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Japan Nuclear Fuel Company Says It Will Propose New Schedule for Rokkasho Reprocessing Plant as Soon as Possible

Naohiro Masuda, President of Japan Nuclear Fuel Company (JNFL), stated at a regular press conference on July 29 that the spent nuclear fuel reprocessing plant in Rokkasho Village, Aomori Prefecture, may be difficult to complete within the current fiscal year. The company will propose a new overall schedule as soon as possible after continuing consultations with regulatory authorities on the treatment of liquid waste within the facility. Masuda said that earlier this month, when an official from the Agency for Natural Resources and Energy of the Ministry of Economy, Trade and Industry met with Aomori Governor Soichiro Miyashita, Miyashita had informed the official that completing construction of the reprocessing plant within the current fiscal year would be challenging. Masuda stated that the company needs to make every effort to avoid the risk of schedule delays becoming a reality, and will manage the project construction progress from multiple aspects...

2026-07-30

Yeongdeok-gun, South Korea, Signs Cooperation Agreement with Korea Hydro & Nuclear Power for New Nuclear Power Plant Construction

On July 29, Yeongdeok-gun, North Gyeongsang Province, South Korea, signed the "Mutual Cooperation Agreement for New Nuclear Power Plant Construction and Regional Development" with Korea Hydro & Nuclear Power (KHNP) at the KHNP headquarters in Gyeongju. Under the agreement, both parties will strengthen collaboration in the process of advancing the new nuclear power plant, including expanding local enterprise participation, creating job opportunities, cultivating local talent, improving education and welfare infrastructure, and cooperating in administrative support and licensing procedures. At the same time, both sides will establish a mechanism for continuous communication with the local community to align project construction with regional development. In June 2025, Yeongdeok-gun was selected as the site for two new large-scale nuclear power plants promoted by the South Korean government and KHNP...

2026-07-30

Hoisting in Place! Global Largest "Artificial Sun" Core Module Installation Progress Exceeds Two-Thirds

On July 28, local time in France, the sixth vacuum vessel module of the International Thermonuclear Experimental Reactor (ITER) tokamak device—Sector Module 1—successfully completed its overall hoisting and precise positioning. Thus, the assembly progress of ITER vacuum vessel modules has exceeded two-thirds. As the general assembly enters a new phase of multi-disciplinary cross-construction, the China Nuclear Engineering Consortium led the coordination of the international team to successfully complete this critical hoisting, laying a solid foundation for subsequent assembly tasks, while fully demonstrating the cross-cultural project management and overall coordination capabilities of the Chinese team in international mega-science projects. The vacuum vessel is a core component of the tokamak device, consisting of nine large sector modules installed and connected sequentially,...

2026-07-30

Hefei Proton Leap Commences Operations in Chaohu, Xirong Zhaobo Advances Fusion Equipment Industrialization

On July 26, Hefei Proton Leap Technology Co., Ltd., a wholly-owned subsidiary of Anhui Xirong Zhaobo Technology Co., Ltd., held its opening ceremony in Chaohu, Anhui. The official commencement of operations marks a new step for Xirong Zhaobo in the field of controlled nuclear fusion auxiliary heating equipment, transitioning from R&D customization to small-scale trial production, high-end equipment integration and commissioning, and batch delivery. According to reports, Xirong Zhaobo signed an investment agreement with Chaohu City in October 2025; in December of the same year, Proton Leap relocated to Zhongke Zhicheng in Chaohu; and in June 2026, Proton Leap initiated trial production. Following this opening, the company will undertake Xirong Zhaobo's fusion high-end equipment manufacturing, integrated installation, high-power commissioning, and batch production...

2026-07-30

"AI Empowers Anti-Counterfeiting in Safety, Quality, and Environment Fields" — Huang Chuangtao, Engineer, CGN Intelligent Technology (Shenzhen) Co., Ltd.

On November 14, 2025, Huang Chuangtao, an engineer from CGN Intelligent Technology (Shenzhen) Co., Ltd., delivered a keynote report titled "AI Empowers Anti-Counterfeiting in Safety, Quality, and Environment Fields" at the AI + Nuclear Energy Innovation Application Industry-Economy Roadshow of the Shenzhen Nuclear Industry Expo. The report introduced the application achievements of using AI to enhance anti-counterfeiting for certificates, qualifications, and quality certification documents in the nuclear power industry. The system employs a layered architecture, multimodal recognition, collaboration between large and small models, and dual verification via QR code links to identify deep counterfeiting, such as simultaneous forgery of certificate content and websites. This solution has completed the verification of over 7,000 certificates, intercepted 17 cases of counterfeiting, and plans to build a traceable quality trust system combined with blockchain. Key points: 1. ...

2026-07-29

Denison Phoenix In-Situ Recovery Uranium Mine Enters Full Construction Phase

Denison Mines Corp. of Canada announced on July 28 that the Phoenix in-situ recovery uranium mine, part of the Wheeler River uranium project in northern Saskatchewan, Canada, has completed site preparation and transitioned from the preliminary engineering phase to full construction. Current project priorities include initiating the installation of the freeze wall around the Phase I mine. According to the company's disclosure, since site preparation and preliminary engineering began in March 2026, the project has substantially completed site clearing, advanced several time-critical civil works, and constructed construction management facilities. A temporary construction camp has also been installed and put into operation, increasing the on-site accommodation capacity of the Wheeler River project to nearly 400 people, providing conditions for the subsequent increase in construction personnel...

