expo'70 Commemorative Park in Suita, Osaka. Education impacts of the program were measured by the questionnaire which had 40 question items based on three major criteria-environmental education, social contribution and self-realization-. Before and after the program, the questionnaire survey was conducte against an examinee group of 10 students and 3 control groups. The survey results suggested that examinees' education impacts were characterized by "attitude" and "participation" toward social contribution actions including local environmental conservation activities. Our results also indicated that education impacts were acknowledged not only by the increased items in the post survey, but also by the decreased items, some of which seemed to relate with deeper awareness change in the examinee students through tough experiences offered by the program.

DOI
The Correlational Analysis of Risk and Environmental Response in the Companies

Masamichi OKANO, Takanori MATSUI, Kenichi MATSUMURA, Satoru KATO, Asami ORITA, Yugo YAMAMOTO, Osamu SAITO, Tohru MORIOKA

Environmental Systems Research ( Japan Society of Civil Engineers ) 35 273 - 278 2007.10 [Refereed]

　View Summary

Nowadays, companies are required to integrate risk management and environmental management in order to ensure business continuity and sustainability. Based on a questionnaire survey and correlation analysis, this paper analyzed the relationships between risk management and environmental management. The results suggested that the significant correlation could be identified through product chain management based on lifecycle thinking and regular communication with stakeholders.

DOI
Scenario writing and environmental impact assessment of future sustainable lifestyle

Yuji KIMURA, Yugo YAMAMOTO, Noboru YOSHIDA, Osamu SAITO, Tohru MORIOKA

Papers on environmental information science ( 環境情報科学センター ) 21 261 - 266 2007 [Refereed]

DOI
New risk management training programs in higher education in Japan - A comparative study and a challenge by Osaka university

Tohru Morioka, Osamu Saito, Yugo Yamamoto, Masamichi Okano, Helmut Yabar, Takanori Matsui

JOURNAL OF RISK RESEARCH ( ROUTLEDGE JOURNALS, TAYLOR & FRANCIS LTD ) 10 ( 6 ) 821 - 839 2007 [Refereed]

　View Summary

Risks such as health risks derived from hazardous chemicals, energy security associated with electric power supply, and accidental risks at work need to be coped with by professionals in the areas concerned. Risk managers must deal with numerous different topics. They are expected to be familiar with legal requirements, scientific analysis methods, management strategies, and communication skills. Many firms in the USA and Europe already employ certified professional risk managers, including those for environmental risks. In contrast, even though both private and public sectors in Japan have acknowledged the need for risk management professionals, the lack in specialized programs at Japanese institutions has resulted in relatively poor staffing of environmental risk managers at most organizations. In order to meet this increasing demand, a new post-graduate program (representative: T. Morioka) at Osaka University was created as the first comprehensive attempt to train environmental risk managers in Japan. This article analyzes the educational systems for risk management at the graduate and post- graduate level in Japan, and compares the structure of the new post- graduate program at Osaka University with similar domestic programs. We also make an analysis of the skills development and learning outcomes criterion of our program.

DOI
Waste Input-Output Analysis of Advanced Loop-closing System by Innovative Production Technology in Steel Inductry

Yasuo SAKAI, Yugo YAMAMOTO, Noboru YOSHIDA, Tohru MORIOKA, Yuichi MORIGUCHI, Hiroshi NAITO

Environmental Systems Research ( Japan Society of Civil Engineers ) 34 285 - 291 2006.10 [Refereed]

　View Summary

In Hyogo Eco-town. environmental efforts to establish an advanced loop-closing system in the steel industry are promoted by utilizing the established infrastructure for manufacturing and introducing the recycling-oriented innovative production technology. In this paper, Waste Input-Output (WI-O) model were developed to evaluate the material flow and environmental loads due to the technological changes. The results of analysis by WI-O model showed that an advanced loop-closing system reduced the amount of natural resource input by 9.2% and improved the resource productivity by 6.15% compared with the conventional recycling system.

DOI
Estimating the greenhouse gas reduction and cost determined by technology choice for new coal thermal power plants and their renovation in China

Naoki WADA, Osamu SAITO, Yugo YAMAMOTO, Tohru MORIOKA

Environmental Systems Research ( Japan Society of Civil Engineers ) 34 165 - 173 2006.10 [Refereed]

　View Summary

This paper estimates the CO2 emission and the cost of introducing Japanese advanced technology to the coal thermal-power-generation sector in China, using a newly developed technology choice model. The model calculates costs and CO2 emission by the development of coal power plants as well as replacement and repair of existing power plants, taking into account socio-economic future scenarios in China. Timing of the introduction and regional differences in China are also considered in the model. As a result, we found that introducing the technology would reduce CO2 emission by 16% in total by the year of 2050 and the delay of the introduction may cause decrease in the CO2 reduction amount and increase in cost.

DOI
Advanced Loop-closing Initiative by Steel Industry towards Material Lease Society with High Level of Resource Productivity

Tohru Morioka, Yugo Yamamoto

ENERGY and RESOURCES 27 ( 4 ) 38 - 42 2006.07 [Invited]
Establishing and Applying Evaluation Criteria for Parts-reusability of Electric Household Appliances

Hiroki Yamasaki, Yugo Yamamoto, Noboru Yoshida, Tohru Morioka

Environmental Systems Research ( Japan Society of Civil Engineers ) 33 267 - 273 2005.11 [Refereed]

　View Summary

The advanced loop-closing challenges to promote industrial ecology especially emphasize the utilization of the recovered materials/parts/products in original and principal production system while keeping their original function at the highest level possible. In this study, the evaluation criteria and the framework to evaluate the parts-reusability were developed by applying AHP to planning the reuse-oriented business in the electric household appliances. The results of the analysis showed that three criteria were emphasized by expert judgment in evaluating parts-reusability of electric household appliances:"easiness of the reliability securing", "market value" and "demand for repair parts". Furthermore, the feasibility of parts-reuse of fan motor was enhanced by redesigning the inspection system in reuse process.

DOI
Eco-efficiency of advanced loop-closing systems for vehicles and household appliances in Hyogo Eco-town

Tohru Morioka, Kiyotaka Tsunemi, Yugo Yamamoto, Helmut Yabar, Noboru Yoshida

Journal of Industrial Ecology 9 ( 4 ) 205 - 221 2005.09 [Refereed]

　View Summary

The closing of material loops is a critical challenge in industrial ecology. It relies mainly on the utilization of recovered materials/ parts/products in the original and principal production system while their original function is retained at the highest level possible. In this study, advanced loop-closing systems for the recycling of end-of-life vehicles and electric household appliances are first designed in "Hyogo Eco-town." Second, a methodology for evaluating the eco-efficiency of these systems is developed. Finally, the eco-efficiency of the designed advanced loop-closing strategies for the two products is evaluated, based on the results of materials flow analysis and life-cycle assessment. The results show that, compared with conventional recycling systems, when an industrial complex and an advanced loop-closing system for end-of-life vehicles are established, the total economic value increases by 114% and the eco-efficiency in terms of the amount of direct material input is improved by 57%. This system permits the utilization of the by-products, wastes, and recovered materials that originate from other industrial sectors as input to production activities. In the case of end-of-life electric household appliances, an advanced loop-closing strategy to lengthen the product life with parts reuse improves the eco-efficiency in terms of carbon dioxide (CO 2) emissions by 4% compared with the conventional replacement of the appliance with a new product along with the material recycling option. © 2005 by the Massachusetts Institute of Technology and Yale University.

