Technical Project Manager

Last Energy has received approval from the US Department of Energy for the Documented Safety Analysis of its pilot reactor at Texas A&M–RELLIS. The DSA is the final comprehensive safety analysis in the DOE authorisation process, detailing how the reactor and facility will operate safely. Following this approval, Last Energy enters DOE's readiness review, the final step before startup authorisation for criticality and reactor operations. The pilot reactor uses the same full-scale reactor core as its commercial design and employs low-enriched uranium fuel. Last Energy was selected for DOE's Reactor Pilot Programme in August 2025. The company's commercial product, the PWR-20, is a 20 MWe micro modular nuclear plant designed for factory fabrication and rapid deployment to industrial customers and data centres.

UK and US forge 'golden age of nuclear' with landmark energy deals. The United States and the United Kingdom have announced a significant new partnership aimed at ushering in a "golden age of nuclear" energy. This collaboration involves substantial new deals and investments between companies in both nations, designed to accelerate the construction of new nuclear power plants and bolster energy security. Key takeaways. * A new UK-US government agreement aims to expedite the licensing process for nuclear projects, potentially halving the time required. * Multiple commercial deals between US and UK companies are set to drive billions in private investment for new nuclear power stations. * The partnership includes a commitment to eliminate dependencies on Russian nuclear material by the end of 2028. * Collaboration will extend to fusion energy research, leveraging AI for advanced simulation tools. Turbocharging nuclear development. The cornerstone of this initiative is a new agreement between the UK and US governments that will streamline the regulatory process for building nuclear power stations. This is expected to reduce the time it takes to obtain a license from three to four years down to approximately two years, clearing the path for a major expansion of nuclear projects in both countries. This governmental backing has facilitated several major commercial deals: * X-Energy and Centrica: Plans to construct up to 12 advanced modular reactors (AMRs) in Hartlepool, with a broader UK-wide program targeting a 6GW fleet. This project alone is estimated to create up to 2,500 jobs and generate significant economic value. * Holtec, EDF, and Tritax: Aim to develop advanced data centers powered by small modular reactors (SMRs) at the former Cottam coal-fired power station, representing an estimated £11 billion project. * Last Energy and DP World: Will establish one of the world's first micro modular nuclear power plants to supply clean energy for DP World's London Gateway port expansion, backed by £80 million in private investment. * Urenco and Radiant: A deal worth around £4 million to supply advanced HALEU fuel to the US market, with Urenco expanding its Advanced Fuels Facility in the UK and exploring a similar US facility. * TerraPower and KBR: Will conduct studies for deploying Natrium advanced reactor technology in the UK, with each reactor expected to support numerous construction and permanent jobs. A new era of Energy security and jobs. This "golden age of nuclear" is central to the UK's mission to become an energy superpower, ensuring clean, homegrown power and enhancing energy security. The initiative is projected to create thousands of high-skilled jobs and stimulate billions in private investment, particularly benefiting industrial heartlands and coastal communities. Prime Minister Keir Starmer emphasized that the partnership is about more than just power; it's about "powering our economy, our communities, and our ambition." U.S. Secretary of Energy Chris Wright highlighted the role of commercial nuclear power in meeting rising energy demand and fueling the AI revolution, stressing the importance of allied partnerships. The collaboration also extends to fusion energy, with coordinated experimental programs and the co-hosting of a Global Fusion Energy Policy Summit in the US in 2026. Furthermore, the agreement aims to eliminate reliance on Russian nuclear material by the end of 2028, strengthening supply chain resilience. Addressing past challenges. The UK's historical challenges with nuclear project delays and high costs are being addressed through streamlined regulatory processes and new funding mechanisms like Contracts for Differences and the Regulated Asset Base model. While SMRs are seen as a key part of the future, the immediate focus remains on securing baseload power from larger projects and accelerating the deployment of advanced reactor designs. Fusion Energy and supply chain. The partnership extends to fusion energy, with plans for coordinated experimental programs and the development of advanced simulation tools using AI. The UK is also investing significantly in its domestic clean energy supply chain, aiming to "build it in Britain" and reduce reliance on foreign materials, including a commitment to prevent Russian nuclear fuel imports by 2028.