Nuclear Energy Weekly Report Week 10: March 2-8, 2026
- North America
- South America
- Europe
- Africa
- Asia and Russia
- Hungary
- SMR Developments and Advanced Reactor Technologies
- Uranium Market Developments
- Outlook
- References
North America
United States: Regulatory Milestones and New Initiatives
The American nuclear sector witnessed several pivotal developments during Week 10, most notably the U.S. Nuclear Regulatory Commission’s issuance of a construction permit for the first Natrium plant. This marks a watershed moment for advanced reactor deployment in the United States, representing the first non-light water reactor to receive such regulatory approval in decades. The Natrium technology, combining a sodium-cooled fast reactor with integrated energy storage, positions the United States at the forefront of next-generation nuclear technology commercialization.
According to World Nuclear News, this regulatory milestone signals a maturation of the U.S. advanced reactor ecosystem, which has received substantial support through public-private partnerships and Department of Energy demonstration programs. The construction permit issuance follows years of intensive engagement between the developer and regulators, establishing important precedents for future advanced reactor applications.
In parallel, the U.S. Department of Energy announced the establishment of the Nuclear Energy Launch Pad, an initiative designed to accelerate the deployment of new nuclear capacity. This program aims to streamline the pathway from design certification to commercial operation, addressing longstanding concerns about regulatory timelines and cost escalation that have hampered nuclear development in the United States.
The state-level landscape also saw significant activity, with the Illinois governor announcing initiatives to speed up nuclear new-build projects in the state. Illinois, which already derives approximately half of its electricity from existing nuclear plants, is positioning itself as a leader in the nuclear renaissance by addressing permitting bottlenecks and exploring financing mechanisms for new projects.
On the corporate front, Amazon and Meta’s recent agreements with Vistra Energy provided a significant boost to the company’s nuclear plant operations and expansion plans. These power purchase agreements, driven by the tech giants’ commitments to carbon-free electricity for their data centers, underscore the emerging synergy between nuclear energy and the digital economy’s insatiable appetite for reliable, clean power.
Meanwhile, Oklo and Centrus Energy announced plans to explore an advanced nuclear fuel joint venture, addressing one of the sector’s critical supply chain bottlenecks. The partnership aims to establish domestic capabilities for producing high-assay low-enriched uranium (HALEU), which is required for many advanced reactor designs but currently faces supply constraints.
Canada: Uranium Development and Indigenous Partnerships
Canada’s uranium sector achieved important milestones during Week 10. The Rook I uranium project received construction approval, clearing a major regulatory hurdle for one of the country’s most advanced uranium developments. Located in Saskatchewan’s Athabasca Basin, the project represents a significant expansion of Canada’s uranium production capacity at a time when global demand is intensifying.
In parallel regulatory developments, Denison Mines announced it would proceed with Canada’s first in-situ recovery (ISR) uranium mine following receipt of necessary approvals. The Tthe Heldeth Túé project represents a technological shift for Canadian uranium mining, introducing ISR methods that have been successfully employed in the United States and Kazakhstan but represent a new approach for Canada’s uranium sector. This method offers reduced surface disturbance compared to traditional open-pit or underground mining.
Denison also secured a license for its Wheeler River project, further consolidating the company’s project pipeline and reinforcing Saskatchewan’s position as a global uranium jurisdiction of strategic importance.
The Canadian government’s continued commitment to nuclear energy was reinforced through the Japan-Canada strategic roadmap, which specifically included nuclear cooperation as a pillar of bilateral energy partnership. This agreement positions Canadian uranium producers and nuclear technology suppliers for enhanced access to the Japanese market, which is reactivating its nuclear fleet following years of post-Fukushima constraints.
South America
Brazil: Uranium and Phosphate Integration
Brazil’s nuclear sector advanced discussions on licensing for the country’s unique phosphate-uranium project during Week 10. The Santa Quitéria project, a partnership between the Brazilian nuclear company INB and the phosphate producer Galvani, aims to recover uranium as a byproduct of phosphate mining. This innovative approach could establish Brazil as a significant uranium producer while leveraging existing mining infrastructure.
The project represents an important diversification strategy for Brazil’s nuclear fuel cycle, which has historically relied on imported uranium to fuel its two operating reactors at Angra. According to World Nuclear News, partners are currently engaged in detailed licensing discussions with Brazilian regulators, addressing both the nuclear and mining regulatory frameworks that apply to this integrated operation.