DOI
Cycle-closing product chain management with appropriate production site metabolism toward zero-emission in an industrial machinery corporation

Tohru Morioka, Noboru Yoshida, Yugo Yamamoto

Clean Technologies and Environmental Policy 6 ( 1 ) 7 - 17 2003.12 [Refereed]
Characteristics of Reuse for Main Units of Refrigerators

Yugo Yamamoto, Tohru Morioka, Kiyotaka Tsunemi, Hiroki Yamasaki, Noboru Yoshida

Papers on Environmental Information Science ( 環境情報科学センター ) 17 277 - 282 2003.11 [Refereed]

DOI
Strategic Approach to Green Servicizing: Leasing and Reuse of Electric/electronic Home Appliances in Pilot Study

Tohru Morioka, Yoko Imahori, Kiyotaka Tsunemi, Yugo Yamamoto

Environmental Research Quarterly 130 109 - 120 2003.08

▼display all

Books etc

Renewable fuel supply by sewage sludge pyrolysis technology toward a sustainable society, in “Establishing a Resource-Circulating Society in Asia: Challenges and Opportunities”

Noboru Yoshida, Tohru Morioka, Yugo Yamamoto( Part： Contributor)

United Nations University Press 2011.05
Urban stock management for sustainable urban renewal and development: A case study of Shanghai in China, in “Establishing a Resource-Circulating Society in Asia: Challenges and Opportunities”

Yugo Yamamoto, Tohru Morioka( Part： Contributor)

United Nations University Press 2011.05

Misc

南海トラフ大地震に伴う津波によって和歌山県の農水産業が受ける被害額の推計

寺山隆晃, 山本祐吾

環境情報科学 50 ( 1 ) 2021
複合感覚による自然の知覚がストレス低減に与える効果の分析-自然的要素を配した室内での実験を通じて-

岡本凪紗, 山本祐吾

環境情報科学 50 ( 1 ) 2021
Basic Analysis on Impact of Water Quality and Water Temperature Change on Coastal Ecosystem Services in Kako River-Case Study of Aquaculture Laver-

清水改, 中尾彰文, 山本祐吾

日本地域学会年次大会学術発表論文集(Web) 56th 2019
食品工場の排水処理プロセスへのUASB法導入によるエネルギー回収ポテンシャルの評価

田所怜, 長澤岬平, 中尾彰文, 松村英功, 望月光明, 吉田登, 横田恭平, 鶴巻峰夫, 山本祐吾

廃棄物資源循環学会研究発表会講演集(Web) 30th 2019
Collaboration and Technology Choice for Energy Recovery m Sewage Infrastructure

中尾彰文, 山本祐吾, 吉田登

環境技術 ( 環境技術学会 ) 47 ( 3 ) 133 - 139 2018.03
下水汚泥燃料化における乾燥熱源の違いが産業インフラを活用した更なるGHG削減に及ぼす影響

道浦貴大, 中尾彰文, 吉田登, 山本秀一, 山本祐吾, 中久保豊彦

日本地域学会第54回（2017年）年次大会学術発表論文集 2017.10
都市規模やインフラ条件に応じて選択可能なエネルギー回収型廃棄物処理システムの評価フレームの構築

田代颯馬, 松田雄太郎, 中尾彰文, 山本祐吾, 吉田登

第12回日本LCA学会研究発表会講演要旨集 414 - 415 2017.03
産業社会変化を見据えた動脈静脈インフラ連携による汚泥燃料利用等がGHG削減に及ぼす効果

荒木浩太朗, 中尾彰文, 山本祐吾, 吉田登

廃棄物資源循環学会研究発表会講演集(Web) 28th 2017
A Simulation of the Carbon Circulation between Forest and Social Ecosystem in Arida and Hidaka river basin

Tatebayashi K, Matsui T, Ooba M, Machimura T, Tani U, Nakao A, Yamamoto Y

日本生態学会第63回全国大会要旨集 2016.03
GHG削減を最大とする下水汚泥燃料の産業などへの配分に関する研究

荒木浩太朗, 中尾彰文, 山本祐吾, 吉田登

廃棄物資源循環学会研究発表会講演集(Web) 27th 2016
地方中小都市における汚水適正処理計画の目標達成状況の点検・評価-和歌山県を対象として-

山本祐吾, 新垣亜以, 中尾彰文, 吉田登

廃棄物資源循環学会研究発表会講演集(Web) 27th 2016
清掃工場を中核施設とした地域エネルギー供給システムに対応した都市集約の評価-和歌山市におけるケーススタディ-

中尾彰文, 中林佑太, 山本祐吾, 吉田登

廃棄物資源循環学会研究発表会講演集(Web) 27th 2016
Design and evaluation of low-carbon strategy for restructuring sewage sludge and municipal waste treatment facilities in population decline: A case study of Wakayama City, Japan

Akifumi NAKAO, Yugo YAMAMOTO, Noboru YOSHIDA

Proceedings of 9th International Symposium on Environmentally Conscious Design and Inverse Manufacturing 2015 (EcoDesign 2015) 2015.12
Optimizing the Timber Production and Utilization System for Low Carbon Regions

K. Tatebayashi, T. Matsui, M. Ooba, T. Machimura, Y. Tani, A. Nakao, Y. Yamamoto

International Symposium on EcoTopia Science 2015 proceedings 2015.11
Energy Recovery from Biomass Waste by Collaboration of Environmental Infrastructures

Noboru YOSHIDA, Toyohiko NAKAKUBO, Yugo YAMAMOTO, Akifumi NAKAO, Taira OZAKI, Hiroki OGAWA

Proceedings of the 8th International Conference on Industrial Ecology 2015 2015.07
Optimizing the Balance of Biomass Provisioning and Carbon Sequestration Services of Forest Ecosystem

Kana Tatebayashi, Takanori Matsui, Makoto Ooba, Takashi Machimura, Yusuke Tani, Akifumi Nakao, Yugo Yamamoto

日本景観生態学会第25回北九州大会予稿集 2015.06
Optimization of timber production and utilization system for reduction of carbon in areas using forest management model

K. Tatebayashi, M. Ooba, T. Matsui, T. Machimura, Y. Tani, A. Nakao, Y. Yamamoto

International symposium on Agricultural Meteorology (ISAM2015) proceedings 2015.03
将来人口の変化を考慮した環境インフラ更新・再編の方向性

山本祐吾, 中尾彰文, 吉田登

環境科学会年会プログラム講演要旨集 2015 2015
地方都市における静脈系インフラの集約と連携のシナリオ構築-和歌山市を対象として-

中尾彰文, 山本祐吾, 吉田登

廃棄物資源循環学会研究発表会講演集(Web) 26th 2015
清掃工場への乾式メタン発酵導入によるエネルギー回収可能量の基礎的検討-和歌山県を対象として-

奥田拓也, 吉田登, 金子泰純, 山本祐吾, 小川宏樹

廃棄物資源循環学会研究発表会講演集(Web) 25th 2014
西宮市を対象とした汚泥と厨芥類の嫌気性消化技術導入によるCO2排出削減ポテンシャルの推計

中尾彰文, 吉元剛, 山本祐吾, 吉田登

廃棄物資源循環学会研究発表会講演集(Web) 25th 2014
泉州地域の産業工場におけるエネルギー需要を考慮した下水汚泥処理の技術選択

山本祐吾, 芳元恭大, 中尾彰文, 吉田登

廃棄物資源循環学会研究発表会講演集(Web) 25th 2014
Analysis of material flow and GHG reduction potential in greenhouse cultivation for regional low-carbon development: Case study of Arida district in Wakayama, Japan

