Search Results

French Nuclear Heating Project Receives €40 Million Support: Can Small Reactors Enter the Urban Energy Ledger?

When a city enters the heating season, energy dispatch first faces heat demand: heating must be increased when temperatures drop in the morning and evening, and adjusted promptly when the weather warms. How much electricity a power plant generates and how much heat residential buildings actually receive are not the same question. If nuclear energy is to enter this urban energy network, it must become a heat source that can be delivered on schedule and maintained through outages. French nuclear company Calogena announced on November 5 that it has received €40 million in support from the EU Innovation Fund to advance a potential first commercial heating reactor project in Pierrelatte, southern France. The press release attached by the company is dated November 2. This funding is aimed at project deployment, indicating that support is shifting...

2026-11-07

Canada's Federal Budget Earmarks Dedicated Funding to Advance Nuclear Energy Strategy

Recently, the Government of Canada officially released the 2026 federal budget, committing more than CAD 518.5 million (approximately EUR 329 million, USD 536 million) to the national nuclear energy strategy, establishing nuclear technology as a core cornerstone for achieving the nationwide clean electricity plan. Under the leadership of Prime Minister Mark Carney, Canada is committed to consolidating its position as a global clean energy superpower through comprehensive support for reactor deployment and supply chain development. This newly announced nuclear development plan builds upon the national nuclear energy strategy released by the government in June this year and is part of the overall capital expenditure of up to CAD 8 billion for electricity-related projects over the next five years...

2026-11-07

US X-energy Partners with Fluor to Advance Second Reactor Project

Recently, US advanced nuclear technology developer X-energy has officially selected Fluor Corporation to provide design and engineering services for its second Xe-100 high-temperature gas-cooled reactor commercial project. The project is the Cascade Advanced Energy Facility that Energy Northwest plans to build near Richland, Washington. Under the plan, the Cascade facility will deploy 4 Xe-100 high-temperature gas-cooled reactors developed by X-energy, each with a capacity of 80 megawatts electric (MWe), for a total installed capacity of 320 megawatts, with the potential for future...

2026-11-07

Radiant Microreactor Safety Analysis Report Approved by U.S. Department of Energy

Recently, U.S. microreactor developer Radiant Industries (Radiant) announced that the Safety Analysis Report (DSA) for its Kaleidos microreactor has been formally approved by the U.S. Department of Energy (DOE), granting permission for full-power operation. This important milestone marks the company's formal entry into the operational maturity review phase and its move to Idaho National Laboratory (INL) for comprehensive verification testing. This approval enables Radiant to successfully transition from theoretical design to a comprehensive multi-phase testing stage. Unlike conventional criticality tests that merely verify whether a controlled chain reaction can be maintained, this...

2026-11-07

Singapore's Nuclear Energy Preparations Enter a New Phase: No Decision Yet to Build a Plant, Why Build Judgment Capacity First

When a country prepares to develop nuclear power, the first thing to appear may not be a reactor order. It may instead first establish a research team to analyze technical options, train regulatory personnel, and study how to handle spent fuel decades from now. This work is far from the construction site, yet it determines whether the country can understand the proposals put forward by suppliers in the future and whether it has the capacity to bear the corresponding responsibilities. On October 30, the VTT Technical Research Centre of Finland and the Singapore Nuclear Research and Safety Institute (SNRSI) under the National University of Singapore announced a five-year cooperation arrangement covering reactor technology assessment, safety analysis, radioactive waste and spent fuel management, and other areas.

2026-11-06

U.S. Department of Energy Approves Antares Mark-1 Microreactor Nuclear Safety Design Agreement

Recently, the U.S. Department of Energy (DOE) formally approved the Nuclear Safety Design Agreement (NSDA) for the Mark-1 microreactor of nuclear energy startup Antares Nuclear (Antares), establishing official safety standards, design requirements, and regulatory framework for the reactor's subsequent construction and testing phases. It is reported that the Mark-1 is designed to achieve continuous power output, with its design integrating a full-scale core and TRISO fuel, and equipped with a nitrogen closed-cycle Brayton power conversion system. Prior to this, its predecessor Mark-0 achieved zero-power criticality in June 2026, successfully validating the core physics characteristics. With the approval of the NSDA, Antares is expected to...

2026-11-06

US Nuclear Energy Company Signs Letter of Intent to Acquire Uranium Resource Company

Recently, Eagle Nuclear Energy signed a binding letter of intent to acquire all shares of Noble Plains Uranium through an all-stock transaction, incorporating Wyoming uranium resource projects into its potential asset portfolio. The transaction remains subject to the execution of a definitive agreement and satisfaction of closing conditions, and aims to expand the company's resource base and provide support for synergies between uranium resource development and advanced nuclear energy business. Noble Plains Uranium's project portfolio includes Duck Creek and Shirley Central, which have in-situ leach development potential. If the acquisition is completed, Eagle Nuclear Energy will, beyond its existing Oregon resource position, further...

2026-11-05

Wedbush Initiates Coverage of Nuclear Energy Sector, Bullish on Oklo and X-energy

Recently, Wedbush, a well-known investment firm on Wall Street, officially announced the initiation of coverage on six publicly listed companies in the advanced nuclear energy and small modular reactor (SMR) space. The firm explicitly expressed confidence in the commercialization prospects of Generation IV advanced reactor types, initiating coverage with "outperform" ratings on Oklo, X-energy, and Nano Nuclear Energy, while downgrading NuScale Power to "underperform." According to reports, Seth Basham, a senior analyst at Wedbush, noted in a research report that the capital market is significantly undervaluing the commercialization delivery capability of advanced nuclear energy companies. Among the companies rated "outperform," Oklo, with its Groves isotope test reactor achieving criticality in less than 11 months, has been confirmed as the fastest-advancing microreactor developer in the United States...

