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| Preface | |
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| Acknowledgments | |
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| Introduction | |
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| A Sense of Urgency | |
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| The Basic Premise | |
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| The Hidden Mountain | |
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| The Emergence of DFE | |
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| DFE Implementation Challenges | |
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| Using This Book | |
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| Answering the Call: The Green Movement | |
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| Motivating Forces | |
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| Wake-Up Calls | |
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| A Rediscovery of Ancient Values | |
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| The Global Sustainability Agenda | |
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| The Response of Industry | |
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| External Drivers: The Voice of Society | |
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| Green Expectations | |
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| How Clean Is Green? | |
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| Confronting Climate Change | |
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| Governmental Initiatives: Stick and Carrot | |
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| International Directives | |
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| United States Initiatives | |
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| Environmental Management System Standards | |
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| Sustainability Rating Schemes | |
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| Eco-Labeling Programs | |
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| Voluntary Codes and Principles | |
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| Environmental Advocacy Groups | |
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| Business Value Drivers | |
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| Sustainability Goes Mainstream | |
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| Evolution of Environmental Strategy | |
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| Pathways to Value Creation | |
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| The Sustainability Landscape | |
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| Charting the Course: The Art and Science of Design for Environment | |
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| Managing Environmental Innovation | |
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| The Rise of Green Markets | |
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| Integrated Product Development | |
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| Organizing for Environmental Excellence | |
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| Practicing Concurrent Engineering | |
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| Understanding Product Life Cycles | |
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| Collaborating with Stakeholders | |
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| Principles of Design for Environment | |
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| Life-Cycle Thinking | |
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| System Perspective | |
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| Indicators and Metrics | |
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| Design Strategies | |
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| Analysis Methods | |
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| Information Technology | |
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| Learning from Nature | |
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| From Principles to Practices | |
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| Performance Indicators and Metrics | |
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| Measure Up! | |
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| Why Measure Environmental Performance? | |
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| Enterprise Performance Frameworks | |
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| Identifying Aspects and Indicators | |
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| Choosing Environmental Performance Metrics | |
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| Relationship of Metrics to Indicators | |
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| Categories of Metrics | |
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| Applicability and Scope of Metrics | |
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| Aggregation and Scoring Schemes | |
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| Future Challenges and Opportunities | |
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| Design Rules and Guidelines | |
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| DFE Rules! | |
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| Catalogue of DFE Guidelines | |
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| Design for Dematerialization | |
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| Design for Energy and Material Conservation | |
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| Design for Source Reduction | |
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| Design for Servicization | |
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| Design for Detoxification | |
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| Design for Release Reduction | |
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| Design for Hazard Reduction | |
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| Design for Benign Waste Disposition | |
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| Design for Revalorization | |
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| Design for Product Recovery | |
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| Design for Product Disassembly | |
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| Design for Recyclability | |
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| Design for Capital Protection and Renewal | |
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| Design for Human Capital | |
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| Design for Natural Capital | |
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| Design for Economic Capital | |
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| Advanced Resource Recovery | |
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| Resource Cascading | |
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| Industrial Ecology | |
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| Analysis Methods for Design Decisions | |
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| Analyze This! | |
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| Tangible Evaluation | |
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| Qualitative Assessment | |
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| Criteria-Based Checklists | |
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| Scoring Matrices | |
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| Environmental Analysis | |
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| Footprint Indicators | |
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| Life-Cycle Assessment | |
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| Predictive Simulation | |
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| Risk Analysis | |
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| Financial Analysis | |
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| Life-Cycle Accounting | |
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| Cost/Benefit Analysis | |
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| Examples of DFE Decisions | |
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| Consumer Electronic Product Design | |
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| Heat Transfer Process Design | |
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| The Challenges of Decision Making | |
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| Product Life-Cycle Management | |
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| Putting It All Together | |
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| Caterpillar: New Engines from Old | |
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| Extended Producer Responsibility | |
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| Benefits of Remanufacturing | |
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| Design for Remanufacturing | |
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| 3M: Responsible Innovation | |
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| A History of Environmental Leadership | |
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| Life Cycle Management Program | |
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| Examples of Product Applications | |
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| Toward Sustainable Supply Chain Management | |
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| Integrated Business Decision Making | |
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| Walking the Talk: The Real-World Practice of Design for Environment | |
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| Electronic Equipment Industries | |
