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Idaho State University to Build Microreactor, Empowering Nuclear Energy Talent Development

Recently, Idaho State University (ISU) announced that it will collaborate with the U.S. Department of Energy (DOE) and local nuclear technology company NuCube to jointly build a new microreactor to fully support the state's only undergraduate nuclear engineering program. It is understood that the project will carry out a major expansion and upgrade of the existing teaching and research reactor that has been in continuous operation since 1965, providing a cutting-edge technology operating platform for the next generation of nuclear engineers. This collaboration relies on the relevant advancement programs of the U.S. Department of Energy's Nuclear Reactor Innovation Center (NRIC), aiming to provide key resources and regulatory guidance for the research, development, and...

2026-10-16

Party Member Commando Team Established for the "National Uranium No. 1" Hadatu Project to Boost Project Sprint

In order to implement the Group Company's business breakthrough deployment of "going all out to sprint in the fourth quarter and truly working hard to make new achievements," the "National Uranium No. 1" Hadatu Project recently officially established a joint Party member commando team, aiming to accelerate the preliminary breakthrough of the project and lay the foundation for the implementation of the integrated mode of scientific research, design, procurement, construction, and operation and maintenance for China's first batch of natural uranium production capacity projects. At the flag presentation ceremony, Party member backbones from China Nuclear Mining Technology and China Nuclear Inner Mongolia Mining gathered together. By visiting the in-situ leaching uranium mining technology exhibition hall and reviewing the technological development history, they further clarified the original aspiration and mission of the breakthrough. The commando team is not only a team that executes tasks, but also a key force driving the high-quality development of the project. At the symposium...

2026-10-16

Bluecore Energy Completes $50 Million Financing and Secures Nuclear Fuel Supply, Accelerating Its First Floating Nuclear Power Plant Project

Recently, Bluecore Energy, a nuclear energy startup headquartered in California, USA, completed a $50 million seed round of financing to advance its compact water-cooled nuclear reactor project designed specifically for marine environments. The company has procured Low-Enriched Uranium Hexafluoride from nuclear fuel trader WMC Group. The batch of raw material is currently stored at a facility in California and will subsequently be converted into Uranium Dioxide and fabricated into fuel pellets for future hardware and system testing. It is understood that Bluecore Energy is conducting fuel-free...

2026-10-15

ABS and U.S. Department of Energy Sign Memorandum of Understanding to Comprehensively Advance Maritime Applications of Commercial Nuclear Energy Technology

Recently, the American Bureau of Shipping (ABS) and the Office of Nuclear Energy of the U.S. Department of Energy (DOE) formally signed a Memorandum of Understanding (MoU) aimed at jointly advancing the deep application and industrial deployment of commercial nuclear energy technology in the maritime sector. Under the agreement, both parties will jointly manage the newly established Maritime Nuclear Applications Group (MNAG), providing comprehensive support for projects at the technical, regulatory, economic, and policy levels. It is understood that this collaboration covers floating platform nuclear energy systems, nuclear-powered commercial vessels, and the ports, shipyards, and industrial bases required to support the construction, operation, and maintenance of...

2026-10-15

US Approves Funding for Final Phase of Molten Chloride Reactor Experiment, Accelerating Validation of Next-Generation Nuclear Energy Technology

Recently, the U.S. Department of Energy (DOE) has formally approved cost-shared funding for the accelerated final phase of the Molten Chloride Reactor Experiment (MCRE). The funded project will focus on supporting the joint research and development efforts of Southern Company, Idaho National Laboratory (INL), and Core Power, aiming to deepen scientific understanding of liquid chloride salt fuel and molten salt reactor technology and to lay a solid foundation for the development of subsequent commercial reactors. It is understood that the Molten Chloride Reactor Experiment (MCRE) is currently being conducted at Idaho National Laboratory (INL)'s Materials and Fuels Complex ...

2026-10-15

Swiss Nuclear Forum Establishes Dedicated Nuclear Medicine Section to Help Optimize Regulatory Framework and Enhance Isotope Supply Security

Recently, the Swiss Nuclear Forum officially announced the establishment of a dedicated Nuclear Medicine Section, aimed at bringing together professional representatives from the pharmaceutical, medical, and scientific fields to jointly improve the framework conditions for nuclear medicine diagnosis and treatment in Switzerland, strengthen the stable supply of radionuclides, and accelerate the clinical application of innovative medical procedures. The Section is established under the Swiss Nuclear Forum, headquartered in Olten, and will take over and continue the relevant work of the former Swiss Alliance for Innovation in Nuclear Medicine, and will position itself...

2026-10-15

Mitsubishi Heavy Industries Delivers Three Replacement Steam Generators to EDF to Support Nuclear Power Plant Life Extension

Recently, Mitsubishi Heavy Industries, Ltd. (MHI) of Japan officially delivered three replacement steam generators (SGs) to Électricité de France (EDF). These heavy components are planned for installation at Unit 2 of the Cruas Nuclear Power Plant in southeastern France. It is understood that, as a key core component of pressurized water reactor (PWR) nuclear power plants, the steam generator plays a critical role in transferring heat from the primary coolant system to the secondary cooling system, thereby generating steam to drive the turbine for power generation. Each unit of the delivered equipment is approximately 21 meters tall and weighs about 330 tonnes, is manufactured from high-strength low-alloy steel, and internally integrates more than 4,500 specially heat-treated, highly corrosion-resistant TT690 nickel-chromium-iron alloy heat transfer tubes.

