Northeastern researchers create stretchable plastic that dissolves in water and promises to combat our global pollution crisis
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#SustainableInnovation #BiodegradableMaterials #PlasticPollution #EcoFriendlySolutions #ResearchForChange
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#SustainableInnovation #BiodegradableMaterials #PlasticPollution #EcoFriendlySolutions #ResearchForChange
Northeastern Global News
Northeastern researchers create plastic that dissolves in water that promises to combat global pollution crisis
The study showcases the researchers’ work with engineered living materials, which use living cells to produce functional materials.
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Plant-based substitute for fossil fuels developed for plastic foams. The innovation could lead to more environmentally friendly versions of foams used ubiquitously in products such as kitchen sponges, foam cushions, coatings, adhesives, packaging and insulation.
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#PlantBasedInnovation #SustainableFoams #EcoFriendlyProducts #BiodegradableMaterials #GreenTechnology
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#PlantBasedInnovation #SustainableFoams #EcoFriendlyProducts #BiodegradableMaterials #GreenTechnology
WSU Insider
Plant-based substitute for fossil fuels developed for plastic foams
An environmentally-friendly preparation of plant material from pine could serve as a substitute for petroleum-based chemicals in polyurethane foams.
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UW researchers developed a new system for turning used coffee grounds into a paste, which they use to 3D print objects | They inoculate the paste with Reishi mushroom spores, which turn the coffee grounds into a resilient, fully compostable alternative to plastics.
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#SustainableDesign #3DPrinting #EcoInnovation #CoffeeWaste #BiodegradableMaterials
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#SustainableDesign #3DPrinting #EcoInnovation #CoffeeWaste #BiodegradableMaterials
University of Washington
Coffee grounds and Reishi mushroom spores can be 3D printed into a compostable alternative to plastics
UW researchers developed a new system for turning used coffee grounds into a paste, which they use to 3D print objects, such as packing materials and a vase. They inoculate the paste with Reishi...
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Stretching spider silk aligns its protein chains and boosts hydrogen bonds, making the fibers stronger, tougher, and more elastic. This could lead to the development of stronger, biodegradable materials for applications like sutures and body armor
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#SpiderSilk #BiodegradableMaterials #Sutures #BodyArmor #MaterialScience
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#SpiderSilk #BiodegradableMaterials #Sutures #BodyArmor #MaterialScience
Northwestern Engineering
Stretching Spider Silk Makes It Stronger
A new study from Professor Sinan Keten found that the amount of stretching determines the fibers’ properties.
New material made from fungi is biodegradable, edible 🍄... and alive 🌱 | This thin mycelial film is almost transparent, has good tensile strength 💪, and could be used as a living bioplastic 🌍.
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#FungiInnovation #BiodegradableMaterials #LivingBioplastic #SustainableLiving #EcoFriendlyTechnology
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#FungiInnovation #BiodegradableMaterials #LivingBioplastic #SustainableLiving #EcoFriendlyTechnology
New Atlas
New material made from fungi is biodegradable, edible... and alive
We've seen fungi being used to create useful new materials for construction, fire-retardant building insulation, and even 3D-printed batteries.
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Plastic can be programmed to have a lifespan of days, months or years. Inspired by natural polymers like DNA, chemists have devised a way to engineer plastic so it breaks down when it is no longer needed, rather than polluting the environment. 🌍🔬✨
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#SustainablePlastic #EnvironmentalInnovation #BiodegradableMaterials #GreenChemistry #EcoFriendlyTech
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#SustainablePlastic #EnvironmentalInnovation #BiodegradableMaterials #GreenChemistry #EcoFriendlyTech
New Scientist
Plastic can be programmed to have a lifespan of days, months or years | New Scientist
Inspired by natural polymers like DNA, chemists have devised a way to engineer plastic so it breaks down when it is no longer needed, rather than polluting the environment
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