Breakthrough Mushroom Leather Could Transform Sustainable Fashion – Polymer Price Trends
Researchers have developed a scalable mushroom leather material that combines fungal fibers with cellulose to create durable, biodegradable sheets.
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Biodegradable Food Packaging Gets Stronger With Coconut-Derived Cellulose
Researchers have developed a multilayer PLA film strengthened with cellulose derived from fermented coconut water. The material limits oxygen transmission and biodegrades in soil, although further development is needed before it can replace flexible conventional packaging.
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7 Hemp-Based Thermoplastic Breakthroughs Set to Replace PET Packaging Globally
Researchers have developed a hemp-based thermoplastic with PET-like strength, flexibility, and heat resistance, offering a safer alternative to petroleum plastics.
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Sodium Batteries Deliver 40 Percent Cost Reduction and Safer Performance, Unlocking Affordable Electric Cars and Strengthening a More Sustainable Energy Future 20-02-2026
Sodium batteries reduce costs by up to 40 percent, improve cold-weather performance, and eliminate cobalt and nickel, paving the way for affordable electric cars.
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Revolutionary Eco Friendly Battery Upcycling Transforms Spent Lithium Ion Cells into High Voltage Energy Storage Systems for a Sustainable Circular Future 19-02-2026
A breakthrough eco friendly battery upcycling process converts spent lithium ion batteries into high voltage energy storage systems, enabling sustainable circular energy storage with lower environmental impact.
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Russian Scientists Create Stronger, Cheaper Roads Using Recycled Plastic Asphalt Technology That Cuts Waste, Improves Durability, and Transforms Sustainable Infrastructure Development 19-01-2026
Russian university researchers have developed innovative asphalt using recycled plastic waste, improving road durability, cutting costs, and reducing landfill pollution without changing production processes.
