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The Underground Engineering of a Hair's Breadth: How the Hualong One Overseas Project Recalibrated Construction Baselines Through Earned Value Reconstruction

In today's wave of global energy transition and nuclear renaissance, the Hualong One, as the benchmark of China's self-developed third-generation nuclear power technology, is achieving scaled deployment in multiple countries. However, transforming a standardized design into a physical project in a foreign land has never been a simple matter of duplicating blueprints. From coastal rock foundations to inland sand foundations, dramatic geological changes pose severe challenges to project management. Recently, after a six-month management review, CNNC's overseas Project C chose to publicly analyze two major recalibrations of its Earned Value Management (EVM) system. This practice, spanning budget structure correction and schedule realization reconstruction, not only tears open the veil of "false stability" in traditional project management, but also provides a highly valuable underlying methodology for complex nuclear power engineering construction worldwide.

2026-10-30

UK Develops Carbon-14 Diamond Battery to Generate Trace Power from Nuclear Waste

Recently, the University of Bristol and the UK Atomic Energy Authority (UKAEA) jointly announced a milestone achievement in the development of diamond micro-batteries (Diamond Battery) using the carbon-14 radioactive isotope. The device can convert nuclear waste into trace amounts of electrical energy, enabling continuous operation for up to 5,700 years without recharging. It is reported that the battery structure embeds a thin carbon-14-containing diamond layer within a non-radioactive carbon-12 diamond barrier. Electrons released during the decay of carbon-14 are captured by the diamond and directly converted into electric current, operating on a principle similar to nuclear-powered solar panels that generate electricity using β radiation, while ensuring...

2026-10-30

"Lingshu" Plasma Control System Reaches Internationally Leading Level

Recently, the First Fusion Energy Control Conference and the Fifth Conference on the Application of Artificial Intelligence in Magnetic Confinement Fusion Control opened in Hefei, Anhui Province, where the latest progress of China's self-developed Lingshu plasma control system was officially released. It is understood that the Lingshu system has integrated more than 40 control algorithms, achieved a system reliability of 99.7%, and features a minimum control cycle of only 50 microseconds (equivalent to one twenty-thousandth of a second), along with continuous stable operation capability exceeding 50 hours. Multiple key performance indicators have reached internationally leading levels. Xiao Bingjia, a researcher at the Institute of Plasma Physics of the Chinese Academy of Sciences and Director of the Artificial Intelligence and Digital Twin Center at the Energy Research Institute of the Hefei Comprehensive National Science Center...

2026-10-29

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

IAEA Incheon Conference Calls for Accelerated Nuclear Energy Deployment

Recently, the International Ministerial Conference on Nuclear Energy, jointly hosted by the International Atomic Energy Agency (IAEA) and the Nuclear Energy Agency of the Organisation for Economic Co-operation and Development (OECD/NEA) and organized by the Ministry of Science and ICT of the Republic of Korea, officially opened in Incheon, South Korea. IAEA Director General Rafael Mariano Grossi called on all parties at the opening ceremony to translate policy support into concrete nuclear energy construction outcomes. Bae Kyung-hoon, Deputy Prime Minister and Minister of Science and ICT of the Republic of Korea, stated at the conference that this meeting provides a key dialogue platform for the international community to jointly address energy security and carbon neutrality challenges, and that South Korea will continue to promote the peaceful and safe application of future nuclear technologies, including...

2026-10-29

Hyundai Engineering of South Korea Partners with Two U.S. SMR Developers

Recently, Hyundai Engineering of South Korea announced the signing of memoranda of understanding with U.S. small modular reactor (SMR) developers NANO Nuclear Energy and ARC Clean Technology, marking a comprehensive push into the global small modular reactor and Generation IV advanced nuclear reactor markets. Under the cooperation framework with NANO Nuclear, Hyundai Engineering will integrate its comprehensive capabilities in engineering design, procurement, construction (EPC), supply chain management, and modular construction to jointly advance the KRONOS reactor energy system project at the University of Illinois Urbana-Champaign (UIUC). The reactor is a 45...

