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CGN Dasheng Launches BV Cable X-Ray Thickness Gauge for Full Online Inspection of Cable Insulation Layers

CGN Dasheng Accelerator Technology Co., Ltd. recently announced that its BV cable X-ray thickness gauge can be used for online inspection of insulation layers during cable production. The system employs X-ray technology to perform real-time measurement of key parameters such as cable outer diameter, inner diameter, wall thickness, eccentricity, and concentricity, replacing the potential detection blind spots inherent in traditional sampling inspection methods. In cable production, insulation layer thickness directly affects product safety and material utilization. Traditional inspection typically relies on sample cutting, manual measurement, and recording, with limited inspection frequency. If issues such as uneven wall thickness or eccentricity occur during production, they are often difficult to detect in a timely manner, which also hinders subsequent quality traceability and process adjustment. According to the company, the equipment...

2026-08-14

China Isotope & Radiation's National Headquarters for Irradiation Application Industry Settles in Guangzhou

On August 11, the national headquarters of China Isotope & Radiation's irradiation application industry — CNNC Irradiation (Guangdong) Technology Co., Ltd. (hereinafter referred to as "CNNC Irradiation") — officially settled in Tianhe District, Guangzhou, and entered the Pearl River New City. This marks an important milestone in the development of China Isotope & Radiation's irradiation application industry. The relocation of the national headquarters for irradiation application to Guangzhou is a key step for China Isotope & Radiation in implementing the central-local cooperation deployment between CNNC and Guangdong Province, and in strategically positioning for the "15th Five-Year Plan." As the nuclear technology application industry platform of CNNC, China Isotope & Radiation possesses a complete industrial chain and core technological advantages in the irradiation application field. It is a leading domestic provider of irradiation facility design, manufacturing, installation, and operation & maintenance services, and has accumulated extensive industrialization experience in high-end medical device sterilization, green irradiation processing of food and traditional Chinese medicinal materials, and material modification.

2026-08-14

Shimane Nuclear Power Station Unit 2 restarted and reached criticality

Chugoku Electric Power Co. announced on August 13 that it started up the reactor of Unit 2 at the Shimane Nuclear Power Station at 10:00 that day, and the unit reached a critical state at 12:14. Unit 2 of the Shimane Nuclear Power Station is a boiling water reactor with a rated electrical output of 820,000 kilowatts. Criticality refers to the state in which nuclear fission reactions in the reactor core can be sustained, and is one of the key milestones in the unit restart process. According to the plan, the unit will resume power generation, i.e., synchronize the generator to the grid, on August 18, 2026, and is expected to resume commercial operation on September 16, 2026. Chugoku Electric Power Co. stated that it will continue to prioritize safety and steadily advance all subsequent procedures.

2026-08-13

Russian and South African energy company representatives exchange nuclear emergency response cooperation

On August 11, the St. Petersburg Chamber of Commerce and Industry held an off-site information briefing. The event was organized by ATC JSC, a subsidiary of Rosatom, and attended by senior management representatives from Eskom Holdings SOC Ltd (ESKOM) of South Africa. The meeting aimed to establish professional contacts and exchange experience on topics including nuclear energy utilization, nuclear and radiation safety, and emergency response operations. During the event, a representative delivered a report titled "Current Status and Capabilities of the Rosatom Nuclear Emergency Response System in Conducting Emergency Response Operations at Fire Stations," presenting the operational framework and technical capabilities of the Rosatom nuclear emergency response system. Radiation monitoring equipment used by the emergency response system was also demonstrated during the event.

2026-08-13

Idaho National Laboratory's Hot Fuel Examination Facility Named U.S. Nuclear Historic Landmark

The American Nuclear Society (ANS) recently designated the Hot Fuel Examination Facility (HFEF) at Idaho National Laboratory (INL) as a Nuclear Historic Landmark. Since becoming operational in 1975, the facility has conducted post-irradiation examination of nuclear fuel and materials, and continues to support research on advanced reactors, commercial nuclear fuel, and related energy security. HFEF is located within the Materials and Fuels Complex (MFC) at Idaho National Laboratory and houses the largest inert-atmosphere hot cell in the United States dedicated to nuclear materials research. The hot cell operates in an argon environment and features approximately 4-foot-thick shielding walls, enabling remote, non-destructive, and high-precision examination of highly irradiated fuel and material samples while reducing worker radiation exposure.

