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SWA Lithium Drills New Smackover Well and Conducts Extensive Reservoir Testing Program at South West Arkansas Lithium Project

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Standard Lithium
Standard Lithium

SWA Lithium and Contractors Drill a New Well into the Smackover Formation to Complete Understanding of the Reservoir for Production Modelling

Additional Testing Program in 2023 Wells is Designed to Improve Understanding of Formation and Revise the Brine Chemistry for the First Phase of Production

LOUISVILLE, Ark., Jan. 15, 2025 (GLOBE NEWSWIRE) -- SWA Lithium, the Joint Venture between Standard Lithium Ltd. (“Standard Lithium” or the “Company”) (TSXV: SLI) (NYSE American: SLI) and Equinor ASA (“Equinor”) which is developing the South West Arkansas Project (“SWA” or the “Project”), is pleased to announce that it has successfully commenced drilling a new well into the Smackover Formation at the Project. The well is currently at a depth of approximately 8,000’ below surface (2,438 m), and has a targeted total depth of 9,600’ (2,926 m). SWA Lithium is also undertaking an extensive field program to re-enter the wells drilled in 2023 to conduct detailed reservoir testing and brine sampling work.

New Exploration Well
The new well, named Lester-1, is a vertical exploration well being drilled by local contractors, and its location is shown in Figure 1 below. The well fills in a data gap in SWA Lithium’s proposed first area of operation, and after spudding of the well on December 27th, 2024, is now at a depth of 8,000’ and advancing steadily. During drilling, it is intended to retrieve core from the Upper and Middle Smackover Formation limestone and the bore terminate in the Lower Smackover Formation. After installation of production casing, the borehole will be selectively perforated in zones of interest and multiple large-scale representative samples of lithium brine will be produced from the formation. The same horizons of interest will also be subjected to permeabilitity testing to assess reservoir characteristics and behaviour. Discrete core samples will be sent for third party assessment of porosity and permeability. All data gathered from this new well will be used to inform the forthcoming front end engineering design (“FEED”) and Definitive Feasibility Studies (“DFS”). An image of the rig and drillsite is shown in Figure 2 below.

Map showing location of the Lester-1 well currently being drilled by the SWA team; plus locations of existing 2023 wells being tested and resampled as part of the current field program.  The dashed grey box represents the approximate region of SWA Lithium’s proposed first area of operation at the Project in southwestern Arkansas. The hatched box of the central processing facility shows the land owned by SWA Lithium that will be used to house all the process facilities for the Project.
Map showing location of the Lester-1 well currently being drilled by the SWA team; plus locations of existing 2023 wells being tested and resampled as part of the current field program. The dashed grey box represents the approximate region of SWA Lithium’s proposed first area of operation at the Project in southwestern Arkansas. The hatched box of the central processing facility shows the land owned by SWA Lithium that will be used to house all the process facilities for the Project.


Figure 1 – Map showing location of the Lester-1 well currently being drilled by the SWA team; plus locations of existing 2023 wells being tested and resampled as part of the current field program. The dashed grey box represents the approximate region of SWA Lithium’s proposed first area of operation at the Project in southwestern Arkansas. The hatched box of the central processing facility shows the land owned by SWA Lithium that will be used to house all the process facilities for the Project.