The January/February 2024 issue of the ACerS Bulletin—featuring ceramics for renewable energy generation—is now available online. Plus—ceramic-based arts for mood disorder treatment.
Read MoreAs the average size of offshore wind turbines increases, the energy industry could face difficulties with installation due to a shortage of vessels capable of carrying such large equipment.
Read MoreExtracting oxygen on Mars, bioactive glass toothpaste, and sustainable wind turbine disposal make Lisa’s list of top five favorite CTT posts from 2021.
Read MoreWind turbine blades are notoriously difficult to recycle due to the mixed nature of the blade material. Two companies are exploring different ways to improve lifecycle sustainability through glass fiber reclamation and developing a new resin for the blade.
Read MoreThe 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.
Read MoreTake a trip to the Eneco wind farm in Zeeland (in the Netherlands) and you’ll find an artistic take on the traditional turbine farm. Dutch artist Daan Roosegaarde designed “Windlicht” (or “Windlight”) to showcase the beauty of clean energy.
Read MoreA project at Ohio State University is testing a new tool that resembles a tree-like structure for harvesting energy that uses vibrations from wind, traffic on a bridge, and even seismic activity to generate power.
Read MoreMaterials science has been and will continue to be at the forefront of clean energy innovations. In 2015, we reported on three major clean energy trends thanks to advanced materials and engineering.
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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