Y.Yamamoto, A. Nakao, T. Matsui, T. Shiga, N. Yoshida

The 23rd Pacific Conference of the Regional Science Association International (rsai) & the 4th Indonesian Regional Science Association (irsa) institute proceedings 2013.07
降水量とダム流木発生量との関係に関する一考察

吉田登, 山本祐吾, 江種伸之, 金子泰純

廃棄物資源循環学会研究発表会講演集(Web) 24th 2013
大阪市における将来人口の変化を考慮した下水汚泥処理施設の更新シナリオの設計とその評価

山本祐吾, 高橋宙, 中尾彰文

地球環境シンポジウム講演集 21st 2013
Evaluation of Carbon Dioxide Emissions through Nature-harmonious Behaviors related to Food Production and Consumption

Yugo YAMAMOTO, Asami ORITA, Motoyuki NAGAI

Proceedings of the 48th Annual Meeting of the Japan Section of the RSAI A06-2 2011.10
エコポイント制度による家電製品の環境配慮行動への効果

Asami ORITA, Yugo YAMAMOTO, Satoru KATO

Proceedings of the 21nd Annual Conference of Japan Society of Material Cycles and Waste Management 73 - 74 2010.11

DOI
Evaluation of reduction in GHG emissions through integrated renewal management of sewage sludge and domestic wastes incineration facility

Yugo YAMAMOTO, Yukiko INUI, Noboru YOSHIDA, Tohru MORIOKA, Akihiro TOKAI

Proceedings of the 21nd Annual Conference of Japan Society of Material Cycles and Waste Management 125 - 126 2010.11

DOI
Estimating the Cost-Effectiveness of Bio-Ethanol Production Projects in Japan

Kousuke MOCHIZUKI, Yugo YAMAMOTO, Toyohiko NAKAKUBO, Akihiro TOKAI

Proceedings of 38th Annual Meeting of Environmental Systems Research 2010 ( 土木学会 ) 38 359 - 364 2010.10
Survey on Risk Correspondence Behavior of Industrial Sectors for Sustainable Development

Asami ORITA, Takanori MATSUI, Yugo YAMAMOTO, Satoru KATO

Proceedings of 38th Annual Meeting of Environmental Systems Research 2010 ( 土木学会 ) 38 453 - 457 2010.10
Effect of CO2 exhaust reduction according to spread of photovoltaic generation panel and consideration concerning scarce resource securing and poisonous substance management

Masayuki TAKAISHI, Akihiro TOKAI, Toyohiko NAKAKUBO, Yugo YAMAMOTO

Proceedings of Annual Meeting of Society of Environmental Science 2010 68 2010.09
The Fundamental Analysis for Constructing Method to Determining “Concentration Districts” under the Urban Compactification Policy

Junki UEDA, Akihiro TOKAI, Toyohiko NAKAKUBO, Yugo YAMAMOTO

Proceedings of Annual Meeting of Society of Environmental Science 2010 17 2010.09
A Challenge of Sewage Sludge to Oil -Renewable Bio Oil Production by Fast Pyrolysis Technology toward A Sustainable Society-

Noboru Yoshida, Tohru Morioka, Yugo Yamamoto, Takayuki Takarada, Masatoshi Nagai, Hirotaka Mabuse

Proceedings of the 7th Society of Solid Waste Management Experts in Asia and Pacific Islands 4 - 8 2010.09
活性汚泥から製造したバイオオイルの水素化脱窒素精製反応

Satoshi UEHARA, Shamsul IZHAR, Masatoshi NAGAI, Noboru YOSHIIDA, Yugo YAMAMOTO, Tohru MORIOKA

53ｒd Annual Meeting of JPI (59th R&D symposium of JPI) ( The Japan Petroleum Institute ) 2010 53 - 33 2010.05

　View Summary

本研究では、リン添加NiMo/Al2O3硫化触媒を用いて、高い窒素および酸素化合物を含有する活性汚泥由来バイオオイルの水素化脱窒素反応を行い、バイオオイルの良質化を行った。溶媒にはキシレン、ジエチレングリコール、メタノール等を用いた。脱窒素率と窒素化合物および構成成分の反応性との関係を考察する。さらに精製した低窒素バイオオイルと重油等の混合溶液の燃料油としての使用可能性ついても考察する。

DOI
活性汚泥から製造したバイオオイルの水素化脱窒素反応とオイルの性状

Shamsul IZHAR, Satoshi UEHARA, Noboru YOSHIDA, Yugo YAMAMOTO, Tohru MORIOKA, Masatoshi NAGAI

The 75th Annual Meeting of The Society of Chemical Engineers 375 2010.03
Development of Estimation Model for Supply-Demand Balance of Biomass Resources in Zhejiang Province, China

Toyohiko Nakakubo, Yugo Yamamoto, Akihiro Tokai

Report on the 5th Conference on Biomass Science ( The Japan Institute of Energy ) 5 176 - 177 2010.01

　View Summary

The material flow accounting model was developed to calculate a supply-demand balance at a province level in China, and was applied to Zhejiang Province. We also evaluated the effect of reductions in GHG emissions, mineral resources consumption, and land use through the following two alternative options of biomass utilization; Energy conversion and material recovery. The results showed that GHG emissions reduction effects by energy conversion case could be 30Mt-CO_2 and 1.8 times bigger than material recovery case. Yet, the latter could save more mineral resources and land.

DOI
P-124 Hydrodenitrogenation of Bio-Oil Produced from Activated Sludge

IZHAR Shamsul, YOSHIDA Noboru, YAMAMOTO Yugo, MORIOKA Toru, NAGAI Masatoshi

Proceedings of the Conference on Biomass Science ( The Japan Institute of Energy ) 5 ( 0 ) 100 - 101 2010

　View Summary

The hydrodenitrogenation of the bio-oil produced from activated sludge was performed at 250-370℃ and 2.0MPa over the sulfided P-added NiMo/Al_2O_3 catalysts. The bio-oil was prepared from the pyrolysis of dried activated sludge using steam, nitrogen and air fed to a fluidized bed reactor at 500℃ and residence time of 1s. The reaction in the present work was carried out in a continuous flow fixed bed reactor with LHSV=5-10h^<-1>. The xylene-soluble (partially dissolved) bio-oil (BO/Xy) and totally soluble bio-oil in ethanol (BO/EtOH, ratio=1:4) and in diethylene glycol (BO/DEG, ratio=1:8) were prepared as the reaction feed. The nitrogen containing compounds were totally denitrogenated throughout the 6h reaction period during the hydrotreatment of BO/Xy containing 0.5% nitrogen compounds at 367℃. Indole, pyridine and other compounds were denitrogenated.

