Food Safety: Costa Rica’s Growing Export

Source: International Atomic Energy Agency (IAEA) –

Ensuring food safety is crucial for protecting public health and facilitating trade in food products. For the past decade, the IAEA has supported Costa Rica in using nuclear techniques to analyse and detect food contaminants. Effective testing has allowed Costa Rica to stay competitive and trusted in the international food trade market, resulting in greater prosperity and improved livelihoods for the country’s farmers.

The video was first published on 28 May 2024.

Second Ministerial Meeting of IAEA World Fusion Energy Group and 30th IAEA Fusion Energy Conference Take Place in Chengdu, China

Source: International Atomic Energy Agency (IAEA) –

The second Ministerial Meeting of the IAEA World Fusion Energy Group was held on Tuesday 14 October in Chengdu, China, co-chaired by the China Atomic Energy Authority and the IAEA.

Emma Midgley, IAEA Office of Public Information and Communication

High level and senior officials from dozens of countries, international organizations and private industry attended the fusion events in China. (Photo: CAEA)

The second Ministerial Meeting of the IAEA World Fusion Energy Group was held on Tuesday 14 October in Chengdu, China, co-chaired by the China Atomic Energy Authority and the IAEA. The meeting brought together high-level and senior officials from dozens of countries, international organizations, and private industry to exchange information on national policies, programmes and initiatives relating to fusion energy, a potentially abundant source of clean energy capable of meeting growing development needs.

Launched in 2024, the World Fusion Energy Group (WFEG) serves as a global platform to unite public and private sector stakeholders, as well as representatives from academia and regulatory bodies, to accelerate the research, development, demonstration and deployment of fusion energy. This year’s meeting built on the momentum of the first meeting in Rome, deepening dialogue on research and development towards demonstration and deployment, fusion regulation and global supply chains.

The WFEG opened jointly with the 30th IAEA Fusion Energy Conference, which runs until Saturday 18 October, providing a global platform for sharing the latest research and advances in fusion energy. It brings together public institutions and private companies from around the world, featuring cutting edge progress in experiments, theory, engineering, materials, and commercialization pathways. 

Mr Grossi launched the third edition of the World Fusion Outlook at the opening of the fusion events. (Photo: CAEA)

Addressing more than 1000 delegates, IAEA Director General Rafael Mariano Grossi, thanked all those were “working together to take this important indispensable step to bring the promise of fusion into the reality of today”. 

He launched the World Fusion Outlook 2025, the IAEA’s definitive global reference on fusion energy developments, and announced that the Agency will begin working with a group of international experts to develop a new guidance publication for fusion energy. This forthcoming document will provide countries with practical steps and essential guidance for establishing national fusion energy programmes. Building on the Fusion Key Elements released last year, it will draw on the IAEA’s extensive experience in helping Member States plan and implement complex scientific and technological undertakings. Mr Grossi also announced the designation of China National Nuclear Corporation’s Southwestern Institute of Physics as an IAEA collaborating centre on research and training in fusion energy, buildings on decades of partnership between the two organizations.

Following opening addresses by Party Secretary of Sichuan Province, Xiaohui Wang, IAEA Director General Rafael Mariano Grossi, and China’s Vice Minister of Science and Technology, Jiachang Chen, partcipants heard a keynote speech from China Atomic Energy Agency (CAEA) Chairman Zhongde Shan, who outlined China’s fusion energy programme. 

China’s National Nuclear Corporation’s Southwestern Institute of Physics was officially designated as an IAEA collaborating centre on research and training in fusion energy. (Photo: CAEA)

Mr Shan spoke of the importance of collaboration in fusion research: “It is important to deepen the collaboration between industry, universities and research institutes to ensure that fusion energy development remains innovative, coordinated and collaborative”

China’s Vice Premier Guoqing Zhang in his special address closed the Opening Session.

“Achieving this goal [of supporting fusion research, development and deployment] will require an inclusive, multi-stakeholder approach that brings together governments, regulators, academia, private industry, and civil society,” Mr Zhang said. “Equally vital is building public trust: engaging communities from the very beginning to ensure that fusion energy is developed transparently, deployed safely, and embraced responsibly.

