Evaluation of Sustainable Alternatives for the Recovery of Composite Materials Derived from PET and Recycled Thermoplastics from Industrial Waste in the Automotive Sector

The project addresses the issue of plastic waste accumulation, specifically polymers and thermoplastics from the automotive sector, which represent a significant environmental challenge due to their volume and disposal difficulty. The research proposes a mechanical recycling methodology that includes the collection, classification, shredding, and compaction of these materials to create a new polymeric composite. The technical approach focuses on optimizing particle size and fusing PET with other materials, such as thermosets or ceramics, through thermoforming processes. Experimental tests for tensile, flexural, and impact strength will be conducted to characterize the mechanical properties of the resulting material, ensuring its viability for useful industrial applications. As a result, the project expects to reduce environmental impact through a circular economy, decreasing excessive waste storage and providing a low-cost alternative for manufacturing. The project aims not only for a technical solution but also to generate publishable scientific knowledge and promote awareness regarding the utilization of industrial waste.<br/><br/><b>Goal</b>: <br/>Evaluate sustainable alternatives for the recovery of composite materials derived from PET and recycled thermoplastics from industrial waste in the automotive sector. The project aims to develop a new polymeric material with suitable mechanical properties for new applications through mechanical recycling processes.<br/><br/><b>Research lines</b>: <br/>Analysis and characterization of materials in industrial processes