• Nuclear Energy Weekly Digest
  • Week 50 (December 8–14, 2025)
  • Trump Administration Commits to Finance Up to 10 Nuclear Power Plants
  • India and Russia Agree on Second Nuclear Power Plant Site Selection
  • IAEA Hosts First International Symposium on AI and Nuclear Energy
  • Romania Advances Cernavodă Unit 1 Refurbishment with International Consortium
  • Westinghouse and PROMATION Sign Canadian Deployment Agreement
  • China Positioned to Become Leading Global Nuclear Power Generator
  • NASA Accelerates Lunar Nuclear Reactor Programme for 2030 Deployment
  • Space Ocean and SpaceNukes Sign Letter of Intent for Space Reactor Integration
  • IAEA Issues Updated Statements on Ukraine Nuclear Safety Following Drone Attack
  • Oklo’s Aurora Powerhouse Progresses Toward Commercial Operation
  • UK Nuclear Regulatory Review 2025 Published to Accelerate Project Delivery
  • NAAREA Advances Molten Salt Microreactor Fuel Development with Morocco Partnership
  • Russia-Iran Sign MOU for Small Modular Reactor Cooperation
  • Global Nuclear Fuel Cycle Requires Timely Investment for Capacity Expansion
  • Czech Republic Advances AP1000 Deployment at Dukovany with KHNP Contract
  • References
  • Sources

§Nuclear Energy Weekly Digest

§Week 50 (December 8–14, 2025)

§Trump Administration Commits to Finance Up to 10 Nuclear Power Plants

The Trump Department of Energy announced plans to finance up to 10 new nuclear power plants in the United States as part of a comprehensive strategy to usher in a nuclear energy “renaissance” and address surging electricity demands from artificial intelligence, cryptocurrency mining, and industrial manufacturing.[1] Energy Secretary Chris Wright revealed the financing plan during an exclusive interview in Idaho Falls, stating that the Office of Energy Dominance Financing will provide low-interest loans to support reactor deployment.[1] The Secretary emphasised that the nation requires “a lot more energy” to realise benefits from AI, reshore manufacturing, and achieve objectives previously considered impossible, with both natural gas and nuclear energy central to this vision.[1]

The financing framework represents an extraordinary signal of Trump administration commitment to deploying new nuclear capacity, complementing May 2025 executive orders that reformatted nuclear licensing requirements and testing procedures.[1][3] Wright’s visit to Idaho National Laboratory showcased the synergy between government policy and private sector investment, with a tour highlighting Oklo’s advanced reactor construction site at INL where the startup recently broke ground on its first Aurora powerhouse under the Department of Energy’s Reactor Pilot Program.[1] The announcement follows the historic $80 billion partnership with Westinghouse, Cameco, and Brookfield announced in October 2025, establishing a template for federal engagement in accelerating commercial nuclear deployment.[3]

§India and Russia Agree on Second Nuclear Power Plant Site Selection

During Russian President Vladimir Putin’s first official visit to India since the commencement of the Ukraine war in 2022, the two nations discussed expanded nuclear energy cooperation, including the possibility of constructing a second nuclear power plant equipped with Russian-designed VVER reactors.[4][5][6] The joint statement issued following the summit stated that “the Indian side will strive to finalise formal allotment of the second site in accordance with earlier signed agreements.”[4][6] Foreign Secretary Vikram Misri explained that site selection represents a complicated exercise requiring consideration of environmental factors and the work of the Department of Atomic Energy, which is evaluating candidate locations.[4]

The discussion extended to broader cooperation encompassing small modular reactors, floating nuclear power plants, and non-power nuclear applications including medical and agricultural technologies.[5][6] Russia’s Rosatom chief proposed specific frameworks for SMR cooperation, complementing India’s parallel indigenous SMR development programme launched in the 2025–26 Union Budget.[4][5] Putin emphasised that completion of Kudankulam’s six VVER-1000 reactors—delivering 6,000 MW combined capacity—would represent an impressive contribution to India’s energy requirements, while noting that two reactors have already been connected to the grid and additional critical shipments are underway for Units 3 and 4.[4][6] The two sides further agreed to accelerate technical and commercial discussions on Russian VVER reactor designs, joint development of new plants, and localisation and joint manufacturing of nuclear equipment and fuel assemblies, with terms and conditions to be mutually negotiated.[6]

