Despite extensive support, the vast majority of projects that seek to commercialize carbon capture and storage technologies have ended in failure. Researchers led by the University of California, San Diego investigated the factors important to determining failure or success.
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Greenland is at the center of many recent discussions on establishing new rare earth mining operations outside of China. Greenland’s election on April 6, however, gave a different party its first-ever chance to form a government, which will likely shape the island’s future mining decisions.
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Some countries that are significant importers of global waste do not have strong waste management infrastructures, which makes handling the waste difficult. In the absence of government programs, entrepreneurs have started their own initiatives to aid local communities in managing waste. Learn about two individuals in Ghana combating e-waste and glass waste, respectively.
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Glass and aluminum containers are among the most frequently discussed alternatives to plastic packaging—but they are not the only materials being considered. The Coca-Cola Company and Danish startup Paboco are aiming to develop a bottle that will be made entirely from paper.
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The March 2021 issue of the ACerS Bulletin—featuring ceramic and glass materials for sustainable energy—is now available online. Plus—process modeling of a tunnel kiln.
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Substituting waste materials for cement in concrete helps lower the concrete industry’s carbon emissions and keeps waste materials out of landfills. However, large amounts of glass cullet in concrete will decrease the concrete’s mechanical properties. Researchers in Poland investigated reinforcing the cement–glass composite using plastic fibers.
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Challenges with recycling systems have resulted in a dead end for many materials. But a new robotic kitchen concept called Lasso has a solution—the appliance can clean, sort, process, and store recyclable materials, generating highly pure recyclable waste streams right at their point of use.
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Developing an electric vehicle ecosystem is about more than just manufacturing cars—you also need to build the infrastructure necessary to support such a system. Massachusetts Institute of Technology researchers published a paper focusing on two potential solutions for supporting electrification: expanded charging infrastructure and access to supplementary long-range vehicles.
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The vast majority of wind turbine blades that reach end-of-use are either being stored in various places or taken to landfills because there are few options for recycling. Numerous companies and universities are working to change that.
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As we face dangerously rising carbon dioxide levels in the earth’s atmosphere, new strategies for carbon capture and storage that are not only effective but also scalable, affordable, and easy to implement are drastically needed. Could a simple green silicate mineral called olivine provide the solution?
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