“The WFEG established by the IAEA provides a platform for uniting these stakeholders and fostering a cohesive global fusion community,” he concluded.

The WFEG meeting then continued with national statements and a series of technical panel discussion and concluded with a meeting summary under the Statement on the second WFEG Ministerial Meeting Conclusions in Chengdu. 

Throughout the day, a recurring theme was the central role of international collaboration across governments, industry, research and academia to ensure that fusion progresses efficiently and safely to provide a clean solution to growing global energy demands. The discussions reaffirmed the vital role of international organizations such as the IAEA and ITER in supporting fusion research, development and deployment.

“The WFEG is now consolidated as a unique global platform where all actors from governments and regulators to research institutions and private industry come together around concrete topics and implementation,” said Mr Grossi. “Through this inclusive and action-oriented group, we are ensuring that fusion moves decisively from aspiration to realization.”

 The WFEG invited the IAEA to continue advancing activities under its auspices, in collaboration with its Member States and partners, to support progress across these areas. The IAEA will periodically convene WFEG gatherings to review achievements, maintain high-level engagement and promote further collaborative action to bring fusion from vision to reality. 

The Group looks forward to convening again to take stock of progress and chart next steps. Read the full statement here.

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Update 321 – IAEA Director General Statement on Situation in Ukraine

Source: International Atomic Energy Agency (IAEA) –

IAEA Director General Rafael Mariano Grossi said today that he expects repairs to start soon to restore off-site power to Ukraine’s Zaporizhzhya Nuclear Power Plant (ZNPP), more than three weeks after the site lost the connection to the grid for the tenth time during the military conflict. 

“Immediately after the plant last month lost all off-site power, the IAEA has been engaging closely with both sides to help create the necessary security conditions on the ground so that their technicians can carry out repair work that is of crucial importance for nuclear safety and security,” Director General Grossi said.

“This region is an active war zone, and we must be very careful in how we approach this complex and sensitive matter. Repairs to the power lines are needed on both sides of the frontline, at locations several kilometres from the site itself. In line with the IAEA’s technical and impartial mission, I’m continuing to consult with the Russian Federation and Ukraine to enable this work to proceed within the next few days. They both tell me that they also want the repairs to go ahead. The current situation – with the plant relying on emergency diesel generators for weeks now – is not sustainable,” he said.

Before the conflict, the ZNPP had access to ten power lines. In recent years, that was reduced to two, of which one 330 kilovolt (kV) line was lost on 7 May while the sole remaining 750 kV line was disconnected on 23 September. It is by far the ZNPP’s longest complete loss of off-site power during the conflict.  

Seven emergency diesel generators (EDGs) are currently producing electricity for the ZNPP site, mainly for the water pumps to cool the fuel in its six shutdown reactors as well as its spent fuel. Another 13 EDGs are in standby mode, with the plant continuing to alternate the ones in use in order to carry out necessary servicing. 

The ZNPP’s safety systems continue to be in operation for all reactor units and spent fuel pools, to maintain nuclear safety.

The IAEA team at the plant has also continued to report that there has been no increase in the temperatures within the coolant in the reactors or the spent fuel pools – indicating that the nuclear fuel continues to be cooled effectively and that nuclear safety is currently maintained.

Over the past week, the team conducted a walkdown of the site and observed the EDGs in operation as well as all essential service sprinkler ponds, which provide cooling for the six shutdown reactors and spent fuel pools, noting that all were full and operating. The team also performed radiation monitoring, confirming that radiation levels were normal for the site.

While the loss of off-site power remains in focus, the IAEA team also monitors other aspects of nuclear safety and security.

Late last week, the team members met with the ZNPP’s Emergency Preparedness and Response (EPR) Department. They were informed that the site’s EPR plan was approved and became effective from last month. The team was also informed that the ZNPP had established a new off-site emergency centre in the nearby town of Enerhodar, as the former off-site centre is inaccessible due to its location on the other side of the frontline. This facility serves as a backup to the temporary on-site emergency centre – the original on-site centre remains unavailable – and receives the same plant data, ensuring continuity in emergency coordination if needed.

