LiTHOS Announces Positive Results from 础肠蚕鲍础鈩� Technology Lithium Brine Tests with SQM on Salar de Atacama Brines
LiTHOS Group (CBOE CA: LITS) (OTCQB: LITSF) has announced successful laboratory-scale tests of its 础肠蚕鲍础鈩� pre-treatment technology on lithium brine from SQM's Salar de Atacama. The tests demonstrated high lithium yield recovery and effective impurity removal, including magnesium, boric acid, calcium, and sulfates. 础肠蚕鲍础鈩� uses a patent-pending hybrid electropressure membrane process that increases lithium concentration without freshwater or harmful chemicals. This technology eliminates the need for evaporation ponds, reducing the environmental footprint of lithium mining. LiTHOS operates two processing facilities in Denver, CO, and Bessemer, AL, and is working with strategic mineral resource owners in Chile, Argentina, and the United States.
LiTHOS Group (CBOE CA: LITS) (OTCQB: LITSF) ha annunciato test di laboratorio di successo della sua tecnologia di pre-trattamento 础肠蚕鲍础鈩� su salamoia di litio proveniente dal Salar de Atacama di SQM. I test hanno dimostrato un elevato recupero di litio e un'efficace rimozione delle impurit脿, tra cui magnesio, acido borico, calcio e solfati. 础肠蚕鲍础鈩� utilizza un processo a membrana ibrida elettropressurizzata in attesa di brevetto che aumenta la concentrazione di litio senza acqua dolce o sostanze chimiche nocive. Questa tecnologia elimina la necessit脿 di pozze di evaporazione, riducendo l'impatto ambientale dell'estrazione del litio. LiTHOS gestisce due impianti di lavorazione a Denver, CO, e Bessemer, AL, ed 猫 in collaborazione con proprietari di risorse minerarie strategiche in Cile, Argentina e Stati Uniti.
LiTHOS Group (CBOE CA: LITS) (OTCQB: LITSF) ha anunciado pruebas exitosas a escala de laboratorio de su tecnolog铆a de pretratamiento 础肠蚕鲍础鈩� con salmuera de litio del Salar de Atacama de SQM. Las pruebas demostraron una alta recuperaci贸n de litio y una efectiva eliminaci贸n de impurezas, incluyendo magnesio, 谩cido b贸rico, calcio y sulfatos. 础肠蚕鲍础鈩� utiliza un proceso de membrana h铆brida electropresionada en espera de patente que aumenta la concentraci贸n de litio sin agua dulce ni productos qu铆micos da帽inos. Esta tecnolog铆a elimina la necesidad de estanques de evaporaci贸n, reduciendo la huella ambiental de la miner铆a de litio. LiTHOS opera dos instalaciones de procesamiento en Denver, CO, y Bessemer, AL, y est谩 trabajando con propietarios de recursos minerales estrat茅gicos en Chile, Argentina y Estados Unidos.
LiTHOS Group (CBOE CA: LITS) (OTCQB: LITSF)臧� SQM鞚� 鞎勴儉旃措 鞐检爠鞐愳劀 毂勳法頃� 毽姮 敫岆澕鞚胳棎 雽�頃� 鞁ろ棙鞁� 攴滊鞚� 靹标车鞝侅澑 韰岇姢韸�毳� 氚滍憸頄堨姷雼堧嫟. 鞚� 韰岇姢韸鸽姅 雴掛潃 毽姮 須岇垬鞙臣 須臣鞝侅澑 攵堨垳氍� 鞝滉卑毳� 氤挫棳欤检棃鞙茧┌, 鞐赴鞐愲姅 毵堦犯雱れ姌, 攵曥偘, 旃检姌 氚� 頇╈偘鞐检澊 韽暔霅╇媹雼�. 础肠蚕鲍础鈩㈦姅 韸鬼棃 於滌洂 欷戩澑 頃橃澊敫岆Μ霌� 鞝勱赴鞎曤 瓿奠爼鞚� 靷毄頃橃棳 雼挫垬雮� 鞙犿暣 頇旐暀氍检 鞐嗢澊 毽姮 雴嶋弰毳� 雴掛瀰雼堧嫟. 鞚� 旮办垹鞚� 歃濍皽 鞐半鞚� 頃勳殧靹膘潉 鞐嗢暊 毽姮 毂勱荡鞚� 頇橁步 氚滌瀽甑潉 欷勳瀰雼堧嫟. LiTHOS電� 旖滊霛茧弰欤� 雿措矂鞕� 鞎澕氚半欤� 氩犾厛霟棎 霊� 臧滌潣 臧�瓿� 鞁滌劋鞚� 鞖挫榿頃橁碃 鞛堨溂氅�, 旃犽爤, 鞎勲ゴ項嫲雮�, 氙戈淡鞚� 鞝勲灥鞝� 甏戨 鞛愳洂 靻岇湢鞛愲摛瓿� 順戨牓頃橁碃 鞛堨姷雼堧嫟.
