Registration
REGISTER FOR THE CONFERENCE
Apply to Exhibit
APPLICATION FOR EXHIBITION
Sponsorship
SPONSORSHIP APPLICATION
Radiant's Kaleidos Microreactor Shipped to Idaho National Laboratory for Testing
On August 13, Radiant announced that its 1-MW-class portable microreactor Kaleidos has departed its facility in El Segundo, California, and is being transported by trailer to Idaho National Laboratory (INL). The unit will undergo testing at INL's Microreactor Experimental Demonstration Facility (DOME). According to Radiant, the Kaleidos transport distance exceeds 1,000 miles. The company stated that the unit shipped to INL is not a scaled test article, but rather a reactor model consistent in design, dimensions, and commercial fuel loading with the units planned for delivery to customers. The DOME facility has completed modifications for microreactor testing. According to...
2026-08-15
SLAC team observes progressive melting of copper under extreme heat in real time
2026-08-15
The Ecological Environment Code of the People's Republic of China Officially Takes Effect Today
2026-08-15
Faculty and Students from King Abdulaziz University Visit CNECC Langfang Base
2026-08-15
Red Fort Address: Modi Reaffirms "Developed India" Vision for 2047, Sets 100 GW Nuclear Power Target
2026-08-15
Chinese Team Achieves Full Technical Chain Integration in Wall Treatment for the World's Largest "Artificial Sun"
2026-08-15
Morocco Conducts 18 Expert Missions with IAEA in 2025, Civil Nuclear Cooperation Expands to African Level
2026-08-15
Khanh Hoa Province Approves Mineral Extraction Zone for Ninh Thuan 1/2 Nuclear Power Resettlement and Land Clearance
2026-08-15
KHNP Maps Out SMR Security System to Address Drone and Nuclear Material Threats
2026-08-15
The People's Committee of Bac Ninh Province, Vietnam, recently issued Plan No. 299/KH-UBND, deploying the implementation of the province's strategy for the peaceful use of atomic energy through 2035, with a vision toward 2050. Signed by Mai Son, Standing Vice Chairman of the Bac Ninh Provincial People's Committee, the plan aims to implement national strategic tasks in line with local conditions, enhance management efficiency in the atomic energy sector, and promote atomic energy in serving socioeconomic development while ensuring radiation safety, nuclear safety, and nuclear security. Under the plan, Bac Ninh Province will focus on advancing research and applications of radiation technology and radioisotopes in fields such as healthcare, agriculture, natural resources and environment, and industry, while strengthening the safety management of radiation sources. Relevant applications will serve...
2026-08-15
In September, NIIEFA (D.V. Efremov Scientific Research Institute of Electrophysical Apparatus), a subsidiary of Rosatom, will jointly conduct comparative measurements in the fields of radiation monitoring (RM) and individual dose monitoring (IDM) with Ritverts JSC and the A.M. Nikiforov All-Russian Center for Emergency and Radiation Medicine. The work will be carried out under the supervision and support of experts from the D.I. Mendeleev All-Russian Research Institute for Metrology. The focus of these comparative measurements is to verify the accuracy, reliability, and consistency of measurement results obtained by different radiation safety monitoring methods and equipment. Through unified comparison, the performance of various instruments in workplace radiation level assessment, surface contamination monitoring, and individual exposure dose recording can be further confirmed, thereby enhancing the credibility of final radiation dose assessments.
2026-08-15
On August 14, Philippine authorities conducted a raid on Davao Mighty Steel Corp., a steel manufacturing plant located in Barangay Ilang, Bunawan District, Davao City. The operation followed an investigation launched by the National Bureau of Investigation (NBI) after receiving reports that the company was involved in the production and sale of substandard steel rebar, with the scope of the investigation subsequently expanding after radioactive isotopes were detected in commercially sold DMS rebar. The operation was led by the National Bureau of Investigation, with the participation of the Presidential Anti-Organized Crime Commission (PAOCC), and was supported by the Philippine Nuclear Research Institute (PNRI), the Philippine Air Force, the Philippine Coast Guard's Chemical, Biological, Radiological and Nuclear emergency response units, the Coast Guard Special Operations Group, and the Army's 10th Infantry Division.