DOI
Development of Ontology on Sustainability Science Focusing on Building a Resource-circulating Society in Asia

Terukazu Kumazawa, Kouji Kozaki, Takanori Matsui, Osamu Saito, Mamoru Ohta, Keishiro Hara, Michinori Uwasu, Yohei Yamaguchi, Yugo Yamamoto, Riichiro Mizoguchi

Proceedings of 6th International Symposium on Environmentally Conscious Design and Inverse Manufacturing (EcoDesin 2009) 571 - 576 2009.12
Post audit of risk management measure for decabromodiphenyl ether in Japan

Tokai A, Yamamoto Y, Watanabe S

Proceedings of the Society for Risk Analysis Annual Meeting 2009 137 2009.12
Eco-labelling for the Manufacturing Sectors in Vietnam: Opportunities and Challenges

Van Nam THAI, Akihiro TOKAI, Yugo YAMAMOTO

Proceedings of 6th International Symposium on Environmentally Conscious Design and Inverse Manufacturing (EcoDesin 2009) 893 - 898 2009.12
Optimization of regional energy system considering characteristics of the region, environmental and health externalities in power generation

Yuta SHIROEDA, Yugo YAMAMOTO, Akihiro TOKAI

Proceedings of the SRA-JAPAN Annual Conference 22 363 - 368 2009.11
Health Risk Assessment for Human Exposure to Bioethanol due to Expansion of Biofuels Production and Utilization

Ken NISHIGAKI, Yugo YAMAMOTO, Akihiro TOKAI

Proceedings of the SRA-JAPAN Annual Conference 22 55 - 60 2009.11
Evaluating Effect of Equipments Replacement on Energy Saving and Intergenerational Cost Sharing in Long-Life Housing System

Motoyuki NAGAI, Yugo YAMAMOTO, Osamu SAITO, Tohru MORIOKA

Proceedings of 37th Annual Meeting of Environmental Systems Research 2009 ( 土木学会 ) 37 239 - 245 2009.10
Analysis on social awareness of renewable fuels derived from sewage sludge

Noboru Yoshida, Yugo Yamamoto, Tohru Morioka

Proceedings of Annual Meeting of Society of Environmental Science 2009 160 - 161 2009.09
Estimating the greenhouse gas reduction through Technology and Infrastructure Management in Sewage Treatment

Yugo YAMAMOTO, Satoru KONOMA, Noboru YOSHIDA

Proceedings of Annual Meeting of Society of Environmental Science 2009 84 - 85 2009.09
Potential of urban and regional symbiosis among sewage sludge treatment plants and industrial factories through sludge-to-liquid conversion technology

Noboru Yoshida, Yugo Yamamoto, Tohru Morioka, Takayuki Ihara, Masayuki Kai, Hirotaka Mabuse

5th International Conference on Industrial Ecology 2009.06
Effects on products flow and multiple risks from alternative consumption patterns

Naoki WADA, Yugo YAMAMOTO, Osamu SAITO, Akihiro TOKAI, Tohru MORIOKA

Asian Confernce on Risk Assessment and Management 2009 73 2009.05
Development of the Material Flow Accounting Model For Planning and Evaluation of Biomass use System on a Province Level in China

Toyohiko NAKAKUBO, Yugo YAMAMOTO, Akihiro TOKAI, Tohru MORIOKA

Asian Confernce on Risk Assessment and Management 2009 93 2009.05
Surveys on Stakeholders’ Demands and Attitudes towards Eco-labelling and Proposal of an Eco-label Scheme in Vietnam

Van Nam THAI, Yugo YAMAMOTO, Takanori MATSUI, Tohru MORIOKA

Proceedings of The Eighth International Conference on EcoBalance C12-2 2008.12
地域の廃棄物政策が小売店における消費者の購買行動に与える影響の分析

Shinya WATANABE, Yugo YAMAMOTO, Osamu SAITO, Tohru MORIOKA

第19回廃棄物学会研究発表会講演論文集 144 - 146 2008.11

DOI
燃料用バイオエタノールの導入による影響の相互連関評価とエコロジカル・フットプリント指標の適用

Takaoki WAKATSU, Osamu SAITO, Yugo YAMAMOTO, Tohru MORIOKA

Proceedings of Annual Meeting of Society of Environmental Science 2008 72 - 73 2008.09
Analysis for Growth of Risk Sensibility by Self-improvement

Asami ORITA, Takanori MATSUI, Ken’ichi MATSUMURA, Satoru KATO, Yugo YAMAMOTO, Tohru MORIOKA

Proceedings of the 22th Annual Conference of the Japanese Society for Artificial Intelligence 2F3-03 2008.06

DOI
Energy and Material Consumption of Household Sector in Shanghai and Ho Chi Minh City - Implications for Future Scenario Design

Osamu SAITO, Naoki WADA, Yugo YAMAMOTO, Yoshiyuki SHIMODA

Proceedings of The 27th Annual Meeting of Japan Society of Energy and Resources 153 - 156 2008.06
Solid waste management in Asian countries: problems and issues

A. Khajuria, Y. Yamamoto, T. Morioka

WASTE MANAGEMENT AND THE ENVIRONMENT IV ( WIT PRESS ) 109 643 - + 2008

　View Summary

Asia has been experiencing very high population growth and urbanization. Asian countries will witness a large population increase, which will have important implications for a variety of urban environmental issues, such as solid waste management. Nowadays, waste management is a major challenge in Asian countries, as it creates environmental problems. The present study reveals the problems and issues of solid waste management in Asian countries and certain important problems and issues that must be addressed in order to achieve public cooperation. At the core of the problems of solid waste management are the absence of adequate policies, enabling legislation, and an environmentally stimulated and enlightened public. This paper aims to identify parameters that help to explain the present situation and to assess the future amount of municipal solid waste (MSW) generated per capita in different Asian countries and how to develop an effective waste management strategy for Asian countries according to economic level.

DOI
Knowledge Structuring Process of Sustainability Science based on Ontology Engineering

Terukazu KUMAZAWA, Takanori MATSUI, Keishiro HARA, Michinori UWASU, Yohei YAMAGUCHI, Yugo YAMAMOTO, Koji KOZAKI, Osamu SAITO, Riichiro MIZOGUCHI

Proceedings of The Eighth International Conference on EcoBalance 409 - 412 2008
AN ANALYSIS ON ACCEPTANCE OF BIOMASS FUEL CONTAINING SLUDGE PYROLYSIS OIL IN ENERGY CONSUMPTION INDUSTRIES

Takashi WAKISAKA, Noboru YOSHIDA, Yugo YAMAMOTO, Tohru MORIOKA

Proceedings of 36th Annual Meeting of Environmental Systems Research 2008 ( 土木学会 ) 36 193 - 198 2008
Trend and Status of Risk Management System in Japanese Companies

Satoru KATO, Osamu SAITO, Takanori MATSUI, Kenichi MATSUMURA, Yugo YAMAMOTO, Masamichi OKANO, Tohru MORIOKA

Proceedings of the SRA-JAPAN Annual Conference 20 155 - 158 2007.11
The Quantitative and Qualitative Analysis of Social Needs in Risk Phenomenon

Asami ORITA, Takanori MATSUI, Kenichi MATSUMURA, Satoru KATO, Yugo YAMAMOTO, Osamu SAITO, Tohru MORIOKA

Proceedings of the SRA-JAPAN Annual Conference 20 113 - 118 2007.11
Toward creating stage-wise development scenarios for sustainable energy and resource circulation in Asia −Case study of household sector in Shanghai City and Ho Chi Minh City−

Osamu SAITO, Naoki WADA, Keishiro HARA, Yugo YAMAMOTO, Yoshiyuki SHIMODA, Tohru MORIOKA