LiTHOS Group (CBOE CA: LITS) (OTCQB: LITSF) a annonc茅 des tests en laboratoire r茅ussis de sa technologie de pr茅traitement 础肠蚕鲍础鈩� sur de la saumure de lithium provenant du Salar de Atacama de SQM. Les tests ont d茅montr茅 un taux de r茅cup茅ration du lithium 茅lev茅 et une 茅limination efficace des impuret茅s, y compris le magn茅sium, l'acide borique, le calcium et les sulfates. 础肠蚕鲍础鈩� utilise un processus de membrane 茅lectro-pressuris茅e hybride en instance de brevet qui augmente la concentration en lithium sans eau douce ni produits chimiques nocifs. Cette technologie 茅limine le besoin d'茅tangs d'茅vaporation, r茅duisant l'empreinte environnementale de l'extraction du lithium. LiTHOS g猫re deux installations de traitement 脿 Denver, CO, et 脿 Bessemer, AL, et collabore avec des propri茅taires de ressources min茅rales strat茅giques au Chili, en Argentine et aux 脡tats-Unis.
LiTHOS Group (CBOE CA: LITS) (OTCQB: LITSF) hat erfolgreiche Labortests seiner 础肠蚕鲍础鈩�-Vorbehandlungstechnologie mit Lithiumsole aus dem Salar de Atacama von SQM angek眉ndigt. Die Tests zeigten eine hohe Lithiumausbeute und eine effektive Entfernung von Verunreinigungen, einschlie脽lich Magnesium, Bor- und Schwefels盲ure. 础肠蚕鲍础鈩� verwendet einen patent-pending hybriden Elektrodruckmembranprozess, der die Lithiumkonzentration ohne S眉脽wasser oder sch盲dliche Chemikalien erh枚ht. Diese Technologie beseitigt die Notwendigkeit von Verdunstungsbecken und reduziert den 枚kologischen Fu脽abdruck des Lithiumabbaus. LiTHOS betreibt zwei Verarbeitungsanlagen in Denver, CO, und Bessemer, AL, und arbeitet mit strategischen Mineralressourceneigent眉mern in Chile, Argentinien und den Vereinigten Staaten zusammen.
- Successful laboratory-scale tests of 础肠蚕鲍础鈩� technology with SQM brines
- High lithium yield recovery and effective impurity removal achieved
- Innovative technology eliminates need for freshwater and harmful chemicals
- Reduces environmental footprint by eliminating evaporation ponds
- Strengthens LiTHOS's position to meet growing global lithium demand
- None.
Insights
LiTHOS's 础肠蚕鲍础鈩� technology demonstrates promising advancements in lithium extraction. The hybrid electropressure membrane process achieves high impurity rejection rates without using freshwater or harmful chemicals, addressing key environmental concerns in lithium mining. This innovative approach could potentially disrupt traditional extraction methods, offering a more sustainable alternative to evaporation ponds.
However, it's important to note that these are laboratory-scale tests. The scalability and cost-effectiveness of 础肠蚕鲍础鈩� technology in real-world operations remain to be proven. While the results are encouraging, investors should be cautious about overestimating the immediate impact on LiTHOS's market position until full-scale implementation is achieved.
The 础肠蚕鲍础鈩� technology's ability to eliminate evaporation ponds represents a significant environmental breakthrough in lithium extraction. This could substantially reduce water consumption and land use, critical issues in water-stressed regions where lithium is often mined. The technology's alignment with global environmental standards positions LiTHOS favorably in an industry under increasing scrutiny for its ecological impact.
However, the full lifecycle environmental impact of the 础肠蚕鲍础鈩� process, including energy consumption and waste management, needs further assessment. While promising, investors should await comprehensive environmental impact studies and third-party validations to fully gauge the technology's sustainability credentials.
The high purity lithium produced by 础肠蚕鲍础鈩� technology is crucial for advanced battery manufacturing. The ability to effectively remove impurities like magnesium, boric acid, calcium and sulfates is essential for high-performance batteries. This could potentially position LiTHOS as a key supplier in the EV and energy storage markets, where demand for high-quality lithium is soaring.
However, the competitive landscape is intense, with numerous companies developing DLE technologies. LiTHOS will need to demonstrate clear cost and efficiency advantages at commercial scale to secure a significant market share. Investors should closely monitor progress towards commercial production and any strategic partnerships or offtake agreements that could validate the technology's market potential.
SQM DLE team have found 础肠蚕鲍础鈩� technology viable, and the results encouraging
Key Achievements:
Exceptional Purity: 础肠蚕鲍础鈩� technology has achieved interesting rejection rates of Magnesium, Boric acid (HBO3), Calcium (CaCl), and Sulfates (S04), requirements that are essential for producing high-purity lithium, crucial for battery manufacturing.
