Polymer Chemistry Innovations

Researchers are constantly working to find new ways to recycle polymers in order to go from a linear to a circular textile production. The European Commission has started a "new circular economy action plan" in oder to have actions taken toward a more enviromentaly friendly "circularity" in multiple economic sectors including textiles and plastics. Read more here: http://ow.ly/47ie50zJtIJ

Scientists have discovered new information on how polymer structures could help in the targeted delivery of medicine. Polymer crystal spheres can be engineered by mixing chemicals in a soultion. Find out more here:

New findings on polymer structures could improve targeted medicine delivery The new development, recently reported in the scientific journal Nature Communications, was led by Christopher Li, PhD, a professor in Drexel's College of Engineering whose research has centered around engineering polymer structures for special applications, in collaboration with Bin Zhao, PhD, a pr...

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Nylon is a polymer that is utilized in many products that we use every day. Nylon is a plastic and is a name for many similar materials called polyamides. Discover more about Nylon here: http://ow.ly/QboO50zJtut

Although natural gas and biogas have become popular sources of energy, it must be purified before it is utilized. MIT researchers are now presenting a polymer mebrane that can improve the purification of natual gas. Learn more here:

Bottlebrush Polymers: A Green Strategy for Purifying Natural Gas - Advanced Science News A novel polymer membrane removes impurities from natural gas without the need for toxic solvents.

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Polymers could help lower the environmental impact of landfills. Absorbant polymers could aide in stopping the toxic run-off that occurs when water passes through the garbage in land fills. Learn more here:

Polymers could reduce harm caused by landfills A Binghamton University undergraduate researcher hopes to reduce the impact of landfills on the environment.

Scientists have discovered an easier way to get the biodegradable polymer Chitin out of crustacean shells. The method utilizes fruit-based fermentation, which results in a better quality of version of the polymer. Read more here:

Fruit waste used to harvest polymer from seafood waste Found in crustacean shells, chitin is a natural polymer that has many uses once processed. Now, scientists have developed a fruit waste-based fermentation process for getting it out of those shells – and the technique results in better-quality chitin, to boot.

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RIKEN chemists have developed a polymer that can have its molecular building blocks taken apart and reasembled. This could allow us to manufacture more sustainanble plastics that can be reused. Learn more here:

Computation analysis unravels the complex behavior of a polymer A polymer that can be broken down into its molecular building blocks, which can then be recombined by either heating or cooling—but by different mechanisms in each case—has been developed by RIKEN chemists. This could lead to intrinsically recyclable and sustainable plastics that depolymerize on...

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