Proceedings of 35th Annual Meeting of Environmental Systems Research 2007 ( 土木学会 ) 35 143 - 149 2007.10
Analysis on Eco-Industrial Park for Promoting Circular Economy in China -Comparative Study in Baotou, Suzhou and Shanghai-

Haiyan ZHANG, Keishiro HARA, Yohei YAMAGUCHI, Helmut YABAR, Osamu SAITO, Yugo YAMAMOTO, Tohru MORIOKA

Proceedings of 35th Annual Meeting of Environmental Systems Research 2007 ( 土木学会 ) 35 129 - 134 2007.10
Rural Development Model through Advancement of Biomass Utilization Systems in Harmony with Levels of Regional Economic Development in China

Toyohiko NAKAKUBO, Osamu SAITO, Yugo YAMAMOTO, Tohru MORIOKA

Proceedings of 35th Annual Meeting of Environmental Systems Research 2007 ( 土木学会 ) 35 159 - 166 2007.10
Macro Analysis on Future Energy Demand and Estimation of CO2 Reduction Potential at Residential and Commercial Sectors in Shanghai

Yu ZHANG, Yugo YAMAMOTO, Osamu SAITO, Tohru MORIOKA

Proceedings of the 15th Symposium on Global Environment ( Japan Society of Civil Engineers ) 15 195 - 200 2007.08

　View Summary

Rapid urbanization economic development in developing counties has been taking place hand-in-hand with diffusion of household appliances like air conditioner, and residential and commercial energy consumption in those countries will become one of the key factors affecting global warming. This study took Shanghai, one of the biggest cities in China as a case study area, and aimed to predict future (by the year of 2030) energy consumption of residential and commercial sector based on our estimation model of energy demand and CO2 reduction potential. Taking into several CO2 reduction measures, CO2 reduction potential was estimated. The results suggested that our estimation model could provide several useful policy implications and would be applicable to the other cities of China.

DOI
Media Support in the Environmental Risk Management

Asami ORITA, Takanori MATSUI, Ken’ichi MATSUMURA, Masamichi OKANO, Satoru KATO, Osamu SAITO, Yugo YAMAMOTO, Tohru MORIOKA

The Study Meeting Reports of The Japan Association For The Study of Educational Media 21 1 - 4 2007.07
Waste Input-Output Analysis of Advanced Loop-closing Systems by Combing Establishied Manufacturing Infrastructure and Innovative Environmental Technologies

Noboru YOSHIDA, Tohru MORIOKA, Yugo YAMAMOTO, Yuichi MORIGUCHI, Hiroshi NAITO

International Society for Industrial Ecology Conference 2007 208 2007.06
Design of Future Scenario for Sustainable Life

Yugo YAMAMOTO

MANUFACTURING & TECHNOLOGY 59 ( 2 ) 38 - 39 2007.04
Development of Environmental Risk Management Education and its Social Needs

Masamichi OKANO, Takanori MATSUI, Satoru KATO, Osamu SAITO, Yugo YAMAMOTO, Tohru MORIOKA

Proceedings of the SRA-JAPAN Annual Conference 19 277 - 282 2006.11
Analysis of Environmental Management Strategy of Companies Using Eco-efficiency -Case Studies on Paper Manufacture Industry and Beer Industry-

Jun SHIMODA, Yugo YAMAMOTO, Masamichi OKANO, Osamu SAITO, Tohru MORIOKA

Proceedings of 33th Annual Meeting of Environmental Systems Research 2006 ( 土木学会 ) 34 119 - 125 2006.10
地方小都市における中心市街地活性化を目的とした「牽引型」タウンマネジメントの調査分析−滋賀県長浜市を事例として−

Satoru KONOMA, Yugo YAMAMOTO, Osamu SAITO, Tohru MORIOKA

2006年度日本都市計画学会関西支部研究発表会講演概要集 89 - 92 2006.07
Primary Risk Assessment of Carcinogenic Chemicals Concerning Action Pattern of Daily Life

Masahiro Okada, Osamu Saito, Yugo Yamamoto, Tohru Morioka

Proceedings of the SRA-JAPAN Annual Conference 18 37 - 42 2005.11
Significance of EU’s precautionary approach to the chemical risk management: A case study of PBDE

Masaya Kanzaki, Osamu Saito, Yugo Yamamoto, Tohru Morioka

Proceedings of the SRA-JAPAN Annual Conference 18 285 - 290 2005.11
Potentiality of Reuse and Maintenance-Oriented Life Cycle Management Business in Electric Home Appliances

Yugo Yamamoto, Hiroki Yamasaki, Kumiko Satsuki, Noboru Yoshida, Tohru Morioka

Proceedings of Annual Meeting of Society of Environmental Science 2005 196 - 197 2005.09
Evaluation of Eco-Industrial Development Based on Advanced Loop-Closing Technology and Infrastructure in Steel Industry by Using Waste I-O Analysis

N. Yoshida, Y. Yamamoto, T. Morioka

Extended Abstracts of International Symposium on EcoTopia Science 2005 2005.08
既存インフラ活用型の循環形成のねらいと展開−兵庫エコタウン事業を事例として−

Noboru YOSHIDA, Yugo YAMAMOTO

土木学会第20回環境システムシンポジウム講演資料集 3月19日 - 3月28日 2005.03
Perspectives in Environmental Risk Management Training Course for Post Graduate Students and Practioners in Osaka University

Tohru Morioka, Osamu Saito, Yugo Yamamoto, Masamichi Okano

Sharing Experience of Human and Ecological Risk Assessment and Management in Asia/Pacific Region 2004.11
Eco-efficiency of Advanced Loop-closing Challenges in Recycling of WEEE and Chemical Components in Industrial Products in Hyogo Eco-Town Project

Tohru Morioka, Kiyotaka Tsunemi, Yugo Yamamoto, Yabar Helmut, Noboru Yoshida

Proceedings of International Eco-Efficiency Conference 2004.04
Evaluation of Efficient Repair System for Electrical/Electronic Equipment by Reuse

Yugo Yamamoto, Tohru Morioka, Kiyotaka Tsunemi, Hiroki Yamasaki, Sergio Jofre

Proceedings of 8th Annual Meeting of Society for Environmental Economics and Policy Studies 2003 74 - 75 2003.09
Cycle Oriented Industrial Complex for Product Chain and Metabolism Management at EIP Demonstration Project

Yugo Yamamoto, Noboru Yoshida, Tohru Morioka

Proceedings of The Fifth International Conference on EcoBalance 705 - 706 2002.11
Product Chain Management and the Effect in Industrial Pumps

Noboru Yoshida, Tatsuya Shirakawa, Yugo Yamamoto, Kazuhiko Kaneko, Tohru Morioka

Proceedings of EcoDesign 2000 Japan Symposium 214 - 217 2000.12
Effect on Environment and Industrial Society by Product Chain Management of Industrial Machine

Tohru Morioka, Kazuhiko Kaneko, Yugo Yamamoto, Noboru Yoshida

Proceedings of The Forth International Conference on EcoBalance 43 - 44 2000.12
Study on Consumer’s Choice for Up-gradable Products

Yugo Yamamoto, Noboru Yoshida, Tohru Morioka

Environmental Systems Research ( Japan Society of Civil Engineers ) 27 457 - 461 1999.10

　View Summary

Upgrading the products for the extension of their life is the effective strategy in construction of Resources-Recycling society. Actually the upgradable products such as User-made PC (PC; personal computer) are come into the market. In this paper, we try to analyze the conditions that the upgradable products are spread by means of the consumer's choice model. The result of the analysis shows that to give information on the products to the end-users, to increase their skills in using the upgradable products and to improve services to support them promote their decision to choose the upgradable products.