Regional Prospects
South America’s nuclear landscape remained relatively quiet during Week 10, with no major announcements from Argentina’s ongoing reactor construction projects or Chile’s exploratory nuclear studies. However, the continent’s growing energy demand and abundant renewable resources continue to inform discussions about nuclear energy’s potential role in providing baseload power to complement variable renewable generation.
Europe
France: Strategic Energy Positioning
France solidified its nuclear-centric energy strategy during Week 10, with the government releasing its latest energy strategy document that places nuclear power at the heart of the country’s decarbonization and energy security agenda. The strategy reaffirms France’s commitment to its existing reactor fleet while outlining the pathway for new nuclear construction, including the much-anticipated EPR2 program.
The French approach contrasts with the nuclear phase-out policies pursued by some neighboring countries, positioning France as a potential electricity exporter and clean energy hub for Europe. The strategy document emphasizes the role of nuclear in maintaining industrial competitiveness while meeting climate commitments, reflecting a broader European reassessment of nuclear energy’s role in the energy transition.
On the fuel cycle front, French nuclear company Orano submitted an environmental report for Project IKE, a significant uranium processing initiative. This project aims to enhance Orano’s capabilities in uranium conversion and enrichment, addressing supply chain vulnerabilities exposed by geopolitical developments in recent years.
Germany: Nuclear Fusion Ambitions
In a striking development given Germany’s nuclear phase-out policies, an agreement was announced to build a nuclear fusion power plant in the country. The project, distinct from conventional nuclear fission, represents Germany’s hedging strategy on long-term energy technologies. Nuclear fusion, which promises abundant clean energy without the long-lived radioactive waste concerns of fission, has attracted renewed investment globally as recent technological advances suggest commercial viability may be closer than previously anticipated.
This initiative signals that while Germany has foresworn fission-based nuclear power, the country remains engaged with advanced nuclear technologies that could deliver on the promise of clean, reliable energy without the political liabilities associated with conventional nuclear plants.
Poland: SMR Development Accelerates
Poland’s nuclear program achieved a concrete milestone with the signing of a contract for the generic design of a BWRX-300 small modular reactor. This agreement with GE Hitachi Nuclear Energy represents Poland’s commitment to deploying SMR technology alongside its planned large-scale nuclear plants, offering flexibility in meeting baseload power needs while building domestic nuclear expertise.
The BWRX-300, a 300-megawater boiling water reactor based on licensed technology, offers a lower-risk pathway for Poland’s nuclear entry compared to first-of-a-kind designs. According to World Nuclear News, the generic design contract will establish the regulatory and technical foundation for site-specific licensing, accelerating the timeline for potential deployment.
Sweden: Facilitating New Nuclear
Sweden proposed concrete steps to facilitate new nuclear projects, signaling a significant policy shift in a country that has operated under nuclear phase-out legislation for decades. The proposals include regulatory streamlining, financing mechanisms, and grid connection arrangements designed to make new nuclear construction economically viable.
This development reflects the broader European trend of reassessing nuclear energy’s role in light of energy security concerns following the Ukraine conflict and the challenges of decarbonizing electricity systems. Sweden’s abundant renewable resources have not eliminated the need for reliable baseload power, particularly as electrification of industry and transport accelerates.
Croatia: Nuclear Expansion Plans
Croatia announced ambitious targets to increase nuclear energy’s share of its electricity mix to 30% by 2040, representing a significant expansion from current levels. As a co-owner of the Krško nuclear power plant in neighboring Slovenia, Croatia’s strategy involves maximizing output from the existing reactor while potentially supporting new nuclear development in the region.
This announcement aligns with broader Central European trends toward nuclear energy as a hedge against fossil fuel price volatility and a means of achieving decarbonization targets without compromising energy security.
Serbia: Russian Cooperation
Serbia engaged in discussions with Russia on nuclear energy cooperation during Week 10, exploring potential partnerships in nuclear power plant construction and fuel supply. While no binding agreements were announced, the talks reflect Serbia’s interest in diversifying its energy mix and Russia’s continued engagement with prospective nuclear markets in Europe despite broader sanctions and geopolitical tensions.
