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TRISO-X Expands Oak Ridge Nuclear Fuel Campus with Approximately 70 Additional Acres
TRISO-X, LLC, a wholly owned subsidiary of X-Energy, Inc., announced on August 4 that it has acquired approximately 70 acres of land near its commercial nuclear fuel campus in Oak Ridge, Tennessee, to support the continued construction and long-term expansion of its fuel manufacturing facility. Following the acquisition, TRISO-X's total campus footprint in the area has expanded to approximately 180 acres. The land acquisition was announced at a meeting of the Oak Ridge Industrial Development Board. The newly acquired land comprises two separate parcels and will provide additional space for utility access, equipment staging, fuel storage, and future...
2026-08-05
Fuel assembly replacement launched at Unit 2 of Beznau Nuclear Power Plant
2026-08-05
Japan Nuclear Security System Introduces SmartHR to Advance Centralized HR Data Management
2026-08-05
KHNP and Aboitiz Power Sign MOU on Nuclear Power Cooperation
2026-08-05
South Korea Launches Emergency Safety Inspection of Nuclear Facilities Amid Heatwave
2026-08-05
Colorado State University produces first ultracold neutral plasma with electron temperature below 1 kelvin
2026-08-05
UC Santa Barbara and Lawrence Livermore National Laboratory Collaborate to Accelerate Fusion Plasma Simulations with AI
2026-08-05
Zhang Yiming, Chairman of HTA: Tackling the "Last Mile" of Nuclear Pharmacy Network Delivery to Bring Domestic Radiopharmaceuticals to Patients in Western and County-Level Regions
2026-08-05
Hong Kong deputies to the National People's Congress visit Hefei to inspect fusion device and innovation industry development
2026-08-05
Oak Ridge National Laboratory (ORNL), under the US Department of Energy, is advancing a new Californium-252 (Cf-252) separation process to address growing market demand. The laboratory stated that this process, developed over nearly a decade of research, is expected to shorten the Cf-252 production cycle by about one week, significantly improving processing efficiency without altering product quality. Californium-252 is a neutron-emitting radioisotope used in nuclear reactor startup, fuel testing for new reactors, as well as in oil well logging, coal analysis, port security, fuel rod scanners, and instrument calibration. ORNL noted that it is the only producer of Cf-252 in the Western world...
2026-08-05
On August 3, the Radiation Chemistry and Environmental Qualification Department of ÚJV Řež stated that it had completed irradiation testing of cable samples for the European Organization for Nuclear Research (CERN) research team within a relatively short period, and submitted the test results required for subsequent research. The purpose of this testing was to confirm whether the relevant material samples could maintain reliable performance under high-radiation environments. ÚJV Řež has long been engaged in environmental qualification and cable lifetime management, with capabilities in radiation aging, thermal aging simulation, and testing of material mechanical and electrical properties. Through these tests, researchers can assess the tolerance limits of materials in harsh environments, providing a basis for equipment selection, operation and maintenance, and subsequent experiments...
2026-08-05
IsoEnergy Ltd. and DISA Technologies, Inc. have entered into a definitive agreement to jointly establish DISA Uranium™ Corporation, building a technology-driven U.S. uranium production, processing, and remediation platform. The platform will combine conventional uranium mining assets, uranium recovery operations, and DISA's proprietary High-Pressure Slurry Ablation processing technology (HPSA™) to serve U.S. domestic nuclear fuel supply needs. Under the agreement, IsoEnergy will transfer its portfolio of licensed and previously producing uranium mine projects located in Utah, U.S., to DISA Uranium, including the Tony M Mine, Daneros Mine, Rim Mine, Sage Plain Project, and Flatir...
2026-08-05
Key progress has been made in the construction of the High Energy Photon Source (HEPS) in Beijing Huairou Science City. The latest tests show that the facility's brightness and storage ring beam orbit stability have both met design requirements, bringing it one step closer to full operation. These two indicators directly determine whether the light source can provide stable, high-quality X-ray beams for scientific users, and are also core parameters in facility performance evaluation. Since the accelerator met acceptance indicators on September 29, 2025, the project team has continuously calibrated equipment and optimized beam conditions during trial operation. After approximately nine months of improvements, the facility's key performance has been significantly enhanced. The storage ring can be understood as a circular track for high-energy electrons, with a total circumference of approximately 1,360 meters. 177...
2026-08-05
Samsung Electronics' medical device business and Samsung Medison continue to shift their business focus from medical diagnostics to treatment. On August 5, Samsung HME America and U.S. radiosurgery company Accuray announced the signing of a non-binding letter of intent to explore collaboration on volume imaging-based precision radiation therapy solutions. Under the letter of intent, the two parties plan to study the integration of Samsung's mobile CT scanner BodyTom with Accuray's robotic radiosurgery platform CyberKnife. This collaboration direction aims to connect high-resolution 3D imaging capabilities with image-guided robotic radiosurgery technology, enabling medical staff to more accurately identify...
2026-08-05
Poland's uranium exploration has recently yielded results, with Świętokrzyska Grupa Przemysłowa Industria announcing the conclusion of uranium exploration near Kielce. Although reports two years ago suggested a breakthrough uranium discovery that could potentially bring Poland into the nuclear fuel supply sector, subsequent studies revealed that uranium concentrations in the area are extremely low, close to natural background levels and far below the threshold for economically viable extraction. Laboratory analysis results indicated that uranium and thorium concentrations in the ore are too low for commercial mining, leading the company to terminate further exploration. According to data from the International Atomic Energy Agency, the world's major...
2026-08-05
To explore avenues for cooperation in Tunisia around non-destructive testing (NDT) and industrial applications of nuclear technology, the Technical Center for Mechanical and Electrical Industries (CETIME) hosted a joint delegation from the International Atomic Energy Agency (IAEA) and the National Center for Nuclear Science and Technology (CNSTN). This meeting was part of an initiative launched by these two organizations aimed at raising awareness and understanding of these technologies among institutions that use radioactive tracers and sources for industrial applications. The two sides focused on CETIME's work in non-destructive testing using radioactive sources, as well as joint projects aimed at advancing nuclear and radiation technologies applied to industry, non-destructive testing, and the enhancement of industrial quality. Through this...
2026-08-05
