This Startup Wants To Turn America’s Nuclear Waste Into Power

Key Concepts

• Nuclear Waste Recycling: Reprocessing spent nuclear fuel to extract remaining energy.
• Nuclear Isotopes: Unstable forms of elements used in Project Omega’s power generation. (e.g., Strontium-90)
• ARPA-E: The US Department of Energy’s Advanced Research Projects Agency – Energy, providing funding for innovative energy projects.
• Long-Life Batteries: Project Omega’s target product – batteries powered by nuclear isotopes, offering extended operational life.
• Incumbent Competition: Established players in the nuclear fuel cycle, such as Orano.
• Whistleblower Activity: Allegations made by Staff Shien regarding his termination from Air Company.

Turning Nuclear Waste into Power: Project Omega’s Approach

Project Omega, founded by Staff Shien, aims to address the growing problem of nuclear waste in the United States by transforming it into a power source, specifically long-life batteries. Currently, approximately 100,000 tons of spent nuclear fuel are stored at over 100 sites nationwide, representing a significant untapped energy reserve – over 90% of the fuel’s inherent energy remains usable. The company recently emerged from stealth mode with $12 million in funding, valuing it at an estimated $50 million pre-prototype. This funding round was led by Starship Ventures, with participation from Mantis Ventures, Decisive Point, and Slow Ventures, and includes a contract from ARPA-E.

From Yale PhD to Serial Entrepreneurship

Staff Shien’s background is rooted in scientific research and entrepreneurship. He was featured on Forbes’ 30 Under 30 list at age 27 for his anti-corrosion company, Catalytic Innovations, spun out of his Yale PhD work. He then co-founded Air Company, which converts atmospheric carbon dioxide into jet fuel and consumer products, achieving a valuation of $436 million in 2024. Shien departed Air Company at the end of 2024 and subsequently filed a lawsuit alleging wrongful termination due to “protected whistleblower activity,” a claim disputed by Air Company and currently under litigation. Project Omega was registered as a business last summer, building upon Shien’s expertise in heavy metal chemistry.

Project Omega’s Technology and Methodology

Unlike companies focused on recycling fuel for advanced reactors, Project Omega is taking a “consumer approach” to nuclear waste. The company focuses on converting the power isotopes within the waste into usable electricity for applications like batteries. Initial laboratory work in Rhode Island produced material that was sent to the Department of Energy’s Pacific Northwest National Lab. There, they successfully converted heat or radiation from isotopes like Strontium-90 into measurable electrical power, as Shien stated, “We were able to measure electrical power coming out of it. We're actually doing this.” This demonstrates the feasibility of their core technology.

Market Positioning and Competitive Landscape

Project Omega differentiates itself from competitors by targeting consumer applications rather than reactor fuel. The nuclear fuel recycling market is competitive, with the dominant player being the French company Orano, which is government-controlled and subsidized. Within the US, the Department of Energy recently awarded $19 million to five companies – Alpha Nur, Curio Solutions, Flive Energy, Oaklo, and Shine Technologies – to support fuel recycling programs. However, these companies primarily aim to create specialized fuel for advanced reactors, a path complicated by the fact that none of these reactors are currently operational in the US. Shan Haj of Starship Ventures envisions a future powered by nuclear isotopes, stating, “I would love to see a future with nuclearpowered phones, drones, computers, cars.”

Investor Perspectives and Future Outlook

Milan Ko of Mantis Ventures highlighted Shien’s unique skillset, stating, “He's gritty, a phenomenal scientist, and a good salesman at the same time. He's the perfect archetype for this business.” This underscores the importance of both technical expertise and business acumen in navigating the challenges of the nuclear energy sector. The company’s long-term vision, as articulated by Haj, includes powering everyday devices with long-lasting nuclear isotopes, potentially eliminating the need for frequent charging.

Conclusion

Project Omega represents a novel approach to addressing the US nuclear waste problem by focusing on direct energy conversion for consumer applications. Backed by significant funding and led by a serial entrepreneur with a strong scientific background, the company is actively demonstrating the feasibility of its technology. While facing competition from established players and companies pursuing reactor fuel recycling, Project Omega’s unique strategy and focus on long-life batteries position it as a potentially disruptive force in the energy landscape.