DOE’s Energy Storage Grand Challenge Celebrates Women’s History Month DOE’s Energy Storage Grand Challenge Celebrates Women’s History Month story features CMI Project Lead Ruby Nguyen at Idaho National Laboratory
Rio Tinto Plans New $2.9M Tellurium Recovery Plant Power Bulk & Solids story of Rio Tinto planning a new tellurium recovery plant in the United States cites the company's work with the Critical Materials Institute
Argonne innovations and technology to help drive circular economy DOE Newswise shared the story from Argonne National Laboratory that cites the Critical Materials Institute at Ames Laboratory
Breakthrough research: Wastewater from potato processing plants could be used in the recycling of high-tech devices Potato News Today published a story about CMI-funded research led by Idaho National Laboratory
Potato wastewater could feed bacteria used to recycle high-tech devices CMI research at Idaho National Laboratory, with Lawrence Livermore National Laboratory and the University of Arizona, shows promise for wastewater treatment and recycling high tech devices
CleanTechnica: Harnessing the power of battery RD&D to battle climate change CleanTechnica.com shares story of battery research development and deployment, including the Critical Materials Institute
DOE: Harnessing the power of battery RD&D to battle climate change The U.S. Department of Energy describes strategies to develop better batteries, including research at the Critical Materials Institute
US government acts to reduce dependence on China for rare-earth magnets Physics Today story quotes CMI Founding Director Alex King and mentions companies that are CMI Affiliates
How can we fix the massive e-waste problem? CMI Director Tom Lograsso and scientist Ikenna Nlebedim are featured in a feature video from CNN about electronic waste.
New engine capability accelerates advanced vehicle research CMI and Eck Industries developed a novel aluminum-cerium alloy that is part of testing at ORNL of an engine built to run inside a neutron beam line, to investigate structural changes in new alloys designed for the environment of a high-temperature, advanced combustion engine operating in realistic conditions.