2026-10-29

First Batch of Nuclear Fuel Delivered to Unit 2 of Rooppur Nuclear Power Plant in Bangladesh

Recently, Rosatom announced that the first batch of fresh nuclear fuel for Unit 2 of the Rooppur Nuclear Power Plant in Bangladesh has been successfully delivered to the project site and is currently being properly stored in a dedicated storage facility. It is reported that this batch of nuclear fuel assemblies was manufactured at the Novosibirsk Chemical Concentrates Plant, a production facility of Rosatom's TVEL Fuel Company, and was delivered through combined air and road transport. A joint inspection team composed of Bangladeshi experts, the general contractor, and manufacturing plant representatives is conducting mandatory incoming inspections at the site, including visual and instrumental testing, to ensure that the fuel fully complies with...

2026-10-29

Egyptian and Russian Heads of State Meet to Discuss Expansion of El Dabaa Nuclear Power Plant

Recently, Egyptian President Abdel Fattah el-Sisi met with Russian President Vladimir Putin at the Kremlin during the third Russia-Africa Summit held in Moscow. El-Sisi stated that Egypt hopes to further expand strategic nuclear energy cooperation with Russia and explicitly proposed plans to build new nuclear reactors after 2030. It is reported that El-Sisi reaffirmed Cairo's firm commitment to the construction timeline and payment obligations of the El Dabaa Nuclear Power Plant project. The reactor pressure vessel for Unit 2 of the nuclear power plant was successfully installed on July 9 this year...

2026-10-29

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

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

Israel Releases Report Calling for Immediate Launch of Nuclear Fusion Industry Layout

Recently, Israel's Ministry of Energy and Infrastructure officially released a strategic report, calling on the government to take immediate action to fully promote the development of the national nuclear fusion energy industry through the introduction of a public-private collaborative investment mechanism. It is reported that the report proposes three potential development roadmaps aimed at positioning Israel as a key player in the global nuclear fusion industry chain. The Israeli government plans to fully leverage the country's existing advantages in laser technology, radio frequency systems, advanced materials, and robotics to support technological breakthroughs and equipment development in controlled nuclear fusion. The report also acknowledges that Israel in...

2026-10-28

South Korea Expects Tripling of Demand for Nuclear Design Personnel by 2034

Recently, the Industry-Academic Cooperation Foundation of Seoul National University and KEPCO E&C jointly released a report titled "Human Resource Enhancement Plan to Boost Nuclear Power Plant Export Competitiveness," warning that with the revival of nuclear power at home and abroad, South Korea will simultaneously construct 15 nuclear power plants domestically and overseas by 2034, at which point demand for design personnel will surge to 4,171, facing a severe talent gap of up to 2,771. It is reported that the root cause of South Korea's nuclear design talent crisis lies in the brain drain and shrinkage of academic foundations caused by the previous nuclear phase-out policy. Data from the Ministry of Science and ICT of South Korea show that the number of domestic nuclear design personnel has plummeted from 2,486 in 2016 to 20...

2026-10-28

U.S. Department of Energy Provides $5 Billion Loan to Support Constellation Energy's 1.1 GW Nuclear Power Uprate

Recently, the U.S. Department of Energy (DOE) announced a conditional loan commitment of up to $5 billion to Constellation Energy, the largest nuclear power operator in the United States, to fund large-scale upgrades and modernization of its 8 nuclear power plants (with a total of 15 operating reactors) located in Illinois, Maryland, and Pennsylvania. It is reported that this massive financing is aimed at improving thermal efficiency and power output through equipment modernization, and is expected to add nearly 1.1 GW (1,100 MW) of clean baseload generation capacity to the existing U.S. nuclear fleet. The affected projects cover 8 nuclear power plants including Braidwood, Byron, Calvert Cliffs, Clinton, Dresden, LaSalle, Quad Cities, and Limerick...

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