Earlier this week, the team visited the six pumping stations located at the ZNPP channel that was recently isolated from the cooling pond and that supplies water for the cooling of several plant systems. The team assessed equipment status and operability. The visit confirmed that key pumps supporting service water, fire protection, and the common EDG cooling were functioning as needed. The height of the water in the channel remains about two metres above the minimum level for the pumps to operate.

The team continues to report military activities at various distances from the site.

Elsewhere, the Chornobyl site remains disconnected from the 330 kV power line, following reports two weeks ago that military strikes had damaged a nearby electrical substation, leading to a partial blackout of the site’s New Safe Confinement (NSC). The site has since successfully tested the EDGs that supply the NSC, confirming their readiness in case of a future loss of power. Fuel reserves are sufficient for over 10 days of EDG operation, with additional diesel fuel ordered to strengthen contingency capacity.

Impact of IAEA Technical Cooperation Highlighted at IAEA General Conference

Source: International Atomic Energy Agency (IAEA) –

The Atoms4Food initiative, a joint IAEA/FAO initiative, helps countries boost food security.  

At a side event on advancing food security in Africa through Atoms4Food, Liberian Minister of Agriculture Alexander Nuetah and the Permanent Representative of Sudan to the United Nations, Magdi Mofadal Elnour, highlighted the continent’s growing food security challenges and the unique solutions provided by nuclear techniques. 

A researcher from Burkina Faso described the success of the recent Atoms4Food Assessment Mission and explained how national rice yields have grown with IAEA support. 

IAEA Profile: Shaping the Nuclear Workforce through Data

Source: International Atomic Energy Agency (IAEA) –

After graduating, Chong quickly took up a job as an executive assistant to a local entrepreneur to repay her student loan. 

“I learned the importance of not only placing the right people in the right jobs but also ensuring the workforce can adapt to evolving business needs,” she says. The experience also taught her how business resilience and care for employees can go hand in hand as she observed how her employer, conscious of the impact on people’s lives, prioritized the company’s workforce when responding to business challenges. 

“I realized that HR decisions are more than just operational choices, but have also have the power to transform workplace culture and employee well-being” she says.

Chong’s career in HR took off as she moved into specialized roles in various industries, from property and construction to logistics and supply chain management. She gained hands-on experience across the spectrum of HR functions, from recruitment and workforce engagement to organizational transformation. 

“I was motivated by being able to contribute to different types of change, and with each move, I gained new perspectives on organizational growth and transition,” she explains. Her career spanned several countries in Southeast Asia, enriching her understanding of different workplace cultures. 

After becoming a mother, Chong decided to focus on opportunities closer to home. In 2015, she joined the World Health Organization (WHO) in Malaysia, working in the service centre that processes contracts and benefits for its staff globally. Her role enabled the timely deployment of personnel, often during emergency situations such as disease outbreaks or global health initiatives. 

After a year, she took on a more senior role as a team lead and resolved to continue a career in international organizations. “Working at an international organization was very motivating, as I felt the mandate was more meaningful than being profit centred. I felt I was contributing to something important,” she says.

IAEA Mission Reviews Hungary’s Nuclear and Radiation Safety Framework

Source: International Atomic Energy Agency (IAEA) –

An International Atomic Energy Agency (IAEA) team of experts has found that Hungary demonstrates a strong commitment to nuclear and radiation safety. The team’s review, held from 6 to 17 October, found Hungary’s nuclear regulator to be in high compliance with IAEA safety standards, making it a competent and trusted regulator. 

The Integrated Regulatory Review Service (IRRS) mission, conducted at the request of the Government of Hungary and hosted by the Hungarian Atomic Energy Authority (HAEA), aimed to review Hungary’s governmental, legal and regulatory framework for nuclear and radiation safety.  

IRRS missions are designed to strengthen the effectiveness of the national nuclear and radiation safety regulatory infrastructure, based on IAEA safety standards, while recognizing the responsibility of each country to ensure nuclear and radiation safety.

