Book contents
- Frontmatter
- Contents
- Boxes
- Acknowledgments
- International praise for Environmental Literacy in Science and Society
- Preamble
- Overview: roadmap to environmental literacy
- I Invention of the environment: origins, transdisciplinarity, and theory of science perspectives
- II History of mind of biological knowledge
- III Contributions of psychology
- IV Contributions of sociology
- V Contributions of economics
- VI Contributions of industrial ecology
- 12 The emergence of industrial ecology
- 13 Industrial agents and global biogeochemical dynamics
- VII Beyond disciplines and sciences
- VIII A framework for investigating human–environment systems (HES)
- IX Perspectives for environmental literacy
- Glossary
- References
- Index
12 - The emergence of industrial ecology
from VI - Contributions of industrial ecology
Published online by Cambridge University Press: 05 August 2012
- Frontmatter
- Contents
- Boxes
- Acknowledgments
- International praise for Environmental Literacy in Science and Society
- Preamble
- Overview: roadmap to environmental literacy
- I Invention of the environment: origins, transdisciplinarity, and theory of science perspectives
- II History of mind of biological knowledge
- III Contributions of psychology
- IV Contributions of sociology
- V Contributions of economics
- VI Contributions of industrial ecology
- 12 The emergence of industrial ecology
- 13 Industrial agents and global biogeochemical dynamics
- VII Beyond disciplines and sciences
- VIII A framework for investigating human–environment systems (HES)
- IX Perspectives for environmental literacy
- Glossary
- References
- Index
Summary
Chapter overview
We start with a brief look at the history of engineering and review how the field of industrial ecology emerged to help industries respond to growing concerns about pollution and resource scarcity. We then discuss the different notions of the concept of ecology as they relate to industrial ecology. After identifying the roots and basis of industrial ecology, we present the eco-industrial park idea, an industrial symbiosis concept that involves a cluster of companies who run their business while sharing resources and cooperating to minimize pollution and waste. As an engineering science, industrial ecology relies on quantitative methods. We discuss the role of the most important methods, including material flow analysis, life cycle assessment, and system dynamics. The chapter closes with a discussion on the sociometabolic approach.
- Type
- Chapter
- Information
- Environmental Literacy in Science and SocietyFrom Knowledge to Decisions, pp. 307 - 319Publisher: Cambridge University PressPrint publication year: 2011