To resolve the problems of sorting and treating regulated recyclable waste containers, this plan has collected sorting technologies, such as near infra-red, x-ray and optical sorting technology, from America, German, Japan, Austria and France. The cost effects and enforce feasibility of introducing the automatic sorting technologies into Taiwan has estimated, in order to raise the efficiency of sorting waste plastic and glass containers. In addition, this plan has collected treating technologies of intractable plastic containers, including using organic solvents to separate, grinding and reusing, and cracking for fuel oil, etc., to use as assessing reuse methods of intractable plastic containers. The optimal reusing technology and treating process of Tetra Pak and plastic container treating derived waste were evaluated through information collection and real factory modeling. Moreover, the subsidized organizations were guided to improve the quality of waste PVC purity and the channels for selling the recycle materials were also discussed. Furthermore, this project planned to create a platform for communicating the recycling technologies for waste containers between Taiwan and internationals. This could be conference materials of related policy making.

Recyclable waste containers, sorting and treating technologies, intractable plastic containers, Tetra Pak.