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CNNC Headway's 13C-Urea Synthesis Control Method Patent Wins China Patent Excellence Award

On August 28, the China National Intellectual Property Administration officially released the decision on the 26th China Patent Award, and CNNC Headway's invention patent "A 13C-Urea Synthesis Control Method" won the China Patent Excellence Award. This patented technology addresses key technical bottlenecks in the batch production of carbon [13C]-urea API, establishing a set of synthesis control methods that provide technical support for the large-scale and stable production of the relevant API. The application of this technology helps enhance the self-sufficiency capability of the domestic urea [13C] breath diagnostic industry chain. CNNC Headway has long been deeply engaged in the breath diagnostic field, with sustained investment in innovative R&D, quality control, clinical adaptation, and industry chain layout...

2026-09-01

First Batch of Shift Supervisors and Deputy Shift Supervisors Assume Duties at Xudabao Nuclear Power Plant Units 3 & 4

On August 28, Liaoning Nuclear Power held the appointment ceremony for the first batch of shift supervisors and deputy shift supervisors for Units 3 & 4 of the Xudabao Nuclear Power Plant, with relevant company leaders in attendance. At the ceremony, Liaoning Nuclear Power announced the appointment decisions, officially marking the assumption of duties by the first batch of shift supervisors and deputy shift supervisors for Units 3 & 4. A documentary short film played at the event reviewed the growth journey of the operations team, from theoretical study and systematic training to on-site practical operations and on-the-job experience. Having undergone training, practice, selection, and assessment, the personnel have now entered key positions in plant operations. On the same day, the head of the Operations Department signed annual business performance responsibility agreements with representatives of the first batch of shift supervisors, clarifying their accountabilities for safe performance of duties. Subsequently, the first batch of shift supervisors and deputy shift supervisors collectively...

2026-09-01

Japanese team achieves high-precision mass measurements of argon isotopes, revealing variations in the strength of the new magic number N=32

An international collaborative research team comprising RIKEN and the High Energy Accelerator Research Organization (KEK), among others, conducted high-precision mass measurements of short-lived argon isotopes far from the line of nuclear stability, using the superconducting RI beam generation and separation device BigRIPS at the RI Beam Factory (RIBF) of RIKEN Nishina Center for Accelerator-Based Science, as well as the CRISMASS system, a stationary slow radioactive isotope precision mass spectrometer jointly developed by the two institutions. The research team directly measured the mass of argon-50 (^50Ar, 18 protons, 32 neutrons) for the first time, and improved the mass measurement precision of argon-49 (^49Ar) by approximately 250-fold compared to previous measurements, providing insights into the energy of the two-neutron shell gap near the new magic number N=32. The results have been...

2026-08-31

German Photon and Neutron Research Data Alliance Receives €8.3 Million in Second-Phase Funding

The German National Research Data Infrastructure consortium for photon and neutron experimental data (DAPHNE4NFDI) will enter its second funding phase, receiving initial funding of €8.3 million, with the funding period running until the end of 2028. Since 2021, the consortium has been working to improve the management of research data from photon and neutron experiments, making the data easier to find, access, and reuse over the long term. DAPHNE4NFDI is one of the disciplinary consortia under the German National Research Data Infrastructure (NFDI), with members including the German Electron Synchrotron (DESY), Kiel University (CAU), and other universities and research institutions. The funding decision is based on a recommendation from the German Research Foundation (DFG). Since January 2026...

2026-08-31

India's Nuclear Power Expansion Drives Mechanical Seal Demand; Sealmatic Positions Itself in Nuclear-Grade Supply Chain

August 29, 2026 - Sealmatic India Ltd. is leveraging its in-house mechanical seal technology and nuclear application quality certifications to expand into India's nuclear energy equipment supporting market. As India advances its nuclear power capacity expansion, demand for highly reliable mechanical seals in reactors and related pumping systems is expected to grow steadily. Although mechanical seals are not among major primary equipment such as reactors, pumps, or turbines, they play a critical role in the safe, reliable, and continuous operation of nuclear power plants. These products are primarily used in systems including main coolant, reactor coolant, auxiliary feedwater, and emergency core cooling pumps, where seal reliability, operational integrity...

