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| PARTⅠ INTRODUCING THE FIELD Chapter 1 Humanity and environment Chapter 2 The industrial ecology concept Chapter 3 Technological change and evolving risk PART II THE PHYSICAL,BIOLOGICAL,AND SOCIETAL FRAMEWORK Chapter 4 The relevance of biological ecology to technology Chapter 5 The status of resources Chapter 6 Society and culture Chapter 7 Governments,laws,and economics PART III DESIGN FOR ENVIRONMENT Chapter 8 Industrial product design and development Chapter 9 Industrial process design and operation Chapter 10 Choosing materials Chapter 11 Designing for energy efficiency Chapter 12 Product delivery Chapter 13 Environmental interactions during product use Chapter 14 Design for end of life Chapter 15 An introduction to life-cycle assessment Chapter 16 The lca impact and interpretation stages Chapter 17 Streamlining the lca process Chapter 18 Using the corporate industrial ecology toolbox PART IV CORPORATE INDUSTRIAL ECOLOGY Chapter 19 Managing industrial ecology in the corporation Chapter 20 Indicators and metrics Chapter 21 Services technology and environment PART V SYSTEMS-LEVEL INDUSTRIAL ECOLOGY Chapter 22 Industrial ecosystems Chapter 23 Metabolic and resource analyses Chapter 24 Systems analysis,models,and scenario development Chapter 25 Earth systems engineering and management Chapter 26 The future of industrial ecology Appendix A Electronic solder alternatives :A detailed case study Appendix B Units of mesurement in industrial ecology Glossary Index |
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