|
| TABLE OF CONTENTS 1 EXECUTIVE SUMMARY1 2 THE HISTORICAL PERSPECTIVE
3 GLOBAL SUSTAINABILITY AND PACKAGING’S ROLE
4 BUILDING THE BUSINESS CASE
5 REGULATORY TRENDS
6 MATERIALS AND CONTAINERS OVERVIEW
7 RECYCLING
8 RELEVANT TECHNOLOGIES AND TRENDS
9 SELECT TECHNOLOGY PROVIDER PROFILES
10 BENCHMARKING AND BEST PRACTICES
11 Wal-Mart Stores, Inc/Sam’s Club’s Lead Role in Sustainability
Appendix A Common Terms, Definitions, and Usage of Terms Figures, Tables, Checklists Figure 1 Evolution of Packaging in the Environment Figure 2 MSW Generation Rates – 1960 to 2003 Figure 3 MSW Recycling Rates – 1960 to 2003 Figure 4 The Triple Bottom Line Figure 5 Evolving World Views Figure 6 World Views of Selected Geographies Figure 7 The Natural Marketing Institute 2006 Consumer Segmentation Model Figure 8 Sustainable Thinking Figure 9 The World in 2050 Figure 10 Growth in Funds Using DJSI Figure 11 DJSI World Performance Figure 12 PTIS Sustainability Model Figure 13 PTIS Packaging Sustainability Process Model Figure 14 GreenList Packaging Scores for 2005 – All Packaging Figure 15 GreenList Scores – All Materials 2001 to 2005 Figure 17 Mobius Symbols Representing Recyclability and Figure 18 Energy to Produce Material Figure 19 Greenhouse Gas Emissions Figure 20 Relative Extent of Bad Actor Feedstocks Figure 21 Beverage Comparison – Total Life Cycle Figure 22 Global Packaging Material Use, 2005 Figure 23 Recycling Rates of Packaging Materials Figure 24 Overall Beverage Container Recycling Rate in the US Figure 25 US Beverage Container Recycling Rates Figure 26 Growth of Recycled Plastic in US Figure 27 SPI Resin Identification Codes Figure 28 Examples of Multi-Trip Plastic Transit Systems Figure 29 Projected Sales of Bioplastics in Europe Figure 30 US Demand for Biodegradable Packaging Plastics Figure 31 Fossil Energy Requirements Figure 32 Greenhouse Gas Emissions Figure 33 Commercial Composting Sites in the United States Figure 34 PTIS Sustainable Packaging Optimization Model Figure 35 The Biodegradation Process: Step 1 Figure 36 The Biodegradation Process: Step 2 Figure 37 A Cradle-to-Cradle Vision for the Recovery of Material Value Table 1 Generation, Materials Recovery, Composting, and Discards of Municipal Solid Waste - 1960 to 2003 Table 2 SPC Definition of Sustainable Packaging Table 3 Importance of Corporate Responsibility Table 4 Consumer Packaged Goods Companies Listed Among the 2006 Top 100 Most Sustainable Companies Table 5 Firms Producing CSR Reports or Including in Annual Report Table 6 GreenListtm Criteria and Ratings for Packaging Materials (EC score) Table 7 Stewardship Ontario Table of Fees-Jan 1 to Dec 31, 2006 Table 8 Elements of Sustainable Packaging Table 9 Advantages and Sustainability Concerns for Paper and Paperboard Table 10 Advantages and Sustainability Concerns for Glass Packaging Table 11 Advantages and Sustainability Concerns for Rigid Plastics Table 12 Advantages and Sustainability Concerns for Flexible Packaging Table 13 Advantages and Sustainability Concerns for Aluminum Packaging Table 14 Advantages and Sustainability Concerns for Steel Containers Table 15 Generation, Materials Recovery, Composting, and Discards of Municipal Solid Waste - 1960 to 2003 Table 16 More Sustainable Processes for Packaging Materials Table 17 Comparative Prices of Selected Materials as of July 2006 Table 18 Comparison of Barrier Properties PLA, PET, HDPE Table 19 Alternative Materials Table 20 LCA Energy Comparison Table 21 Ecoflex Properties Comparison Chart Typical Film Properties at 50 Micron Thickness Table 22 SPC Members Table 23 Global 100 Most Sustainable Companies Checklist 1 PTIS Sustainable Packaging Program Development |
|
|