CANS process has proven the ability to chemically relink carbon-hydrogen bond sites, refunctionalizing polymer ...

The plastics industry is in flux, as there is an increasing push to replace petroleum-based materials with sustainable alternatives. But sustainability alone is not enough. Bio-based plastics need to ...

Syensqo S.A. (Brussels, Belgium) has announced the invention of a proprietary chemical recycling technology that efficiently depolymerizes sulfone ...

The new technology builds on Syensqo’s sustainable ECHO sulfone polymers portfolio and relies on proprietary chemical recycling processes to break down formulated polyarylethersulfone (PAES) content ...

Chemical recycling refers to a set of technologies that convert plastic waste into raw materials by breaking down long ...

Electrically, 25.4µm, or 1 mil, should easily insulate about 6,500V. in addition, parylene is being used more often in high-frequency communications boards to take advantage of its desirable ...

Plastics have revolutionized modern life, from containers that store food and water to medical devices that save lives.

Following a total investment of €105 million, Indaver has announced that its Plastics2Chemicals installation in Antwerp is ...

It might sound like science fiction, but it’s already a reality. Bacteria are now capable of breaking down environmentally harmful substances like polystyrene and turning them into the building blocks ...

Yu Jing and Gao Huajian and Dr. Chen Quan developed BNOSE, a class of supramolecular elastomers based on boron-nitrogen (B-N) coordination and boron oxygen (B-O) dynamic bonding that exhibits ...

A solvent-free adhesive bonds in seconds under visible light and is fully recyclable using microwave energy, offering strong ...

Now, a team of scientists in Japan may start turning the tide. They’ve hijacked the metabolism of a common bacterium, ...