Lithium in final report hopefully we will get some insight into the lithium production and proceedure in the final report
a quote from the past below
• 60 km northwest of Crystal Peak's Potash-Lithium-Magnesium Project (50-200 mg/L lithium in brine according to NI43-101 Technical Report, 2013), an evaporite basin similar to Tule Valley. According to Branson Hamilton from Calyx Capital Advisors in December 2015:
"Crystal Peak is completing its engineering work in preparation for final permitting and initiation of the construction phase of the project. Included in this work will be its plan for processing lithium. As a by-product of the primary product delivered from the Sevier Lake, adding lithium production will be less costly from both a capital and operating perspective than building out a facility from scratch (as is being proposed by those only focused on lithium)... The engineers conducting the study calculated that the amount of lithium in annual production equates to over 6,799 tonnes per year of lithium carbonate equivalent... The sellable output quantity of lithium depends on the efficiency of the chemical process used. For example, process testing at other brine sites by Tenova Bateman Technologies indicates the possibility of up to 99-percent capture of lithium from less concentrated brine. The author chooses to use a more conservative 60-percent capture rate for sizing of the output. At a 60-percent capture rate the resulting marketable output would be 4,080 tonnes of lithium carbonate annually."