DOI

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Awards & Honors

2020年度日本造園学会関西支部賞

Winner：大場悠暉, 山本祐吾, 吉田登, 原祐二, 三瓶由紀

2020.10 日本造園学会保全優先度の高い棚田を選定するモデルの構築と事例分析
2020年度環境システム優秀論文賞

Winner：鶴巻峰夫, 橋本誠悟, 山本祐吾, 吉田登, 東海林俊吉

2020.10 土木学会環境システム委員会し尿処理における大規模地震災害対応に関する研究
平成27年度日本環境共生学会論文賞

Winner：谷佑亮, 中尾彰文, 山本祐吾, 吉田登

2015.09 日本環境共生学会施設園芸農家による過去のCO2削減努力が炭素クレジット制度活用時の便益に及ぼす影響の分析
平成25年度地球環境論文賞（JGEE Award）

Winner：山本祐吾, 古野間達, 吉田登, 盛岡通

2013.09 土木学会地球環境委員会下水汚泥処理における技術選択と施設更新による温室効果ガス削減効果のライフサイクル評価
(Award of Proceeding Paper)

Winner： Yu ZHANG, Yugo YAMAMOTO, Osamu SAITO, Tohru MORIOKA

2008.08 Committee on Global Environment, Japan Society of Civil Engineers Macro Analysis on Future Energy Demand and Estimation of CO2 Reduction Potential at Residential and Commercial Sectors in Shanghai
第4回研究発表会「奨励賞」

Winner：古野間達, 山本祐吾, 齊藤修, 盛岡通

2006.07 日本都市計画学会関西支部地方小都市における中心市街地活性化を目的とした「牽引型」タウンマネジメントの調査分析－滋賀県長浜市を事例として－

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KAKENHI

遊休能力の活用・創出による地方域の環境インフラのエコ転換モデルの構築

2021.04

-

2024.03

Grant-in-Aid for Scientific Research(C) Co-investigator
人口減少下においても持続可能で強靭な集落生活圏における環境インフラの構築

2016.04

-

2019.03

Grant-in-Aid for Scientific Research(C) Co-investigator
環境装置の地域内シェアリングによるエネルギーレジリエンスの高い持続可能都市の構築

2015.04

-

2018.03

Grant-in-Aid for Scientific Research(C) Co-investigator
低炭素投資スキームを活用した設備更新による農業生産のグリーン化

2013.04

-

2016.03

Grant-in-Aid for Young Scientists(B) Principal investigator
中山間地域における生態系サービスと土木・環境技術によるスマートコミュニティ構築

2012.04

-

2015.03

Grant-in-Aid for Scientific Research(C) Co-investigator
健康および生態影響を考慮した都市系廃棄物由来のバイオ燃料の持続可能性評価

2009.04

-

2011.03

Grant-in-Aid for Young Scientists(B) Principal investigator

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Competitive funding, donations, etc. from foundation, company, etc.

システム工学部寄附金（公益財団法人高橋産業経済研究財団）

2013.04

-

2014.03

Research subsidy Principal investigator
システム工学部寄附金（日本生命財団研究助成）

2012.10

-

2013.09

Research subsidy Principal investigator
システム工学部寄附金（日本生命財団研究助成）

2012.10

-

2013.09

Research subsidy Principal investigator
システム工学部寄附金（公益財団法人高橋産業経済研究財団研究助成）

2012.04

-

2013.03

Research subsidy Principal investigator

Joint or Subcontracted Research with foundation, company, etc.

「ビヨンド・”ゼロ・カーボン”を目指す”Co-JUNKAN”プラットフォーム」研究拠点に関する国立大学法人和歌山大学による研究開発

2022.04

-

2026.03

Contracted research Co-investigator
産業廃棄物のサーマルリカバリープロセスへのICT・AI 導入による施設の維持・管理の高度化

2019.04

-

2022.03

Contracted research Co-investigator
和歌山県再生可能エネルギー等導入可能性調査研究

2015.01

-

2015.03

Contracted research Co-investigator
自然エネルギー活用による農山漁村スマート化モデル開発-持続可能な低炭素技術の発掘・開発と地域力の強化

2014.11

-

2015.02

Contracted research Co-investigator
資材ストック量を考慮した災害廃棄物量の予測手法に関する研究

2014.08

-

2015.03

Contracted research Co-investigator

Instructor for open lecture, peer review for academic journal, media appearances, etc.

公募型プロポーザルアドバイザー

2023.09.26

和歌山市企業局

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助言・指導

本市発注の「中央終末処理場汚泥処理施設改築事業」は、公募型プロポーザル形式により業者選定を行います。プロポーザルでは被評価者（応募者）から、本市が作成した要求水準書等に記載する業務内容に沿って提案書が提出され、提案書及びプレゼンテーションの内容を本市職員で構成する評価委員会で評価します。
　貴大学の先生にアドバイザーとしてプレゼンテーション当日に同席していただき、専門的な視点からご意見をいただきたくお願いします。
　提案において、特に汚泥処理施設の改築に対して、汚泥の有効利用による脱炭素化についてご意見等いただき、市職員で構成する「評価委員会」よる企画提案の評価に活用させていただきたいと考えております。
論文査読（1編）

