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Ionetix begins routine supply of astatine-211 in North America, expanding sources of isotopes for targeted alpha therapy

Ionetix, a U.S. medical isotope producer, recently announced that it has begun routine supply of astatine-211 (At-211) in North America. The company stated that this development expands the supply sources of At-211 and is expected to support its further application in preclinical research and clinical development. Ionetix noted that it believes it is the first non-academic commercial supplier of At-211 in the United States. Ionetix produces At-211 at its facility in Lansing, Michigan, leveraging its proprietary cyclotron technology. The company currently operates a 30 MeV cyclotron equipped with optimized target technology, aiming to support the production of clinical-grade At-211. The company stated that its production ca...

2026-09-02

FDA Grants Breakthrough Therapy Designation to JBS-003 for Guiding De-escalated Radiotherapy in HPV-Positive Oropharyngeal Cancer

On September 1, Juniper Biosciences announced that the U.S. Food and Drug Administration (FDA) has granted Breakthrough Therapy Designation to its hypoxia tracer JBS-003. The product, 18F-Fluoromisonidazole (FMISO), is intended to identify tumor hypoxia and guide de-escalated radiotherapy in patients with HPV-positive oropharyngeal cancer (OPC). JBS-003 is licensed from Memorial Sloan Kettering Cancer Center (MSK). According to information released by the company, the tracer is based on F-MISO PET molecular imaging technology and can visualize specific hypoxic features within tumors. Tumor hypoxia is considered to be associated with radioresistance; by imaging hypoxic regions, clinicians can stratify patients by risk and...

2026-09-02

Lightbridge Multi-Zone Fuel Element Granted Japanese Patent, Covering Fuel Assemblies and 3D Printing Manufacturing Methods

Advanced nuclear fuel technology company Lightbridge Corporation recently announced that its Japanese patent application for a multi-zone fuel element has been granted by the Japan Patent Office. The patent covers the fuel element design, fuel assemblies incorporating the design, and methods of producing the element via additive manufacturing, i.e., 3D printing. According to the disclosure, the patent involves a fuel rod composed of three layers of different materials. The thickness of the three layers can vary along the length of the fuel rod, thereby regulating fuel performance at different positions in the reactor to enhance reactor operating performance and safety margins. In addition to the fuel rod itself, the patent also covers fuel assemblies for mounting these fuel rods.

2026-09-02

NewHydrogen Files Third Patent Application for ThermoLoop Hydrogen Production Technology

NewHydrogen, Inc. recently announced that it has filed a third provisional patent application jointly with the University of California, Santa Barbara (UCSB) to protect developments related to its clean hydrogen production technology, ThermoLoop. The patent application is titled "Isothermal Chemical Looping Hydrogen Production." According to NewHydrogen, the application builds on two previous patents and covers the latest improvements to the ThermoLoop thermochemical water-splitting process, as well as novel material compositions discovered by the UCSB technical team. The process produces hydrogen by splitting water using thermal energy, combined with advanced solid-state materials and machine learning-driven materials discovery methods to improve efficiency and cost-effectiveness...

2026-09-02

Global Advanced Nuclear Energy Market Report Focuses on SMR and Fusion Development

The recently released "Global Advanced Nuclear Energy Market Report 2027–2047" shows that the global advanced nuclear energy industry is transitioning from concept validation and early-stage R&D to a new phase where project deployment, capital inflow, and supply chain development proceed in parallel. The report uses 2027 as the base year with a two-year baseline period to assess the development trajectory of the advanced nuclear energy market over the next 20 years. It covers small modular reactors (SMRs), nuclear fusion, and a range of emerging advanced nuclear technologies, including molten salt reactors, high-temperature gas-cooled reactors, lead-cooled fast reactors, sodium-cooled fast reactors, microreactors, advanced fuel cycles, integrated nuclear energy systems, and the application of artificial intelligence in nuclear power plant operations...

2026-09-02

South Korea's 2027 Budget Proposal Includes First-Ever Funding for Domestic Nuclear Submarine Development

The South Korean government approved its 2027 budget proposal, with total government spending reaching 820.9 trillion won, approximately 95.6 trillion yen, marking a 12.8% increase from the previous year and setting a record high. The budget proposal has been submitted to the National Assembly for review. President Lee Jae-myung presided over a cabinet meeting at the presidential office on September 1, where the budget proposal was reviewed and approved. Under the plan, the South Korean government intends to increase investment in growth-oriented industries, with approximately 2.5 trillion yen allocated to infrastructure development related to semiconductor manufacturing and artificial intelligence, nearly doubling the scale of the previous year. On the revenue side, the South Korean government expects that as AI demand continues to grow and major semiconductor companies see improved performance, corporate income tax and personal income tax revenues will increase significantly.

