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Related: About this forumDemand for rare elements used in clean energy could help clean up abandoned coal mines in US
https://www.voanews.com/a/demand-for-rare-elements-used-in-clean-energy-could-help-clean-up-abandoned-coal-mines-in-us/7695127.htmlDemand for rare elements used in clean energy could help clean up abandoned coal mines in US
July 13, 2024 3:00 AM
By Associated Press
[...]
Rather, researchers are finding that groundwater pouring out of this and other abandoned coal mines contains the rare earth elements and other valuable metals that are vital to making everything from electric vehicle motors to rechargeable batteries to fighter jets smaller, lighter or more powerful.
The pilot project run by West Virginia University is now part of an intensifying worldwide race to develop a secure supply of the valuable metals and, with more federal funding, it could grow to a commercial scale enterprise.
"The ultimate irony is that the stuff that has created climate change is now a solution, if we're smart about it," said John Quigley, a senior fellow at the Kleinman Center for Energy Policy at the University of Pennsylvania.
The technology that has been piloted at this facility in West Virginia could also pioneer a way to clean up vast amounts of coal mine drainage that poisons waterways across Appalachia.
[...]
July 13, 2024 3:00 AM
By Associated Press
[...]
Rather, researchers are finding that groundwater pouring out of this and other abandoned coal mines contains the rare earth elements and other valuable metals that are vital to making everything from electric vehicle motors to rechargeable batteries to fighter jets smaller, lighter or more powerful.
The pilot project run by West Virginia University is now part of an intensifying worldwide race to develop a secure supply of the valuable metals and, with more federal funding, it could grow to a commercial scale enterprise.
"The ultimate irony is that the stuff that has created climate change is now a solution, if we're smart about it," said John Quigley, a senior fellow at the Kleinman Center for Energy Policy at the University of Pennsylvania.
The technology that has been piloted at this facility in West Virginia could also pioneer a way to clean up vast amounts of coal mine drainage that poisons waterways across Appalachia.
[...]
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Demand for rare elements used in clean energy could help clean up abandoned coal mines in US (Original Post)
sl8
Jul 2024
OP
hunter
(38,842 posts)1. What will these rare earth metal refineries be powered by?
Refining rare earth metals is an energy intensive process.
Hint: It's not going to be solar panels, wind turbines, and batteries.
OKIsItJustMe
(20,595 posts)2. My preferred target is the tailings pile in Mineville NY
https://www.usgs.gov/news/national-news-release/mine-waste-eastern-adirondacks-may-be-untapped-accessible-source-rare
Mine Waste in the Eastern Adirondacks May be Untapped, Accessible Source of Rare Earth Element Minerals
By Communications and Publishing December 22, 2020
Waste rock from long-closed mines in the eastern Adirondack Mountains, New York, may prove valuable due to its rare earth element content, according to newly published research. The results are from airborne and ground surveys conducted by the U.S. Geological Survey and collaborators.
Rare earth elements are critical for advanced technologies such as cell phones, supermagnets, computers, medical apparatus, renewable energies and advanced defense systems. Currently, the U.S. depends heavily on imports for rare earth mineral resources.
The possibility of accessing rare earth elements from mine waste and mill tailings is attractive partly because the minerals have already been excavated from the ground, said USGS scientist Ryan Taylor, who led analyses of rock samples from the region. This would reduce mining costs by making it easier to access the minerals. It also allows recycling of discarded materials, which could help to remediate these mined areas, he said.
USGS scientists were able to detect both mineral deposits and larger mill tailings piles from airplane surveys of old iron mines that occurred in December 2015. They then analyzed samples that showed rare earth content from the deposits, waste and mill tailings.
The eastern Adirondack Mountains in upstate New York were heavily mined for iron in the 1800s and 1900s and played an important role in industrialization of the Northeast prior to and during World War II. The mining activities resulted in piles of waste rock and mill tailings (the residuals of ore processing) in various areas throughout the region.
By Communications and Publishing December 22, 2020
Waste rock from long-closed mines in the eastern Adirondack Mountains, New York, may prove valuable due to its rare earth element content, according to newly published research. The results are from airborne and ground surveys conducted by the U.S. Geological Survey and collaborators.
Rare earth elements are critical for advanced technologies such as cell phones, supermagnets, computers, medical apparatus, renewable energies and advanced defense systems. Currently, the U.S. depends heavily on imports for rare earth mineral resources.
The possibility of accessing rare earth elements from mine waste and mill tailings is attractive partly because the minerals have already been excavated from the ground, said USGS scientist Ryan Taylor, who led analyses of rock samples from the region. This would reduce mining costs by making it easier to access the minerals. It also allows recycling of discarded materials, which could help to remediate these mined areas, he said.
USGS scientists were able to detect both mineral deposits and larger mill tailings piles from airplane surveys of old iron mines that occurred in December 2015. They then analyzed samples that showed rare earth content from the deposits, waste and mill tailings.
The eastern Adirondack Mountains in upstate New York were heavily mined for iron in the 1800s and 1900s and played an important role in industrialization of the Northeast prior to and during World War II. The mining activities resulted in piles of waste rock and mill tailings (the residuals of ore processing) in various areas throughout the region.