The 12-day mission covered areas such as legal and regulatory frameworks, responsibilities and functions of the regulatory body, and the management system of a regulatory body. The team also reviewed Hungary’s oversight of facilities and activities including nuclear power plants, research reactors, radiation sources facilities and waste management facilities. It is the second full scope IRRS mission in Hungary; the country hosted its first in 2015 and a follow-up in 2018.

In Hungary, nuclear energy plays a central role in the country’s electricity generation, providing nearly half of its electricity through the Paks Nuclear Power Plant (NPP). The facility consists of four pressurized-water reactor units, each with a net capacity of approximately 500 MWe. Hungary is constructing two new nuclear power units, Paks II, alongside the existing plant. The country also applies nuclear and radiation technologies in medicine, industry and research. 

During the mission, the IRRS team – comprised of international experts from 16 countries, as well as four IAEA staff and two observers from the European Commission and from France – held meetings with officials from the HAEA, the Ministry for Energy, the National Centre for Public Health and Pharmacy, and the Baranya County Government Office. They also observed regulatory oversight activities at facilities, including the Paks NPP, the National Radioactive Waste Repository and the Training Reactor at the Budapest University of Technology and Economics. 

The IRRS team found that since the follow-up mission in 2018, Hungary has made notable progress in establishing a capable and independent HAEA. It said the establishment of a national safety policy and government support for regulatory institutions was evidence of the government’s prioritization of nuclear and radiation safety.

Several good performances were formally identified by the IRRS team, including:

  • The special legal status of the HAEA – whereby it reports directly to the Parliament – allows for a high level of effective independence;
  • The HAEA management’s comprehensive steps in enhancing safety culture at the regulatory body, including the 2024 “Year of Safety Culture” initiative and the development of a strategy and action plan for safety culture. 

“Hungary has established a solid foundation for regulatory oversight through its independent regulatory body, the HAEA, and demonstrated a proactive approach to continuous improvement,” said Ramzi Jammal, Executive Vice-President and Chief Regulatory Operations Officer of Canadian Nuclear Safety Commission, and the IRRS Team Leader. “We have found high levels of compliance with IAEA safety standards and evidence that HAEA is a competent and trusted national regulator.”

The IRRS team provided recommendations and suggestions to support Hungary in further enhancing its regulatory framework. These included:

  • Clarifying allocation of tasks and responsibilities for regulatory control of medical exposures within the governmental, legal and regulatory framework for safety;
  • Establishing an integrated management system;
  • Documenting key regulatory processes and procedures within the management system; and
  • Reviewing and improving the existing arrangements between relevant regulatory authorities, as necessary, for the effective coordination of their regulatory functions.

“The outcome of this mission demonstrates Hungary’s dedicated and strong commitment to strengthening its regulatory infrastructure and, consequently, enhancing nuclear and radiation safety nationwide,” said Karine Herviou, IAEA Deputy Director General and Head of the Department of Nuclear Safety and Security.

The team also noted that the HAEA’s resources have been incrementally increased to accommodate the country’s growing nuclear industry. The IRRS team emphasized the importance of continued government support – both financial and human resources – to ensure the regulator’s capacity to fulfil its mandate. 

“Continuous improvement is of paramount importance to the Hungarian Atomic Energy Authority, as it strengthens the robustness of our regulatory framework and enhances nuclear safety to protect both the public and the environment,” said Andrea Beatrix Kádár, HAEA President. “The self-assessment process and the IAEA Integrated Regulatory Review Service (IRRS) mission provide valuable opportunities to further develop our procedures, practices and regulations, ensuring that Hungary’s regulatory system remains aligned with the ever-evolving and increasingly rigorous international standards.”

The final mission report will be provided to the Government of Hungary within about three months. Hungary plans to make the report publicly available.

IAEA Safety Standards

The IAEA Safety Standards provide a robust framework of fundamental principles, requirements and guidance to ensure safety. They reflect an international consensus and serve as a global reference for protecting people and the environment from the harmful effects of ionizing radiation.