2026-09-02

Japan's Tomari Nuclear Power Plant Plans New Low-Level Radioactive Waste Processing Facility

Hokkaido Electric Power Company (HEPCO) recently announced plans to construct a new low-level radioactive waste processing facility within the premises of the Tomari Nuclear Power Plant in Hokkaido, Japan, to handle approximately 12,000 drums of low-level radioactive waste currently stored on site. According to HEPCO, the new facility will sort waste such as paper and metal, reduce its volume through fine shredding or compression, and then solidify it by pouring mortar into the waste drums. After processing, the waste will undergo radioactivity level testing before being transported to the disposal center in Rokkasho Village, Aomori Prefecture. Previously, the Tomari plant had stored this type of waste in 200-liter drums without further processing. The proposed facility will have an annual processing capacity of over 1,000 drums, feature a three-story structure, and cover a total floor area of approximately 4,600 square meters.

2026-09-02

Japan's Onagawa Nuclear Power Station Unit 2 Plans to Replace Hydrogen Concentration Monitoring Equipment

Tohoku Electric Power has consulted with Miyagi Prefecture, Ishinomaki City, and Onagawa Town in advance regarding a change to the method of monitoring hydrogen concentration inside the containment vessel under severe accident conditions at Unit 2 of the Onagawa Nuclear Power Station. The company plans to submit an application to amend the reactor installation license to the Nuclear Regulation Authority (NRA) of Japan on the 2nd. Unit 2 of the Onagawa Nuclear Power Station is located in Onagawa Town and Ishinomaki City, Miyagi Prefecture. Tohoku Electric Power previously installed a total of four hydrogen concentration detectors inside and outside the reactor containment vessel of this unit, intended to monitor changes in hydrogen concentration within the containment vessel in the event of a severe accident. In 2025, some of these detectors experienced malfunctions. In the same year...

2026-09-02

South Korea's Nuclear Safety Regulatory Budget for 2027 Rises to KRW 303 Billion

The Nuclear Safety and Security Commission (NSSC) of South Korea announced on September 1 that it has allocated KRW 303 billion for the 2027 budget, an increase of KRW 10.4 billion from this year. The new budget focuses on areas such as small modular reactor regulation, spent nuclear fuel safety, nuclear facility decommissioning review, environmental radiation monitoring, and nuclear safety information disclosure. Regarding small modular reactors, as non-light water reactor-type small modular reactor development projects aim to obtain licenses by the early 2030s, South Korea will invest KRW 8 billion in R&D to establish a new safety evaluation system. In addition, in line with the preliminary review system set to take effect in November this year, the government has allocated KRW 2.7 billion to conduct preliminary reviews of non-light water reactor-type small modular reactors expected to file applications next year. This system allows applicants to request regulatory review of reactor designs before formally submitting license applications.

2026-09-02

Putin Says Unit 1 of Turkey's Akkuyu Nuclear Power Plant Expected to Start in 2026

Russian President Vladimir Putin stated that he believes Rosatom can start Unit 1 of Turkey's Akkuyu Nuclear Power Plant as scheduled in 2026. According to relevant information, Putin arrived in Kyrgyzstan on August 31 to attend the Shanghai Cooperation Organization summit. On September 1, he held talks with Turkish President Recep Tayyip Erdogan. During the talks, the two sides mentioned cooperation in the energy sector, with the Akkuyu Nuclear Power Plant project being a key focus. Putin stated that the two countries' major joint projects are still progressing, including the well-known Akkuyu Nuclear Power Plant...

2026-09-02

CGN Begoo Empowers Fuzhou Changle Airport T2 Terminal to Pass Provincial Acceptance

Recently, the opening of Terminal T2 at Fuzhou Changle International Airport successfully passed the provincial joint acceptance inspection, laying a solid foundation for the terminal's official operation and supporting the expansion and upgrade of Fujian's aviation ports. Among the achievements, the smart passenger inspection and customs intelligent supervision system constructed by CGN Begoo Technology Co., Ltd. passed comprehensive inspections and received full recognition from the acceptance team. As a core international aviation gateway hub in Fujian, the Phase II expansion project of Fuzhou Changle International Airport is a key infrastructure project for regional opening-up. The commissioning of Terminal T2 will effectively address the shortcomings in Fuzhou's aviation port support capacity, significantly enhancing the port's comprehensive carrying capacity, international service level, and clearance operational efficiency...