Innovative Technology: Unlike traditional methods, 础肠蚕鲍础鈩� uses a patent-pending, hybrid electropressure membrane process that increases lithium concentration without the use of freshwater and harmful chemicals, marking a significant step forward in sustainable mining technologies.
Environmental Benefits: By eliminating the need for evaporation ponds, 础肠蚕鲍础鈩� technology substantially reduces the footprint of lithium mining. This aligns with global environmental standards and supports the industry's shift towards sustainable practices.
"The positive outcome from our latest tests on SQM field brines with 础肠蚕鲍础鈩� technology affirms our dedication to collaborating and validating our technology with SQM, which is a leading global lithium producer focused on sustainability," said Scott Taylor, CEO of LiTHOS. "These achievements not only differentiate us within the industry but also enhance our competitive position, demonstrating our potential to meet the increasing demand for high-purity lithium crucial for renewable energy technologies."
Operational and Technological Advantages:听
The efficacy of 础肠蚕鲍础鈩� technology has听been validated, strengthening LiTHOS's capability to meet the growing global demand efficiently. These advancements support the company's mission to enhance sustainability and operational efficiency in lithium extraction.
Environmental Impact and Strategic Positioning:听
Committed to minimizing environmental impacts, LiTHOS's use of 础肠蚕鲍础鈩� technology can eliminate the need for traditional evaporation ponds, significantly reducing the footprint associated with lithium mining. This strategic approach adheres to stringent environmental standards and positions LiTHOS to leverage opportunities in a market that increasingly values sustainable practices.
About LiTHOS
LiTHOS Group Ltd. is a mining technology company focused on the selective extraction of aqueous minerals. The Company's 础肠蚕鲍础鈩� technology allows lithium to be extracted from continental brine reservoirs without additional freshwater or any added chemicals or reagents.听Lithium is now among the world's most in-demand metals as the world "electrifies" to reduce CO2 emissions, led by continuing growth in EV sales and the installation of hundreds of gigawatts of intermittent solar power generation capacity requiring partial battery storage solutions.
The Company's mission is to produce sustainable lithium without evaporation ponds. 础肠蚕鲍础鈩� is LiTHOS's patent-pending technology that spans the complete value chain from the conditioning and pre-treatment of raw brines through the DLE phase into the polishing and purification of battery-grade lithium feedstock. LiTHOS has two processing facilities: a 4,000 sq ft lab in
LiTHOS is working with multiple strategic mineral resource owners, including brines from the largest Salars in
Stay up-to-date on LiTHOS developments by joining our online communities through听 and听.
ON BEHALF OF THE BOARD
Scott
Forward-Looking Statements:听This news release contains certain forward-looking statements within the meaning of Canadian securities legislation, including with respect to: the plans of the Company; the purposed use of funds of the Second Tranche; and statements relating to the closing of additional tranches of the offering.听Although the Company believes that such statements are reasonable, it can give no assurance that such expectations will prove to be correct. Forward-looking statements are statements that are not historical facts; they are generally, but not always, identified by the words "expects," "plans," "anticipates," "believes," "intends," "estimates," "projects," "aims," "potential," "goal," "objective," "prospective," and similar expressions, or that events or conditions "will," "would," "may," "can," "could" or "should" occur, or are those statements, which, by their nature, refer to future events. The Company cautions that forward-looking statements are based on the beliefs, estimates and opinions of the Company's management on the date the statements are made and involve several risks and uncertainties, including additional tranches of the offering may not close on the terms announced or at all; that the Company may use the proceeds of the Second Tranche for purposes other than those disclosed in this news release; adverse market conditions; and other factors beyond the control of the Company. Consequently, there can be no assurances that such statements will prove to be accurate, and that actual results and future events could differ materially from those anticipated in such statements.
Important factors that could cause future results to differ materially from those anticipated in these forward-looking statements include: limited operating history; research and development activities; effect of general economic and political conditions; and other risk factors set forth in the Company's public filings which are available on SEDAR+ at . Accordingly, the reader is urged to refer to the Company's such filings for a more complete discussion of such risk factors and their potential effects. Except to the extent required by applicable securities laws and the policies of Cboe Canada Inc., the Company undertakes no obligation to update these forward-looking statements if management's beliefs, estimates or opinions, or other factors should change.
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SOURCE Lithos Group Ltd.
FAQ
What were the results of LiTHOS's 础肠蚕鲍础鈩� technology tests on SQM's Salar de Atacama brines?
How does LiTHOS's 础肠蚕鲍础鈩� technology differ from traditional lithium extraction methods?
What are the environmental benefits of LiTHOS's 础肠蚕鲍础鈩� technology for lithium extraction?
Where are LiTHOS's processing facilities located?
