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IIT Hyderabad launches nuclear technology training programme

The Indian Institute of Technology Hyderabad (IIT Hyderabad), in collaboration with Pune-based technology company Crimson Energy Experts Pvt. Ltd. (CEEPL), has launched a three-month full-time residential training programme to train engineers and industry professionals for India's expanding civil nuclear energy sector. The programme, named Anugyan-Nuclear Technology Orientation Programme (NTOP), is described as India's first industry-academia collaborative initiative dedicated specifically to engineering talent development in the nuclear energy sector, with a focus on bridging the gap between academic curricula and nuclear industry engineering practice.

2026-08-04

Syntec Optics Secures Fusion Energy Orders, AI Data Center-Related Orders Exceed $4 Million

Syntec Optics Holdings, a U.S. custom manufacturer of high-precision optics and photonics, announced on August 3 that it has recently secured a new batch of fusion energy-related orders, with order volume reaching 7 times the amount of similar orders at the end of last year. According to the company, this round of renewed orders involves special optical components for fusion reactors. These components will serve compact high-performance fusion reactors, helping related equipment conduct observation and control in extreme high-temperature environments. Fusion reactor operating environments feature extremely high temperatures, imposing stringent requirements on the precision, stability, and reliability of optical devices. Syntec Optics stated that since entering...

2026-08-04

Lifting of Steel Liner Module 1 for Unit 4 of Guangdong Taipingling Nuclear Power Plant Successfully Completed

A key construction milestone was reached at the Guangdong Taipingling nuclear power construction site, where the 2,000-tonne crawler crane of CNNC Machinery Engineering precisely completed the lifting and positioning of Steel Liner Module 1 for Unit 4 of Guangdong Taipingling Nuclear Power Plant. The entire lifting operation lasted 2 hours and 12 minutes, with smooth and orderly lifting, lowering, and slewing movements, and strict control over safety and quality throughout the process, marking the official commencement of main structure construction for the nuclear island reactor building. As the core barrier of the reactor containment, the steel liner module safeguards the nuclear safety defense line, and modular lifting is also a key technical step in the batch construction of Hualong One reactors. The steel liner module lifted this time integrates the base plate in one formed piece, featuring a large diameter, thin shell wall, and relatively low stiffness...

2026-08-04

Two Joint Laboratories for Radiation Injury Treatment under the Institute of Radiation Medicine, Chinese Academy of Medical Sciences, Inaugurated in Shanghai and Wuxi

From July 30 to 31, Zhou Jiaxi, Director of the Institute of Radiation Medicine, Chinese Academy of Medical Sciences, Liu Qiang, Deputy Director, Su Xu, Distinguished Professor, along with relevant heads from the National Nuclear Radiation Medical Treatment Base (Tianjin), the Science and Technology Department, and the Industry Department, successively visited Shanghai Pulmonary Hospital and the Affiliated Hospital of Jiangnan University for cooperation exchanges, and jointly inaugurated the two joint laboratories for radiation injury treatment. On the afternoon of July 30, the plaque presentation ceremony for the joint laboratory between the Institute of Radiation Medicine and Shanghai Pulmonary Hospital was held in Shanghai. Chen Chang, Deputy Secretary of the Party Committee and President of Shanghai Pulmonary Hospital, Liu Haipeng, Vice President, and heads of relevant departments attended the event. Zhou Jiaxi stated that the co-establishment of the joint laboratory is a...

2026-08-04

CGN Guangdong Taipingling Nuclear Power Project Unit 2 Officially Commences Commercial Operation

On August 3, CGN Guangdong Taipingling Nuclear Power Project Unit 2 officially commenced commercial operation, marking the full completion of the Phase I project of the first Hualong One self-developed third-generation nuclear power project in the Guangdong-Hong Kong-Macao Greater Bay Area. Located in Huidong County, Huizhou City, Guangdong Province, the Taipingling Nuclear Power Project's Phase I includes Units 1 and 2, which received national approval on April 8, 2019. Among them, Unit 1 of the project commenced commercial operation in April this year. The construction team fully leveraged experience from previous Hualong One projects, successively completing a series of major engineering milestones including nuclear island main structure construction, equipment installation and commissioning, nuclear fuel loading, first criticality of the reactor, and grid connection for power generation, with steady improvements in project construction quality, safety levels, and construction efficiency...