IAEA Hosts International Conference on Enhancing Resilience of Nuclear Facilities Subjected to External Hazards

Source: International Atomic Energy Agency (IAEA) –

The conference will see participation from  a range of experts in nuclear safety, natural hazard analysis and mitigation. This will include owners and operators of nuclear power plants and other nuclear facilities, technical experts such as structural engineers and hazard analysts, nuclear regulators and civil protection authorities and disaster managers. 

Experts will have the opportunity  to share experiences and discuss existing and new methods to evaluate the resilience of existing nuclear facilities, as well as those under design, licencing and construction. 

The conference will feature plenary sessions, keynote lectures and breakout sessions. Themes and topics will include initial identification and analysis of external hazards, data and climate modelling, safety features of advanced reactor designs, and operational measures for a real time management of emergencies, such as new monitoring systems and artificial intelligence.  Emergency preparedness and disaster response will also be addressed, with discussions on subjects such as international collaboration in emergency response and public communication. The siting and design of reactors, safety assessments and regulatory matters will also be addressed.

The conference will provide networking opportunities for safety analysts, regulators, researchers, and others engaged in the safety of nuclear installations.

It will conclude with a discussion of the Call for Action drafted by the conference President, with proposals for future involvement of the IAEA in the development of guidelines, projects and research in the area.

Update 322 – IAEA Director General Statement on Situation in Ukraine

Source: International Atomic Energy Agency (IAEA) –

Technical work began today to restore off-site power to Ukraine’s Zaporizhzhya Nuclear Power Plant (ZNPP), nearly a month after its complete loss of external electricity supplies sharply deepened concerns about the precarious nuclear safety situation at the site, IAEA Director General Rafael Mariano Grossi said.

Following weeks of complex negotiations, the Russian Federation and Ukraine have both agreed to an IAEA proposal to establish temporary ceasefire zones around two specific locations on opposite sides of the frontline, to enable their respective expert teams to conduct repairs on two power lines that were recently damaged during the military conflict.

This morning, following de-mining activities, work started to repair two cables of the 330 kilovolt (kV) Ferosplavna-1 line, which was disconnected from the ZNPP on 7 May. 

Later this weekend, also after completion of the necessary de-mining of the specified area on the other side, repairs are due to begin on the damaged section of the 750 kV Dniprovska line, which was disconnected on 23 September, causing the ZNPP’s complete loss of off-site power. 

IAEA teams will monitor and report on the progress of the repair work at the two locations, both situated several kilometres from the ZNPP, whose six reactors have been shut down since 2022 but still require electricity to power water pumps for the cooling of the site’s nuclear fuel.

“Today’s start of the repairs marks a significant step forward in our determined efforts to restore off-site power to Europe’s largest nuclear power plant, which for the past several weeks has been forced to rely on emergency diesel generators for electricity, which is clearly not sustainable,” Director General Grossi. 

“While it will still take some time before the plant is once again reconnected to the electricity grid – the repairs are expected to last about a week – there is now finally some light at the end of the tunnel. Both sides have engaged constructively with us to make this happen. There is a general understanding that the current situation benefits absolutely no one. It has been a challenging process as the power lines are in an active war zone and we first needed to create the necessary security conditions on the ground before repairs could proceed,” he said.

Pending the restoration of off-site power, seven emergency diesel generators (EDGs) are currently operating to provide the plant with the required electricity for essential nuclear safety and security functions. Another 13 EDGs remain in standby mode. 

The current loss of off-site power at the ZNPP is the tenth during the conflict and by far the longest-lasting. 

“Depending on emergency diesel generators is the last line of defence for nuclear power plants. Virtually unimaginable before the war, it has now become an all too common occurrence. As long as this devastating conflict goes on, nuclear safety and security remains under severe threat. Today, we had some rare positive news to report, but we are far from being out of the woods yet,” Director General Grossi said.