2026-08-31

Hungary Plans Additional ~EUR 300 Million in Funding for Paks II Nuclear Power Plant

The Hungarian government plans to allocate an additional HUF 111.6 billion, equivalent to approximately EUR 305.5 million, to the Paks II nuclear power plant project. The funds have been included in the draft amendment to the 2026 budget, which is expected to be submitted to the Hungarian Parliament for review. According to the budget document, financial support for the Paks II project through the end of 2026 will increase from HUF 95 billion to HUF 206.6 billion, approximately EUR 565.5 million. Based on relevant calculations, over the past 12 years, the Hungarian government has directly allocated HUF 628.7 billion, exceeding EUR 1.7 billion, to the project; with the inclusion of this budget arrangement, cumulative financial support will exceed EUR 2.2 billion. The Paks II nuclear power plant involves the participation of Russia's State Atomic Energy Corporation (Rosatom)...

2026-08-31

Russia Advances Construction of Fourth-Generation Nuclear Power Projects

Rosatom reports that it is one of the global leaders in the implementation of fourth-generation nuclear energy systems. According to the report, fourth-generation nuclear technologies are designed to minimize the risk of nuclear power accidents and reduce radioactive waste generation through a closed nuclear fuel cycle. As part of the relevant deployment, an innovative power unit featuring the BREST-OD-300 lead-cooled fast neutron reactor is under construction in Seversk, Tomsk Oblast, Russia. The project is regarded as a key component of Russia's efforts to advance the engineering application of fourth-generation nuclear power technologies. The report indicates that in 2025, the installation of the metal cladding for the central cavity of the BREST-OD-300 reactor was completed at the Seversk site, and the cladding for the surrounding cavities has also been installed in the designed positions. Meanwhile, the analytical simulator for the power unit has been put into operation.

2026-08-29

Zhangzhou Nuclear Power Units 3 and 4 Trench Civil Engineering Completes Milestone Phase

On August 27, with the final cubic meter of concrete poured into place, the B1 and B6 sections of the GS and GB trench civil engineering works for Zhangzhou Nuclear Power Units 3 and 4, undertaken by CNNC Huachen, along with the No. 4 overflow well, successfully completed their milestone phase. This phase involved multi-disciplinary cross-operations spanning civil works, installation, electrical, and piping, characterized by complex construction conditions and significant coordination challenges. Among these, Section B1, as the project's main critical path, featured narrow working areas, difficult access for large equipment, and intensive vertical and horizontal cross-operations among multiple units. Seven days before commencement, the project department established a dedicated planning team to verify site conditions, material routes, and cross-operation scopes drawing by drawing, identifying key difficulties such as foundation pouring, equipment positioning, and material supply, and conducting multiple rounds of discussions to optimize the construction plan. The construction period coincided with the rainy season, and Section B1, situated in a low-lying area, faced a high risk of rainwater backflow. The project department implemented measures including full-coverage rain shelters over the base slab, water-retaining curbs at passage openings, and round-the-clock pumping in two shifts, securing dry working areas amid accumulated water; simultaneously, discarded waterproof membranes were collected and reused to cover rebar cages and scaffolding, preventing corrosion and slippery conditions. On-site daily meetings were held, management personnel maintained 24-hour duty, and verbal confirmation with signed handovers was practiced, ensuring issues were resolved the same day, with no plan failures, rain-related stoppages, or process disconnections throughout the period. Facing the immense scheduling pressure from multi-process cross-operations, the project department established a dynamic scheduling system. In terms of manpower loading, fixed posts and personnel quotas were implemented, with zonal responsibility and flexible reinforcement; during peak periods, core work crews were consolidated and work areas were precisely delineated. For machinery, a dynamic scheduling ledger was established, with tower cranes, excavators, and lifting equipment staggered and cross-utilized. Material coordination was also optimized through advance stocking, zoned storage, dedicated management, and emergency replenishment. During the campaign, when the transport of main materials was obstructed, the project department organized management staff and labor crews to manually carry rebar, pipes, and auxiliary materials point-to-point to the working areas, effectively safeguarding project progress. Currently, the main structure construction of the GS and GB trenches by the Zhangzhou Nuclear Power Project Department has achieved phased results, with the GB trench completing 74 sections cumulatively, an 82% completion rate, and the GS trench exceeding 1,160 meters, accounting for 72% of the total length. The company will further strengthen construction organization, optimize construction logic, and continue to advance the remaining sections of the Zhangzhou Nuclear Power Project Department, fully ensuring high-quality performance of the contracted projects.