2026-08-03

Key Breakthroughs Achieved in Development of Core Equipment for BEST Compact Fusion Energy Test Facility

Recently, at a critical juncture in the all-out sprint toward the "double-half" goals, the development of two core components of the compact fusion energy test facility (BEST) main machine equipment—the vacuum vessel and the mid-plane thermal shield—undertaken by Shanghai Electric Nuclear Power Group and manufactured by No.1 Machine Tool Plant, has achieved successive milestone results. Multiple key manufacturing tasks have been successfully completed and delivered upon acceptance, marking that the development of BEST main machine core equipment has fully entered the critical stage of tackling difficulties and accelerating the sprint, laying a solid foundation for high-quality project delivery. As the core key equipment of the compact fusion energy test facility, the BEST vacuum vessel and mid-plane thermal shield feature complex structures, extremely high precision requirements, and difficult manufacturing processes...

2026-08-03

2026 Special Training Course on Radiation Safety Practices for Nuclear Technology Utilization Held in Xi'an

To thoroughly implement the Ecological Environment Code and further enhance radiation safety management in the field of nuclear technology utilization, the 2026 Special Training Course on the Application of the Ecological Environment Code and Radiation Safety Practices for Nuclear Technology Utilization, hosted by the Nuclear and Radiation Safety Center of the Ministry of Ecology and Environment (hereinafter referred to as the Center), was successfully held in Xi'an, Shaanxi Province, from July 27 to 30. Nearly one hundred trainees from 67 institutions nationwide, including ecological environment departments, research institutes, medical facilities, and environmental impact assessment (EIA) compilation agencies, gathered together to study the new regulations and discuss practical matters, empowering the industry's high-quality development. This training closely followed the pulse of industry development, focusing on the new situations and challenges...

2026-08-03

Wang Min, Deputy Director of the China International Nuclear Fusion Energy Program Execution Center, Led a Delegation to Thailand and Malaysia to Attend China-Thailand and China-Malaysia Bilateral Science and Technology Cooperation Consultations on Nuclear Fusion

To fully implement the spirit of China's Belt and Road Initiative, implement the Memorandum of Understanding between China and Thailand on jointly strengthening nuclear fusion exchange and cooperation, and advance research and development cooperation in the field of nuclear fusion between China and Thailand and between China and Malaysia, the China-Thailand and China-Malaysia bilateral science and technology cooperation consultations on nuclear fusion were held in Bangkok and Kuala Lumpur respectively from July 27 to 30. Wang Min, Deputy Director of the Nuclear Fusion Center, led a delegation to attend the meetings. At the China-Thailand consultation, the two sides engaged in in-depth discussions on their respective national fusion research and development progress, how to implement the newly signed Memorandum of Understanding on jointly strengthening nuclear fusion exchange and cooperation, and matters such as jointly conducting fusion physics experimental research, personnel exchange visits, and talent cultivation based on the TT-1 tokamak device donated by China.

2026-08-03

South Korea's Deepnoid Signs M4CXR Supply Contract with Pusan National University Hospital

On August 3, Deepnoid announced the signing of a supply contract for M4CXR with Pusan National University Hospital. M4CXR is a generative AI-based preliminary report generation solution for chest X-rays that generates preliminary reports during chest X-ray examinations to assist medical staff in image interpretation. This is the first supply agreement signed after M4CXR received approval from the Ministry of Food and Drug Safety of South Korea for market release as a digital medical device. According to the introduction, the system is expected to improve the efficiency of chest X-ray reading and provide clinical support for the early detection of lung diseases and suspected cancerous lesions. This collaboration is also part of the AI clinical system support project for regional responsible medical institutions under the Ministry of Health and Welfare of South Korea...

2026-08-03

Global nuclear power generation hits record high in 2025, with net growth mainly driven by China

According to the latest release of the Statistical Review of World Energy, global nuclear power generation reached 2,845 TWh in 2025, an increase of approximately 30 TWh from 2024, up 1.3% year-on-year, setting a new record. Among this, China's nuclear power generation increased by more than 34 TWh, becoming the primary source of net global nuclear growth. This record needs to be viewed within a longer timeframe. The previous peak in global nuclear power generation occurred in 2006, when it reached 2,803 TWh. In other words, although 2025 global nuclear power generation has surpassed the previous peak, the cumulative increase over 19 years is only about 1.5%, which does not indicate rapid expansion on a global scale. Over the past decade, global nuclear power generation has risen from 2015...

