Battery Pioneer Dr. Yuan Gao Joins Pure Lithium in Push for Energy Future

CHICAGO, IL – April 27, 2026 – In a move signaling a significant acceleration in the race for next-generation energy storage, Pure Lithium Corporation has appointed world-renowned battery expert and inventor Dr. Yuan Gao to its Board of Directors. The appointment lends substantial credibility to the Chicago-based company's ambitious plan to commercialize a disruptive lithium metal battery and establish a battery supply chain independent of Chinese dominance.

Dr. Gao, who has served on Pure Lithium’s Scientific Advisory Board since October 2023, brings over three decades of experience spanning the entire battery value chain, from mineral extraction to commercial production. His extensive portfolio includes over 100 patents, most notably the invention of the titanium magnesium cathode technology that enabled the high-voltage lithium-ion batteries powering the vast majority of today's smartphones and tablets.

“We are thrilled to have Dr. Gao join our board as we focus on rapidly scaling our technology in the most capital efficient manner possible,” said Pure Lithium Founder, Chairman and CEO Emilie Bodoin. “Dr. Gao is a brilliant scientist who also has deep commercial expertise, a rare combination.”

A Strategic Endorsement for Advanced Technology

Dr. Gao's decision to deepen his involvement with Pure Lithium is widely seen as a powerful endorsement of the company’s technology. His career includes leadership roles at major industry players, including serving as President and CEO of cathode producer Pulead Technology, a Corporate Vice President at rare earth company Molycorp, and holding management positions at FMC Corporation’s Lithium Division, now part of Rio Tinto. His current role as Lead Independent Director at Lithium Americas Corporation (NYSE: LAC) further underscores his influence in the sector.

This extensive background provides Pure Lithium with invaluable commercial and technical guidance as it transitions from research and development to industrial-scale production. “His insights over the years have been critical in advancing our technology, and his experience as a director of public companies will strengthen our board,” Bodoin added.

Dr. Gao expressed his own confidence in the company's direction. “I am thrilled to join the board of Pure Lithium Corporation, which has developed a unique technology that enables rechargeable high energy lithium metal batteries that have demonstrated exceptional long cycle lives,” he stated. “I look forward to working with the team on the next phase of Pure Lithium’s endeavour, commercializing this battery technology and bringing the products to the market.”

Redefining the Battery with 'Brine to Battery' Innovation

At the heart of Pure Lithium’s strategy is its patented, vertically integrated technology dubbed “Brine to Battery™.” This process aims to revolutionize production by creating a battery-ready, pure lithium metal anode directly from aqueous lithium sources, such as brines. This method not only allows access to non-traditional lithium deposits but also promises to eliminate up to 90% of the costs associated with producing conventional lithium metal foil.

By integrating extraction, anode production, and battery manufacturing into a single, streamlined process, the company aims to capture margins at every step while mitigating material degradation and transportation costs. The result is a pure lithium metal anode that forms the core of a battery designed to be a step-change improvement over today’s lithium-ion standard.

The company reports impressive performance metrics, claiming its lithium metal batteries have demonstrated over 800 charge-discharge cycles while retaining 97% of their original capacity. Its product roadmap includes a Gen-1 Lithium Iron Phosphate (Li-LFP) battery projected to offer double the energy density of current LFP cells and a cycle life exceeding 6,500 cycles, and a Gen-2 Vanadium (LV) battery with even higher energy density and thermal stability.

Forging a Secure and Sustainable Supply Chain

Perhaps Pure Lithium’s most ambitious claim is its ability to enable the “first ever non-China dominated supply chain” for batteries. This is achieved by designing a battery chemistry that is free of graphite, cobalt, nickel, and manganese—minerals whose processing and supply chains are heavily concentrated in China. This strategic material independence directly addresses significant geopolitical and ethical concerns that plague the current battery industry, from the environmental impact of mining to the reliance on a single nation for critical resources.

This strategic vision has attracted significant government and commercial interest. The U.S. Department of Energy (DOE) has provided funding for Pure Lithium to collaborate with Argonne National Laboratory on scaling up the production of lithium metal anodes from recycled lithium, a key step toward a closed-loop domestic supply chain. Furthermore, the Export-Import Bank of the United States (EXIM) has issued a Letter of Interest for a $300 million debt funding package to help build the company's first industrial-scale manufacturing facility in the U.S., as part of its “Make More in America” initiative.

This momentum is also backed by private investment, including a recent $15 million Series A funding round led by Oxy Low Carbon Ventures, a subsidiary of Occidental. The company is leveraging this capital to relocate its entire operation from Boston to a new $46 million facility in Chicago’s Fulton Market, a move that places it in close proximity to its research partners at Argonne and signals a definitive shift toward pilot-scale commercial production, slated to begin in 2025.

While the path to mass-market adoption is challenging, with formidable competitors like QuantumScape, Solid Power, and SES AI also racing to commercialize next-generation battery technologies, Pure Lithium's unique combination of vertical integration, material independence, and powerful strategic endorsements positions it as a formidable contender in the quest to power a cleaner and more secure energy future.