2023.04

-

2024.03

環境共生

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学術雑誌等の編集委員・査読・審査員等

論文査読（1編）
論文査読（1編）

2023.04

-

2024.03

土木学会論文集G（環境）（環境システム研究論文集）

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学術雑誌等の編集委員・査読・審査員等

論文査読（1編）
高校生による環境課題研究の成果発表会における講評者

2022.12.23

堺市

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コメンテーター

堺市内の高等学校が環境問題をテーマとした課題研究活動等に取り組んでおり、それらの高等学校が参加する成果発表会において講評すること。
論文査読（1編）

2022.04

-

2023.03

Journal of Material Cycles and Waste Management

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学術雑誌等の編集委員・査読・審査員等

論文査読（1編）
論文査読（1編）

2022.04

-

2023.03

環境共生

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論文査読（1編）
論文査読（1編）

2022.04

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2023.03

土木学会論文集G（環境）（地球環境研究論文集）

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学術雑誌等の編集委員・査読・審査員等

論文査読（1編）
論文査読（1編）

2021.04

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2022.03

土木学会論文集G（環境）（環境システム研究論文集）

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学術雑誌等の編集委員・査読・審査員等

論文査読（1編）
論文査読（1編）

2020.04

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2021.03

廃棄物資源循環学会論文誌

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学術雑誌等の編集委員・査読・審査員等

論文査読（1編）
論文査読（1編）

2019.04

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2020.03

環境共生

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学術雑誌等の編集委員・査読・審査員等

論文査読（1編）
論文査読（1編）

2019.04

-

2020.03

土木学会論文集G（環境）（環境システム研究論文集）

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学術雑誌等の編集委員・査読・審査員等

論文査読（1編）
論文査読（1編）

2019.04

-

2020.03

環境情報科学学術研究論文集

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学術雑誌等の編集委員・査読・審査員等

論文査読（1編）
論文査読（1編）

2019.04

-

2020.03

土木学会論文集G

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学術雑誌等の編集委員・査読・審査員等

論文査読（1編）
論文査読（1編）

2018.04

-

2019.03

環境情報科学学術研究論文集

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学術雑誌等の編集委員・査読・審査員等

論文査読（1編）
論文査読（1編）

2017.04

-

2018.03

環境情報科学学術研究論文集

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学術雑誌等の編集委員・査読・審査員等

論文査読（1編）
論文査読（2編）

2017.04

-

2018.03

土木学会論文集G（環境）（環境システム研究論文集）

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学術雑誌等の編集委員・査読・審査員等

論文査読（2編）
論文査読（1編）

2017.04

-

2018.03

地域学研究

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学術雑誌等の編集委員・査読・審査員等

論文査読（1編）
論文査読（1編）

2017.04

-

2018.03

土木学会論文集G

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学術雑誌等の編集委員・査読・審査員等

論文査読（1編）
講師

2016.09

-

Now

平成28年度紀の川水質汚濁防止連絡協議会・幹事会

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講演講師等

講師
平成28年度紀の川水質汚濁防止連絡協議会講演

2016.09

紀の川水質汚濁防止連絡協議会

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公開講座・講演会の企画・講師等

「人口減少下における下水汚泥処理施設の更新と低炭素化」
論文査読（1編）

2016.04

-

2017.03

土木学会論文集G（環境）（地球環境研究論文集）

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学術雑誌等の編集委員・査読・審査員等

論文査読（1編）
論文査読（1編）

2016.04

-

2017.03

環境情報科学学術研究論文集

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学術雑誌等の編集委員・査読・審査員等

論文査読（1編）
論文査読（1編）

2016.04

-

2017.03

土木学会論文集G（環境）（環境システム研究論文集）

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学術雑誌等の編集委員・査読・審査員等

論文査読（1編）
論文査読（1編）

2015.04

-

2016.03

環境情報科学学術研究論文集

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学術雑誌等の編集委員・査読・審査員等

論文査読（1編）
論文査読（1編）

2015.04

-

2016.03

地域学研究

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学術雑誌等の編集委員・査読・審査員等

論文査読（1編）
論文査読（1編）

2015.04

-

2016.03

土木学会論文集G（環境）（環境システム研究論文集）

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学術雑誌等の編集委員・査読・審査員等

論文査読（1編）
論文査読（1編）

2015.04

-

2016.03

環境科学会誌

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学術雑誌等の編集委員・査読・審査員等

論文査読（1編）
森林・林業のためになる講演会「未利用間伐材活用による経済効果」

2014.08

日高川町

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公開講座・講演会の企画・講師等

伐採・搬出方法の違いが林地残材の収集・搬出事業の採算性に及ぼす影響,日付:2014年8月26日
論文査読（1編）

2014.04

-

2015.03

地域学研究

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学術雑誌等の編集委員・査読・審査員等

論文査読（1編）
論文査読（3編）

2014.04

-

2015.03

土木学会論文集G（環境）（環境システム研究論文集）

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学術雑誌等の編集委員・査読・審査員等

論文査読（3編）
論文査読（1編）

2014.04

-

2015.03

土木学会論文集D3（土木計画学）（土木計画学研究・論文集）

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学術雑誌等の編集委員・査読・審査員等

論文査読（1編）
論文査読（1編）

2014.04

-

2015.03

環境情報科学学術研究論文集

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学術雑誌等の編集委員・査読・審査員等

論文査読（1編）
防災講演会「地域を守り抜く力！　災害に強い紀伊半島を共に」

2014.02

和歌山大学防災研究教育センター

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公開講座・講演会の企画・講師等

（ポスター発表）地域防災に対する住民満足と高齢者の移動利便性／津波浸水時における避難場所としての寺社の利用可能性,日付:2014年2月1日
防災・日本再生シンポジウム「紀伊半島和歌山県のこれからの災害をイメージする」

2014.01

和歌山大学

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公開講座・講演会の企画・講師等

（ポスター発表）地域防災に対する住民満足と高齢者の移動利便性／津波浸水時における避難場所としての寺社の利用可能性,日付:2014年1月25日
花王“いっしょにeco”フォーラム2013