Azillah Binti-Othman: Her Path to a Career in Radiation Science

Source: International Atomic Energy Agency (IAEA) –

Featured Story

As an IAEA Radiation Processing Officer, Azillah Binti-Othman’s work focuses on how radiation technologies can be applied to real-world settings. She reflects on her career and work at the IAEA.

Alison Gray, IAEA Department of Nuclear Sciences and Applications

The IAEA profiles employees to provide insight into the variety of career paths that support the Agency’s mission of Atoms for Peace and Development and to inspire and encourage readers, particularly women, to pursue careers in STEM (science, technology, engineering and mathematics) or STEM-adjacent fields. Read more profiles of women at the IAEA.  

For Azillah Binti-Othman, IAEA Radiation Processing Officer, accounting seemed more approachable than science when she was a teenager, and she intended to study it at university—until an unexpected opportunity arose. The Japanese Government offered her a full scholarship to study chemical engineering in Japan, so she left her home country of Malaysia and moved to Tokyo. 

Building a Life Abroad

After university, Binti-Othman worked as an engineer in Japan, but after giving birth to her second child, she decided to become a stay-at-home parent. She spent three years raising her two young children and becoming fluent in Japanese. She describes this period of her life as personally enriching but professionally uncertain. “During that time, I didn’t do anything related to science or research,” she said. “I didn’t know if I could ever return to that world.”

Although Binti-Othman and her family loved life in Japan, they returned to Malaysia. “I felt it was time to go back and contribute to my home country,” she recalled. 

Navigating Career Transitions

Back in Malaysia, Binti-Othman was offered a research position at the Malaysian Nuclear Agency through a governmental Returning Expert Programme. The opportunity was not without challenges. “I was 30 years old with two children and starting from scratch. Most of my new colleagues were much younger and fresh out of university. I had to learn everything again and catch up quickly.”

A key element of her career transition was finding a mentor. “My division director took me under his wing,” she said. “Even though I was new, he brought me along to every meeting and presentation. I learned so much just by observing.”

Binti-Othman completed her PhD in 2020.Through her involvement in IAEA-supported national and coordinated research projects, she gained insight into the Agency’s work.  When she learned about an open position at the IAEA, she applied and was selected. 

Radiation Science and Applications at the IAEA

As an IAEA Radiation Processing Officer, Binti-Othman focuses on how radiation technologies can be applied to real-world settings. She primarily works on the NUTEC Plastics initiative, which uses nuclear technology to tackle plastic pollution worldwide – both through recycling and at the source. The initiative’s use of radiation technologies in sustainable materials processing aligns directly with her area of expertise. 

“Working on NUTEC Plastics allows me to collaborate with a global network of scientists, researchers and technologists, to grow professionally in a range of areas, and to contribute to innovative, radiation-based solutions for plastic pollution,” she said.

Binti-Othman also represents the IAEA at the Intergovernmental Negotiating Committee on Plastic Pollution, which is working toward an international legally binding instrument on plastic pollution both on land and in the marine environment.

One of Binti-Othman’s proudest achievements at the IAEA was her key role in organizing the Third International Conference on Applications of Radiation Science and Technology (ICARST-2025). The conference, which showcases developments in radiation science and technology, attracted over 1700 in-person and virtual attendees.

Binti-Othman said that experiencing the IAEA from the inside has deepened her appreciation for its global work. “From the outside, the IAEA can seem complex. But being here has helped me better understand the systems and processes behind IAEA activities, and I can bring that knowledge back home with me,” she said.

Career Reflections

Reflecting on her journey, Binti-Othman said that both academic and life experiences have helped shape her. “Being a stay-at-home parent taught me practical skills, confidence and communication. And being a researcher taught me how to ask questions and find answers,” she said, highlighting that every experience, whether in a lab or at home, can equip you for a successful career. “Never underestimate yourself,” she said. “You can always start over. You can learn something new. Give yourself the chance.”

The IAEA’S Commitment to Gender Equality

The IAEA is committed to gender equality and to supporting the ability of all individuals, regardless of gender, to equally contribute to and benefit from its programmes and activities. 

