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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.
DOE announces $10M funding for Critical Materials Accelerator
A new award-winning alloy can improve the energy efficiency of powertrains, the motors that make things like cars, boats and other machinery “go.” Scientists developed powertrain parts made from a new type of aluminum-based alloy that performs well in harsh conditions and is lighter weight for gains in energy efficiency.
Federal News Network interviewed Helena Khazdozian, the Senior Technology Manager for the Energy Department’s Advanced Materials and Manufacturing Technologies Office. They discussed the competition for strategic advantage in economic and military affairs depends more and more on critical materials, launch of the Critical Materials Collaborative, and mention CMI.
See the full story: Energy D
See the full story: Energy D