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Preface | ||
1 | Polymer Recycling: An Overview | 2 |
2 | Curbside Recycling Infrastructure: A Pragmatic Approach | 11 |
3 | Polymer Recycling: Thermodynamics and Economics | 27 |
4 | Automotive Recycling | 47 |
5 | Polymer Recycling: Economic Realities | 62 |
6 | Plastics Recycling: An Overview | 72 |
7 | Recycling of Polypropylene | 80 |
8 | Polystyrene Recycling: An Overview of the Industry in North America | 89 |
9 | Progress in Poly(vinyl chloride) Recycling | 97 |
10 | A Resin Producer's Perspective and Experiences in Polyethylene Recycling | 104 |
11 | Morphology and Properties of Poly(ethylene terephthalate)-High-Density Polyethylene Blends: Effects of Processing Variables | 113 |
12 | A Recovery Process for Spent Polyurethane-Based Propellants: Feasibility Studies | 139 |
13 | Consideration of Poly(ethylene terephthalate) Recycling for Food Use | 152 |
14 | A Review of Advanced Recycling Technology | 161 |
15 | Advances in Plastics Recycling: Thermal Depolymerization of Thermoplastic Mixtures | 170 |
16 | Spouted Bed Reactor for the Advanced Thermal Recycling of Mixed Plastic Waste | 183 |
17 | Recycling of Rubber | 196 |
18 | Rubber Recycling: Emerging Markets and New Technology | 202 |
19 | Olefinic Thermoplastic Vulcanizates: Impact on Rubber Recycling | 221 |
20 | Scrap Tire Recycling: Regulatory and Market Development Progress | 237 |
21 | Chemical Methods of Devulcanizing Thermoset Rubber | 245 |
22 | A Black Filler for Rubber from Tire Pyrolysis Char | 254 |
23 | Cellulose and Paper Recycling: A Pragmatic View | 274 |
24 | Paper Recycling and the Environment | 286 |
25 | Recycled Paper: Raw Material Supply and Other Considerations | 296 |
26 | Advances in Paper Fiber Recycling: Meeting the Challenge | 306 |
27 | Chemistry of Unit Operations in Paper Deinking Mills | 323 |
28 | Office-Paper Deinking: Environmental Scanning Electron Microscopy Studies of Interactions of Toner Inks and Deinking Agents | 342 |
29 | Utilization of Recycled Agriculture-Based Fiber for Composites | 357 |
30 | Recycling of Mixed Plastics Using Cellulosic Reinforcement | 367 |
31 | Recycling of Polymers for Food Use: A Current Perspective | 380 |
32 | Recycled Plastics for Food-Contact Applications: Science, Policy, and Regulation | 389 |
33 | Protocol To Verify Contaminant Removal from Postconsumer Poly(ethylene terephthalate) | 404 |
34 | Assessing Reclamation Processes for Plastics Recycling | 418 |
35 | Residual Contaminants in Recycled Poly(ethylene terephthalate): Effects of Washing and Drying | 435 |
36 | Food Packaging Made from Recycled Polymers: Functional Barrier Considerations | 445 |
37 | Analysis of Contaminants in Recycled Poly(ethylene terephthalate) by Thermal-Extraction Gas Chromatography - Mass Spectroscopy | 458 |
38 | Chemically Induced Delamination for Recycling of Coated Aluminum Scrap: Exploratory Phase | 472 |
39 | Polymer Recycling Technology for Food-Use Technical Requirements To Meet Safety and Quality Assurance | 488 |
40 | Polymer Recycling Research in the New Decade | 502 |
Author Index | 513 | |
Affiliation Index | 513 | |
Subject Index | 514 |
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Add Plastics, Rubber, and Paper Recycling : A Pragmatic Approach, Presents an up-to-date analysis of the current technology for recycling paper, rubber, and plastics used in food packaging, automotive parts, and many other applications. Addresses the need for recycling polymeric materials and examines the practical, Plastics, Rubber, and Paper Recycling : A Pragmatic Approach to the inventory that you are selling on WonderClubX
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Add Plastics, Rubber, and Paper Recycling : A Pragmatic Approach, Presents an up-to-date analysis of the current technology for recycling paper, rubber, and plastics used in food packaging, automotive parts, and many other applications. Addresses the need for recycling polymeric materials and examines the practical, Plastics, Rubber, and Paper Recycling : A Pragmatic Approach to your collection on WonderClub |