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Study finds multiple sources of lithium in Great Salt Lake; springs and groundwater likely contribute
Summary
A tech‑team grant presentation summarized new sampling that finds lithium is distributed across sediments, springs and groundwater; presenters reported an estimated system resource and preliminary calculations of spring contributions while urging more data for source attribution.
A tech‑team research presentation on Sept. 1 outlined new sampling and geochemical analysis aimed at understanding how much lithium is in the Great Salt Lake, where it comes from, and whether extraction is sustainable.
Elliot (presenter name as used in the transcript) said the grant project sought to quantify volumetric and mass lithium in the lake and to identify sources including springs, groundwater, sediment and dust. The presenter cited an estimated in‑system resource range reported in slides (presented in the transcript as 'Ranges between 360,000 to 4 60000 metric tons').
Why it matters: lithium is a commercially valuable element used in batteries and other technologies. Local and state agencies, companies and communities are discussing pilot…
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