2026-08-13

Heat Exchangers and Mechanical Filters for Russian Nuclear-Powered Icebreakers Complete Testing

On August 11, 2026, the manufacturing project for equipment supporting Russian nuclear-powered icebreakers achieved a milestone. InterPolaris has completed testing of multiple key equipment items, including two shell-and-tube heat exchangers and two mechanical filters. The shell-and-tube heat exchangers that completed testing this time are primarily used to heat water containing purification solutions using heating steam. Compared with conventional heat exchange equipment, the operating environment of marine nuclear power platforms is more complex, imposing higher requirements on structural strength, sealing performance, and operational stability. The horizontal heat exchanger is designed to accommodate prolonged vessel inclination conditions, with mounting brackets capable of withstanding loads from different directions and maintaining stable equipment parameters under complex operating conditions.

2026-08-13

Marvel Fusion, Colorado, and Siemens Energy Sign Letter of Intent to Advance Laser-Driven Fusion Energy Cooperation

Marvel Fusion, the U.S. State of Colorado, and Siemens Energy announced on August 12 the signing of a Letter of Intent aimed at strengthening transatlantic cooperation to advance the research, development, and commercialization of laser-driven fusion energy technology. Under the Letter of Intent, the tripartite cooperation will focus on four areas: advancing joint research and development projects, including work utilizing leading fusion research facilities; strengthening the ecosystem connection between the RISE center in Colorado and the VEGA center in Bavaria; promoting transatlantic fusion energy industry and supply chain partnerships; and conducting talent development cooperation. The parties will also establish a joint working group to identify priority projects and plan to organize delegation visits, expert workshops, and initial cooperative activities within the next 12 months.

2026-08-13

Kazakhstan Advances Nuclear Fuel Cycle from Resource Development to High-Value-Added Manufacturing

Kazakhstan is advancing its nuclear fuel cycle industry from natural uranium mining toward deep processing and high-tech product manufacturing. As one of the world's major natural uranium producers, Kazakhstan has in recent years not only maintained its advantage in resource development but also continued to build capacity in uranium conversion, nuclear fuel component manufacturing, scientific research capabilities, and professional workforce training. The nuclear fuel cycle encompasses the entire process of nuclear materials, from uranium ore mining and processing, to fuel use in reactors, and to the management of spent fuel and radioactive waste. Depending on the technical route, relevant stages may include uranium mining and processing, conversion, isotope enrichment, fuel pellet fabrication, fuel assembly production, and spent fuel storage...

2026-08-13

Hinkley Point C Nuclear Power Station Advances CCNSG Safety Passport Collaboration to Ensure Site Safety During Peak Construction

Hinkley Point C (HPC) nuclear power station in the UK is deepening its collaboration with the Client Contractor National Safety Group (CCNSG) to safeguard thousands of workers on site during the peak construction phase. Located in Somerset, the project is progressively transitioning from civil works to mechanical and electrical installation, placing greater demands on unified safety access standards and workforce competency. The CCNSG Safety Passport scheme, delivered by the Engineering Construction Industry Training Board (ECITB), has been operating in the engineering construction industry for over 30 years, with more than 85,500 active cardholders. The scheme is industry-led and continuously overseen by a relevant committee, of which Hinkley Point C is a member.

2026-08-13

Dong Baotong, Director of the National Nuclear Safety Administration: China's nuclear safety level remains among the top internationally, and during the "15th Five-Year Plan" period, the number of operating nuclear power units in China will rank first in the world

The State Council Information Office held a series of press conferences on August 13 themed "Starting the '15th Five-Year Plan' with a Strong Beginning," introducing the progress of comprehensively advancing the construction of a Beautiful China. Dong Baotong, Vice Minister of Ecology and Environment and Director of the National Nuclear Safety Administration, stated at the conference that ecological environment safety encompasses several key aspects, including ecological security, nuclear safety, and environmental risk prevention and control. The Ministry of Ecology and Environment serves as the lead coordinating body for both the national ecological security work coordination mechanism and the nuclear safety work coordination mechanism. Over the years, together with relevant departments, we have actively responded to various risks and challenges, effectively safeguarding the bottom line of ecological environment safety. Among these, in the area of nuclear safety, we have consolidated the primary responsibility of nuclear facility operators...

