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

Tomi💩😅

👍🙋👍

Dich☝️,nicht uns🤭

Tomi hat wohl sehr viel Geld hier verloren 😂

Nur am 💩 scheisse labern😅

... was uns nicht wirklich überrascht. 😃🍟🇨🇦

Mein Einstieg bei 1,20€ rückt wieder näher 🤗

😂tomi 💩😅

... um zwei Kommastellen nach links etwa. 😄🇨🇦🍟

Womöglich wäre er geneigt, seine Expertise geringfügig nach unten zu revidieren ... 😅🍟🇨🇦

Ich würde mich mal wieder über einen Wutausbruch von @Monacostenz freuen. Und ob er noch an seinem 80 Euro Kursziel 2025 festhält🤗🇨🇦🍿

Standard Lithium’s President and COO, Dr. Andy Robinson commented “this development of new IP and technology with our research partner, Telescope Innovations, exemplifies our approach to becoming the leading new lithium company in North America. Whilst our principle area of focus, and capital allocation, is building the first DLE project in North America at our South West Arkansas Project Phase 1 with our joint venture partner Equinor, we understand that constant technological evolution is integral to staying at the forefront of this rapidly evolving industry. This recent work led by Telescope demonstrates that we are able to take lithium chemicals produced from the Smackover Formation in southern Arkansas, and then transform them into the feedstocks required by the next generation of batteries. Our partnership with Telescope Innovations continues to be a “win-win” for our shareholders and their’s.” Lithium sulfide is a key raw material required for many next-generation solid-state battery chemistries (see news release: Toyota works with partners to develop Li2S based batteries), but despite the importance of lithium sulfide in the next generation of battery technology, it is only produced commercially in very small quantities and at very high cost. The technical collaboration between the two teams has resulted in a novel low-temperature patented process that has the following advantages: Feedstock flexibility – both lithium hydroxide and lithium carbonate are viable inputs; Impurity tolerance – allows the use of technical-grade feedstocks; Lower processing temperatures (<100 °C) – reduces equipment complexity and operating costs; and, Enhanced safety in manufacturing – avoids high-temperature conditions and associated thermal risks.

NEW AND NOVEL LOW TEMPERATURE IP-PROTECTED METHOD FOR PRODUCING LITHIUM SULFIDE DEVELOPED IN PARTNERSHIP BETWEEN STANDARD LITHIUM AND TELESCOPE INNOVATIONS LITHIUM PRODUCTS FROM STANDARD LITIHIUM’S ARKANSAS DEMONSTRATION PLANT USED TO MAKE NEXT GENERATION LITHIUM SULFIDE PRODUCT FOR USE IN SOLID STATE BATTERIES VANCOUVER, British Columbia, June 03, 2025 (GLOBE NEWSWIRE) -- Standard Lithium Ltd. (“Standard Lithium” or the “Company”) (TSXV:SLI) (NYSE American:SLI), a leading near-commercial lithium company, is pleased to announce the successful production of battery quality lithium sulfide as part of a collaboration with Telescope Innovations. As previously mentioned (see Aug 28th 2024 news release), Standard Lithium has been working with its research and development partner, Telescope Innovations, to develop new and novel conversion technologies to make next generation battery materials. This new conversion process has now been successfully used to convert lithium hydroxide produced by Standard Lithium at its southern Arkansas Demonstration Plant, into battery quality lithium sulfide (Li2S – see news release dated May 7th 2025). Samples of the lithium sulfide have been shipped to solid-state battery companies in Asia and North America for ongoing testing and validation purposes.

Standard Lithium, in Partnership with Telescope Innovations, to Produce Next Generation Solid-State Battery Materials

https://www.standardlithium.com/investors/news-events/press-releases/detail/195/standard-lithium-in-partnership-with-telescope