But new research led by The University of Texas at Austin has found that the national coal ash supply contains enough rare earth elements to significantly bolster the national supply without any ...

In western Colorado and Utah, the coal beds formed from a peat swamp environment, Birgenheier said, and the rare earth elements probably became integrated into the rock layers from volcanic ash ...

The renewable energy industry could be boosted by the findings of a recent study, which highlights a new, untapped source of rare-earth elements.

Researchers from The University of Texas at Austin have released estimates that U.S. coal ash contains 11 million tons of rare earth elements. 70% of the coal ash produced from 1985 to 2021 ...

The following projects were funded through the 2015 RFP: "Unconventional Rare Earth Elements in Wyoming from Coal Fly Ash and Oil and Gas Production Water: A Technical and Economic Feasibility Study" ...

Trump administration is drafting an executive order that will enable the stockpiling of deep-sea metals in a bid to counter China's dominance in rare earths and battery minerals supply chains.

The United States has paused tariff increases for most nations engaged in trade negotiations, but has escalated tariffs on ...

Proposed changes to mining laws could turn the North Dakota's coal into more than just a source of energy, but landowners ...

The patented technology, which the company acquired from the Purdue University in February, consists of a process to separate pure rare earth metals and critical elements from coal byproducts ...

The impact of the research may extend beyond nuclear fuel recycling to applications in other metal recovery processes such as rare earth recovery ... mining waste, coal fly ash or discarded ...

Ramaco's proposed new rare earth ... coal and carbonaceous ore deposits contained at the mine. The Brook mine has been called one of the largest unconventional deposits of these elements in ...

House Bill 1459 aims to create a legal framework that would boost commercial development of rare earth elements and other "critical minerals" found in the beds of North Dakota's lignite coal.