CMI Project 4.2.7 Enhancing criticality assessment – from backward-looking to anticipatory perspectives

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Research Highlight

CMI Graduate begins position at Argonne National Laboratory

Research Highlight

CMI provides leadership at the International Roundtable on Material Criticality (IRTC)

diagram showing increasing material criticality for manufacturing

Research Highlight

Critical materials and manufacturing: comparing China, the European Union, Japan and the United States

image of group of about a dozen people standing on stairs by a red brick building

Research Highlight

CMI Team shares research with Central Asian Delegates

Cumulative Availability Curve for Lithium, 2022, including 124 conventional brine and hard-rock deposits containing 649 MMT LCE in situ resources and additional 41 MMT LCE in 8 selected categories of unconventional deposits for which quantity and cost estimates are available. Other unconventional deposit types are not included in the figure but discussed in the text of the paper.

Research Highlight

Evaluating the long-run availability of lithium

This project will research understanding the history of materials criticality, and developing ways to reliably predict the future criticality of minerals in the U.S. economy. Compared to existing analyses, this project will will be more forward looking and focused on identifying what might become critical, more in-depth by focusing on specific supply chains in specific energy-technology areas, and broader by evaluating the environmental and social dimensions of critical materials as well as supply chain risks and resiliency. This will build on enhanced criticality assessment in the U.S. Department of Energy’s America’s Strategy to Secure the Supply Chain for a Robust Clean Energy Transition (https://www.energy.gov/policy/securing-americas-clean-energy-supply-cha…).