§IAEA Hosts First International Symposium on AI and Nuclear Energy

The International Atomic Energy Agency convened the inaugural International Symposium on Artificial Intelligence and Nuclear Energy on December 3–4, 2025, in Vienna, bringing together international stakeholders to explore synergies between nuclear power generation and artificial intelligence technologies.[2][7] The two-day event assessed and strengthened partnerships from powering data centres to enhancing and accelerating nuclear innovation, with IAEA Director General Rafael Mariano Grossi emphasising that with AI becoming increasingly integrated into society and nuclear power expansion identified as vital for reliable, clean energy abundance, “there is an incredible opportunity for these industries to help maximize each other’s contributions.”[8]

The symposium programme featured keynote speeches from high-level representatives of both nuclear and AI sectors, followed by authoritative panel discussions bringing together diverse international perspectives.[8] Technical experts explored how nuclear power can address the full scope of challenges and opportunities AI technologies present, while simultaneously examining how AI applications can benefit the nuclear industry through enhanced innovation and operational efficiencies.[8] Important industry stakeholders participated in networking sessions and side events, with exhibitions providing platforms for companies and organisations to present advanced solutions addressing the nuclear-AI nexus.[2][8] The symposium addressed critical themes including powering data centres, grid stability, materials science applications, and the regulatory frameworks necessary to facilitate rapid deployment of nuclear energy in support of global AI expansion.[8]

§Romania Advances Cernavodă Unit 1 Refurbishment with International Consortium

Romania’s nuclear utility Nuclearelectrica progressed the refurbishment of Cernavodă Unit 1 under an international consortium including South Korea’s Korea Hydro & Nuclear Power (KHNP), Canada’s AtkinsRealis (formerly Candu Energy), Ansaldo Nucleare from Italy, and the Canadian Commercial Corporation.[9][10][11] The refurbishment project, valued at approximately $2.01 billion, commenced civil construction works on infrastructure necessary for execution, with the scope including complete replacement of reactor systems, power-generating turbines, and new radioactive waste storage facilities.[9][10]

The groundbreaking ceremony held on September 3, 2025, was attended by Romanian President Nicușor Dan and representatives from partnering nations, underscoring the strategic international dimensions of the project.[11] Civil works have begun in accordance with schedule, representing entry into the implementation stage following receipt of the construction permit for the Intermediate Radioactive Waste Repository (DIDR-U5) from Romania’s nuclear regulator, the Commission for the Control of Nuclear Activities.[9] The refurbishment targets completion by 2030, extending Unit 1’s operational licence by 30 additional years beyond its scheduled 2027 expiration.[10] Infrastructure development includes three buildings for reception, handling, processing, and intermediate storage of low and intermediate-level radioactive waste generated during refurbishment and long-term commercial operation.[9] Financing of €540 million (approximately $632 million USD) was secured from a banking syndicate led by J.P. Morgan to fund the preparatory phase, while Nuclearelectrica received a separate €90 million loan for advancement of the Cernavodă Units 3 and 4 project.[10]

§Westinghouse and PROMATION Sign Canadian Deployment Agreement

Westinghouse Electric Company and PROMATION, a joint venture of Canadian energy firms Brookfield and Cameco, signed an agreement advancing nuclear reactor deployment in Canada and globally.[12] Under the partnership, Westinghouse’s AP1000 Generation III+ reactor technology will be deployed at identified Canadian sites, representing the most advanced proven commercial reactor technology available for immediate deployment with targeted electricity generation by as early as 2035.[12]

Westinghouse noted that a four-unit AP1000 facility in Canada would generate power sufficient for at least three million homes while supporting approximately $28.7 billion Canadian dollars in GDP during the construction phase.[12] The agreement complements the $80 billion strategic partnership between the US government, Westinghouse, Cameco, and Brookfield announced in October 2025, which targeted deployment of 10 new AP1000 reactors across the United States beginning in 2030.[3] Canada’s participation in this deployment framework reflects North American commitment to expanding nuclear capacity as a cornerstone of energy security and climate mitigation strategies.[12]

§China Positioned to Become Leading Global Nuclear Power Generator

China emerged as poised to become the world’s leading nuclear power generator for the first time, displacing the long-incumbent United States as the global leader in nuclear generation capacity.[13] As of mid-2025, China operated 58 commercial nuclear units with installed capacity exceeding 60.7 GW, with an additional 44 units under construction providing 52.4 GW of additional capacity.[13] According to China’s ‘14th Five-Year Plan for a Modern Energy System’ and the ‘China Nuclear Energy Development Report 2025’, the nation targeted 150 GW total installed nuclear capacity by 2035, with nuclear power projected to account for approximately 10 percent of total electricity generation.[13]

