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Slovenia's Krško Nuclear Power Plant Returns to Full Power Operation
On the evening of August 18, 2026, as meteorological conditions further improved, temperatures dropped, and river water temperatures declined, the Krško Nuclear Power Plant (NEK) increased reactor power to 100%, resuming full-load operation. During full-power operation, the plant will keep the entire cooling tower system in service to ensure compliance with relevant environmental limits and reduce the need for water withdrawal from the Sava River for cooling the plant's tertiary circuit. Previously, due to environmental restrictions related to the Sava River, the Krško Nuclear Power Plant reduced unit power to 80% on August 6, 2026. On August 14, following preliminary improvements in meteorological conditions, plant power was increased to 90%. Under the special operating conditions of this summer, when...
2026-08-20
Danube Water Levels Recover, Paks Nuclear Power Plant Expected to Resume Full-Capacity Operation
2026-08-20
South Korea's Woori Technology Wins Supply Contract for Control Systems for Kori Nuclear Power Plant Units 3 and 4
2026-08-20
NRC Initiates Pre-Application Review of Terra Innovatum's SOLO Construction Permit Application
2026-08-20
Japan's regulator says steam leak at Mihama Nuclear Power Plant Unit 3 was "avoidable"
2026-08-20
Kansai Electric's Dry Cask Storage Project for Spent Fuel at Three Fukui Nuclear Plants Accelerates
2026-08-20
Trial lifting of damaged fuel assembly completed at Unit 2 of Japan's Fukushima Daiichi Nuclear Power Station
2026-08-20
Eight economic organizations in Hokkaido urge early restart of Tomari Nuclear Power Plant Unit 3 and electricity price reduction
2026-08-20
CGN's "Summit Plan" Hydrogen Purity Control Technology for Nuclear Power Promoted at Hongyanhe Nuclear Power Base
2026-08-20
HOBOKEN, N.J. — Wiley recently announced the launch of its spectroscopy analysis Application Programming Interface (API) portfolio, opening its spectral data, analytical algorithms, and predictive models to laboratories, instrument vendors, and software platforms to help users identify and verify unknown compounds faster within their own workflows. According to the company, Wiley has long been building scientific reference databases, with its spectral data applied across pharmaceuticals, forensics, environmental science, chemistry, food, and materials. The newly launched API portfolio aims to integrate these databases and analytical tools into more modern software environments, enabling laboratories to incorporate high-quality spectral information directly into existing...
2026-08-20
Firefly Aerospace announced on August 19 that it has reached a commercial payload agreement with Zeno Power Systems to carry Zeno's Lunar Night Survival Package and radioisotope heater unit on a Blue Ghost lunar lander mission. The mission is scheduled to launch no earlier than 2028 and aims to verify whether the relevant nuclear power technologies can help spacecraft, lunar infrastructure, and future lunar base systems continue operating through the long, extremely cold lunar night environment. *Rendering of Firefly's Blue Ghost lunar lander with Zeno Power's Lunar Night Survival Package on its top deck. Under the plan, Zeno's payload will travel with Blue Ghost to the lunar nearside...
2026-08-20
A neutron radiation protection material developed by Russian company NPO Gelar has obtained relevant certification. The material, named Polikeramoplast-PB, is a borated polyethylene that resembles ordinary gray or black plastic sheets in appearance, but its protective performance derives from the combination of hydrogen and boron. According to reports, the hydrogen in the material effectively moderates fast neutrons, reducing the likelihood of subsequent secondary reactions, while the boron helps absorb moderated neutrons. In contrast, traditional heavy metal materials used for gamma-ray shielding are not suitable for standalone neutron protection, as heavy atomic nuclei have limited attenuation effects on neutrons. The material can be used in radiation therapy room protection systems and combined with lead...
2026-08-19
On August 17, 2026, the US Department of Energy's Oak Ridge National Laboratory stated that its nuclear battery program is advancing the development of radioisotope power systems to meet the demand for stable, long-life power sources in deep space exploration, long-term power supply in remote areas, and national security-related scenarios. NASA's Perseverance Mars rover poses with several of the 10 sample tubes it placed in a sample depot it established in a region of Jezero Crater called "Three Forks." The rover's radioisotope thermoelectric generator is powered by a nuclear battery. Image credit: NASA/JPL-Caltech/MSSS. Nuclear batteries generate electricity from the energy released by the decay of radioisotopes, making them suitable for environments such as the seafloor, remote deserts, and extraterrestrial surfaces where maintenance is difficult and continuous power supply is needed for years or even decades.
2026-08-19
Thor Medical ASA announced on August 19 that its AlphaOne production facility at the Herøya industrial park in Norway will be officially inaugurated on September 9, 2026, with Norwegian Prime Minister Jonas Gahr Støre attending the ceremony. According to reports, AlphaOne is Thor Medical's first industrial-scale production facility for high-purity α radioisotopes and the first of its kind globally. The facility is already in operation, primarily producing isotope products for next-generation targeted cancer therapies, supplying high-purity α emitters to the radiopharmaceutical industry. Thor Medical CEO Jasper Kurth stated that AlphaOn...
2026-08-19
On August 19, 2026, a monitoring mission for the Lake Baikal World Heritage Site, comprising experts from UNESCO and the International Union for Conservation of Nature, inspected the cumulative environmental damage remediation work carried out by Federal Environmental Operator, a subsidiary of Rosatom, at the former Baikal Pulp and Paper Mill site. At the former plant area, the experts were briefed on progress in sludge treatment, alkaline wastewater treatment, and nature-based remediation technologies. The relevant projects primarily target historically accumulated pollution, with the goal of reducing the risk of pollutants entering Lake Baikal. During the visit, the infrastructure at the Babushinsky landfill and the former wastewater treatment plant had been completed and entered the commissioning phase. The...
2026-08-19
On August 18, the Malaysian Nuclear Agency stated that it will continue to enhance the scientific writing and publishing capabilities of its professionals and technical staff, driving research outcomes out of the laboratory to serve society and national development in a broader manner. Dr. Muhamad Rawi Mohamed Zin, Director General of the Malaysian Nuclear Agency, said at the opening of the 2026 Scientific Writing and Publishing Seminar and Workshop that scientific publications are a key indicator of whether research outcomes can promote knowledge advancement, solve practical problems, and create value for national development. High-quality publishing not only helps demonstrate research impact but also enables scientific outcomes to be shared, understood, and applied by a wider audience. This seminar...
2026-08-19
