| 英文摘要 |
This project has two main components:
Project Title: Chemical Recycling Evaluation - The Establishment of Waste Plastic Testing Database.
In this project, the primary objectives are to compile global chemical recycling technologies and general plastic processing methods. The goal is to provide a basis for future domestic recycling policy development. During the project's execution, in-depth interviews with industry stakeholders have been conducted to gather insights into polyester waste processing capacity and the application of depolymerization technology. This process will help with a better understanding of the current domestic landscape of technic and involve practical sampling, which will be followed by professional laboratory testing of the physicochemical properties. The results will be integrated into a database for the promotion and the matching of applications of the enterprises. Additionally, a chemical recycling seminar has been organized, featuring thematic presentations and sharing to enhance the willingness of domestic industry stakeholders to be involved in the development of chemical recycling. Lastly, a "cradle-to-gate" approach has been employed to compare the carbon footprint of raw materials, physical recycling materials, and chemical recycling materials to link to the target of the policy and trend toward Net Zero Carbon Emissions in industry.
Construction of Chemical/Physical Material Modification Techniques for Plastic Physical Recycling: The project has completed two reports: "Analysis of Waste Plastic in Logistics Packaging Buffer Materials in the Logistics Industry" and "Efficiency and Purity after Volume Reduction of Traditional Techniques." These reports include data compilation on the types of materials commonly used in logistics packaging buffer materials, recycling methods, volume reduction techniques, interviews with industry players, and domestic material recycling processes. The project focuses on material modification through the extrusion process and volume reduction primarily using green solvents, both of which have undergone initial testing. Feasibility assessments for recycling packaging materials involve interviews with six stakeholders in the logistics packaging manufacturing industry, recycling and transportation industry, and recycled material manufacturing industry, with a focus on reusing materials and integrating domestic plastic packaging waste into the recycling system to achieve industry collaboration.
|