Critical Minerals

Few minerals are more appropriate for the critical minerals list than molybdenum (moly). Critical Minerals of the United States is a list issued by U.S. Geological Survey (USGS) that identifies mineral commodities that have “important uses and no viable substitutes yet face potential disruption in supply” and are “defined as critical to the Nation’s economic and national security”.

China retains control of 56 percent of the world’s moly compared to 18 percent controlled by the U.S. Furthermore, Chinese moly producers operate archaic and environmentally compromising facilities that are expected to be shut down by the government until they comply with environmental standards. An action that could tighten China’s grip on moly and create a supply chain disruption for crucial U.S. industries.

Idaho CuMo is leading a lobbying effort to have molybdenum added to the Critical Minerals list which would provide certain protections and priorities for permitting and development.

The list is comprised of 35 minerals considered crucial to the U.S. economy and national security. The list includes rhenium, which is most cost-effectively produced as a byproduct of molybdenum processing and is an important part of the economics of the CuMo Project.

While the codependence between rhenium and molybdenum was identified in comments accompanying the list, decision makers did not classify moly as a critical mineral. Proponents of the CuMo Project are encouraged to lobby decision makers to add molybdenum to the 2018 Critical Minerals list. Idaho CuMo plans to continue the effort until Molybdenum is rightfully classified as a critical mineral.

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MLYCF0.0410.000
2022-01-13 10:56am EST

MOVE OVER COBALT – HERE COMES MOLYBDENUM

Scientific research clearly demonstrates that the next generation of electric batteries will integrate the use of a combination of molybdenum and graphene/graphite. Molybdenum technology could replace cobalt and deliver at least 4 to 5 times more power than the cobalt-based batteries.

Click here for more information Molybdenum – Powering Next-Generation Batteries