China has achieved 100 percent localisation of critical nuclear power equipment manufacturing and independent control of all key component technologies.[13] In 2024, Chinese manufacturers delivered 114 sets of domestic nuclear power equipment, doubling deliveries from 2023 and demonstrating accelerating manufacturing scale.[13] Wang Yiren, former Vice Chairman of the China Atomic Energy Authority, articulated a three-step nuclear development strategy of “thermal reactor-fast reactor-fusion reactor” with establishment of major national science and technology projects around integrated closed-cycle fast reactor systems and SMRs.[13] China-Russia strategic partnership in nuclear energy, formalised during President Xi Jinping’s 2023 Moscow visit with extension through 2030, includes development of fast neutron reactor technologies and comprehensive fuel cycle cooperation.[13]

§NASA Accelerates Lunar Nuclear Reactor Programme for 2030 Deployment

NASA accelerated plans to establish a fully assembled, launch-ready fission reactor on the lunar surface by 2030, representing a strategic imperative for sustained human presence and scientific operations on the Moon.[14][15][16] The US approach leverages partnerships between NASA, the Department of Energy, and leading aerospace contractors including Lockheed Martin, X-energy, and Westinghouse Electric Company.[14][15] Budget appropriations by Congress demonstrate sustained political support for the Fission Surface Power programme, with funding levels indicating serious administration commitment to meeting the 2030 deployment target.[14]

Competing against the China-Russia collaborative lunar nuclear programme targeting deployment between 2035–2036 for powering their planned International Lunar Research Station, the US timeline emphasises the geopolitical dimensions of space nuclear technology.[14][16] Experts including Lionel Wilson of Lancaster University’s earth planetary sciences programme affirmed that deploying reactors on the Moon by 2030 is technically feasible given adequate funding, noting that designs for small reactors already exist and the challenge is primarily one of sufficient resources for infrastructure construction.[16] Advanced containment innovations specifically developed for space environments protect reactor systems against micrometeorite impacts while maintaining structural integrity during extreme lunar temperature fluctuations spanning 250°C between lunar day and night cycles.[14][15] Multiple independent control mechanisms ensure reliable reactor shutdown capability even if primary control systems fail during autonomous operation phases, with backup systems designed for decades of operation without maintenance.[14]

§Space Ocean and SpaceNukes Sign Letter of Intent for Space Reactor Integration

Texas-based Space Ocean Corporation and New Mexico–based Space Nuclear Power Corporation (SpaceNukes) signed a letter of intent to explore integration of advanced nuclear reactor technology into future space missions.[17] Space Ocean agreed to test SpaceNukes’ 10-kilowatt microreactor aboard its ALV-N satellite and, if performance criteria are met, to establish SpaceNukes as a core supplier of reactors for future lunar and planetary missions.[17] The partnership encompasses examination of fluid delivery systems integration with reactor modules, collection of operational data supporting technology readiness certification, and formation of a joint working group to pursue additional space infrastructure and commercial opportunities.[17]

This agreement represents a significant commercialisation pathway for advanced space nuclear technology, with implications for sustained power supply on the lunar surface and interplanetary missions where solar energy availability is constrained.[17] SpaceNukes’ microreactor technology enables power densities and operational lifespans exceeding photovoltaic systems, essential for scientific instrumentation, habitat life support, and resource utilisation activities planned for permanent lunar bases and Mars exploration missions.[17]

§IAEA Issues Updated Statements on Ukraine Nuclear Safety Following Drone Attack

The International Atomic Energy Agency issued multiple statements during week 50 documenting ongoing nuclear safety and security challenges at Ukrainian nuclear power plants amid military conflict.[18] On December 10, Director General Rafael Mariano Grossi condemned a drone strike targeting an IAEA official vehicle during a team rotation to the Zaporizhzhia Nuclear Power Plant as an “unacceptable” attack on Agency staff working to prevent nuclear accidents.[18] The drone, designed to explode on impact, left no discernible debris for investigation.[18]

Despite the attack, the IAEA confirmed its commitment to maintaining presence at Zaporizhzhia to prevent nuclear accidents during the conflict, with the 26th team of IAEA staff stationed at the plant continuing nuclear safety and security monitoring immediately after arriving on December 10.[18] On December 13, Grossi reported that most Ukrainian operating nuclear reactors reduced electricity output following renewed attacks on the nation’s energy infrastructure, with military objects observed flying approximately 300 metres from the South Ukraine NPP.[18] The agency deployed a ten-person team on December 18 to assess nuclear safety impacts of recent infrastructure attacks, travelling to seven electrical substations upon which Ukrainian nuclear power plants depend for safe operation.[18] The IAEA missions included assessment of Ukraine’s nuclear security regime for nuclear material and facilities, reviews of physical protection measures and computer security systems, and evaluation of nuclear material transportation security protocols.[18]

