MANAGING DIFFICULT MATERIALS
Blended materials are difficult to recycle. 99% of the over 113 million tons of textiles produced today ends up burned[…]
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Blended materials are difficult to recycle. 99% of the over 113 million tons of textiles produced today ends up burned[…]
Read moreTiny copper ‘nano-flowers’ attached to an artificial leaf can produce clean fuels and chemicals without any additional carbon emissions. Combining[…]
Read moreZaps of static electricity can be an untapped source of energy. A device called a triboelectric nanogenerator (TENG), can convert[…]
Read moreA new living 3D-printed fungal battery could supply power to sensors for agriculture or research in remote regions. Once the[…]
Read moreOne way to increase solar cell efficiency is to change their chemical makeup. Current cells use silicon, a long-lasting inorganic[…]
Read moreA new material for high density data storage can be erased and recycled in a more efficient and sustainable way,[…]
Read moreCurrently solar panels are vulnerable to high-wind events, with possible structural collapse and failures. Tracking mounts that rotate the panels[…]
Read moreNew molecules have been synthesized to quickly capture significant amounts of carbon dioxide from the air. Focus was on titanium[…]
Read moreSpraying clay dust on the ocean’s surface could convert carbon into food for trillions of zooplankton (microscopic sea creatures) to[…]
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