Recycling and Re use of Waste Rubber 2nd Edition by Martin J Forrest – Ebook PDF Instant Download/Delivery: 3110644142, 9783110644142
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Product details:
ISBN 10: 3110644142
ISBN 13: 9783110644142
Author: Martin J Forrest
Recycling of rubber materials is necessary from both an environmental and economic perspective. This book describes everything from the world market to the many novel technologies and processes developed for the re-use and recycling of our common rubber materials. Devulcanization, production of rubber crumbs, reprocessing and manufacture of new materials are thoroughly described and discussed.
Recycling and Re use of Waste Rubber 2nd Table of contents:
1 Introduction to recycling and the re-use of rubber
References
2 Brief history of rubber recycling
References
3 Overview of the world rubber recycling market
References
4 Review of devulcanisation techniques
4.1 Introduction
4.2 Structure of sulfur vulcanised rubber and the properties of sulfur crosslinks
4.2.1 Covalent bond energies
4.2.2 Stiffness of the covalent bonds
4.2.3 Reactivity of the covalent bonds
4.2.4 Microbiological attack on the sulfur atoms
4.3 Thermal devulcanisation processes
4.3.1 Background to process
4.3.2 Examples of processes and published studies
4.4 Mechanical devulcanisation processes
4.4.1 Background to process
4.4.2 Examples of processes and published studies
4.5 Mechanical devulcanisation in the presence of chemical agents
4.5.1 Background to process
4.5.2 Examples of processes and published studies
4.6 Ultrasonic devulcanisation
4.6.1 Background to ultrasonic process
4.6.2 Examples of processes and published studies
4.7 Microwave devulcanisation
4.7.1 Background to process
4.7.2 Examples of processes and published studies
4.8 Microbiological devulcanisation
4.8.1 Background to process
4.8.2 Examples of processes and published studies
4.9 Miscellaneous devulcanisation processes
References
5 Characterisation of devulcanised rubber and products containing devulcanised rubber
5.1 Characterisation of devulcanised rubber
5.1.1 Chemical analysis tests that can be carried out on waste rubber prior to devulcanisation
5.1.2 Tests that can be carried out to assess the quality of devulcanised rubber
5.1.3 Tests that can be carried out to determine processing properties of devulcanised rubber
5.1.4 Tests that can be carried out to obtain physical properties of vulcanisates containing devulcanised rubber
5.2 Characterisation of products manufactured from devulcanised rubber
5.2.1 Introduction
5.2.2 Published results
5.2.2.1 DevulCO2 and ReMould research projects
5.2.2.2 DeLink
5.2.2.3 Levgum
5.2.2.4 Rubber resources (formerly called vredestein rubber recycling)
5.2.2.5 Miscellaneous processes
5.2.2.6 Comparative studies
References
6 Production of rubber crumb
6.1 Introduction
6.2 Methods for the production of rubber crumb
6.2.1 Preparation of waste rubber products prior to grinding or crumbing
6.2.2 Cryogenic processes
6.2.3 Water processes
6.2.4 Ambient processes
6.3 Sieving of rubber crumb
6.4 Quality control monitoring of rubber crumb and products containing rubber crumb
6.4.1 The WRAP quality protocol and guidance documents
6.4.1.1 UK WRAP quality protocol
6.4.1.2 Good practice for the storage of rubber crumb
6.4.1.3 Good practice for unbound applications of tyre- derived rubber materials in sensitive environments − UK WRAP quality protocol
6.4.1.4 Good practice for unbound, sports, recreation and leisure applications in close proximity to aquatic receptors – UK WRAP quality protocol
6.4.1.5 Good practice for unbound civil engineering applications of tyre-derived rubber materials – UK WRAP quality protocol
6.4.2 Quality standards
6.4.2.1 The production of rubber crumb
6.4.2.2 Properties of rubber crumb
6.4.2.3 The use of rubber crumb in civil engineering and landfill engineering applications
6.5 Sintering techniques to produce products from rubber crumb
6.6 Activation of rubber crumb
References
7 Products made from rubber crumb and waste rubber
7.1 Introduction
7.2 In blends with thermoplastics
7.3 In blends with rubber compounds
7.4 Use in construction products
7.4.1 Concrete products
7.4.2 Bitumen and asphalt products
7.4.3 Gypsum and screed products
7.4.4 Roofing products
7.4.5 Sound and vibration insulation products
7.4.6 Miscellaneous products for construction
7.5 Use in sports and other recreational surfaces
7.6 Miscellaneous uses
References
8 Other methods for recycling and re-using waste rubber
8.1 Reclaiming process
8.2 Pyrolysis products
8.2.1 Introduction
8.2.2 Pyro-gas and oil
8.2.3 Recovered carbon black
8.3 Depolymerisation to produce monomers and low-molecular-weight compounds
8.4 Generation of energy by incineration
References
9 Conclusion
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Tags: Martin J Forrest, Recycling, Waste