BetaWare uses sugar-beet cellulose and molasses to create a compostable, plant-based material robust enough for functional items made via injection molding or pressing.
Researchers are developing bio-concrete using waste from invasive plants and animal shells, combining sustainability with construction innovation and ecosystem benefit.
Researchers embed bottle-shaped resonator cavities in walls and ceilings to cut low-frequency noise by 13 dB (~60% perceived), creating quieter open offices without foam.
How Solar Panels Are Made: From Sand to Sunlight
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BetaWare: Compostable Material from Sugar-Beet Waste & Molasses
BetaWare uses sugar-beet cellulose and molasses to create a compostable, plant-based material robust enough for functional items made via injection molding or pressing.
Turning E-Waste into Gold: How ETH Zurich’s Protein Sponge Method Could Rewrite Recycling Economics
Researchers at ETH Zurich are using whey-based protein sponges to extract gold from old electronics, turning e-waste into profit and sustainability.
Turning Invaders into Infrastructure: Bio-Concrete from Invasive Species
Researchers are developing bio-concrete using waste from invasive plants and animal shells, combining sustainability with construction innovation and ecosystem benefit.
Hole-Riddled Walls Like Noise-Cancelling Headphones: How Bottle-Shaped Resonators Are Quieting Open Offices
Researchers embed bottle-shaped resonator cavities in walls and ceilings to cut low-frequency noise by 13 dB (~60% perceived), creating quieter open offices without foam.