2026-07-29

Europe Completes Manufacturing of JT-60SA Pellet Centrifuge Accelerator

The European Fusion Energy Organization (F4E) recently announced progress on key components of a new pellet injection system for the upgrade of the JT-60SA device. The centrifuge accelerator, manufactured by Sener, has been completed and delivered to the Max Planck Institute for Plasma Physics (IPP). It will subsequently be integrated with other components of the pellet injection system and undergo testing. The operation of fusion devices relies on the continuous supply of hydrogen isotope fuel. In devices such as JT-60SA and the International Thermonuclear Experimental Reactor (ITER), the pellet injection system is used to fuel the plasma and assist in controlling plasma instabilities. The system typically consists of three parts: preparation...

2026-07-29

Discipline Inspection and Supervision Team Stationed at CNNC Holds 2026 Mid-Year Work Conference and the Two-Year Intensive Implementation Promotion Meeting for the "Three Standardizations" Construction Year Action

On July 27, the Discipline Inspection and Supervision Team Stationed at CNNC held the 2026 Mid-Year Work Conference for the Team and Discipline Inspection Agencies at All Levels and the Two-Year Intensive Implementation Promotion Meeting for the "Three Standardizations" Construction Year Action. This meeting deeply implemented the spirit of the Central Commission for Discipline Inspection and the National Supervisory Commission's promotion meeting for the two-year intensive implementation of the "Standardization, Rule-of-Law, and Formalization Construction Year for Discipline Inspection and Supervision Work" and the deployment requirements of the Group Company's mid-year Party Committee (Enlarged) Meeting. It summarized the work of the Discipline Inspection and Supervision Team Stationed at the Group and Discipline Inspection Agencies at All Levels in the first half of the year, deployed key tasks for the second half, and deeply advanced the "Three Standardizations" Construction Year Action. Zhang Yue, Head of the Discipline Inspection and Supervision Team Stationed at the Group and Member of the Group's Party Leadership Group, attended the meeting and delivered a speech. The meeting pointed out that in the first half of the year...

2026-07-29

DOE's Oak Ridge National Laboratory and REV Advance Shared Fusion Test Platform Construction

The U.S. Department of Energy (DOE)'s Oak Ridge National Laboratory (ORNL) and fusion energy consulting and investment firm Rutherford Energy Ventures (REV) have officially launched a new public-private partnership framework development effort to build shared fusion test platform infrastructure at Oak Ridge National Laboratory. The collaboration framework, named the Fusion Accelerated Scaling Leverage Alliance (FULCRA), aims to explore new design and financing models for the proposed Fulcrum test facility at Oak Ridge National Laboratory, addressing critical capability gaps identified in the DOE's Fusion Science and Technology Roadmap...

2026-07-29

Shanghai Petrochemical's Black High-Density Polyethylene Special Material Obtains Nuclear Power Application Qualification

On July 28, Shanghai Petrochemical disclosed that its self-developed black high-density polyethylene special material YGH041TLSH has passed the certification of the American Plastics Pipe Institute (PPI). After passing this certification, Shanghai Petrochemical has become the first domestic supplier of high-end polyethylene pipe materials with nuclear power application qualifications, marking a breakthrough in China's long-term reliance on imports for polyethylene pipe raw materials used in nuclear power water supply and drainage systems. Nuclear power pipelines are one of the important supporting systems of nuclear power plants, with significantly higher requirements for material reliability and safety compared to ordinary municipal pipelines. Taking the 813 mm large-diameter pipeline used in the cooling system of a nuclear power plant as an example, its wall thickness is more than twice that of ordinary pipelines, and the design life requirement reaches...

2026-07-29

Breakthrough in my country's First-Wall Technology: First to Complete Tungsten-Copper Joint Qualification for the ITER Project

my country recently achieved another technical breakthrough in the ITER "enhanced heat-load" first-wall project: independently developed tungsten first-wall "finger" components successfully passed 15,000 and 3,000 cycles of thermal fat

2026-07-27

Preliminary Design Review Meeting Successfully Held for China's Helium-Cooled Solid Test Blanket Module System

From July 6 to 10, 2026, the ITER Organization held an expert review meeting at its headquarters in France regarding the preliminary design of China's Helium-Cooled Ceramic Breeder Test Blanket System (HCCB TBS). During the meeting, the Chinese te

2026-07-27

Qiangchang Technology Secures Tens of Millions of Yuan in Angel Funding; Industrialization of High-Temperature Superconducting Magnets Accelerates

Qiangchang (Shanghai) Technology Co., Ltd., a company spun off from the research achievements of the Fusion Science and Engineering Team at Fudan University's Institute of Modern Physics, recently completed an angel funding round raising tens of m

2026-07-27

A delegation led by Dai Minmin of Shanghai State-owned Capital Investment Co., Ltd. visited the fusion research facility for a fact-finding and exchange visit.

July 22, 2026, marked the first anniversary of the official establishment of China Fusion. A delegation led by Dai Minmin, Deputy Party Secretary and President of Shanghai State-owned Capital Investment Co., Ltd. (hereinafter referred to as Shanghai State

2026-07-27

"Targeted" Regulation of Facilities Handling Radiation: Chongren Pioneers an Innovative "Red-Yellow-Green" Tiered Control Mechanism

Chongren County, Jiangxi Province, has innovated its approach to radiation safety regulation by focusing on four key dimensions: system development, risk management and control, monitoring and early warning, and public outreach. These efforts have compreh

2026-07-27