2026-11-04

The National Development and Reform Commission Deploys the 15th Five-Year Plan to Designate Nuclear Fusion as a Future Industry

Recently, the National Development and Reform Commission (NDRC) held the first press conference of the "Striving for the 15th Five-Year Plan" series, systematically introducing the strategic planning and key task deployments for cultivating and strengthening new growth drivers during the 15th Five-Year Plan period, marking the official unveiling of China's macro-level blueprint for emerging and future industries in the next stage. It is reported that Ren Zhongbao, Deputy Director of the Department of Innovation and High-Tech Development, stated at the meeting that the CPC Central Committee and the State Council, after comprehensively assessing technological trends, have explicitly designated fusion energy, together with quantum technology, biomanufacturing, hydrogen energy, brain-computer interfaces, embodied intelligence, and sixth-generation mobile communications, as the main directions for future industry development during the 15th Five-Year Plan period. The state will adhere to a nationwide coordinated approach and support regions with favorable conditions in selecting sub-sectors for development in accordance with local conditions.

2026-11-04

America's First "Large Reactor in a Chemical Plant" Clears the Hurdle: X-energy Xe-100 Ushers in the Conclusion of Safety Review and a Key Springboard to Commercialization

In the global race to industrialize advanced nuclear energy technologies, the high-temperature gas-cooled reactor is reaching a milestone. In late October 2026, the U.S. Nuclear Regulatory Commission (NRC) formally issued the Final Safety Evaluation Report (FSER) for the construction permit application of the Long Mott Generating Station, proposed to be built at Dow Chemical's Seadrift site along the Texas Gulf Coast. This means that the Xe-100 high-temperature gas-cooled reactor, developed by X-energy with an installed capacity of 320 megawatts electric, has successfully passed the most central safety examination at the U.S. nuclear regulatory level, clearing...

2026-11-03

US Regulator Completes Safety Review of X-energy's Microreactor

Recently, the U.S. Nuclear Regulatory Commission (NRC) formally completed its final Safety Evaluation Report (SER) for the first deployment in Texas of X-energy's Xe-100 high-temperature gas-cooled reactor (HTGR). It is reported that the project is planned for construction at the Longtom nuclear power plant site in Texas, located at the Seadrift operations center owned by chemical giant Dow. X-energy, which is backed by investment from technology and retail giant Amazon, stated that once completed, the plant will become the first grid-scale advanced modular nuclear reactor deployed within a large industrial facility in U.S. history. The U.S. Nuclear Regulatory Commission, in its final safety...

2026-11-03

U.S. Department of Energy Allocates $5 Billion to Upgrade Illinois Nuclear Power Plants

Recently, the U.S. Department of Energy (DOE) announced the provision of $5 billion in federal earmarked funding, focused on equipment modernization and power uprates at 8 nuclear power plants in Illinois, Maryland, and Pennsylvania. It is reported that the funded projects cover six clean energy centers in Illinois—Braidwood, Byron, Clinton, Dresden, LaSalle, and Quad Cities—as well as the Calvert Cliffs and Limerick nuclear power plants in other states. Among them, the 11 reactors within Illinois will receive...

2026-11-02

US Centrus Energy Ships First Centrifuge to Support Piketon Expansion

Recently, the technology and manufacturing center of US-based Centrus Energy in Oak Ridge, Tennessee, has completed the manufacture of its first new advanced centrifuge and officially shipped it to the uranium enrichment plant in Piketon, Ohio. This milestone marks the entry of Centrus' multi-billion-dollar uranium enrichment capacity expansion project into the on-site cascade assembly phase. The project adopts Centrus' independently developed AC-100M advanced centrifuge technology. The first batch of expanded enrichment capacity is expected to officially enter operation in 2029, aiming to simultaneously meet the commercialization and national security needs of low-enriched uranium (LEU) and high-assay low-enriched uranium (HALEU)...

2026-10-31

Texas A&M Engineering Experiment Station Receives $5.4 Million in Nuclear Energy Funding

Recently, the Texas A&M Engineering Experiment Station announced that it has received a total of $5.4 million in nuclear energy research funding to support multiple innovative projects aimed at advancing next-generation nuclear reactor technologies and advanced nuclear materials research and development. It is reported that the funding primarily comes from official agencies such as the U.S. Department of Energy (DOE) Office of Nuclear Energy. The research funding will focus on supporting the university's breakthrough research in frontier fields including accident-tolerant fuel (ATF), irradiation resistance testing of advanced reactor core structural materials, high-temperature heat transfer mechanisms, and safety monitoring and digital control of nuclear facilities. As one of the top...

2026-10-31

Tsinghua University Advances the Advanced Nuclear Energy Base and Major Scientific Facility in Rongcheng, Shandong

Recently, the Tsinghua University Rongcheng Advanced Nuclear Energy Technology Research Base project is being comprehensively advanced along the coast of Shidao Bay in Shandong. The project has a planned total investment of approximately 10.3 billion yuan and covers an area of 978 mu. In the future, it will become Tsinghua University's only comprehensive advanced nuclear energy technology research base outside Beijing that integrates discipline development, talent cultivation, scientific and technological innovation, and industrial incubation. It is reported that the research base is planned to build five major sections: a nuclear-related test area, a general test area, a national laboratory, an office and teaching area, and a logistics support area, with a focus on establishing 9 high-level laboratories. Among them, the comprehensive research building has completed its main structure and entered interior decoration, and is planned to be fully completed and officially handed over to the Institute of Nuclear and New Energy Technology of Tsinghua University for use by the end of November.

2026-10-31