2026-08-13

Nuclear Technology Aids Pest Control: Sterile Insect Technique Achieves Results in Multiple Countries

The application of nuclear technology is not limited to power generation and heating. In areas such as agricultural pest control, animal health, and disease vector management, the Sterile Insect Technique (SIT) based on cobalt-60 gamma rays is playing an important role. The core approach of SIT involves mass-rearing target pests in specialized facilities, separating males, and then irradiating them with a cobalt-60 gamma ray source. The radiation causes DNA breaks in the reproductive cells of male insects, leaving them able to fly and mate with wild females but unable to produce viable offspring. As large numbers of sterile males are continuously released, the proportion of ineffective matings in the wild population increases, pest numbers decline generation after generation, and under certain conditions...

2026-08-13

Philippine Energy Regulatory Commission Supports Nuclear Energy Legislation, Emphasizing Regulatory Alignment and Consumer Protection

The Philippine Energy Regulatory Commission (ERC) has expressed support for proposed legislation promoting nuclear energy development, stating that it would help strengthen national energy security and enhance electricity supply reliability. On August 12, during a hearing held by the Special Committee on Nuclear Energy of the Philippine House of Representatives, Krisha Marie T. Buela, Director of the Office of the General Counsel and Secretariat of the ERC, presented the Commission's preliminary comments on the proposed bills. Buela stated that the ERC is reviewing several provisions in the proposed legislation and will submit a formal position paper to the Special Committee on Nuclear Energy. Based on the preliminary comments, the Commission's concerns include...

2026-08-13

UAE Releases 2025 Annual Nuclear Regulatory Report, Highlighting Nuclear Safety and Peaceful Use Achievements

The UAE Federal Authority for Nuclear Regulation (FANR) has released its "2025 Annual Report," showcasing regulatory progress over the past year in nuclear safety, radiation protection, and nuclear non-proliferation. The report indicates that the UAE continues to advance its nuclear governance framework in line with the "We the UAE 2031" vision, enhancing regulatory efficiency while emphasizing that nuclear technology and nuclear materials must serve peaceful purposes. The report specifically highlights FANR's launch of a unified import and export system. This digital platform is designed to streamline the regulatory processes for the import and export of nuclear and radioactive materials, while strengthening regulatory transparency and traceability. The development of this system demonstrates that the UAE is focused not only on the safety of nuclear facilities themselves...

2026-08-13

Bhabha Atomic Research Centre (BARC) in India develops 72 improved crop varieties through radiation mutation technology

The integration of nuclear technology with agricultural production is demonstrating increasingly tangible value in Indian farmlands. Through radiation-induced mutation and hybrid breeding techniques, the Bhabha Atomic Research Centre in India has successively developed 72 improved crop varieties, covering peanuts, rice, mung beans, mustard, and other crops. India's Minister of State Jitendra Singh disclosed this progress in a written reply to Parliament, showing that the peaceful application of nuclear science has extended from laboratories to the frontlines of agricultural production. In terms of variety composition, peanut new varieties are the most numerous, reaching 17; rice has 10, mung beans and mustard 9 each, black gram 8, pigeon pea 5, sorghum 3, and cowpea, wheat, and soybean 2 each. Additionally...

2026-08-13

Türkiye Maps Out Small Modular Reactors, Targeting 5,000 MW Installed Capacity by 2050

Türkiye is positioning small modular reactors (SMRs) as a new breakthrough in its nuclear energy strategy. Under relevant plans, Türkiye aims to achieve approximately 5,000 MW of SMR installed capacity by 2050, a scale that would surpass the Akkuyu Nuclear Power Plant project. For Türkiye, which has long sought to reduce its external energy dependence, SMRs are seen as a strategic opportunity combining energy security, industrial upgrading, and technological competitiveness. Compared with traditional large-scale nuclear power plants, SMRs feature smaller installed capacity and more flexible deployment, typically ranging from 10 MW to 300 MW; micro modular reactors below 10 MW are even smaller and can be transported by truck. Reports note that such reactors can be deployed in...

2026-08-13