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Leadership Adjustment of Chairman and Party Secretary of China Huaneng Group Co., Ltd.

On August 28, 2026, China Huaneng Group Co., Ltd. held a meeting for management personnel at the middle level and above. A relevant official from the Organization Department of the CPC Central Committee announced the Party Central Committee's decision on the adjustment of the Chairman and Party Secretary of China Huaneng Group Co., Ltd.: Comrade Bai Yong was appointed as Chairman and Party Secretary of China Huaneng Group Co., Ltd., and was relieved of his duties as Director, President, and Deputy Party Secretary of COFCO Corporation; Comrade Wen Shugang was relieved of his duties as Chairman and Party Secretary of China Huaneng Group Co., Ltd. The relevant appointments and removals shall be handled in accordance with applicable laws and the company's articles of association...

2026-08-28

Tianwan Nuclear Power Advances AI-Empowered Intelligent Upgrade of Maintenance Operations

In recent years, the maintenance domain of Tianwan Nuclear Power has relied on platforms such as Hezhi·Longling to address pain points in efficiency, quality, and management across the entire maintenance business chain, promoting the integration of artificial intelligence with nuclear power maintenance scenarios. To date, applications including personnel profiling, work order generation, compliance inspection, and auxiliary generation of electric actuator maintenance plans have achieved phased results, while projects such as the intelligent lifting command platform and marine tunnel cleaning robot are also under development. In personnel management, Tianwan Nuclear Power has established a seven-dimensional personnel capability scoring model, setting differentiated evaluation indicators for different maintenance positions to form position-based, data-driven personnel capability profiles. The system can integrate historical data, support multi-period data retention and trend comparison, and display personnel capability distribution through radar charts, bar charts, and trend graphs. After batch data import, the backend automatically completes normalization calculation, multi-dimensional scoring, and ranking, generating materials that include overall overview, position comparison, special analysis of responsibility performance, and improvement suggestions, providing a basis for training resource allocation, position matching, and differentiated management. To address the issues of time-consuming maintenance work order preparation and reliance on manual experience, the relevant team has developed an intelligent work order preparation assistant based on the Longhuitong intelligent agent platform, forming an application solution of "1 intelligent agent, 1 Skill capability, and 7 categories of professional knowledge bases." The system integrates the historical work order library, maintenance procedure library, equipment ledger library, risk and safety measure library, spare parts and tools library, personnel qualification library, and management procedure library. It can dynamically generate work package catalogs based on historical operation data and procedural requirements, automatically fill in work order business content, and output downloadable Excel work package drafts that can interface with the EPM system. In terms of maintenance quality control, Tianwan Nuclear Power has developed an AI intelligent agent for maintenance compliance inspection. Based on large language models and RAG retrieval-augmented generation technology, this agent can batch receive maintenance procedures, preventive maintenance program lists, and maintenance completion reports, automatically parse document content, and conduct semantic comparison. The system can check item by item the coverage of maintenance procedure implementation steps by the program, while also identifying issues in completion reports such as missing items, omissions, data anomalies, missing signatures, and logical contradictions. The structured inspection reports it outputs can be traced back to specific procedure steps or report entries, and provide rectification suggestions. Intelligent assistance is also being introduced into maintenance of key equipment. Given the large number of electric actuators in nuclear power plants, their complex models, and high maintenance requirements, Tianwan Nuclear Power has developed an auxiliary generation system for electric actuator maintenance plans. After engineering personnel input equipment information and fault descriptions, the system can call upon the electric actuator maintenance knowledge base, historical plans, and equipment data to automatically generate a draft maintenance plan, covering cause analysis, maintenance steps, technical key points, spare parts and tool preparation, and safety precautions. Verified by maintenance engineers, the relevant plans have basically met the conditions for on-site application and can save preparation time for emergency repairs. In addition to applications already deployed, Tianwan Nuclear Power is also advancing the construction of an intelligent lifting command platform. Given the high professionalism and numerous control links involved in crane lifting operations at nuclear power plants, the platform is planned to support both web and API interface usage, and to manage processes such as development, training, and online monitoring through AI models. According to the design, the platform can assist in lifting planning after inputting lifting object parameters and site conditions, recommending equipment and lifting point positions, and alerting to risks such as overload and collision. It can also generate lifting plans based on cargo information, provide handling steps, required materials, and contact person information for emergency situations, and be used for training question bank generation, operation record analysis, and rectification report output. Tianwan Nuclear Power stated that it will continue to expand AI application scenarios in the maintenance domain based on actual production needs, promote the digitalization and intelligent upgrade of maintenance operations, and strengthen network security management while advancing intelligent applications, providing support for the safe and stable operation of the units.