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| Overview | |
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| Xerox Corporation: Reducing the Footprint of Printing | |
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| A Pioneering Commitment | |
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| Designing Total Systems | |
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| Closing the Loop through Asset Recovery | |
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| Customer Benefits | |
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| Hewlett Packard: A Green Giant | |
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| Stewardship the HP Way | |
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| Design for Environment Program | |
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| Greening the Data Center | |
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| Sony Electronics: Innovation in Design | |
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| Green Management | |
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| Life-Cycle Innovation | |
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| Transportation Industries | |
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| Overview | |
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| Sustainable Mobility Research | |
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| DFE in the Transportation Life Cycle | |
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| General Motors: Product and Process Innovation | |
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| A Roadmap for Sustainability | |
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| Chevrolet Volt: A New Automotive DNA | |
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| By-Product Management: No More Landfilling | |
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| Toyota: The Future of Propulsion | |
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| DuPont: Eco-Efficient Automotive Paint | |
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| Chemical Industries | |
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| Overview | |
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| Green and Sustainable Chemistry | |
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| Dow Chemical: Raising the Bar | |
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| The Journey toward Sustainability | |
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| Polyethylene from Sugar Cane | |
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| Green Chemistry at Dow AgroSciences | |
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| DuPont: Realizing Sustainable Growth | |
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| BASF: Beyond Eco-Efficiency | |
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| Medical and Pharmaceutical Industries | |
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| Overview | |
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| Health Care Without Harm | |
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| Johnson & Johnson: A Matter of Principle | |
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| Healthy Planet Initiative | |
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| DFE Practices | |
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| Baxter: Saving and Sustaining Lives | |
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| A Culture of Sustainability | |
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| Product Sustainability Review | |
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| Product End-of-Life | |
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| Integrated "Lean and Clean" Engineering2 | |
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| Eli Lilly and Company: Reducing the Environmental Footprint | |
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| Environmental Achievements and Goals | |
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| Leading-Edge Environmental Practices | |
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| Applying Green Chemistry for Source Reduction | |
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| Lean Six Sigma for Environmental Performance | |
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| Sustainable Packaging for Medical Devices | |
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| Food and Beverage Industries | |
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| Overview | |
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| Coca-Cola: Global Responsibility | |
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| Measuring Environmental Performance | |
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| Sustainable Packaging | |
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| Sustainable Refrigeration | |
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| ConAgra Foods: Packaging Innovation | |
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| General Mills: Nourishing the Future | |
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| Unilever: A Vitality Mentality | |
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| Consumer Products Industries | |
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| Overview | |
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| Kimberly-Clark: Getting Serious about DFE | |
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| Applying DFE to Product Development | |
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| Using LCA to Develop Greener Baby Wipes | |
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| Looking to the Future | |
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| Procter & Gamble: Ensuring a Better Quality of Life | |
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| Mohawk Industries: Naturally Stain-Resistant Carpet | |
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| Patagonia: Dancing on the Fringe | |
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| Materials Production Industries | |
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| Overview | |
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| Alcoa: Toward Sustainable Materials Management | |
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| Strategic Framework for Sustainability | |
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| Converting Wastes to Products in Brazil | |
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| Holcim: Creating Lasting Value | |
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| A Sustainability Mindset | |
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| Process Improvement Initiatives | |
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| Envirocore� Family of Products | |
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| Global Cement Sustainability Initiative | |
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| Owens Corning: A Passion for Environmental Excellence | |
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| Organizing for Sustainability | |
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| A Sustainable Factory | |
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| Energy Production Industries | |
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| Overview | |
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| DFE in Energy Innovation | |
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| American Electric Power: Keeping the Lights On | |
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| The Challenges of Sustainability | |
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| High-Voltage Transmission Line Design | |
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| Industrial Ecology in Action | |
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| Chevron: The Power of Human Energy | |
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| Filling the Pipeline | |
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| Developing the Next Generation of Biofuels | |
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| Service Industries | |
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| Environmental Footprint of Services | |
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| DFE in Service Industries | |
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| Examples of Industry Practices | |
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| Retailing Industry | |
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| Food and Beverage Services | |
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| Package Delivery Services | |
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| Financial Services | |
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| Tourism and Recreational Services | |
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| Conclusion: The Road Ahead | |
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| Sustainability and Resilience | |
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| The Outlook for Sustainable Growth | |
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| The Need for Systems Thinking | |
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| Toward Resilient Enterprise Systems | |
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| Summary | |
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| Answering the Call: The Green Movement | |
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| Charting the Course: The Art and Science of Design for Environment | |
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| Walking the Talk: The Real-World Practice of Design for Environment | |
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| Conclusion: The Road Ahead | |
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| Glossary | |
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| Index | |