Technological watch
Project topic informationTaking the circular path to sustainable clothing and fishing industries
© tania/stock.adobe.comNamed after the mythical Greek sea god of sailors and fishermen, the EU-funded Glaukos project was launched in 2020 to set up a circular approach to the clothing and fishing industry. As part of its goal, it developed alternative polymers that could help slash the microplastic pollution caused by clothing and fishing gear.
From biomass to yarnGlaukos used a fermentation process developed through microbial strain selection and strain engineering to convert industrial sidestreams containing sugars into polymer building blocks. With these building blocks, the team created new bio-based polymers that were tested for spinnability. The resulting polymers were then used to produce yarn and yarns for clothing, fishing nets and fishing net coatings with a low carbon and plastic footprint.
“Glaukos established assessments and technologies concerning biodegradation, mechanical degradation and ecotoxicity, covering the various impacts of plastics on marine life to ensure a healthy marine environment,” states bioengineer Zsófia Kádár of Glaukos project coordinator Bio Base Europe Pilot Plant, Belgium. “They can be used in the future to assess new polymers produced by our partners, or in the context of new materials development.”
The circular way to added valueEnd-of-life plastic must first be depolymerised before it can be turned into value-added chemicals or materials. The researchers therefore searched for and developed enzymes that break down the developed polymer. By engineering bacteria to grow on these plastic hydrolysates, they can be converted into value-added chemicals or materials through biotechnological processes. This bio-upcycling would be especially suitable for composites or mixed waste streams that are currently not recyclable due to their complexity.
“Our bio-recycling aims at a new outlet for plastic waste: to use it as a feedstock for biotechnology,” explains Nick Wierckx of project partner Forschungszentrum Jülich, Germany.
Glaukos has also developed a new methodology for life-cycle assessment, circularity and plastic leakage. Additionally, it has created a multidimensional model to map the challenges to be addressed for unlocking the potential of bio-based and biodegradable plastics. The Glaukos (Circular solutions for the textile industry) project’s key results were presented at the final Glaukos meeting in Brussels in May 2024 and are now available online. Policymakers and other stakeholders benefited from sharing the project’s main exploitable knowledge, methodologies, successes and failures.
Besides presenting controversial topics and technical challenges for the clothing and fishing industries, project partners also made recommendations for future research programmes and on how marine-friendly biopolymers could be integrated into innovative market applications in fashion and fishing.
From biomass to yarnGlaukos used a fermentation process developed through microbial strain selection and strain engineering to convert industrial sidestreams containing sugars into polymer building blocks. With these building blocks, the team created new bio-based polymers that were tested for spinnability. The resulting polymers were then used to produce yarn and yarns for clothing, fishing nets and fishing net coatings with a low carbon and plastic footprint.
“Glaukos established assessments and technologies concerning biodegradation, mechanical degradation and ecotoxicity, covering the various impacts of plastics on marine life to ensure a healthy marine environment,” states bioengineer Zsófia Kádár of Glaukos project coordinator Bio Base Europe Pilot Plant, Belgium. “They can be used in the future to assess new polymers produced by our partners, or in the context of new materials development.”
The circular way to added valueEnd-of-life plastic must first be depolymerised before it can be turned into value-added chemicals or materials. The researchers therefore searched for and developed enzymes that break down the developed polymer. By engineering bacteria to grow on these plastic hydrolysates, they can be converted into value-added chemicals or materials through biotechnological processes. This bio-upcycling would be especially suitable for composites or mixed waste streams that are currently not recyclable due to their complexity.
“Our bio-recycling aims at a new outlet for plastic waste: to use it as a feedstock for biotechnology,” explains Nick Wierckx of project partner Forschungszentrum Jülich, Germany.
Glaukos has also developed a new methodology for life-cycle assessment, circularity and plastic leakage. Additionally, it has created a multidimensional model to map the challenges to be addressed for unlocking the potential of bio-based and biodegradable plastics. The Glaukos (Circular solutions for the textile industry) project’s key results were presented at the final Glaukos meeting in Brussels in May 2024 and are now available online. Policymakers and other stakeholders benefited from sharing the project’s main exploitable knowledge, methodologies, successes and failures.
Besides presenting controversial topics and technical challenges for the clothing and fishing industries, project partners also made recommendations for future research programmes and on how marine-friendly biopolymers could be integrated into innovative market applications in fashion and fishing.