2026-09-02

Mobilization Meeting for High-Quality Fuel Loading of Haiyang Nuclear Power Unit 3 Convened

On September 1, Shandong Nuclear Power organized a themed joint Party building learning session and the mobilization meeting for high-quality fuel loading of Haiyang Nuclear Power Unit 3. Centering on the goal of high-quality fuel loading for Unit 3, the meeting further unified understanding, clarified responsibilities, and promoted the safe, orderly, and high-quality implementation of fuel loading preparations, laying the foundation for the subsequent commissioning of the Phase II project of Haiyang Nuclear Power. The meeting conducted a themed joint Party building learning session. The Haiyang Project Department of Shanghai Nuclear Engineering Research and Design Institute (SNERDI), the Commissioning Center of SNERDI, China Nuclear Industry Fifth Construction Co., Ltd., and Jiangsu Electric Power Construction No. 3 Engineering Company respectively reported on the fuel loading preparation status of Unit 3. Participants discussed topics including Party building leading project breakthroughs and ensuring high-quality fuel loading of Unit 3. The meeting also commended...

2026-09-02

Rock Fusion AI Platform Streamlines the Entire Stellarator Design Workflow

Recently, the AI agent collaboration platform for stellarator design independently developed by Rock Fusion has achieved full coverage of the entire design workflow, encompassing key stages such as zero-dimensional parameter design, plasma configuration optimization and performance analysis, as well as coil engineering feasibility assessment. The company stated that the platform can search over a thousand initial configurations and hundreds of thousands of coil schemes, reducing the typical design iteration cycle from several weeks to several days. Rock Fusion stellarator concept image. Leveraging this platform, Rock Fusion has completed the full-machine physics design of a medium-sized superconducting stellarator with a major radius of 2 meters and a central magnetic field of 3 tesla. Design work for the company's other devices under development is also being advanced on the same platform. Stellarators rely on external three-dimensional coils to directly generate helical magnetic fields, eliminating the need to sustain magnetic confinement through plasma current. This mechanism inherently reduces the risk of major disruptions faced by tokamaks and offers the potential for long-pulse steady-state operation. In 2025, Germany's Wendelstein 7-X (W7-X) stellarator achieved significant progress in the "triple product" metric during long-duration discharges, drawing greater attention to the stellarator route.

2026-09-02

Zhejiang Jinqimen Nuclear Power Unit 1 Pressurizer Relief Tank Successfully Hoisted into Place

On August 30, the pressurizer relief tank, a major nuclear island equipment item of Unit 1 at Zhejiang Jinqimen Nuclear Power Plant, contracted by China Nuclear Industry Fifth Construction Co., Ltd. (CNF), was successfully hoisted into place. The entire hoisting process was smooth and orderly, with overall safety and quality under control. This hoisting has laid a solid foundation for the subsequent installation of main nuclear island equipment and the construction of the primary loop system. The pressurizer relief tank is an important auxiliary equipment of the reactor coolant system in a nuclear power plant. Its main function is to collect and condense the high-temperature and high-pressure steam discharged from the pressurizer safety valves, ensuring the safe and stable operation of the reactor system. The relief tank hoisted this time is pre-installed equipment in the nuclear island. The main body of the equipment is heavy in weight and large in size, with limited hoisting workspace. After being hoisted into place, it needs to be placed in the nuclear island building for a long period, and subsequent construction will be constrained by space, making it necessary to introduce the equipment precisely within the civil construction window period.

2026-09-02

Completion of Polar Crane Bridge Lifting for Unit 4 of Zhangzhou Nuclear Power Plant

On September 1, the lifting operation of the polar crane bridge for Unit 4 of the Zhangzhou Nuclear Power Project was successfully completed. The equipment was smoothly positioned under the traction of a 3200-ton crawler crane, with the entire process lasting 2 hours and 5 minutes, creating conditions for subsequent nuclear island plant construction and equipment installation. The polar crane bridge is a core component of the polar crane, installed at the top of the nuclear island plant, and serves as an important structure of the key lifting equipment within the nuclear island plant. Once put into operation, it will provide support for various lifting operations during the installation and operation phases of the nuclear power plant. The total weight of this lifting exceeded 420 tons, with a lifting height of over 100 meters. The project team selected a 3200-ton crawler crane and used a dedicated spreader beam for the operation. In response to challenges such as wind disturbance during high-altitude slewing, limited clearance between the bridge and plant structures, and high load-bearing requirements for the large crawler crane positioning, the construction team conducted simulation rehearsals in advance, optimized lifting condition parameters, verified the stress conditions of the crane, spreader beam, and lifting points, and refined control requirements for key operations.

2026-09-02