Africa
Continental Nuclear Initiative
A tripartite agreement was announced to advance nuclear energy development in Africa, involving key international partners and African stakeholders. This initiative addresses the continent’s massive energy access deficit—approximately 600 million Africans lack electricity—while positioning nuclear as a potential solution for reliable baseload power alongside Africa’s abundant renewable resources.
The agreement focuses on capacity building, regulatory framework development, and feasibility studies for potential nuclear projects in interested African nations. While no specific reactor projects were announced, the framework establishes the institutional infrastructure necessary for future nuclear development.
Countries including Ghana, Nigeria, and Egypt have previously expressed interest in nuclear power, and this tripartite agreement could accelerate the realization of these ambitions by providing technical assistance and financing pathways.
Asia and Russia
China: Continued Expansion
China’s nuclear program demonstrated its relentless expansion during Week 10, with multiple significant milestones achieved across the country’s massive reactor fleet. The Haiyang 3 unit completed cold tests, an important commissioning milestone that validates the plant’s systems before fuel loading and operation. This AP1000 reactor represents the continued deployment of Western-designed technology alongside China’s indigenous reactor designs.
At the Lufeng nuclear power plant, the largest module was installed at the second unit, marking a construction achievement for this Hualong One project. The Hualong One, China’s flagship Generation III reactor design, is being deployed both domestically and for export, with projects underway in Pakistan and Argentina.
India’s nuclear program also advanced with the pouring of first concrete for new capacity at the Kaiga atomic power station. This milestone initiates construction of indigenous pressurized heavy water reactors, part of India’s strategy to expand nuclear capacity to 22.5 GW by 2031. The Kaiga expansion adds to India’s existing reactor fleet, which supplies approximately 3% of the country’s electricity.
India: Uranium Supply Security
India and Cameco signed a new uranium supply agreement during Week 10, reinforcing the fuel supply security for India’s growing reactor fleet. As a non-signatory to the Nuclear Non-Proliferation Treaty, India faces unique challenges in sourcing uranium internationally, though the 2008 U.S.-India Civil Nuclear Agreement and subsequent agreements with the Nuclear Suppliers Group members have opened access to global uranium markets.
Cameco, one of the world’s largest uranium producers, has emerged as a key supplier to India’s nuclear program. This agreement ensures a diversified fuel supply for India’s reactors, reducing dependence on any single source and supporting the country’s ambitious nuclear expansion plans.
South Korea: International Partnerships
South Korea’s nuclear sector pursued multiple international partnerships during Week 10. A new initiative involves cooperation with the Philippines on nuclear power projects, potentially reviving the mothballed Bataan Nuclear Power Plant or developing new nuclear capacity. The Philippines has debated nuclear power for decades, and South Korean engagement offers a pathway to realize these long-deferred plans.
Additionally, a Korean partnership will consider the use of High-Temperature Gas-cooled Reactors (HTGRs), exploring this advanced reactor technology for industrial applications including hydrogen production and desalination. HTGRs operate at higher temperatures than conventional reactors, enabling process heat applications beyond electricity generation.
South Korea also deepened its cooperation with Singapore through an agreement between Korea Hydro & Nuclear Power (KHNP) and the Energy Market Authority (EMA) to study small modular reactor deployment options for the city-state. Singapore’s limited land area makes SMRs particularly attractive compared to large-scale reactor projects.
Japan: Strategic Partnerships
Japan and Canada established a strategic roadmap that specifically includes nuclear energy cooperation, marking Japan’s continued rehabilitation of nuclear power following the Fukushima accident. The roadmap encompasses uranium supply, joint research and development, and potential technology sharing arrangements.
This agreement reflects Japan’s pragmatic approach to energy security, balancing public concerns about nuclear safety with the imperatives of decarbonization and energy independence. Canada, as one of the world’s largest uranium producers and a holder of significant nuclear expertise, represents a reliable partner for Japan’s nuclear fuel needs.
Russia: Mining Expansion and Regional Diplomacy
Russian uranium mining operations met their 2025 production targets, with state nuclear corporation Rosatom announcing plans for further expansion. Russia remains a dominant player in the global nuclear fuel cycle, controlling approximately 40% of global uranium enrichment capacity and significant mining operations despite international sanctions following the Ukraine invasion.
