Search Results

Canadian Nuclear Waste Management Organization Publishes Final Design for Centre of Expertise in Ontario

The Nuclear Waste Management Organization (NWMO) has published the final design for its Centre of Expertise, to be located in the Township of Ignace, Ontario. Ignace is one of the host communities for Canada's deep geological repository project for used nuclear fuel. With an investment of approximately CAD 50 million and expected to open in 2028, the centre is positioned as a key platform supporting the construction and long-term operation of the repository. According to the NWMO, the Centre of Expertise design incorporates input from the local community and will feature flexible multi-purpose spaces, educational areas, public viewing galleries, interactive exhibits, and learning zones, while emphasizing integration with the natural environment and a location that facilitates connection to community amenities...

2026-08-07

Trump Administration Revives Spent Fuel Disposal Plan, Seeks State Cooperation

The Trump administration is reshaping spent fuel policy, attempting to restart a long-stalled permanent disposal program through a combination of administrative and legislative measures. This initiative aims to address the growing accumulation of spent fuel, a long-standing issue that has lacked an effective solution. To fund the Nuclear Waste Fund and restore the Department of Energy's access to its $50 billion in resources, the draft legislation proposes reinstating surcharges on nuclear power plants. The core of this policy shift lies in seeking state government participation and cooperation, hoping that states will proactively assume a leading role in spent fuel disposal. While at least two states have already expressed willingness to serve as potential candidate sites, long-time advocates and researchers monitoring the issue warn that significant political resistance and logistical challenges lie ahead.

2026-08-06

Russian Researchers Develop High-Wear-Resistant Steel Sample for Nuclear Waste Processing

Novosibirsk State Technical University (NSTU) recently announced that Russian researchers have developed a steel sample with reinforcing elements. Experimental results show that the durability of this material is approximately 4 times that of 5KhNM tool steel currently used in nuclear power plant waste processing equipment. The research focuses on improving precipitation hardening steel structures. Precipitation hardening steel is a special class of alloy material that, after quenching and holding at specific temperatures, precipitates fine, hard particles within the steel, thereby enhancing strength and wear resistance. The researchers aim to replace existing 5KhNM tool steel with new high-strength alloys...

2026-08-04

GAO Report Urges DOE-EM to Learn from Canada, UK, France, and Belgium in Reshaping Nuclear Waste Cleanup Strategy

The U.S. Government Accountability Office (GAO) noted in a new report that countries such as Canada, France, and the United Kingdom have taken proactive measures in recent years to accelerate nuclear waste cleanup. The report recommends that the U.S. Department of Energy's Office of Environmental Management (DOE-EM) engage in strategic exchanges with these countries to identify and evaluate alternative approaches that could reduce risks, lower costs, or expedite cleanup activities. Currently, DOE-EM estimates its cleanup mission could cost between $641 billion and $840 billion and may not be completed until 2100. The report found that while DOE-EM has some level of exchange with other countries on nuclear cleanup, such exchanges are not strategic and lack proactive learning...

2026-08-04

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

Utah Finalist for DOE Nuclear Fuel Cycle Site, with Great Salt Lake Rescue as Bargaining Chip

Utah is seeking an agreement with the U.S. Department of Energy (DOE), hoping to secure federal nuclear hub status while also gaining assistance in addressing the Great Salt Lake crisis. Governor Spencer Cox and U.S. Energy Secretary Chris Wright signed a memorandum agreeing to collaborate on realizing the full value of the nuclear fuel cycle. However, this agreement does not mean Utah has decided to build the nuclear hub, and the state will decline if it is deemed unsafe or disadvantageous. Currently, Utah is one of five states competing for the federal Nuclear Lifecycle Innovation Park, which aims to consolidate all aspects of the nuclear fuel cycle in one location, including fuel fabrication, enrichment,...

2026-08-03

U.S. Department of Energy Highlights Progress in Legacy Waste Cleanup and Medical Isotope R&D

Recently, senior officials from the U.S. Department of Energy attended an event hosted by the U.S. House Nuclear Cleanup Caucus, presenting the application progress of legacy nuclear waste cleanup efforts in medical isotope R&D and future energy technologies. The event, themed "DOE's Isotope Mission: Legacy Cleanup Saves Lives, Empowers America's Future," focused on how nuclear cleanup missions align with isotope production and medical research. DOE's Under Secretary for Science Dario Gil, along with Oak Ridge National Laboratory Environmental Management Office Manager Eric Olds and Savannah River Operations Office Manager Edwin DeShon, jointly attended the event. DeShon...

2026-08-03

IIT Develops Novel Nanomaterial for Efficient Recovery of Rare Earth and Uranium Resources

Researchers at the Indian Institute of Technology Roorkee have developed an acid-resistant magnetic nanocomposite capable of recovering uranium and rare earth elements from acidic leach solutions. The material consists of core active nanoparticles encapsulated in a protective silica layer, enabling efficient absorption and extraction of these valuable resources in complex acidic aqueous media. By synthesizing the silica shell using biocompatible reagents, the researchers not only enhanced the material's corrosion resistance but also made it safer and more environmentally friendly. This novel nanocomposite demonstrated exceptional performance in laboratory tests, recovering up to 370 grams of uranium and rare earth elements per kilogram of material. It can operate effectively not only under conditions such as natural groundwater...

2026-08-01