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Rosatom Plans to Export Floating Nuclear Power Plants to Four African Countries

Recently, Alexey Likhachev, CEO of Rosatom, stated at the Third Russia-Africa Summit held in Moscow that the company is in in-depth consultations with four African coastal countries—Egypt, Togo, Namibia, and Tanzania—regarding the deployment of 100 MW offshore floating nuclear power plants (FNPPs). It is reported that the floating nuclear power plants offered by Rosatom to the African market are equipped with two RITM-200M reactors adapted for tropical climates, with a total installed capacity of approximately 100 MW and a design life of up to 60 years. The project plans to adopt a Power Purchase Agreement (PPA) business model, with Rosatom responsible for...

2026-10-30

Deconstructing Nuclear Energy and Nuclear Technology: Rational Mastery of Micro-Scale Energy from the Perspective of Ethiopia-Russia Strategic Cooperation

As autumn deepened in Moscow, under the spotlight at the Third Russia-Africa Summit, Ethiopian Prime Minister Abiy Ahmed and Russian President Vladimir Putin sat at the negotiating table. As the good news of bilateral trade volume surpassing 1.3 billion USD was announced, Prime Minister Abiy put forward an extremely noteworthy strategic consideration—elevating nuclear energy and nuclear technology to the highest priority area of future Ethiopia-Russia cooperation. In the eyes of industrial observers, this choice carries profound demonstrative significance. As an East African country with a population of over one hundred million and at a critical juncture of industrial takeoff, why did Ethiopia not limit its chips to conventional hydropower or traditional...

2026-10-30

NEA Hosts Workshop on Regulatory Approaches for Non-Electric Applications of Nuclear Energy

Recently, the Nuclear Energy Agency (NEA) successfully held a workshop on regulatory approaches for non-electric applications of nuclear energy in Vantaa, Finland. The meeting aimed to promote in-depth exchanges among stakeholders on the safety regulation of non-electric fields such as nuclear district heating, industrial process heat supply, and hydrogen production. It is reported that the workshop was hosted by the Finnish Radiation and Nuclear Safety Authority (STUK) and organized by the NEA Working Group on New Technologies (WGNT), bringing together approximately 50 representatives from nuclear regulatory bodies, industry, and academia from 17 countries and international organizations. The meeting conducted in-depth discussions around four core themes: first, organizational models and outsourcing management; second, the interface between nuclear and conventional facilities and safety interdependencies...

2026-10-29

South Korea Officially Approved for 10-Year Life Extension of Kori Nuclear Power Plant Units 3 and 4

Recently, Korea Hydro & Nuclear Power (KHNP) officially received approval from the Nuclear Safety and Security Commission (NSSC) to extend the operating life of Units 3 and 4 of the Kori Nuclear Power Plant near Busan by 10 years. It is reported that both units are Westinghouse pressurized water reactors with a single-unit power output of 1025 MW, and their original 40-year design lifetimes expired in September 2024 and August 2025, respectively, during which both had been in shutdown status. Under this license, Kori Unit 3 may operate until September 2034, and Unit 4 until August 2035...

2026-10-28

Micro Suns of the Atom: Deconstructing the Radioisotope Nuclear Battery Supply Chain Behind Deep Space Exploration

In humanity's ultimate quest to explore the macrocosm and the abyssal depths of the Earth, the greatest physical constraint is often not the strength of mechanical structures, but the ubiquitous decay of energy. Whether in the red Martian deserts far from sunlight where photovoltaic panels completely fail, or on the seafloor ten thousand meters below where no daylight reaches and pressures exceed a thousand atmospheres, conventional chemical batteries and solar cells are both found wanting in extreme environments. However, at the intersection of microscopic nuclear physics and extreme engineering, a class of physical perpetual motion machines that require no charging, no sunlight, and rely on the energy released by the decay of microscopic atoms themselves—Radioisotope Thermoelectric Generators (RTGs, a static energy conversion device that directly converts the decay heat of radioisotopes into electrical energy through the thermoelectric effect)—is becoming the ultimate energy foundation for humanity to knock on the doors of deep space and the deep sea.

2026-10-28

From Aerospace to the "Artificial Sun": Deconstructing the Extreme Manufacturing Breakthrough of China's Fusion Industry Chain

In the grand narrative of controlled nuclear fusion, public attention is often drawn to plasma temperatures exceeding 100 million degrees, the massive scale of tokamaks, and the ultimate vision of unlimited clean energy. However, in the shadows beyond the spotlight of fundamental physics, what determines whether humanity can truly tame nuclear fusion has never been merely theoretical breakthroughs in laboratories, but rather the extreme manufacturing foundation hidden within micron-level machining precision, ultra-high vacuum sealing, and extreme material irradiation. As global commercial fusion startups struggle in Western capital markets due to high capital burn rates and supply chain fractures, the Fusion Science and Technology Innovation City—located within the Science City of Chengdu Tianfu New Area, with a core planned area of...

2026-10-28

China's domestically developed new-generation medical heavy-ion accelerator demonstration facility completed in Huizhou

Recently, the Institute of Modern Physics of the Chinese Academy of Sciences announced that the first demonstration facility of China's domestically developed new-generation medical heavy-ion accelerator—the ultra-compact rotating beam heavy-ion therapy system—has been officially completed at the Huizhou Heavy Ion Medical Center in Guangdong Province. It is understood that the facility integrates multiple transformative technologies, including a novel disc-structured milliampere-level high-intensity linear injector, an ultra-short-circumference high-repetition-rate synchrotron, and a high-performance intelligent rotating beam delivery system. It covers an area of only 1,200 square meters and is expected to have an annual treatment capacity of 2,000 to 5,000 cases. While significantly reducing construction and operation and maintenance costs, it will further lower patients' medical expenses and comprehensively help high-end medical equipment achieve universal accessibility...