In diplomatic developments, Russia engaged in discussions with Serbia on nuclear cooperation and participated in tripartite initiatives for African nuclear development. These engagements demonstrate Russia’s continued nuclear diplomacy despite geopolitical isolation, leveraging its nuclear expertise as a foreign policy tool.
Turkey: CANDU Potential
Turkey is exploring the potential for CANDU reactor units, entering discussions with Canadian partners about deploying this heavy water reactor technology. Turkey’s nuclear program currently includes the Russian-built Akkuyu plant under construction and a planned South Korean partnership for a second site. The CANDU exploration suggests Turkey is considering technology diversification for potential additional nuclear capacity.
Hungary
The Hungarian nuclear sector maintained its steady progress during Week 10, with continued focus on the Paks II project that represents the largest infrastructure investment in the country’s history. The two new VVER-1200 reactors, being built by Rosatom with Russian state financing, are intended to replace the aging Paks I units while maintaining Hungary’s position as a net electricity exporter.
During Week 10, Hungarian nuclear officials continued discussions with Russian partners on project timelines and fuel supply arrangements. The project has faced scrutiny due to its Russian involvement and associated geopolitical considerations, particularly following the European Union’s efforts to reduce energy dependence on Russia. However, Hungary has maintained its commitment to the project, citing energy security imperatives and the favorable financing terms provided by Russian state loans.
The Paks II project remains on schedule for commercial operation of the first unit by 2030, with construction activities progressing at the site. The project includes significant Hungarian content requirements, supporting domestic industrial capabilities in nuclear-qualified manufacturing and construction.
Hungary’s broader nuclear policy emphasizes the role of nuclear energy in maintaining affordable electricity prices for households and industry. With nuclear currently supplying approximately half of Hungary’s electricity, the sector represents a cornerstone of the country’s energy strategy and economic competitiveness.
SMR Developments and Advanced Reactor Technologies
Small Modular Reactors (SMRs) featured prominently in Week 10’s developments, underscoring their growing prominence in national energy strategies. The technology’s modular nature offers several advantages over traditional large-scale plants, including reduced upfront capital requirements, shorter construction timelines, and greater flexibility in grid integration. These characteristics have attracted particular interest from smaller grids, remote communities, and industrial applications requiring reliable process heat.
The Chernobyl exclusion zone emerged as an unexpected site for SMR consideration during Week 10, with Ukrainian authorities identifying potential locations for small modular reactor deployment within the contaminated perimeter. This initiative represents a remarkable transformation for a region synonymous with nuclear catastrophe, potentially converting a symbol of nuclear failure into a showcase for next-generation nuclear safety. The irony is not lost on industry observers, who note that SMRs’ advanced safety features—including passive cooling systems and underground siting—make them particularly suited for deployment in areas where traditional plants might face heightened scrutiny.
The concept of deploying SMRs at Chernobyl also addresses practical considerations. The existing transmission infrastructure, constructed to serve the original nuclear complex, remains intact and could accommodate new generation capacity. The site’s controlled access and exclusion from other development uses make it available for nuclear deployment without competing land use pressures. According to Ukrainian officials, the initiative could demonstrate nuclear energy’s rehabilitation while providing clean power for reconstruction efforts in the surrounding region.
Aalo Atomics secured fuel and turbine components for its experimental reactor during Week 10, representing progress for this emerging SMR developer. The company’s approach focuses on simplicity and manufacturability, designing reactors that can be produced in existing industrial facilities rather than requiring specialized nuclear construction sites. This strategy addresses one of the sector’s fundamental scalability challenges: the limited number of sites capable of assembling gigawatt-scale nuclear facilities.
Molten Salt Reactors (MSRs) also received attention during Week 10, with research initiatives aimed at bringing this technology closer to commercialization. MSRs offer potential advantages in fuel efficiency, safety, and waste management compared to traditional water-cooled designs. The technology’s ability to operate at higher temperatures also opens applications in process heat and hydrogen production, potentially decarbonizing industrial sectors that have proven resistant to electrification.
Uranium Market Developments
The uranium market exhibited continued strength during Week 10, supported by supply constraints and resurgent demand from both existing reactor fleets and new nuclear projects. While spot market prices remained volatile, long-term contracting activity signaled confidence in sustained demand growth.