2026-08-15
On August 14, the 32nd China International Medical Instruments and Equipment Exhibition & Technology Exchange Conference (China-Hospeq 2026) opened at the China National Convention Center in Beijing. CGN Medical was invited to exhibit under the theme of "Precision Radiotherapy · Nuclear Medicine Empowerment," showcasing achievements in the healthcare sector including the Hezhi® proton therapy system and the Hejia® germanium-gallium generator. The exhibits covered radiotherapy solutions, new medical isotopes, SiPM chips for molecular imaging, radiation protection, and medical device sterilization. On the first day of the exhibition, representatives from relevant departments and institutions visited the CGN Medical booth, learning about CGN's product layout and technological progress in the nuclear medicine field, and showing interest in its efforts in the domestic substitution of high-end medical equipment...
2026-08-15
The Rook 1 uranium mine project in northern Saskatchewan, Canada, has officially commenced construction. The project, advanced by NexGen Energy, is located south of the Athabasca Basin, approximately 130 kilometers north of La Loche. Saskatchewan Premier Scott Moe, former Canadian Prime Minister Stephen Harper, Secretary of State for Rural Development Buckley Belanger, and local Indigenous representatives attended the groundbreaking ceremony. The total project investment is approximately CAD 2.2 billion, with an expected construction period of four years. External infrastructure work has already begun, shaft sinking is planned for 2027, and the on-site runway will be expanded to 1,780 meters. Rook 1 is regarded as one of the world's largest uranium mine projects. NexGen estimates...
2026-08-14
Long-term monitoring results from the external radiation monitoring group at Russia's Kola Nuclear Power Plant show that gamma radiation dose rates around the plant site have consistently remained within natural background radiation levels, with radionuclide concentrations matching background values, indicating a sound radiation environment with no differences from surrounding areas. The station's radiation safety department collects surface water samples from the discharge canal monthly, with monitoring coverage encompassing all elements including the atmosphere, snow cover, bottom sediments, food products, algae, berries, mushrooms, and caged fish. The monitoring architecture consists of two tiers: 15 permanent environmental observation stations have been in continuous operation since before the commissioning of the first reactor unit in 1972; 13 ASKRO automated radiation environment monitoring system stations provide real-time ground-level gamma dose rate data, which is transmitted directly to the Rosenergoatom crisis center and integrated into the national unified radiation monitoring network. Approximately 200,000 cubic meters of air are drawn weekly through air filtration units to capture radionuclides, with volumetric activity of radioactive iodine also measured. A mobile radiological laboratory performs on-site spectrometric analysis. Annually, about 1,200 environmental samples are collected from around the plant site and delivered to the Polyarnye Zori laboratory, where well water samples analyzed by Canberra spectrometers yield "zero nuclide" results, with samples retained for one year for potential re-analysis. Biological samples are processed using the ashing method, and instrument sensitivity is sometimes insufficient to even detect any signal from the plant's impact.
2026-08-14
On the morning of August 13, the Department of Science and Technology of Phu Tho Province, in coordination with the Vietnam Union of Science and Technology Associations and the Institute for Technology and Radiation Application, held a scientific seminar to solicit opinions on the draft of the "Radiation and Nuclear Accident Emergency Response Plan of Phu Tho Province." Experts, scientists, and representatives from relevant provincial and municipal departments were invited to attend, aiming to ensure the plan's feasibility, alignment with local conditions, and compliance with national requirements for atomic energy management and radiation safety. The core purpose of this seminar was to improve the emergency response plan through multi-party input, making it more suitable for local realities and meeting the requirements of atomic energy application, radiation safety, and nuclear safety management. From the local perspective, the application of radiation technology in Phu Tho Province has already reached a certain scale. Currently, the province has more than 270 institutions using radiation, equipped with over 417 X-ray machines, 2 linear accelerators, more than 500 radiation devices, and 45 radioactive sources, widely applied in fields such as medicine, industry, technical inspection, and scientific research. These technologies have played an active role in enhancing diagnostic and treatment capabilities, improving labor productivity, upgrading product quality, and serving economic and social development.
2026-08-14