2026-10-28

Russian Maritime Register of Shipping Completes Inspection of Key Transformers for Nuclear-Powered Icebreaker

Recently, the Nuclear Ship Branch of the Russian Maritime Register of Shipping (RS) successfully completed the technical inspection of the ТРСЗП-6000/10-ОМ4 three-phase dry-type power transformer intended for the Project 22220 universal nuclear-powered icebreaker Stalingrad. It is reported that the inspection was led by Alexander Mamontov, Chief Engineer Surveyor of the RS Nuclear Ship Branch, and the equipment was manufactured locally by the St. Petersburg-based Electro-Physics company. The transformer has a rated power of 6000 kVA and a rated voltage of 10.5 kV,...

2026-10-28

MEPhI Develops Diagnostic Methods for Reactor and Chip Overheating Prevention

Recently, the team from the Laboratory of Thermal Hydraulics and Boiling Physics at the Moscow Engineering Physics Institute (MEPhI) proposed an early diagnostic method for heat transfer crisis based on the analysis of temperature fluctuations on heat-dissipating surfaces, which enables accurate prediction before dangerous boiling phenomena occur, thereby significantly enhancing the safety margin and economic efficiency of nuclear power plants. It is known that in the operation of pressurized water reactors such as VVER, if bulk boiling occurs in the reactor core, it can easily trigger a heat transfer crisis and lead to fuel element melting; therefore, operating nuclear power plants typically adopt a conservative underload operating strategy. Laboratory Director Kirill Kutsenko pointed out that this research, by establishing the correlation between coolant pressure, flow rate...

2026-10-28

Gigawatt-Scale Computing Meets Megawatt-Scale Fission: Examining the Underlying Assets and Geopolitical Restructuring Behind Asia-Pacific's Nuclear Renaissance

As human civilization enters the "century of electricity," large AI models and hyperscale data center clusters are devouring power grids at an astonishing pace. When intermittent renewable energy cannot satisfy the stringent demand of high-load data centers for absolutely stable baseload power, nuclear energy—long marginalized or viewed with caution in the Asia-Pacific region—is now experiencing an unprecedented rational return. According to the Asia-Pacific energy observations published by Ben Carrozzi, a partner at international law firm Norton Rose Fulbright, data center electricity demand in Southeast Asia is projected to surge fourfold between 2025 and 2035, rising from 2.6 gigawatts (G...

2026-10-28

Norway Funds Research and Development of Microreactors for Marine Nuclear Propulsion

Recently, the Research Council of Norway announced an early-stage grant of US$2 million to the Marine Nuclear Power Systems (MarNuPS) project to support the integration and testing of maritime nuclear propulsion technology. It is reported that the project is led by the Norwegian subsidiary of Emerald Nuclear, a U.S. microreactor startup, with a total first-phase research budget of approximately US$15 million. Emerald's GEM microreactor concept uses tristructural isotropic (TRISO) high-assay low-enriched uranium fuel, has a refueling cycle of 5 to 15 years, and plans to adopt a "reactor leasing" rather than direct sales...

2026-10-28

PNNL Uses Artificial Intelligence to Accelerate the Development and Testing of Radiation-Hardened Chips

Recently, a team at the U.S. Pacific Northwest National Laboratory (PNNL) successfully deployed an artificial intelligence agent system in the testing and development of radiation-hardened microchips, significantly shortening the evaluation cycle for electronic components used in extreme high-radiation environments such as satellites and nuclear reactors. It is reported that galactic cosmic rays, heavy ions, and high-energy electrons pose serious threats to microchips, while adding physical shielding significantly increases equipment weight and operating costs. Relying on ion beam experimental data from the University of Tennessee, the PNNL team, through its built-in hierarchical AI agent system SciLink...

2026-10-28

UK Public Accounts Committee Assesses Financial Risks of Sizewell C Project

Recently, the UK Public Accounts Committee (PAC) published a report warning that the government's planned Sizewell C nuclear reactor project in Suffolk is a bad deal for taxpayers and consumers, with total construction costs potentially soaring to between £40.5 billion and £47.7 billion, exposing the public to extremely high risk of cost overruns. It is understood that under the currently approved financing structure, the UK government holds a 44.9% stake, Électricité de France (EDF) holds 12.5%, and the remaining shares are held by private investors including Centrica (15%), La Caisse (20%) and Amber Infrastructure (7.6%).

2026-10-28

U.S. NRC Issues New Rule Allowing Use of Demonstration Data to Accelerate Commercial Licensing

Recently, the U.S. Nuclear Regulatory Commission (NRC) finalized a major new regulatory rule that explicitly allows applicants for commercial nuclear reactors to cite analyses, test data, and operating experience from reactor demonstration projects previously authorized by the U.S. Department of Energy (DOE) or the U.S. Department of Defense (DOD) as technical support basis for commercial licensing applications. It is reported that the rule implements Executive Order 14300 and amends relevant provisions of Title 10 of the Code of Federal Regulations (10 CFR) Part 50 (adding new Section 50.43(f)) and Part 53....

2026-10-27

Final Environmental Impact Statement Issued for U.S. Laser Enrichment Facility

Recently, the U.S. Nuclear Regulatory Commission (NRC) officially released the Final Environmental Impact Statement for the proposed Paducah Laser Enrichment Facility (PLEF) of Global Laser Enrichment (GLE), recommending the formal issuance of a construction and operating license for the proposed plant. It is understood that the facility, located in Kentucky, will use the proprietary SILEX laser uranium enrichment technology of Silex Systems Ltd. to re-enrich depleted uranium tailings from previous gaseous diffusion enrichment plant operations of the U.S. Department of Energy. The project will not only produce conventional low...

2026-10-27