Engineers at Stanford University have developed what they call a “state-by-state plan to convert U.S. to 100% clean, renewable energy by 2050,” and they’ve outlined how this could work in a recent paper.
Read MoreScientists at Columbia University are using their research to think differently about sustainable energy generation. And that approach is allowing the team to harness an invisible power source that’s available nearly everywhere—water evaporation.
Read MoreScientists at ETH Zurich have found that doping is not the only way to influence ion conductivity in ceramic membranes.
Read MoreThe U.S. Environmental Protection Agency is gearing up to develop standards to reduce emissions from airplanes, according to a recent NY Times article. But what will that mean for ceramic matrix composites?
Read MoreBiolantánidos is pioneering a patent-pending process of extracting rare earths from clay using a tank-leaching process with biodegradable chemicals. And the company is betting big that companies will pay a premium for the ability to offer cutting-edge technology with a clear environmental conscious.
Read MoreUniversity of Illinois researchers have innovated a solution to the enormous piles of electronics waste piling up around the world—electronics that self-destruct on command.
Read MoreAmericans rely less on fossil fuels and more on clean energy to help reduce CO2 emissions—an important shift for a more energy-efficient future. But there might be a less-obvious source of emission-free energy we’re overlooking.
Read MoreBrush up on all your sand knowledge with this great infographic from Mainland Aggregates Ltd., a U.K.-based company that supplies and delivers aggregates and products.
Read MoreWind energy is the fastest-growing source of electricity in the world, and harnessing it is one of the cleanest, most sustainable ways to generate energy. But, how windy does it really need to be to generate substantial power?
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