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This project is focused on assisting R&D teams of the Critical Materials Innovation Hub to advance the technology readiness level (TRL) of their technologies via Techno-Economic Assessment (TEA
The goal of this research is to evaluate newly developed critical material recovery technologies to avoid producing the next contaminant of emerging concern.
The goal of domestic production of critical minerals faces frequent challenges around community acceptance due to economic, social, and environmental justice concerns.
We report the development of a new strain of Pseudomonas bacteria capable of converting depolymerized polyethylene into high value recombinant protein products.
CMI Team member Oak Ridge National Laboratory story on its scientists selected among the world's most-cited includes CMI Project Lead Sheng Dai.
Nature story describes using microbes for rare earth separations, including CMI research with Team members Idaho National Laboratory, Lawrence Livermore National Laboratory and Penn State.
CMI Team member Idaho National Laboratory story about INL researchers who have won multiple R&D 100 Awards includes several based on CMI research
CMI technology developed at Oak Ridge National Laboratory has been licensed and is described in the ORNL story, "Owner of U.S. heavy rare earth mine licenses ORNL separation technology"
The Newsletter for Ames National Laboratory Employees
Media pickup on Oak Ridge National Laboratory story about licensing CMI technology developed by CMI researchers.