§Oklo’s Aurora Powerhouse Progresses Toward Commercial Operation

Oklo Inc., a developer of advanced nuclear technology, progressed its first Aurora powerhouse at Idaho National Laboratory toward commercial operation with a groundbreaking ceremony held in September 2025.[19][20] The company targets commercial operation in late 2027 or early 2028 for its first commercial power plant, with preconstruction activities launched in 2025.[19][20] The Aurora powerhouse represents a liquid metal–cooled, metal-fuelled fast reactor with a maximum power level of 75 MWe, designed to operate 10 years without refuelling and deployable in modular, repeatable configurations.[19][20]

Oklo expanded its Aurora design from 50 MWe to 75 MWe to support demand from large data center customers “without adding any notable technical, design or regulatory complexities,” responding to customer-informed requirements for “sweet spot” capacity between 60 MW and 72 MW per data hall.[19] The company selected construction firm Kiewit for the Aurora powerhouse project, based on Kiewit’s extensive experience in large-scale industrial and infrastructure projects, with a significant portion of the Aurora construction scope being non-nuclear.[20] Oklo remains on track to submit a combined license application to the US Nuclear Regulatory Commission in the fourth quarter of 2025, following October 1 effective date reductions in NRC hourly rates for advanced reactor applicants.[19]

§UK Nuclear Regulatory Review 2025 Published to Accelerate Project Delivery

The UK Nuclear Regulatory Taskforce, led by economist John Fingleton, published its final Nuclear Regulatory Review 2025 report on November 24, calling for a “radical reset” of the UK’s nuclear regulatory system.[21][22] The comprehensive 47-recommendation report diagnoses systemic failures in the UK’s nuclear regulatory framework that have made Britain one of the world’s most expensive places to construct nuclear projects, threatening national energy security, Net Zero commitments, and defence capabilities.[21][22]

The report proposes establishment of a unified Commission for Nuclear Regulation acting as a “one-stop shop” for nuclear decisions, replacing fragmented oversight by multiple agencies with overlapping powers.[21][22][23] Key milestones proposed include interim lead regulator simplification by March 2026, with the Commission for Nuclear Regulation established by the end of 2027.[22][23] The Commission would comprise five full-time members presided over by the Chief Nuclear Inspector, with statutory powers operating in parallel with existing regulators and authority to intervene in substantial, novel, or complex regulatory matters.[22][23] The taskforce estimated reforms could save tens of billions in nuclear decommissioning costs while reducing energy costs for consumers.[22] The government committed to implementing the strategic steer immediately and presenting a full implementation plan within three months, with sector reforms targeted for completion within two years.[21]

§NAAREA Advances Molten Salt Microreactor Fuel Development with Morocco Partnership

France-based NAAREA (Nuclear Abundant Affordable Resourceful Energy for All) signed a strategic partnership agreement with Morocco’s Mohammed VI Polytechnic University focusing on training students in fast neutron and molten salt reactor technologies.[17] The agreement supports NAAREA’s development of the XAMR (eXtrasmall Advanced Modular Reactor), a Gen IV fast neutron microreactor generating 40 MW of electricity and 80 MW of high-temperature heat by burning spent fuel from conventional nuclear power plants.[17]

NAAREA’s fuel development work conducted with the European Commission’s Joint Research Centre since 2024 focused on synthesis of sodium chloride-plutonium trichloride salt (NaCl-PuCl₃) employing proliferation-resistant pyrochemical processes for conversion of plutonium oxide.[17][24] Experimental validation at laboratory scale successfully demonstrated dissolution of plutonium oxide in NaCl salt via gas bubbling, advancing toward industrial-scale production protocols.[24] Additional characterisation and process engineering stages are planned at NAAREA’s I-Lab test facility in Cormeilles-en-Parisis, opened in February 2025, with scale-up tests on non-radioactive material simulants.[24] NAAREA targets reactor commercialisation in the 2030s, positioning the XAMR as a flexible option for industrial heating, electricity generation, and spent fuel disposition.[17][24]

§Russia-Iran Sign MOU for Small Modular Reactor Cooperation

Russia’s Rosatom signed a memorandum of understanding with Iran’s Atomic Energy Organisation for cooperation on SMR construction and promotion of sustainable development, energy security, and technological advancement in Iran.[17] The agreement expands Russia-Iran nuclear partnership beyond traditional large reactor collaboration, reflecting broader regional interest in modular reactor deployment for distributed power generation and industrial applications.[17]