2013.11

花王株式会社

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公開講座・講演会の企画・講師等

パネルディスカッション「サステナブルなライフスタイルを考える」,日付:2013年11月11日
開智高校オープンセミナー2013

2013.07

その他

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小・中・高校生を対象とした学部体験入学・出張講座等

環境と共生する社会を創る環境システム学,日付:2013年7月13日
第10回総会講演会

2013.05

NPOわかやま環境ネットワーク

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公開講座・講演会の企画・講師等

持続可能な社会の実現に向けて～バイオマス利用の技術システム設計と評価～,日付:2013年5月18日
論文査読（1編）

2013.04

-

2014.03

環境情報科学学術研究論文集

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学術雑誌等の編集委員・査読・審査員等

論文査読（1編）
論文査読（1編）

2013.04

-

2014.03

環境共生

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学術雑誌等の編集委員・査読・審査員等

論文査読（1編）
論文査読（3編）

2013.04

-

2014.03

土木学会論文集G（環境）（環境システム研究論文集）

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学術雑誌等の編集委員・査読・審査員等

論文査読（3編）
第6回和歌山大学産学官交流会「環境とエネルギー技術」

2012.12

和歌山大学産学連携・研究支援センター

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公開講座・講演会の企画・講師等

和歌山の都市・産業システムを対象とした環境マネジメント研究,日付:2012年12月17日
メディア出演等

2012.05.26

ニュース和歌山

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研究成果に係る新聞掲載、テレビ・ラジオ出演

モノの一生涯と環境負荷
和歌山大学土曜講座

2012.05

和歌山大学地域創造支援機構地域連携・生涯学習センター

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公開講座・講演会の企画・講師等

いま改めて、暮らしと環境のつながりを考える,日付:2012年5月12日
論文査読（2編）

2012.04

-

2013.03

環境情報科学論文集

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学術雑誌等の編集委員・査読・審査員等

論文査読（2編）
論文査読（4編）

2012.04

-

2013.03

土木学会論文集G（環境）（環境システム研究論文集）

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学術雑誌等の編集委員・査読・審査員等

論文査読（4編）
青少年のための科学の祭典－2012おもしろ科学まつり－和歌山大会

2012.04

その他

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小・中・高校生を対象とした学部体験入学・出張講座等

「青少年のための科学の祭典・和歌山大会」実行委員会委員,日付:12/15-16
サステイナビリティ・カフェ2012

2012.03

大阪大学大学院工学研究科附属サステイナビリティ・デザイン・オンサイト研究センター

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公開講座・講演会の企画・講師等

食の消費と環境のサステイナビリティ,日付:2012年3月16日
eco検定対策講座

2011.07

尼崎商工会議所　環境社会検定試験（eco検定）対策講座「

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公開講座・講演会の企画・講師等

環境最新情報の解説,日付:2011年7月13日
論文査読（1編）

2011.04

-

2012.03

KEIO SFC JOURNAL

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学術雑誌等の編集委員・査読・審査員等

論文査読（1編）
論文査読（4編）

2011.04

-

2012.03

土木学会論文集G（環境）（環境システム研究論文集）

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学術雑誌等の編集委員・査読・審査員等

論文査読（4編）
論文査読（1編）

2011.04

-

2012.03

環境情報科学論文集

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学術雑誌等の編集委員・査読・審査員等

論文査読（1編）
地理情報システム（GIS）操作習熟活用講座

2011.04

和歌山大学

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公開講座・講演会の企画・講師等

GISの解説および演習,日付:10月29日～30日，11月5日～6日
青少年のための科学の祭典－2011おもしろ科学まつり－和歌山大会

2011.04

その他

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小・中・高校生を対象とした学部体験入学・出張講座等

「青少年のための科学の祭典・和歌山大会」実行委員会委員,日付:12/10-11
論文査読（1編）

2010.04

-

2011.03

環境技術

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学術雑誌等の編集委員・査読・審査員等

論文査読（1編）
論文査読（1編）

2010.04

-

2011.03

環境システム研究論文集

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学術雑誌等の編集委員・査読・審査員等

論文査読（1編）
eco検定対策講座

2010.04

尼崎商工会議所

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公開講座・講演会の企画・講師等

環境最新情報の解説,日付:7月7日，12月1日
論文査読（1編）

2009.04

-

2010.03

環境システム研究論文集

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学術雑誌等の編集委員・査読・審査員等

論文査読（1編）
論文査読（2編）

2008.04

-

2009.03

環境システム研究論文集

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学術雑誌等の編集委員・査読・審査員等

論文査読（2編）
論文査読（1編）

2006.04

-

2007.03

環境システム研究論文集

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論文査読（1編）

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Committee member history in academic associations, government agencies, municipalities, etc.

熊取町廃棄物減量等推進審議会

2023.07.18

-

2024.03.31

泉南郡熊取町役場

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学協会、政府、自治体等の公的委員

「廃棄物の処理及び清掃に関する法律」第５条の７の規定に基づき設置する審議会で、町の区域内における一般廃棄物の減量等に関する事項の審議を行うもので、具体的には今年度本町が作成する一般廃棄物処理基本計画の内容について審議をお願いするもの。
委託業務実施事業者選定委員

2023.04.01

-

2024.03.31

貝塚市

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学協会、政府、自治体等の公的委員

地球温暖化対策実行計画（区域施策編）策定業務委託における委託業務実施事業者の選定。
環境審議会・委員

2022.09.28

-

2024.09.27

岸和田市

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学協会、政府、自治体等の公的委員

本市の環境施策について調査及び審議のため
向陽高等学校・中学校スーパーサイエンスハイスクール運営指導委員会委員

2022.07.01

-

2024.03.31

和歌山県教育庁学校教育局県立学校教育課

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向陽高等学校・中学校スーパーサイエンスハイスクール運営指導委員会委員として、運営指導委員会に出席し、学校の取組・研究等に対する指導、助言、評価にあたる。
令和4年度瀬戸内海研究フォーラム運営委員会・幹事長

2022.04

-

2023.03

瀬戸内海研究会議

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学協会、政府、自治体等の公的ではない委員

瀬戸内海研究フォーラム in 和歌山　幹事長
廃棄物減量等推進審議会

2021.10.01

-

2025.09.30

堺市

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学協会、政府、自治体等の公的委員

堺市廃棄物減量等推進審議会委員に就任し、専門的立場からご意見をいただく。
編集委員会・委員（審査部会）

2021.04

-

2023.03

日本環境共生学会

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学協会、政府、自治体等の公的委員

日本環境共生学会次編集委員会審査部会委員
小学校空調設備事業プロポーザル審査委員会・委員長

2018.11

-

2019.03

橋本市

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国や地方自治体、他大学・研究機関等での委員

委員長,任期:2018年11月～2019年3月
廃棄物減量等推進審議会・会長

2018.09.01

-

2024.08.31

和歌山市

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学協会、政府、自治体等の公的委員

和歌山市廃棄物減量等推進審議会委員（和歌山市廃棄物の減量推進及び適正処理に関する条例第５条の２第２項）
審議内容
（１）一般廃棄物の発生の抑制及び再利用に関する事項
（２）一般廃棄物の適正処理の推進に関する事項
（３）その他一般廃棄物の処理に関し必要な事項
環境保全審議会委員

2018.07.01

-

2024.06.30

貝塚市

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学協会、政府、自治体等の公的委員

環境保全についての必要な事項の調査審議に関する事務
第45回環境システム研究論文発表会実行委員会・委員

2017.04

-

2018.03

土木学会環境システム委員会

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学協会、政府、自治体等の公的委員

第45回環境システム研究論文発表会実行委員会
岸和田市立小中学校及び幼稚園空調設備整備事業者選定委員会・委員

2017.04

-

2017.10

岸和田市

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国や地方自治体、他大学・研究機関等での委員

委員,任期:2017年４月～2017年１０月
第27回廃棄物資源循環学会研究発表会実行委員会・幹事長

2015.04

-

2017.03

廃棄物資源循環学会

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学協会、政府、自治体等の公的委員

第27回廃棄物資源循環学会研究発表会実行委員会
2015年会実行委員会・委員

2015.04

-

2016.03

環境科学会

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学協会、政府、自治体等の公的委員

2015年会実行委員会
廃棄物減量等推進審議会・委員

2014.09

-

2018.08

和歌山市

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国や地方自治体、他大学・研究機関等での委員

委員,任期:2014年9月-2016年8月
平成26年度瀬戸内海研究フォーラム運営委員会・委員

2014.04

-

2015.03

瀬戸内海研究会議

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学協会、政府、自治体等の公的委員

平成26年度瀬戸内海研究フォーラム運営委員会
建設工事等総合評価審査委員会・委員

2013.05

-

2015.03

和歌山県

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国や地方自治体、他大学・研究機関等での委員

委員,任期:2013/05/27～2015/03/21
提案公募審査会・委員

2012.04

-

2014.03

日本万国博覧会記念機構

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国や地方自治体、他大学・研究機関等での委員

審査委員
第40回環境システム研究論文発表会実行委員会・委員

2012.04

-

2013.03

土木学会環境システム委員会

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学協会、政府、自治体等の公的委員

第40回環境システム研究論文発表会実行委員会
農山漁村再生可能エネルギー導入可能性調査支援事業検討会・委員

2012.04

-

2013.03

和歌山総合建設コンサルタント

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国や地方自治体、他大学・研究機関等での委員

委員
県土整備部総合評価審査委員会・委員

2012.04

-

2013.03

和歌山県

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国や地方自治体、他大学・研究機関等での委員

委員
環境保全審査会・委員

2011.04

-

2019.03

神戸市

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国や地方自治体、他大学・研究機関等での委員

委員
委員および論文審査小委員会委員

2011.04

-

2015.03

土木学会環境システム委員会

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学協会、政府、自治体等の公的委員

学協会、政府、自治体等の公的委員
平成23年度土木学会関西支部年次学術講演会プログラム構成委員会・委員

2011.04

-

2012.03

土木学会関西支部

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学協会、政府、自治体等の公的委員

平成23年度土木学会関西支部年次学術講演会　プログラム構成委員会
第48回日本地域学会年次大会実行委員会・副委員長

2011.04

-

2012.03

日本地域学会

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学協会、政府、自治体等の公的委員

第48回日本地域学会年次大会実行委員会
提案公募審査会・委員

2009.04

-

2011.03

日本万国博覧会記念機構

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国や地方自治体、他大学・研究機関等での委員

委員
地域新エネルギービジョン策定懇話会・委員

2007.04

-

2008.03

岸和田市

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国や地方自治体、他大学・研究機関等での委員

委員

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