Standard Lithium Reports up to 461 mg/L Lithium From Brines at Southwest Arkansas Project

V.SLL, Standard Lithium

Standard Lithium Ltd. (“Standard Lithium” or the “Company”) (TSXV:SLL) (OTCQX:STLHF) (FRA:S5L), is pleased to report laboratory results of high-quality lithium brines recovered from the Smackover Formation from the Company’s project area in southwestern Arkansas.  Four brine samples recovered from two existing wells in the project area showed lithium concentrations ranging between 347–461 mg/L lithium, with an average of 450 mg/L lithium in one of the wells, and 350 mg/L in the other. read more

Standard Lithium Completes Successful Gravity Geophysical Survey at Cadiz Dry Lake, California Lithium Project

V.SLL, Standard Lithium

Standard Lithium Ltd. (“Standard Lithium” or the “Company”) (TSXV:SLL) (FRA:S5L) is pleased to announce that Hasbrouck Geophysics Inc. has successfully completed a large-scale gravity geophysical survey at the Company’s Cadiz Dry Lake Project, in the Mojave area of California.  The Cadiz Dry Lake Property is located approximately 20 km southeast of the Company’s Bristol Dry Lake Property and is currently permitted for brine extraction and processing activities.  The work has defined an infilled basin with a maximum depth of just over 700 m beneath the Project area. read more

Standard Lithium Provides Pilot Plant and Process Testing Update

V.SLL, Standard Lithium

Standard Lithium Ltd. (“Standard Lithium” or the “Company”) (TSXV:SLL) (OTCQX:STLHF) (FRA:S5L) is pleased to provide an update of the extensive process testing work and pilot plant design being performed by the Company’s Scientific Advisory Team.  The Scientific Advisory Team and other technology vendors have been testing raw lithium brines from Standard Lithium’s Projects in California and Arkansas using a new generation of lithium-selective sorbent technologies.  Data gathered from mini-pilot scale testing has demonstrated highly-effective separation of lithium from other cations in the raw brine, in line with previously published and peer-reviewed studies, and has also demonstrated that the solid sorbent materials can be simply made using standard commercial manufacturing processes.  Work has also been completed to test varying physical methods by which raw brine can be mixed with the lithium-selective material to optimise lithium removal.  Testing is ongoing and will be used in the full-scale pilot design (see below). read more