Plastics have gone deep into people's daily lives and have greatly enriched our material world. However, their non-degradable "junk" characteristics often make people difficult. An international team led by Dr. Reid (READ) of the University of Leeds, UK, after years of hard work, used a combination of two sets of information technology coding on the basis of a large collection of data: The first group was used to design macromolecular chains. The connections form a new polymer solvent; the second group will directly show the shape and properties of these macromolecules through chemical methods, paving the way for the design of new degradable plastics. Using this Microscale Polymer Processing technology, scientists and technicians can design "perfect" polymer in the laboratory, laying a good foundation for the revolutionary breakthrough in the plastics industry.

So far, the chemical industry has been using pre-research to produce a plastic, and then find a method based on its characteristics. In the process of dissolving, flowing and reshaping of plastics, the properties of macromolecules will change, often requiring numerous trials and randomness. The application of this technology can be designed for its specific purpose when creating new plastics, saving money and time, while taking into account the dual interests of the chemical industry and the protection of the environment, all happy.

The research of this technology is jointly participated by researchers from scientific research institutes, universities and enterprises in eight member states of the European Union. The European Union’s Seventh Framework for Research and Development (FP7) has funded 3.5 million euros.

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