21.05.2014 • News

Dutch Researchers Find Degradable Thermoset Bioplastics

Scientists at the University of Amsterdam in the Netherlands have registered patents for a new type of thermoset plastic, called glycix, said to be the only thermoset that is both bio-based and biodegradable.

Researchers Gadi Rothenberg and Albert Alberts discovered the new material while looking for a biofuel. The basic building blocks of the bioplastic are glycerol and citric acid, two substances in abundant supply that can be produced from biomass.

Up to now, the team, which has declined to publish further details yet, pending the issue of additional more patents, the material appears to be a polyester.   

Glycix is 100% biodegradable, says Rothenberg. "In water, it breaks down into its monomers and is absorbed in the natural cycle. The decomposition rate depends on the degree to which the plastic has been hardened.

Decomposition time varies from several weeks to a year, she said, depending on the production method.

According to Rothenberg and Alberts, processing glycix is "low-tech." The polymer can be easily injection moulded. As it easily adheres to other materials, it can be used in combination with stainless steel or glass.

The researchers are working together with Amsterdam University of Applied Sciences to further develop glycix for design applications. According to Rothenberg, industrial users are "very interested."

From Lab to Market Challenge

Vote Now: Germany's Most Promising Chemistry Start-ups
Choose your favourite among the finalists

Vote Now: Germany's Most Promising Chemistry Start-ups

The "From Lab to Market Challenge" brings together the most promising founders from chemistry, materials science, and industrial biotechnology. Starting June 1st, you can cast your public vote for the finalists on CHEManager.com — before the award ceremony with €10,000 in prizes takes place on June 25th.

Special Issue

Circular Plastics Economy
Explore the Future of Plastics

Circular Plastics Economy

This special CHEManager issue explores the industry’s pivotal shift towards a more sustainable, circular plastics value chain. Readers will find expert analysis and real-world solutions for today’s most pressing recycling and regulatory challenges.

most read