A team of scientists from CoorsTek Membrane Sciences, the University of Oslo, and the Institute of Chemical Technology has developed a promising new ceramic membrane that could reduce the cost and enhance the feasibility of hydrogen generation far enough to bring the technology to the forefront of clean energy solutions.
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Researchers at Fraunhofer Institute for Ceramic Technologies and Systems (IKTS) (Hermsdorf, Germany) have harnessed the power of ceramics to develop nanofiltration membranes that can generate completely clean drinking water from wastewater—even industrial sewage.
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Researchers at Georgia Institute of Technology have devised a technique to transform bulk materials into oxide nanowires at room temperature and pressure, without the use of catalysts, toxic chemicals, or expensive processes.
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Researchers at Forschungszentrum Jülich in Germany have developed a significantly improved stable ceramic hydrogen separation membrane that can enable a hydrogen flow rate that is nearly double that of other separation membranes.
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Researchers at Colorado School of Mines have now propelled that continual innovation even further with their latest report on a new ceramic material and production technique that holds big promise for our fuel cell-filled futures.
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Blasch introduces abrasion-resistant products, Precision Castparts expands into ceramic composites, and more ceramics and glass business news of the week for July 31, 2015.
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Scientists at ETH Zurich have found that doping is not the only way to influence ion conductivity in ceramic membranes.
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