Home Circular economy and sustainability area TEXPLAST – RESEARCH INTO THE VALORISING TEXTILE WASTE USING INEJECTION TECHNOLOGIES

TEXPLAST – RESEARCH INTO THE VALORISING TEXTILE WASTE USING INEJECTION TECHNOLOGIES

economia circular

Circular economy and sustainability

RESEARCH INTO THE VALORISING TEXTILE WASTE USING INEJECTION TECHNOLOGIES

TEXPLAST

Motivation


The plastics industry is under increasing pressure to adopt more sustainable practices and reduce its environmental footprint. On the other hand, the enormous volume of textile waste generated annually worldwide is not only an environmental problem, but also an opportunity to exploit resources and reduce the dependence on virgin raw materials in the production of plastics. In this context, this project aims to carry out a revalorisation of textile waste as a key strategy to addressing the challenges of waste management and promote the circular economy.

Objectives


The main objective is the development of a circular economy model for textile materials that are difficult to recover and have no place in the textile industry itself. To this end, the potential for using textile waste in short fibre format as reinforcement of thermoplastic matrices in injection moulding will be analysed. The main challenge to be addressed is the introduction of a significant percentage of textile waste into the thermoplastic matrix. The initial approach will be for the potential for recovery of certain types of textile waste in the manufacture of plastic parts using 3D printing in a new technology uses the raw materials in pellet format.

Expected results


  • Development of a processing route for the preparation and adaptation of textile waste, so that it can be incorporated into the plastics industry by conventional and scalable methods.
  • Implementation of different technologies, some in widespread use in the plastics industry, others new, it is hoped to be able to dose the recovered materials in controlled percentages at the injection moulding stage itself.
  • Evaluation of the possibility of modifying the bulk density of selected waste through compaction/agglomeration processes as a preliminary step to the previous process.
  • Achieve the necessary suitability for their incorporation into the manufacture of prototypes with low mechanical requirements through 3D printing from material in pellet format.

Grant number: IMAMCA/2024/6
Programme: Plan of non-economic activities 2024
Period of execution: January 2024 – December 2024
Status: In progress
More information: PLAN OF ACTION
Entity: IVACE

Project supported by the Conselleria Conselleria de Innovación, Industria, Comercio y Turismo de la Generalitat Valenciana, through IVACE

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R&D AREAS

Nuevos materiales

New high-performance functionalised materials

economía circular

Circular economy and sustainability

fabricación avanzada

Advanced manufacturing, smart textiles and digitalisation

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