amarillo
amarillo
amarillo
amarillo
estrellita
(10 asistentes)

At the end of their useful life, most composite materials are incinerated or landfilled, which is a pity considering that they are high-performance materials whose raw materials are not economical. Composites are very difficult to recycle since they do not melt, so their recycling to date is limited to mechanical recycling (grinding and introducing them as a filler for the manufacture of new composites). Using chemical recycling (pyrolysis and solvolysis) it is possible to separate the fibres from the matrix getting pyrolytic oils and monomers that, after purification steps, can be used in the chemical industry (solvents) and to synthesize new polymers (monomers).

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Objetivos

  • To know the main characteristics of the mechanical recycling processes.
  • To know the main characteristics of the chemical recycling processes.
  • To identify the best process to recycle each kind of composite.
  • To understand the materials (fibres, oils and liquids) obtained after the recycling process.
  • To know the main characterization techniques for the materials obtained after the recycling process.

¿A quién va dirigido?

  • Waste managers that want to start recycling composites.
  • Manufacturers of composites parts.
  • Manufacturers of composite raw materials (fibres and resins) interested in recycled products.
  • Anyone who wants to learn about chemical recycling of composites.
  • Exclusively for registrations from industrial companies.

Programa

Introduction

Mechanical recycling

  • Size reduction
  • Sorting technologies

Chemical recycling

  • Pyrolysis
  • Solvolysis

Characterization of the products obtained

Examples of recycling of composites

Convocatorias abiertas

Lo sentimos, actualmente no hay ninguna convocatoria abierta para este curso.

Profesorado

Metodología

  • At the end of their useful life, most composite materials are incinerated or landfilled, which is a pity considering that they are high-performance materials whose raw materials are not economical. Composites are very difficult to recycle since they do not melt, so their recycling to date is limited to mechanical recycling (grinding and introducing them as a filler for the manufacture of new composites). Using chemical recycling (pyrolysis and solvolysis) it is possible to separate the fibres from the matrix getting pyrolytic oils and monomers that, after purification steps, can be used in the chemical industry (solvents) and to synthesize new polymers (monomers).

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