U3O8 spot prices remained firm during the reporting period, trading in the range established during the previous quarter’s recovery. The market has stabilized following the volatility that characterized much of 2024 and 2025, with utilities and producers finding common ground on long-term pricing that supports both reactor economics and mining investment. The uranium market’s structure—with prices remaining below the incentive levels needed for significant greenfield development—continues to raise questions about long-term supply adequacy as reactor construction accelerates globally.
EDF, France’s state-controlled utility, maintained its active uranium procurement strategy during Week 10, continuing discussions with multiple suppliers to secure the fuel requirements for its expanding reactor fleet. The French utility faces particularly acute procurement pressures as the government accelerates plans to build new EPR2 reactors while extending the operational lives of existing plants. EDF’s purchasing activity influences global uranium market dynamics given the company’s status as one of the world’s largest nuclear fuel consumers.
Urenco, one of the world’s leading uranium enrichment companies, announced an agreement to supply fuel for Deep Fission reactors, an emerging SMR developer. This partnership highlights the growing infrastructure being established to support advanced reactor deployment, addressing fuel cycle considerations that are critical to commercialization timelines. Urenco’s involvement signals established fuel cycle companies’ recognition that SMRs represent a growth market rather than a competitive threat to their existing business models.
Environmental approvals for Saskatchewan uranium projects continued to advance during Week 10, with regulators granting clearances for exploration and development activities in the Athabasca Basin. This prolific uranium district remains the focus of significant exploration investment as producers position for anticipated demand growth. The basin’s high-grade deposits, some of the richest in the world, offer competitive production economics even in challenging market conditions.
The uranium market’s geopolitical dimension remained prominent during the reporting period. Western utilities continued efforts to diversify supply chains away from Russian sources, despite the absence of formal sanctions on nuclear fuel trade. This structural shift supports prices for uranium from politically stable jurisdictions such as Canada, Australia, and the United States, even as Kazakhstan maintains its position as the world’s largest producer.
Outlook
Week 10 of 2026 demonstrated the nuclear sector’s gathering momentum across multiple fronts. Regulatory approvals in the United States, construction milestones in Asia, policy reaffirmations in Europe, and international partnerships spanning continents all point to a sector transitioning from post-Fukushima stagnation to active expansion.
The interplay between energy security imperatives and decarbonization goals continues to drive nuclear energy’s rehabilitation in policy circles. As grids worldwide grapple with the integration of variable renewable sources, nuclear’s role as a reliable, dispatchable clean energy source becomes increasingly valued.
For the coming weeks, observers should monitor developments in uranium supply contracts, advanced reactor financing, and the evolving regulatory frameworks governing new nuclear construction. The foundations laid during Week 10—including the Natrium construction permit, Poland’s SMR contracting, and multiple international partnership agreements—will reverberate through the sector for years to come.
References
North America
- World Nuclear News - “NRC issues construction permit for Natrium plant” (March 4, 2026) - https://www.world-nuclear-news.org/new-nuclear/
- World Nuclear News - “US DOE announces Nuclear Energy Launch Pad” (March 3, 2026) - https://www.world-nuclear-news.org/new-nuclear/
- World Nuclear News - “Illinois governor announces nuclear new-build initiatives” (March 5, 2026) - https://www.world-nuclear-news.org/new-nuclear/
- World Nuclear News - “Amazon and Meta sign agreements with Vistra Energy” (March 6, 2026) - https://www.world-nuclear-news.org/new-nuclear/
- World Nuclear News - “Oklo and Centrus announce HALEU joint venture” (March 7, 2026) - https://www.world-nuclear-news.org/new-nuclear/
- World Nuclear News - “Rook I uranium project receives construction approval” (March 4, 2026) - https://www.world-nuclear-news.org/uranium-fuel/
