Century Lithium's Breakthrough in Battery-Grade Lithium Anodes
Century Lithium Corp. (TSXV: LCE) (OTCQX: CYDVF) proudly announces a groundbreaking achievement in the production of battery-grade lithium metal anodes derived from its lithium carbonate sourced from Angel Island. This success stems from a collaboration with Alpha-En Corporation, which has established itself in advanced battery technology.
Collaboration with Alpha-En Corporation
Century Lithium has been working closely with Alpha-En Corporation, a notable materials company, to convert its lithium carbonate (Li2CO3) into high-quality lithium-metal anodes (Li-MA). This innovative process takes advantage of lithium carbonate obtained from Angel Island, further showcasing the quality and potential of Century Lithium's resources.
Quality of Lithium Carbonate
In the pilot phase, Alpha-En successfully converted a sample of 99.8% pure lithium carbonate from Century Lithium into lithium metal using a patented room-temperature process. The results have been impressive, demonstrating that the lithium metal produced surpassed the quality of lithium carbonate sourced from commercial non-domestic suppliers.
Implications for the Industry
Bill Willoughby, President and CEO of Century Lithium, expressed his pride in being chosen as a local supplier of lithium for Alpha-En's revolutionary program aimed at manufacturing lithium-metal anodes. Willoughby noted that this collaboration highlights the superior quality of their material and Century Lithium's commitment to bolstering innovation in the U.S. battery supply chain.
Progress at the Angel Island Project
As part of its strategic growth, Century Lithium is advancing its Angel Island project through ongoing technical and permitting evaluations. The company views the future of lithium-based batteries as integral to the expansion of electric vehicle (EV) markets and energy storage solutions.
Future Outlook
Century Lithium remains optimistic about the ongoing developments at Angel Island. The project is anticipated to play a pivotal role in establishing a robust domestic lithium supply chain, reinforcing the U.S. reliance on locally sourced battery materials.
The Role of Alpha-En Corporation
For reference, Alpha-En Corporation is dedicated to advancing battery technology through innovative processes that convert raw lithium salts into ultra-pure lithium metal. This technologically advanced method circumvents traditional high-temperature refining processes, providing a fresh approach in the industry.
About Century Lithium Corp.
Century Lithium Corp. is committed to developing its Angel Island project, which contains one of the largest lithium deposits in the United States. Utilizing a combination of advanced technology, including its patent-pending chloride leaching and direct lithium extraction processes, the company aims to produce high-quality battery-grade lithium carbonate.
Long-Term Vision
Capacity estimates for the Angel Island project forecast a remarkable average output of 34,000 tonnes of lithium carbonate annually over an extensive 40-year mine life. This strategic vision positions Century Lithium as a key player in the growth of electric vehicle markets and sustainable energy solutions.
Frequently Asked Questions
What is Century Lithium focusing on?
Century Lithium is focused on advancing its Angel Island project to produce high-quality lithium products for battery manufacturing.
Who did Century Lithium collaborate with?
Century Lithium collaborated with Alpha-En Corporation to convert lithium carbonate into battery-grade lithium metal anodes.
What is the purity level of Century Lithium's carbonate?
The lithium carbonate provided by Century Lithium had a purity of 99.8% before conversion.
What is the significance of the Angel Island project?
Angel Island is significant for its potential to provide a domestic lithium supply for electric vehicle and battery storage markets in the U.S.
What are the future plans for Century Lithium?
Century Lithium aims to continue developing Angel Island with a focus on sustainable and efficient battery material production.
