On November 13th, Dr. Elling will be presenting work to date toward a fusion-ready lithium material standard. The trace analysis work funded by the Clean Air Task Force (Boston, MA) reveals that the trace element concentrations and variabilities will be problematic for the use of lithium metal in fusion reactors. Upcoming US DoE INFUSE funded work will focus on finding the source of the variability and identifying opportunities to create purity specifications and standards. If you are in Knoxville Tennessee, we hope to see you in the audience!

Molten Salt Solutions (MSS)  is proud to announce it has been selected for funding under the U.S. Department of Energy’s (DOE) Innovation Network for Fusion Energy (INFUSE)  program. The awarded project, titled “Development of Fusion-Grade Lithium Material Specifications,”  aims to establish industry-relevant material standards for lithium used in fusion energy systems. Through this INFUSE award, MSS will collaborate with Los Alamos National Laboratory and the University of New Mexico to define, characterize, and validate fusion-grade lithium material specifications , paving the way for a reliable domestic supply chain tailored to fusion applications. The work will help align material standards across the fusion sector and support regulatory, procurement, and engineering efforts for fusion reactor developers.

I'm delighted to be on a panel discussing the opportunities in the fusion energy supply chain! Please join me Monday September 15th from 2:45pm https://nmwomenlead.org/about-the-conference

Excited to announce I'll be joining the powerhouse lineup of speakers at FusionXInvest:Global in Silicon Valley this February! I'll be talking about our plans to build industrial scale lithium isotope enrichment. Are you an investor interested in #fusion energy? This is the event for you! Join me and connect with the brightest minds in the industry #FusionX #FusionXInvest: https://events.fusionxinvest.com/global25/

Santa Fe, New Mexico – December 11, 2024 – Molten Salt Solutions is pleased to announce the successful close of its Seed funding, securing $3 million from Silicon Valley firms Future Ventures and True Ventures. This investment will support the development of the company’s first commercial-scale lithium isotope enrichment process. Currently, there is no commercial source of enriched lithium isotopes, and conventional enrichment methods are not suitable for industrial-scale production. Molten Salt Solutions addresses this demand with its enrichment process, paving the way for a sustainable isotope supply. As the world transitions to GHG-free energy sources, there is growing excitement around molten salt reactors (MSRs) and nuclear fusion as revolutionary solutions for clean energy. However, both technologies face unique materials requirements, particularly for lithium isotopes. Molten Salt Solutions’ innovative approach to lithium isotope enrichment and production positions it at the forefront of this emerging field, addressing critical supply needs for these advanced reactors. The Importance of Lithium Isotopes in Next-Generation Reactors Lithium salts are important to many MSR designs. Enriched lithium-7 in MSR salt mixtures prevents the formation of radioactive tritium, making it a vital component for safer and more sustainable nuclear energy. Lithium isotopes are also essential for fusion power, which is poised to revolutionize the global energy supply with abundant, nearly limitless energy. In fusion reactors, tritium fuel is produced from lithium-6. Enriching lithium-6 facilitates efficient tritium breeding, allowing continuous fusion reactions. Paving the Way for a New Era in Clean Energy Molten Salt Solutions developed and demonstrated the company’s proprietary technology with SBIR funding from the National Science Foundation and in collaboration with Los Alamos National Laboratory. The company will use equity funding to refine its technologies and establish the first pilot production. These advancements will position Molten Salt Solutions as a primary supplier to the advanced nuclear and fusion sectors, facilitating commercial deployment of MSRs and fusion systems. "Our mission is to facilitate a clean energy future by addressing the critical materials needs of next-generation reactors," said Dr. John Elling, CEO of Molten Salt Solutions. "We are grateful to our investors for their support and commitment to making advanced nuclear energy a reality.” “As believers that energy should be clean, abundant, and accessible to all, we’re excited to be investors in Molten Salt Solutions, which will provide essential materials to fuel our future energy systems. The company addresses a critical need for both fusion and fission systems by cost-effectively providing refined lithium, thereby solving a key issue in the industry,” said Maryanna Saenko, co-founder of Future Ventures. ### New Mexico Energy Technology Incubator Molten Salt Solutions is part of the New Mexico Fusion Igniter consortium ( fusion-igniter.org ). Fusion Igniter’s mission is to accelerate fusion technology development by supporting early-stage companies crucial to the fusion supply chain. Based in New Mexico, the consortium harnesses the region’s proximity to national laboratories and research institutions, fostering innovation and workforce development in advanced manufacturing, AI, and energy technologies.