In 2020, the IAEA launched the Marie Sklodowska-Curie Fellowship Programme to support the next generation of women nuclear professionals by offering scholarships for master’s degrees in nuclear-related fields. The IAEA’s Lise Meitner Programme, launched in 2023, offers early- and mid-career women multi-week training visits to nuclear facilities.  

Read more about the IAEA’s work on gender equality and apply for vacancies, internships or pipelines.  

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Nuclear Energy in Focus at the G20 in South Africa

Source: International Atomic Energy Agency (IAEA) –

Matt Fisher, IAEA Department of Nuclear Energy

Energy leaders from around the world convened in Durban last week for the first ever high level G20 meeting on nuclear energy, held amid rising projections for nuclear power expansion. Jointly organized by South Africa’s Department of Electricity & Energy and the IAEA, the conference brought together energy ministers and high level representatives from G20 countries, invited guest countries and the International Energy Agency (IEA).  

“In Africa, as in the rest of the world, nuclear power is increasingly recognized as a source of reliable, safe and affordable energy,” said IAEA Director General Rafael Mariano Grossi during his keynote address. “The IAEA is and will always be ready to support Africa and the G20 in turning this potential into lasting progress.” 

The global consensus on the need to bolster nuclear power capacity has been backed by efforts to increase access to financing, including by the World Bank, and efforts to streamline deployment

Many of the 31 nuclear operating countries, including South Africa, are looking to build new capacity and extend the lifetime of existing reactors, and around three dozen newcomer countries are either considering the introduction of nuclear power or actively preparing infrastructure. Egypt is poised to become Africa’s second operating country as the construction of its inaugural El Dabaa nuclear power plant nears completion, while Bangladesh and Türkiye plan to commission their first units within the next few years. 

The IAEA is participating in the G20 for the second year in a row, building on the cooperation that started under the G20’s Brazilian presidency last year.

According to the International Energy Agency, around half a billion Africans lack electricity access, and by 2030 the continent will be home to about 20% of the world’s population — highlighting the need to scale up clean, reliable power, including nuclear. 

In August 2025, the IAEA released the Outlook for Nuclear Energy in Africa as part of its collaboration with the South African G20 presidency. The report outlines nuclear power prospects on the continent and what is needed for it   to meet Africa’s growing energy demand. 

After a press conference with Mr Grossi and South Africa’s Minister of Electricity and Energy, Kgosientsho Ramokgopa, Henri Paillere, Head of the IAEA’s Planning and Economic Studies Section, presented a new publication Coal to Nuclear: Supporting a Clean Energy Transition, the IAEA’s latest contribution to G20 work on nuclear power. The publication explores the benefits of repurposing former coal power plant sites to support reactor deployments, such as job creation and improved air quality. It also reviews technical considerations, including site selection and the feasibility of using existing infrastructure, and financing requirements.

“This IAEA publication on coal-to-nuclear transitions is both timely and necessary,” said Ramokgopa. “It offers a practical pathway for countries, particularly those with established coal infrastructure, to accelerate their energy transitions while retaining grid stability, enabling industrialization and safeguarding jobs.”

The conference closed with a panel discussion on the role that nuclear power could play in Africa’s energy future, with a forward-looking focus on technologies, strategies and implementation. According to the latest IAEA projections, nuclear generating capacity on the continent will triple by 2030 in the high case scenario compared with 2024 capacity. That same scenario has capacity growing sixteenfold by mid-century. 

Speakers from nuclear power-related organizations in South Africa as well as the IAEA and the Electric Power Research Institute discussed enabling conditions for deployment, financing models, international cooperation and the importance of proactive stakeholder engagement for long-term success.

“Nuclear offers a huge opportunity to industrialize Africa and enable the achievement of its goal of providing a better life for its citizens,” said Loyiso Tyabashe, CEO of the South African Nuclear Energy Corporation.   

Globally, at the end of 2024, 417 nuclear power reactors were operational, with a global capacity of 377 gigawatts electric (GW(e).  In the high case projection, the IAEA estimates that global nuclear operational capacity will more than double by 2050 – with small modular reactors (SMRs) expected to play a pivotal role in this expansion.