Plastics
Florida-based scientists have devised a novel method to produce recyclable plastics by combining CO2 and lignin, offering a low-cost renewable alternative to petroleum-based polymers for various applications, including textiles. This innovative material is fully degradable at the end of its life cycle, eliminating the production of microplastics and potentially hazardous substances.
The new recyclable plastic, created through the fusion of CO2 and lignin, presents a sustainable solution to address the environmental challenges posed by conventional petroleum-based polymers. By utilizing renewable resources and promoting degradability without harmful byproducts, this material offers a promising avenue for reducing plastic pollution and promoting circularity in plastic production.
With its ability to degrade completely without generating microplastics, the CO2 and lignin-based recyclable plastic demonstrates a significant advancement in sustainable materials technology. This development underscores the importance of innovation in creating eco-friendly alternatives to traditional plastics, contributing to a more sustainable and environmentally conscious future.
Global Fashion Agenda and ReHubs have launched the 2030 Circularity Blueprint to strengthen T2T recycling and support the transition toward…
Accelerating Circularity has introduced Textile-to-Textile Circularity Foundations to improve coordination and implementation in T2T recycling systems.
Claras Materials LLC has announced its launch as a specialised supply chain company focused on post-consumer textile raw materials.
Aegis Fibretech has presented results showing that its new electrospun materials can capture and contain neutrons generated in nuclear fusion…
Denim Deal, an initiative to promote circular practices in denim production, is working toward expanding textile recycling efforts in India…
Natural Fiber Welding (NFW), based in Peoria, Illinois, has introduced Pliant footwear outsoles made entirely from bio-based natural rubber.