2026-08-03

Annual maintenance outage begins at Finland's Loviisa nuclear power plant, spanning August 2 to October 18

The annual maintenance of Finland's Loviisa nuclear power plant began on August 2. Energy company Fortum stated that this annual maintenance will be carried out from August 2 to October 18. During the maintenance period, several modernization projects related to extending the plant's service life will also be launched. The maintenance will first be carried out on Unit 2, followed by Unit 1. Fortum stated that while one unit is under maintenance, the other unit will continue normal power generation. The maintenance of Unit 2 is a large-scale annual inspection conducted once every eight years, which includes removing fuel from the reactor for inspection and pressure testing of the reactor vessel, as well as replacing...

2026-08-03

Serbia Launches Nuclear Program: Experts to Train in France for 17 Months, First Nuclear Power Plant Expected by 2040

The nuclear cooperation agreement signed between Serbia and France officially launched the first phase of the country's nuclear energy program on July 29. Under the agreement, Serbian experts will travel to France over the next 17 months for training, seminars, and professional visits to acquire the new knowledge and experience needed to advance the nuclear program. Radoš Popadić, Assistant Minister at Serbia's Ministry of Mining and Energy, stated that nuclear energy could become a realistic and viable solution within Serbia's energy mix. The primary task of the first phase is to assess existing capabilities and identify what additional resources are needed as the process moves forward. According to the plan, Serbia needs to strategically...

2026-08-03

Behind India's Nuclear Power Expansion: Where Does Radioactive Waste Go? Government Details Management Process in Parliament for First Time

India is rapidly advancing its nuclear power expansion, but the safe disposal of radioactive waste is the least-publicized challenge. The government has for the first time detailed in Parliament how it handles hazardous waste. In a written reply, the Department of Atomic Energy disclosed that all nuclear power plants in India generate an average of 0.15 cubic meters (approximately 150 liters) of solid radioactive waste per megawatt (MW) of capacity annually, including waste from operational and decommissioning phases, equivalent to about 1.5 household bathtubs in volume; radioactive waste quantities and disposal records are regularly reported to the Atomic Energy Regulatory Board (AERB). The operation and maintenance of nuclear power plants generate various types of radioactive waste, including spent filter cartridges, protective clothing, tools, equipment, and other items that come into contact with radioactive materials. Waste is categorized into gaseous...

2026-08-03

Spain's two major nuclear power holders, Iberdrola and Endesa, paid approximately €360 million in taxes and fees for nuclear power in the first half of the year

Spain's two major nuclear power holders disclosed to the CNMV: Iberdrola's expenditure on the "production tax on spent fuel and radioactive waste derived from power generation" in the first half of 2026 was €52 million (compared to €56 million in the same period last year), plus €117 million in Enresa radioactive waste management fees (levied based on each unit's monthly gross nuclear generation) (compared to €118 million in the same period last year), totaling €169 million. Endesa paid €56 million in nuclear tax items during the same period (up €3 million year-on-year), and €135 million in radioactive waste treatment fees (up €7 million year-on-year). Due to its controlling stake in Catalan nuclear units, it also paid €76 million in the Catalan environmental tax, totaling €267 million; the two companies' combined nuclear-related taxes and fees for the first half of the year amounted to approximately €336 million (text...

2026-08-03

Kairos Power Advances Flibe Molten Salt Applications to Support KP-FHR High-Temperature Reactor Development

Kairos Power announced on July 29 that its Fluoride Salt-Cooled High-Temperature Reactor (KP-FHR) will be among the early adopters of a fluoride salt coolant. This coolant, commonly referred to as Flibe, is composed of lithium fluoride (LiF) and beryllium fluoride (BeF₂). In the 1960s, Oak Ridge National Laboratory used this material as a coolant in the Molten Salt Reactor Experiment. According to Kairos Power, Flibe has a high specific heat capacity, enabling it to effectively absorb and transfer heat generated in the reactor core. Compared with some sodium-cooled or helium-cooled reactor systems, fluoride salt offers certain advantages in heat transport...

2026-08-03