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The Critical Materials Institute is addressing the gap magnet problem.
Researchers at Argonne National Laboratory and Cornell University demonstrated improved recyclability of HPDE plastics in newly published work.
New tools reduce massive ensemble of rate equations involving multiple catalysts into an easily solved Fokker-Planck equation and closed form rate expressions.
This work highlights the transformation of plastic waste using catalytic transformations to obtain a new HDPE-like polymer that maintains similar thermal and mechanical properties to the original material.
This research resulted in development of a framework to formulate and solve coupled bulk population balances, bulk species balances, and surface-adsorbed population balances.
A new hybrid catalyst converts carbon dioxide into ethylene in one pot. The catalyst was developed by scientists from Ames National Laboratory, Iowa State University, University of Virginia, and Columbia University.
Among the winners is a project led by Kelly Bergman, Ames National Laboratory’s Education and Outreach Program Manager, and Adisak Sukul, Iowa State University Associate Teaching Professor.
CMI research at Oak Ridge National Laboratory features designer molecules that may help valuable minerals float
CMI leaders and researchers are featured in several recent articles in Science News. This one of three stories, and quotes CMI project lead Durga Paudyal, Ames National Laboratory.
CMI leaders and researchers are featured in several recent articles in Science News. This one of three stories quotes CMI Focus Area Lead for Driving Reuse & Recycling Yoshiko Fujita, Idaho National Laboratory, CMI Focus Area Developing Substitutes Deputy Lead Ikenna Nlebedim at Ames National Laboratory, and CMI Team member TdVib President and CEO Daniel Bina.