INDUSTRIAL ECOLOGY
博士前期課程地球環境学研究科
MGGE7120
コース情報
担当教員: 銭 学鵬
単位数: 2
年度: 2024
学期: 春学期
曜限: 月3
形式: 対面授業+オンライン授業(オンデマンド授業,同時双方向型授業(Zoomなど)) /Alternating face-to-face & A
レベル: 600
アクティブラーニング: あり
他学部履修: 可
評価方法
出席状況
授業参加
レポート
その他
Class participation includes the activities that contribute to the class, such as groupwork (3 times), presentations in class, active participation in discussions, etc.
詳細情報
概要
Industrial ecology is a methodology based on systems engineering that helps to proactively and rationally approach and maintain desired environmental capacities or carrying capacities of the earth, subject to continued economic, cultural, and technological progress. Industrial ecology is an interdisciplinary field, and an organizing concept that is increasingly applied to define the interactions of today’s industry (technology), environmental and social systems. Toward the sustainable society, these interactions need to be re-considered and modified, where some important analysis and assessment methods have been developed in industrial ecology. Industrial ecology serves as an environmentally related framework for technology, policy, and resource management in government and society, which will be focused in the course. Starting from the background and concepts of industrial ecology, this course will guide students in learning methodologies and practical applications of industrial ecology, such as material flow analysis, life cycle assessment (LCA) of products and services, and industrial symbiosis, as well as the systems approach used in them. Furthermore, we will elucidate the relationship between development and the environment from the angles of industry, environment, and society.
目標
The goal of this course is to gain expertise in industrial ecology from basic concepts to applications, especially in initiatives and related policies such as material flow analysis, life cycle assessment of products and services, and industrial symbiosis. In addition, it is desirable to deepen the understanding of innovation and industrial transformation for the realization of a sustainable society. It is also expected that students will deepen their understanding of systems analysis through the study of industrial ecology.
授業外の学習
Reading: Some materials are to be selected from the designated list of papers, some are to be researched on your own. Preparation of presentation materials and reports: Group-based case studies on each topic, to be presented in class, three times scheduled. Final report: Individual report, to be explained in class.
所要時間: At least 190 minutes per lecture.
スケジュール
- History of industrial ecology: as a new science
- Background of industrial ecology: industrial system(technology) evolution
- Fundamentals of Industrial Ecology: systems concepts and systems analysis
- Material flow analysis: concepts and research
- Material flow analysis: implication and applications
- Material flow analysis: case study presentation and discussion
- Life cycle assessment: concepts and research
- Life cycle assessment: implication and applications
- Life cycle assessment: case study presentation and discussion
- Industrial symbiosis and circular economy: concepts and research
- Industrial symbiosis and circular economy: implication and applications
- Industrial symbiosis and circular economy: case study presentation and discussion
- Frontier Research in Industrial Ecology
- Summary: Innovation and Industrial Transformation for Realizing a Sustainable Society
教科書
Distribute electronic files of related materials before and during class, targeting at paperless classes.
参考書
Industrial Ecology (Prentice-Hall International Series in Industrial and Systems Engineering)
著者: T. E. Graedel, Braden R. Allenby
出版社: Prentice Hall
Industrial Ecology and Sustainable Engineering
著者: T. E. Graedel, Braden R. Allenby
出版社: Prentice Hall
Drawdown: The Most Comprehensive Plan Ever Proposed to Reverse Global Warming
著者: Paul Hawken
出版社: Penguin