The future of nuclear power in the US

Key Concepts

• Small Modular Reactors (SMRs): Advanced nuclear reactors that are smaller in size and designed for factory production, offering potential cost and deployment advantages over traditional large-scale nuclear power plants.
• Valor Atomics: A company focused on developing and manufacturing SMRs, emphasizing speed of development and mass production.
• Thermal Prototype: A fully assembled and functional model of a reactor designed to demonstrate its thermal performance and operational capabilities.
• Manufacturability: The design principle of creating products that can be efficiently and cost-effectively produced in large quantities, akin to mass production of vehicles.
• Nuclear Regulatory Commission (NRC): The U.S. agency responsible for regulating the civilian use of nuclear materials and facilities to ensure safety and security.
• Traceur Fuel: A specific type of nuclear fuel composed of small beads of uranium encased in hard ceramic layers, designed for enhanced safety and resistance to attack.
• Executive Order: A directive issued by the President of the United States that has the force of law.
• Janus Program: A U.S. Army initiative aimed at providing power to military bases.

Valor Atomics: Accelerating SMR Deployment and Manufacturing

This discussion highlights Valor Atomics' distinct approach to the development and deployment of Small Modular Reactors (SMRs), differentiating itself from other companies in the burgeoning nanonuclear and SMR sector, such as Nuscale. The core of Valor's strategy revolves around two key pillars: unprecedented speed of development and a commitment to mass manufacturability.

Speed of Development and Prototype Achievement

Isaiah, representing Valor Atomics, emphasizes the company's rapid progress. Founded approximately two years ago, Valor has already unveiled a fully complete thermal prototype of its reactor earlier this year. This pace is described as "incredible speed," a significant departure from the historical timelines typically associated with nuclear projects. This rapid prototyping is crucial for validating designs and demonstrating functionality before scaling up.

Shift Towards Mass Manufacturing

Valor Atomics is actively moving away from the traditional construction-driven model of nuclear power towards an era of mass manufacturing. The goal is to produce reactors with the efficiency and scale comparable to that of automobiles or buses. This manufacturing-centric approach is posited as the primary driver for reducing costs and enhancing safety.

The Current State of SMRs in the U.S.

A critical point raised is the current absence of any operational SMRs in the United States. While numerous nuclear startups have emerged, none have yet achieved the milestone of "splitting the atom" in a deployed SMR. Isaiah anticipates the next 12 months to be highly significant, with an executive order signed in May of this year mandating three American nuclear companies to bring their reactors online by July 4th of next year. Valor Atomics is one of these selected companies and expresses confidence in being among those to have a reactor running in the U.S. before that deadline, with an aspiration for three such reactors to be operational.

Cost Competitiveness and Future Price Reductions

The ultimate goal for Valor Atomics is to achieve cost parity with natural gas. This means competing on price, timeline, and other factors that are critical for developers. Natural gas plants typically range from $1,000 to $2,000 per kilowatt. Valor aims to meet or beat this price point, while also offering a cleaner energy solution.

Furthermore, the company anticipates significant future price reductions, drawing a parallel to the dramatic cost decreases seen in the space industry with companies like SpaceX. Just as SpaceX reduced the cost per kilogram to orbit from $50,000 to $2,000, Valor expects a "massive, massive drop in the price" as they become more proficient in manufacturing and produce reactors at scale.

Legal Action and Regulatory Innovation

Valor Atomics has initiated a lawsuit against the Nuclear Regulatory Commission (NRC). This action stems from a perceived gap in the regulatory framework that hinders innovation. While the NRC's role is to ensure safety and security across a vast number of reactors, the current regulations are seen as lacking provisions for the rapid testing and deployment of innovative technologies like SMRs. The lawsuit aims to address discrepancies between the written code of federal regulations and the underlying law, advocating for pathways to test and turn on reactors safely before scaling. The company also acknowledges the positive impact of recent executive orders from the Department of Energy, which have opened up new avenues for rapid deployment.

Defense Applications and Security

A significant application of Valor's technology lies within the defense sector. American military bases globally are often reliant on local power grids, which have become vulnerable to cyberattacks. Valor's SMRs offer a solution for securing these bases by providing a self-contained and reliable power source. The Janus program, announced by the U.S. Army, aims to deploy power on military bases, and Valor's reactors are considered ideal for this purpose due to their small form factor, ease of construction, and sufficient power output when deployed in multiples.

Safety and Security Against Attacks

The safety of Valor's technology, particularly in the context of potential attacks, is addressed through its use of traceur fuel. This fuel consists of small beads of uranium encased in extremely durable ceramic layers, making them highly resistant to various forms of attack. Valor asserts that this represents the safest form of energy generation available globally. Beyond defense, potential applications include data centers, heavy industrial power, and synthetic hydrocarbon production.

Conclusion: A Race to Be First

When asked if Valor Atomics will be the first U.S. company to successfully deploy and bring online an SMR, Isaiah expresses a strong belief that Valor Atomics will be the first. While acknowledging the competitive landscape and the efforts of other companies, this remains their explicit goal.