Stardust Power Partners with Ohio University for Lithium Advancements
Stardust Power's Strategic Partnership with Ohio University
Stardust Power Inc. (NASDAQ: SDST), a pioneering developer of battery-grade lithium products, recently announced an exciting new collaboration with Ohio University. This partnership, formalized through a Memorandum of Understanding (MOU), focuses on advancing lithium extraction and refining technologies. The agreement is particularly focused on exploring Direct Lithium Extraction (DLE) methods with a vision to enhance the production of lithium from brine sources.
Accelerating Research and Development
This partnership not only symbolizes a significant step in scientific exploration but also aligns with Ohio University's submission for funding under the U.S. Department of Energy’s Vehicle Technologies Office. If selected, this initiative has the potential to deepen research into innovative lithium processing techniques. Stardust Power is set to lend its industry expertise and insights, which aim to support the university's research efforts effectively.
Contributions to the Collaboration
As part of this strategic collaboration, Stardust Power will provide key raw material samples and vital technical expertise. The focus will be on developing a techno-economic model that evaluates both the scalability and commercial appeal of pioneering lithium recovery pathways. Notably, this partnership could create additional sources of lithium brine feedstock for Stardust Power's central processing facility currently being developed in Oklahoma, reflecting their commitment to sustainability and resource efficiency.
Commitment to Innovation in Lithium Production
Roshan Pujari, the Founder and CEO of Stardust Power, expressed enthusiasm for this collaboration: "Partnering with Ohio University on next-generation lithium technologies underscores our commitment to innovation in the battery materials supply chain. Working closely with Professor Staser and his team promotes new endeavors in lithium production, pivotal for America’s energy leadership." This partnership embodies the spirit of research, leveraging academic resources to pioneer advancements in the lithium sector.
Ohio University’s Role
Professor John Staser, who heads the Department of Chemical and Biomolecular Engineering at Ohio University, noted the significance of this collaboration: "Working with an industry leader like Stardust Power presents a wonderful opportunity to hasten the development of practical solutions for lithium production." His team's contribution is expected to bolster U.S. efforts toward energy independence and address the increasing demand for domestic battery materials, an essential factor for future energy solutions.
Workforce Development and Education
The collaboration also emphasizes workforce development and educational excellence. Stardust Power is dedicated to fostering skills in lithium extraction, refining, and advanced battery technologies, fields where Ohio University has established a reputation for academic leadership. By joining forces, both organizations hope to nurture the next generation of engineers and scientists who play a crucial role in advancing America’s clean energy future.
About Stardust Power Inc.
Stardust Power is at the forefront of developing battery-grade lithium products, striving to enhance America’s energy landscape by building resilient supply chains. The company is focused on establishing a strategically located lithium refinery in Oklahoma, aiming to produce approximately 50,000 metric tons per annum of battery-grade lithium. Stardust Power is committed to sustainability across all operations, ensuring environmental considerations are a core component of their business model.
Contact Information for Stardust Power
For Investor Inquiries:
Johanna Gonzalez
Email: investor.relations@stardust-power.com
For Media Inquiries:
Michael Thompson
Email: media@stardust-power.com
Frequently Asked Questions
What is the purpose of the partnership between Stardust Power and Ohio University?
The partnership aims to advance lithium extraction and refining technologies, particularly focusing on Direct Lithium Extraction methods.
What contributions will Stardust Power make?
Stardust Power will provide raw material samples, technical expertise, and support for techno-economic modeling related to lithium recovery.
What are the potential benefits of this collaboration?
This collaboration could give rise to new innovations in lithium processing and support STARDUST Power’s facility in Oklahoma.
Why is this collaboration important for energy independence?
By enhancing domestic lithium production capabilities, the partnership contributes to energy independence and meets the growing demand for battery materials.
How does this partnership align with educational goals?
The collaboration supports workforce development by training the next generation of engineers and scientists in relevant fields, thus bolstering the clean energy transition.
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