2026-08-28

Unit 3 of Russia's Kursk Nuclear Power Plant resumes operation after short-term maintenance

Rosatom reported on August 27 that Unit 3 of the Kursk Nuclear Power Plant has resumed operation after completing short-term unscheduled maintenance. Rosatom stated that Unit 4 of the Kursk Nuclear Power Plant remains under planned preventive maintenance. The announcement did not disclose the specific reasons for or the duration of the maintenance on Unit 3. Meanwhile, construction of new units at the Kursk Nuclear Power Plant continues to progress. The new units employ modern VVER-TOI reactor technology, with the first unit already commissioned and generating electricity...

2026-08-28

Sweden's Oskarshamn New Nuclear Project Applies for State Aid

NuCore Energi AB, a project company under Fortum, has submitted a state aid application to the Swedish government to initiate consultations on the framework and conditions for a new nuclear power project in Oskarshamn municipality. The project is planned to proceed near the existing Oskarshamn Nuclear Power Plant, with options covering small modular reactors (SMRs) and large reactors, with a total installed capacity expected to range between 1,200 MW and 3,400 MW. NuCore Energi submitted the state aid application on August 27, 2026. In the photo, from left to right: NuCore Energi CEO Laurent Leveugle and Minister Niklas Wykman. Fortum...

2026-08-28

Welding of main circulation pipeline completed for Unit 2 of Turkey's Akkuyu NPP

On August 27, welding of the main circulation pipeline was completed for Unit 2 of Turkey's Akkuyu Nuclear Power Plant. The pipeline connects the reactor, steam generators, and main circulation pumps, and is one of the key components forming the primary circuit system of the reactor facility. The welding work lasted 73 days and involved welding 32 pipe joints. Engineering technicians, welders, fitters, pipe cutters, non-destructive testing personnel, heat treatment personnel, and quality inspection personnel participated in the relevant operations. During construction, each process step proceeded according to the established technological workflow, and welded joints had to pass inspection before moving to the next stage. According to reports, all welded joints underwent high-temperature heat treatment to relieve internal stress in the metal and ensure compliance with design performance requirements.

2026-08-28

Hole of about 3 meters confirmed at bottom of reactor pressure vessel of Unit 3 at Fukushima Daiichi Nuclear Power Station

Tokyo Electric Power Company (TEPCO) announced on August 27 that a hole approximately 3 meters in diameter has been confirmed at the bottom of the reactor pressure vessel of Unit 3 at the Fukushima Daiichi Nuclear Power Station. The pressure vessel is a steel container that held nuclear fuel before the accident, with a cylindrical shape and a diameter of about 5.5 meters. This is the first time since the core meltdown accident at Units 1 to 3 of the Fukushima Daiichi Nuclear Power Station in 2011 that the specific size and shape of such a hole have been confirmed on the pressure vessel. The hole is believed to be related to the falling of melted nuclear fuel during the 2011 accident. After the accident, the containment vessel of Unit 3 has maintained a relatively high water level for an extended period, and access routes into the containment vessel are limited. TEPCO previously used a micro drone measuring approximately 12 centimeters per side...

2026-08-28

Fukui Prefecture in Japan Aims to Promote Local Utilization of Nuclear Power

On the 27th, Fukui Prefecture in Japan held a co-creation meeting to exchange views on development measures for areas hosting nuclear power plants. The meeting confirmed a new policy aimed at promoting the local use of electricity generated by nuclear plants to drive related industrial development, including attracting large-scale data centers and other high-power-consuming businesses. Fukui Prefecture has held co-creation meetings for the past five consecutive years, with participants including the Fukui Prefectural Government, local governments in areas within the prefecture hosting nuclear plants, Japan's central government, and representatives of electric power companies. The meeting focused on how to combine the stable power supply and carbon-dioxide-free operation of nuclear plants with regional industrial revitalization...

2026-08-28

Japan's Tokai No. 2 Nuclear Power Plant Seawall Reinforcement Plan Receives Basic Approval

Japan's Nuclear Regulation Authority (NRA) held a review meeting on the 27th local time and basically approved the seawall structural modification plan for the Tokai No. 2 Nuclear Power Plant submitted by Japan Atomic Power Company (JAPC). The plant is located in Tokai Village, Ibaraki Prefecture, Japan, and the relevant seawall is an important component of the safety measures required for restart, with foundation defects having been discovered during construction. According to JAPC's explanation, the modification plan does not remove the underground foundation where defects were found, but instead adds pile foundations around it and uses cement-based materials to reinforce the ground. Regarding this plan, JAPC submitted an assessment of the seawall's seismic and tsunami resistance performance after modification, concluding that the structurally adjusted seawall can still fulfill the functions required of a tsunami protection facility.

2026-08-28

South Korea's Pohang to Build Core Component Factory for Small Modular Reactors

The city of Pohang and North Gyeongsang Province recently signed a memorandum of understanding with Hyundai Heavy Industries Turbomachinery Co., Ltd. to build a large-scale production plant for eco-friendly turbomachinery and core components for small modular reactors (SMRs) at the fourth comprehensive industrial complex in Pohang's Yeongil Bay, with an investment of approximately 100 billion KRW. Under the agreement, Hyundai Heavy Industries Turbomachinery plans to carry out the project between 2026 and 2029, constructing related production facilities on a 101,128-square-meter site within the complex. Upon completion, the project is expected to create approximately 100 new jobs and boost the local manufacturing sector...