2026-08-29

South Korea's Medical Radiation Examinations Exceed 430 Million Annually, with CT Scans Accounting for 67.1% of Radiation Dose

According to the "2025 National Medical Radiation Assessment Yearbook" released by the Korea Disease Control and Prevention Agency on August 28, South Koreans underwent a total of 431.59 million medical radiation examinations last year, averaging 8.4 examinations per person. Over the past five years, the number of medical radiation examinations in South Korea has continued to rise, with last year's figure increasing by 4.6% year-on-year and 29.6% compared to 2021. The report shows that the collective radiation dose from medical radiation examinations in South Korea increased from 136,804.73 person-sieverts in 2021 to 167,659.18 person-sieverts last year, an increase of 22.6%. On a per capita basis, the radiation dose rose from 2.64 millisieverts to 3.24 millisieverts. The Korea Disease Control and Prevention Agency stated that with advances in medical technology, an aging population, and growing demand for health checkups, the use of medical radiation examinations in public healthcare services continues to expand.

2026-08-28

U.S. Fusion Company Advances Deuterium-Helium-3 Fusion Testing

American Fusion Inc. on August 27 announced progress in ongoing testing of the Texatron Fusion Engine and released computational and experimental observations regarding the device's ability to achieve deuterium-helium-3 (D-³He) fusion conditions. The company stated that the test program is evaluating two Texatron configurations at approximately 500 kilowatts and 5 megawatts, with the core technical approach being proprietary pulsed magnetic compression. Texatron's R&D focus is on utilizing short-duration, high-intensity electromagnetic pulses to compress and heat plasma in extremely short timeframes, simultaneously creating the conditions required for fusion, including high temperature, high pressure, high density, and a certain confinement time. American Fusion Inc...

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

France's ITER research program may start before 2034

Scientific preparation work for the International Thermonuclear Experimental Reactor (ITER) is currently about 7 months ahead of the original schedule, and the research program may start earlier than the previously set target of 2034. Anatoly Krasilnikov, Director of the ITER Project Center at Rosatom, revealed this progress during the Technoprom-2026 forum. Krasilnikov stated that the project team no longer uses the milestone term "first plasma," but has instead adjusted the objective to "start of the research program," with a target date of 2034. Based on the current progress, the work is 7 months ahead of schedule, and there is a possibility of achieving the goal ahead of time...

2026-08-28

Construction Advances for Holtec's SMR-300 Test Facility at Idaho National Laboratory

Holtec International recently announced that construction of its HI-TEST test facility, supporting the SMR-300 small modular reactor, is advancing at Idaho National Laboratory (INL), with manufacturing of key test components and preparation for facility installation already underway. The facility simulates the SMR-300 plant at approximately one-third scale and is designed to quantify reactor design and operational performance margins, providing a test basis for potential future power uprates. Supported by the U.S. Department of Energy (USDOE), the HI-TEST facility's primary mission is to validate SMR-300 design margins under steady-state and transient conditions, offering physical test data for the plant's power generation capacity, resilience, and operability...

2026-08-28

Bristol Myers Squibb to Invest $173 Million in New Radiopharmaceutical Plant in Indiana, USA

Bristol Myers Squibb's RayzeBio will build a new radiopharmaceutical production facility in Whitestown, Indiana, USA, with an investment of $173 million. The project will be located at the Anson Industrial Park in Boone County, with construction planned to begin this year, complementing RayzeBio's existing operational radiopharmaceutical plant in Indianapolis. According to information released by the state of Indiana, the new facility will cover approximately 225,000 square feet. Bristol Myers Squibb expects the two production sites to add 100 new positions by the end of 2029, with annual salaries for new positions expected to exceed $130,000. Bristol Myers Squibb acquired San Diego-based RayzeBio in 2023 for $4.1 billion...

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