lunes, 17 de octubre de 2016
The danger of the ever-increasing levels of carbon dioxide (CO2) in Earth's atmosphere has become one of the most pressing issues of our age. As such, much research has been conducted to find ways not only to reduce it, but also in ways to remove it. This has led to many schemes that simply sequester CO2 underground, or store it in volcanic rocks. More ambitious schemes even aim to not only remove this pernicious gas, but to usefully employ it to create usable products, such as plastics and foam, or even to produce hydrocarbon fuels. Now scientists from the Oak Ridge National Laboratory (ORNL) claim to have produced one of the most usable of all chemicals - ethanol - in a process that is not only cheap, efficient, and scalable, but also conducted at room temperature.
.. Continue Reading Reversing the combustion process to convert CO2 into ethanol
Tags: NanoparticlesNanomaterialsCarbon DioxideEthanolGreenhouse Gas EmissionsOak Ridge National Laboratory Related Articles: Super-strong and airy 3D-printed supermaterials inch closer to reality Plastic cloth makes for cooler clothing Scientists accidentally create nanorods that harvest water from the air Fractal nanostructures used to build new supermaterials Inkless printing manipulates light at the nanoscale to produce colors Biodegradable implant could simplify bone replacement surgery
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