§Global Nuclear Fuel Cycle Requires Timely Investment for Capacity Expansion

The World Nuclear Fuel Report 2025–2040 reinforced the necessity for urgent investment across all nuclear fuel cycle stages—mining, conversion, enrichment, and fabrication—to support projected capacity expansion from 372 GWe in 2024 to 746 GWe by 2040 in the Reference Scenario, with Upper Scenario projections reaching 966 GWe.[25] Global uranium requirements projected to rise from approximately 68,920 tU in 2025 to over 150,000 tU by 2040 (Reference Scenario), with Upper Scenario requirements exceeding 204,000 tU.[25]

Primary uranium production currently covers approximately 90 percent of annual reactor requirements as of 2024, compared to 78 percent in 2022, signalling declining secondary supply availability including underfeeding at enrichment facilities, inventory drawdowns, and government stockpile liquidation.[25] As existing primary uranium mines face resource depletion in the middle of the next decade, expansion of new primary supply becomes essential, necessitating investment decisions within the current decade to meet 2035 capacity milestones.[25] The European Commission’s 8th Progress Report on Nuclear Integration (PINC) identified approximately €241 billion investment requirements until 2050 for reactor lifetime extensions and new large-scale reactor construction, with additional financing needed for SMRs, advanced modular reactors, and fusion research.[25]

§Czech Republic Advances AP1000 Deployment at Dukovany with KHNP Contract

The Czech Republic advanced plans to expand nuclear capacity through a contract with South Korea’s Korea Hydro & Nuclear Power (KHNP) for deployment of two AP1000 reactors at the Dukovany site, with potential for two additional reactors at the Temelín facility.[26] The €19 billion programme represents decisive progress toward doubling national nuclear capacity, with Petr Závodský, head of the Dukovany expansion project, stating that “without new nuclear units, we simply cannot meet our needs,” noting that 40 percent of Czech electricity currently derives from nuclear and another 40 percent from coal requiring replacement.[26]

The KHNP contract includes a 10-year nuclear fuel guarantee addressing previous supply concerns from Russian sources, with Czech dependency on Russian uranium eliminated through supply agreements with Westinghouse and France’s Framatome.[26] Russia’s Rosatom and China’s China National Nuclear Corporation were excluded from the Dukovany tender due to security concerns following Russia’s invasion of Ukraine.[26] The first reactor unit is targeted for operation around 2035, with the second following within two years.[26] The agreement enables consideration of additional units replacing Dukovany Units 5 and 6 by 2050, with preliminary government discussions regarding SMR deployment potential within the Czech Republic.[26]

§References

[1] Trump Energy Department To Finance Up to 10 Nuclear Reactors ()

[2] IAEA International Symposium Announcement ()

[3] US Government Announces Historic $80 Billion Nuclear Partnership ()

[4] Modi, Putin Discuss Second Nuclear Power Plant in India ()

[5] Russia’s Rosatom Discusses SMR Cooperation with India ()

[6] India and Russia Discuss New Nuclear Power Plant Options ()

[7] IAEA International Symposium PDF Announcement ()

[8] IAEA International Symposium Objectives and Programme ()

[9] Cernavodă Refurbishment Begins ()

[10] Romania Begins Overhaul to Extend Cernavodă Operating Life ()

[11] Ansaldo Nucleare and the Life Extension of Cernavodă Unit 1 ()

[12] Westinghouse and PROMATION Sign Agreement ()

[13] China’s Step Onto the Global Stage ()

[14] Lunar Nuclear Reactor Race: US Versus China-Russia ()

[15] NASA to Put Nuclear Reactor on Moon by 2030 ()

[16] Lunar Nuclear Reactor Race Strategic Imperative ()

[17] ANS Industry Update—December 2025 ()

[18] IAEA Nuclear Security News Roundup ()

[19] Oklo Reveals 75-MW Reactor Design ()

[20] Oklo Breaks Ground on First Aurora Powerhouse ()

[21] Nuclear Regulatory Review 2025 ()

[22] UK Nuclear Regulatory Reform Taskforce ()

[23] Ideas Energy: Nuclear Review 2025 Blueprint ()

[24] Naarea Advances MSR Fuel Development ()

[25] World Nuclear Fuel Report 2025 ()

[26] Czech Republic Announces $19B Nuclear Expansion ()

§Sources

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