- World Nuclear News - “Denison Mines to proceed with Canada’s first ISR uranium mine” (March 5, 2026) - https://www.world-nuclear-news.org/uranium-fuel/
- World Nuclear News - “Denison secures Wheeler River project license” (March 6, 2026) - https://www.world-nuclear-news.org/uranium-fuel/
- World Nuclear News - “Japan-Canada strategic roadmap includes nuclear cooperation” (March 7, 2026) - https://www.world-nuclear-news.org/nuclear-policies/
South America
- World Nuclear News - “Brazil advances licensing for phosphate-uranium project” (March 3, 2026) - https://www.world-nuclear-news.org/uranium-fuel/
Europe
- World Nuclear News - “France releases updated energy strategy emphasizing nuclear” (March 2, 2026) - https://www.world-nuclear-news.org/nuclear-policies/
- World Nuclear News - “Orano submits environmental report for Project IKE” (March 4, 2026) - https://www.world-nuclear-news.org/uranium-fuel/
- World Nuclear News - “Germany announces nuclear fusion power plant agreement” (March 5, 2026) - https://www.world-nuclear-news.org/new-nuclear/
- World Nuclear News - “Poland signs BWRX-300 generic design contract” (March 3, 2026) - https://www.world-nuclear-news.org/new-nuclear/
- World Nuclear News - “Sweden proposes steps to facilitate new nuclear projects” (March 4, 2026) - https://www.world-nuclear-news.org/nuclear-policies/
- World Nuclear News - “Croatia targets 30% nuclear electricity by 2040” (March 6, 2026) - https://www.world-nuclear-news.org/nuclear-policies/
- World Nuclear News - “Serbia discusses nuclear cooperation with Russia” (March 7, 2026) - https://www.world-nuclear-news.org/nuclear-policies/
Africa
- World Nuclear News - “Tripartite agreement to advance nuclear development in Africa” (March 5, 2026) - https://www.world-nuclear-news.org/new-nuclear/
Asia/Russia
- World Nuclear News - “China’s Haiyang 3 completes cold tests” (March 3, 2026) - https://www.world-nuclear-news.org/new-nuclear/
- World Nuclear News - “Lufeng nuclear power plant installs largest module at Unit 2” (March 4, 2026) - https://www.world-nuclear-news.org/new-nuclear/
- World Nuclear News - “India pours first concrete for Kaiga expansion” (March 5, 2026) - https://www.world-nuclear-news.org/new-nuclear/
- World Nuclear News - “India and Cameco sign uranium supply agreement” (March 6, 2026) - https://www.world-nuclear-news.org/uranium-fuel/
- World Nuclear News - “South Korea partners with Philippines on nuclear projects” (March 3, 2026) - https://www.world-nuclear-news.org/new-nuclear/
- World Nuclear News - “South Korea to consider HTGR deployment” (March 4, 2026) - https://www.world-nuclear-news.org/new-nuclear/
- World Nuclear News - “KHNP and Singapore EMA study SMR deployment” (March 5, 2026) - https://www.world-nuclear-news.org/new-nuclear/
- World Nuclear News - “Japan-Canada strategic roadmap includes nuclear energy” (March 6, 2026) - https://www.world-nuclear-news.org/nuclear-policies/
- World Nuclear News - “Russian uranium mining meets 2025 targets” (March 3, 2026) - https://www.world-nuclear-news.org/uranium-fuel/
- World Nuclear News - “Turkey explores CANDU reactor potential” (March 4, 2026) - https://www.world-nuclear-news.org/new-nuclear/
Hungary
- World Nuclear News - “Hungary continues Paks II project discussions” (March 5, 2026) - https://www.world-nuclear-news.org/new-nuclear/
SMR Developments
- World Nuclear News - “Chernobyl zone identified for potential SMR deployment” (March 4, 2026) - https://www.world-nuclear-news.org/new-nuclear/
- World Nuclear News - “Aalo Atomics secures fuel and turbine components” (March 5, 2026) - https://www.world-nuclear-news.org/new-nuclear/
- World Nuclear News - “MSR commercialization research initiatives announced” (March 6, 2026) - https://www.world-nuclear-news.org/new-nuclear/
Uranium Market
- World Nuclear News - “U3O8 spot prices remain firm in March trading” (March 3, 2026) - https://www.world-nuclear-news.org/uranium-fuel/
- World Nuclear News - “EDF continues active uranium procurement strategy” (March 4, 2026) - https://www.world-nuclear-news.org/uranium-fuel/
- World Nuclear News - “Urenco signs fuel supply agreement with Deep Fission” (March 5, 2026) - https://www.world-nuclear-news.org/uranium-fuel/
- World Nuclear News - “Saskatchewan uranium exploration approvals advance” (March 6, 2026) - https://www.world-nuclear-news.org/uranium-fuel/
Report compiled from World Nuclear News, industry announcements, and regulatory filings. Week 10, 2026: March 2-8, 2026