2026-08-28

Bruce Power Aims to Generate Over CAD 13.3 Billion in Economic Impact in Canada Over Next 18 Months

Bruce Power recently stated that over the next 18 months, the company expects to generate more than CAD 13.3 billion in economic impact across Canada, with related investments primarily stemming from its nuclear plant operations and life extension programs, supporting businesses and jobs in Ontario and other regions of Canada. Bruce Power stated that since launching the "Canada First" program in 2025, the company has invested over CAD 6.6 billion in Canada between January 2025 and June 2026, and plans to invest an additional CAD 7.7 billion by the end of 2027. The company noted that its spending within Canada accounts for more than 95% of total expenditures. As a nuclear operator located in Bruce County, Ontario...

2026-08-28

NNSA Administrator Brandon Williams Visits Kairos Power to Review SMR Technology

Kairos Power, a U.S. small modular reactor developer, recently announced that Brandon Williams, Administrator of the National Nuclear Security Administration (NNSA), has visited the company's Manufacturing Development Campus in Albuquerque, New Mexico, to review its readiness for advanced reactor deployment. According to Kairos Power, Williams and his delegation toured the campus's advanced manufacturing, fuel development, molten salt production, modular systems, and large-scale hardware verification facilities. The campus serves as a key base for the company's advancement of fluoride salt-cooled high-temperature reactor technology and also supports the engineering validation and manufacturing capability development required for future reactor deployment.

2026-08-27

Kansai Electric Power Revises Nuclear Emergency Disaster Prevention Business Plans for Three Nuclear Power Plants

Kansai Electric Power Co., Inc. announced on August 27 that it has revised the nuclear operator disaster prevention business plans for the Mihama, Takahama, and Oi nuclear power plants in accordance with Japan's Act on Special Measures Concerning Nuclear Emergency Preparedness, and filed them with the Prime Minister and the Nuclear Regulation Authority on the same day. The revisions pertain to nuclear emergency disaster prevention arrangements at the three nuclear power plants. Kansai Electric Power stated that it will continue to ensure the safety of the nuclear power plants and enhance nuclear emergency disaster prevention measures in accordance with the relevant plans. According to the documents, the consultation period prior to the revisions was from May 13 to July 30, 2026, totaling 79 days. The consultation parties included the local governments where the nuclear power plants are located and related neighboring local governments.

2026-08-27

Ukraine's Nurecab Nuclear Capacity Building Project Completes First Implementation Cycle

On August 20, 2026, the final seminar of the international project Nurecab (Nuclear Capacity Building in Ukraine through European Cooperation) was held in Kyiv. The project is funded by the European Union through the Euratom Research and Training Programme and is incorporated into the Horizon Europe framework. The seminar was held in a hybrid format, with a total of 76 experts, researchers, educators, and representatives of national institutions participating, of whom 26 attended in person in Kyiv and 50 joined via video link. The meeting showcased the project's implementation results and facilitated discussions on nuclear energy education in Ukraine, the development of nuclear science, and...

2026-08-27

South Korea's Daewoong Pharmaceutical Partners with Promedius to Promote AI Osteoporosis Screening Solution Using Chest X-rays

Daewoong Pharmaceutical announced on August 27 that it has signed a sales, distribution, and joint promotion agreement with Promedius, a medical imaging AI company, to promote Osteo Signal, an AI-based osteoporosis risk screening solution using chest X-rays, in South Korea. This partnership also marks Daewoong Pharmaceutical's expansion from its existing osteoporosis treatment business into the AI-assisted diagnostics field. Under the agreement, Daewoong Pharmaceutical will leverage its business network covering medical institutions across South Korea, along with its sales and marketing capabilities, to bring the solution into more clinical settings. Promedius will provide medical imaging AI technical support to assist in its deployment in real-world medical environments.

2026-08-27

Thailand Plans to Include Small Modular Reactors in Power Development Plan, Targeting 9 GW by 2050

Thailand's new draft Power Development Plan (PDP) is expected to be released in September and enter the public consultation phase. All four power supply scenarios under discussion incorporate small modular reactors (SMRs) and large-scale energy storage systems, covering the planning period from 2026 to 2050. According to the draft's vision, Thailand plans to connect its first 300 MW-class small modular reactor to the national power grid by 2037, with nuclear power installed capacity reaching 9,000 MW by 2050. Based on a single-unit capacity of 300 MW, this target is roughly equivalent to approximately 30 reactors of similar scale, though the actual number may be adjusted depending on technology pathways and electricity demand. The main objectives of the new plan include reducing greenhouse...

2026-08-27