| 英文摘要 |
After a series of the classification processes, sorting processes, crushing processes, and washing processes, the wasted containers remain multicomponent polymer-composited materials with few economical benefits. The residual materials, however, can not be recycled. Considering the economic cost and the economic scale, there is no technology which can deal with the residual materials to form the reusable resources currently.
In this project, we demonstrate a low-cost and high-efficiency method to deal with these non-recyclable residual materials. At the beginning, the non-recyclable residual materials are treated further to become the regenerated plastic pellets. Subsequently, the regenerated plastic pellets are modified with grafting reaction to form the regenerated compatiblizing agents. The grafting ratio of the regenerated compatiblizing agents can be achieved 2.6 wt %, and ratio of the residuals ,which is the unreactive functional modifiers, is less than 0.5 wt %. In the systems of the multicomponent composted materials, the performances of the regenerated compatiblizing agents are similar to those commercial products. This novel method can solve the problems about the non-recyclable residual materials. In addition, the properties of the regenerated compatiblizing agents can be adjusted according to various requirements. Furthermore, the we can conduct this method to increase the values of the non-recyclable residual materials.
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