Instead of using foreign child labor in filthy lithium mines overseas, could the US State of Arkansas become the leading producer of Lithium with a reported potential to extract 19 MILLION TONS of lithium? And since the US uses both cleaner and safer mining methods than other parts of the world, it could actually be a clean(er) operation to extract the lithium that is critical for advanced battery production.
According to the study, the potential is that Arkansas could have 136% of the currently known US lithium, which would make it a very significant find.
FULL STORY AT 'The Hill' LINK ABOVE ^^^
According to the study, the potential is that Arkansas could have 136% of the currently known US lithium, which would make it a very significant find.
FULL STORY AT 'The Hill' LINK ABOVE ^^^
Researchers say Arkansas may have 19M tons of lithium critical for battery power
Researchers said in a recent article that Arkansas may have 19 million tons of lithium, which is used in rechargeable batteries for important products like phones and electric cars. . . .
According to a Monday release from the U.S. Geological Survey (USGS), “the Smackover Formation is a relic of an ancient sea that left an extensive, porous, and permeable limestone geologic unit that extends under parts of Arkansas, Louisiana, Texas, Alabama, Mississippi, and Florida.”
Lithium, which has been labeled by the USGS as a critical mineral, has been often obtained from brines or salt flats they evaporate into. According to a projection from the International Energy Agency, demand for lithium could increase by more than 40 times by 2040.
According to the article, the researchers utilized a machine-learning model trained on “published and newly collected brine lithium concentration data,” making “a map of predicted lithium concentrations in Smackover Formation brines across southern Arkansas.”
The article’s findings come from the work of both the USGS and the Arkansas Department of Energy and Environment’s Office of the State Geologist, according to the USGS release. . . .