Reprint

Recycled Polymers: Eco-Design, Structure/Property Relationships and Compatibility

Edited by
January 2024
246 pages
  • ISBN978-3-7258-0002-5 (Hardback)
  • ISBN978-3-7258-0001-8 (PDF)

This book is a reprint of the Special Issue Recycled Polymers: Eco-Design, Structure/Property Relationships and Compatibility that was published in

Chemistry & Materials Science
Engineering
Summary

The efficient ecodesign of secondary raw materials from recycled multiphase polymer systems is performed through the study of various things, such as:

The compatibility of mixtures of recycled polymers where work on knowledge of the miscibility of mixtures depends on the different rates and the nature of the constituents;The aging of recycled polymers in terms of the structuring of end-of-life polymers, which may have changed their starting structure due to degradation or aging;The compatibility of mixtures of polymers recycled by additive treatments and/or reactive pre-treatments and integration of coupling agents or reactants in situ at the interface of the mixtures; this compatibility can be linked beforehand to reactive pre-treatments (plasma, corona, heat/chemical treatments) on each of the phases.

The selection of these three themes follows a study cycle logic on the development of formulations of blends of recycled polymers, in which compatibilization affects the morphology and therefore the miscibility of blends of polymers in relation to their structure.

Format
  • Hardback
License and Copyright
© 2022 by the authors; CC BY-NC-ND license
Keywords
mechanical recycling; impact resistance; WEEE; polymer compatibilization; design of experiments; surface response methodology; PTFE; nanoparticles; microwave; recycled Fe2O3; complex permittivity; complex permeability; recycling; plastics waste; extrusion; polyethylene/polyamide blends; compatibility; physical properties; structure; methyl methacrylate; PMMA recycling; Monte Carlo; economic analysis; regenerated MMA; depolymerization; scenario; net present value (NPV); payback period; risk analysis; textile recycling; mechanical recycling; pyrolysis; enzymatic hydrolysis; ammonolysis; glycolysis; IoT; sorting identification; recycling; thermoplastic composites; basalt fibers; ultrasound; mechanical properties; crystalline poly(ethylene terephthalate); post-industrial recycling; polymer processing; biofillers; coffee chaff; rice hull; plastic-aggregate; ABS; mortar; mechanical properties; flexural strength; rupture; thermochemical conversion process; waste recycling; waste-to-energy; waste treatment; synthetic fiber; natural rubber; scrap rubber; oil absorbency; foam; waste; blow molding; polyethylene; environmental stress cracking resistance; cracked round bar specimens; recyclate; fatigue; slow crack growth; plastic recycling; compounding; thermoforming; melt mass-flow rate; mechanical properties; polypropylene; post-consumer; recyclate

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