STANDARD LITHIUM WKN: A2DJQP ISIN: CA8536061010 Kürzel: S5L Forum: Aktien Thema: Hauptdiskussion

Börsentag geht noch ein wenig😁 …dürfte im Plus schließen 🔮

Alles wieder weg 😅

🚀😉

Jetzt werden die Leute Stück für Stück verstehen, das die Anlage und alles andere funktioniert….

Hey Tommy du Miesepeter, alles OK bei dir??😀😀

Ja das wird ne Zündschnur sein …. Lass den Amerikaner das lesen .

Die kommerzielle DLE-Kolumne übertrifft weiterhin die Erwartungen in der Demonstrationsanlage in Arkansas EL DORADO, Ark., Okt. 28, 2024 (GLOBE NEWSWIRE) -- SWA Lithium, das Joint Venture zwischen Standard Lithium und Equinor, das das South West Arkansas Project ("SWA" oder das "Project") entwickelt, freut sich bekannt zu geben, dass es eine Lizenzvereinbarung mit Koch Technology Solutions LLC ("KTS") zum Einsatz und Nutzung der Li-ProTM Lithium Selective Sorption ("Li-Pro LSS")-Technologie von KTS im kommerziellen Werk des JV für das SWA Phase 1-Projekt abgeschlossen hat.

UPDATED PERFORMANCE OF COMMERCIAL-SCALE DLE COLUMN Standard Lithium is also pleased to announce the continued successful operation of the commercial-scale DLE column at its wholly-owned Demonstration Plant (“Demo Plant”) near El Dorado, Arkansas. The Company installed a commercial-scale DLE column in late March 2024 and has been operating the column continuously. The column is a Li-Pro LSS unit, supplied by KTS and identical to those currently being integrated into the front-end engineering and design (FEED) study for the SWA Project. Since commissioning, the column has exceeded the targeted design parameters for lithium recovery and rejection of impurities. Key technical highlights of the commercial-scale DLE column are provided below: Lithium recovery efficiency of 95.4%: During a four-month continuous operating period (1st April to 31st July 2024), the Li-Pro LSS process achieved an average lithium recovery (i.e. after loading and elution) of 95.4% from the 90 gallons per minute (gpm) incoming brine flow (the average incoming brine contained 183 mg/L lithium during the same period). Excellent contamination rejection rate: During the same period, the DLE process rejected, on average; Sodium – 99.9% Calcium – 99.6% Magnesium – 99.2% Potassium – 99.7% Boron – 95.4% High and consistent contaminant rejection at the DLE stage means that the eluate (the initial lithium chloride solution) is easier and cheaper to further refine and concentrate using tested and proven steps to make a concentrated and purified lithium chloride solution. This solution can then be converted to a battery quality carbonate, as has been demonstrated multiple times and at several different scales, both at the Demo Plant and off-site with various third-party vendors. Nearly 10,000 operational cycles for the Li-Pro LSS technology: The commercial-scale Li-Pro LSS column has completed over 725 operational cycles, and the Li-Pro LSS technology has completed over 9,740 operational cycles at the Demo Plant (as of early October 2024). Over 24 million gallons of brine processed: As of the end of September 2024, the Demo Plant had processed 24,446,306 gallons (92,539,335 litres) of Smackover brine, produced directly from the formation and reinjected continuously back into the same formation.

Standard Lithium’s Director, President & COO, Dr. Andy Robinson commented: “Signing this license agreement is the culmination of over two years of close work with the KTS team to refine the direct lithium extraction (‘DLE’) technology and integrate it into the JV’s flowsheet. The Li-Pro LSS technology is now sufficiently scaled-up, tested and derisked, so not only is the JV comfortable committing to its use at commercial scale, but KTS is also able to offer performance guarantees for its commercial deployment. We view this as a significant derisking event for the Project, and it points to the successful ongoing partnership with the KTS team.” Garrett Krall, Business Leader for Koch Technology Solutions, said: “This license agreement for use of our Li-Pro LSS technology is another key milestone in the development of DLE as a commercially viable, economic and environmentally responsible solution to deliver against future lithium demand.”