2026-10-16

US Oak Ridge National Laboratory Develops 3D-Printed Composite Molds, Significantly Shortening Construction Cycles for Advanced Nuclear Power Plants

According to reports, the US Oak Ridge National Laboratory (ORNL) and its partners have successfully developed new 3D-printed composite molds that can shorten the production cycle of specialized concrete formwork for nuclear facilities from approximately six months to about two weeks. The project, titled Advanced Composite Formwork for Accelerated High-Precision Nuclear Infrastructure Construction, was awarded the 2026 CAMX Combined Strength Award for its breakthroughs in additive manufacturing and advanced materials. It is understood that the technology has been fully...

2026-10-16

Russia plans to build its first lunar nuclear power plant around 2035 to supply energy for extraterrestrial research bases

Recently, Alexey Likhachev, CEO of Rosatom, stated during a visit to the Atomic Museum at the All-Russian Exhibition Center (VDNKh) that Russia plans to build its first nuclear power plant on the lunar surface before the mid-2030s (around 2035), to provide stable electricity for future lunar bases and research facilities. It is understood that this lunar nuclear power plant will become the core energy hub for future extraterrestrial space stations and deep space exploration infrastructure. Roscosmos signed a formal contract with the Lavochkin Association in December 2025, fully launching the lunar...

2026-10-16

IAEA and Uzatom Jointly Hold Workshop on SMR Deployment Modeling Tools

Recently, the International Atomic Energy Agency (IAEA) and the Uzbekistan Agency for Atomic Energy (Uzatom) jointly held a national workshop on Small Modular Reactor (SMR) deployment modeling tools at Uzatom headquarters. The event brought together key experts from Uzbek government agencies, research institutes, design organizations, and the energy sector. Dr. Hadid Subki, Technical Manager for SMR Technology Development at the IAEA, Senior Nuclear Energy Expert Vladimir Artisyuk...

2026-10-16

KhimMed to Build Large-Scale Electrolyte Plant for Rosatom, Securing Supply Chain for Gigafactories

Recently, the Fuel Division of Rosatom, Russia's state nuclear energy corporation, signed a cooperation agreement with KhimMed, a diversified chemical holding company, announcing joint development of domestically produced key components for lithium-ion batteries and the construction of industrial-scale electrolyte production facilities at KhimMed's existing site. It is understood that the new facility has a potential annual production capacity of up to 10,000 tons of electrolyte, sufficient to support the production of lithium-ion batteries with a total capacity of 15 GWh to 20 GWh. By comparison, the two gigafactories planned by Rosatom's Fuel Division in Kaliningrad Oblast and Moscow Oblast have a combined planned capacity of 8 GWh, meaning that the electrolyte plant's output can not only fully meet Rosatom's own...

2026-10-16

Bruce Unit 4 Refurbishment Sets Record, Schedule Significantly Ahead of Unit 3

Recently, Bruce Power of Canada announced that the Major Component Replacement (MCR) project at Bruce Unit 4 has reached a key milestone. The installation efficiency of the unit's 480 calandria tubes set a new record, with overall progress further accelerated compared to the previous Unit 3. As a core life extension project for the CANDU heavy water pressure tube reactor, the MCR project encompasses the systematic removal and replacement of key core components, representing a major infrastructure undertaking spanning multiple years and aimed at extending the reactor's operational life by 30 to 35 years. During this construction phase, a six-axis robotic tooling system jointly developed by Bruce Power...

2026-10-16

Namibia Accelerates Its Path to Nuclear Energy, Formally Appoints First Nuclear Commissioner

Recently, the Office of the Prime Minister of Namibia announced the formal appointment of John Titus, Director of the Energy Directorate in the Ministry of Industrialisation, Mines and Energy, as Namibia's Nuclear Commissioner, tasked with comprehensively coordinating all preparatory work for the country's nuclear energy development and leading the Nuclear Energy Programme Implementing Organization (NEPIO) Secretariat. It is understood that Namibian Prime Minister Titunga Ilya Ngurare also established the NEPIO Management Committee, aimed at providing high-level policy coordination and strategic oversight for the long-term nuclear power programme. The committee is composed of executive directors from the Office of the Prime Minister, the Ministry of Industrialisation, Mines and Energy, the Ministry of International Relations and...

2026-10-16

South China Regional Office of the National Nuclear Safety Administration Completes Refueling Outage Inspection of Yangjiang Nuclear Power Plant Unit 2

The South China Regional Office of Nuclear and Radiation Safety Supervision of the Ministry of Ecology and Environment successfully completed the nuclear safety supervision and inspection of the first criticality control point for the eighth refueling outage of Yangjiang Nuclear Power Plant Unit 2 on October 11. After verifying item by item the prerequisites for reactor recriticality and confirming that the primary loop and related systems and equipment were in a controlled and compliant state, the supervisors signed off and released the criticality control point in accordance with the law, marking the successful completion of the on-site nuclear safety supervision task for the Y208 refueling outage of the unit. During the overlapping period of the 2026 Mid-Autumn Festival and National Day holidays, multiple operating units at several nuclear power bases along the South China coast successively entered routine refueling outage cycles, with on-site maintenance activities highly concentrated, and nuclear safety...

2026-10-15

From Deep Space "Nuclear Batteries" to Extraterrestrial Nuclear Propulsion: How Nuclear Technology Is Reshaping the New Paradigm of Future Space Exploration

As deep space exploration, the construction of permanent lunar research stations, and crewed Mars missions gradually move onto the international space agenda, human spaceflight technology is facing unprecedented energy and propulsion bottlenecks. The International Atomic Energy Agency (IAEA) recently reviewed and outlined the key role and development trajectory of nuclear technology in space exploration. From the radioisotope thermoelectric generators that quietly served in the Apollo program more than half a century ago, to the efficient micro nuclear fission reactors currently undergoing ground testing, to nuclear propulsion systems expected to cut interplanetary flight times by more than half, space nuclear power technology is evolving from a marginal auxiliary energy source into a strategic core power for deep space exploration....

2026-10-14