Introductory Statement to the Board of Governors

Source: International Atomic Energy Agency (IAEA) –

Before I begin my remarks, let me welcome the Democratic Republic of Timor-Leste in recently submitting its application for IAEA membership.   

Mr Chairperson,

Just a few weeks ago I was at the United Nations in New York, marking its 80th anniversary and delivering to the UN General Assembly our annual report. 

Among discussions about the UN system and its relevance today, it was absolutely clear that the IAEA stands out as crucial to peace and security and that it delivers on the world’s priorities, from non-proliferation to economic development.

IAEA inspectors are back in the Islamic Republic of Iran and have carried out inspections and design information verifications at many of the facilities unaffected by June’s military attacks. But more engagement is needed to restore full inspections, including at the affected sites, so that Iran fulfils its obligations under its NPT Agreement. I am in regular contact with Tehran and urge Iran to facilitate Agency access at its affected facilities and especially of its inventories of Low Enriched Uranium (LEU) and High Enriched Uranium (HEU), whose status needs urgently to be addressed. I will return to the subject in more detail later in my statement. 

This month was notable for the key positive success in our mediation to allow indispensable repairs to the Dniprovska and Ferosplavna power lines, ending a month of loss of off-site electricity to the Zaporizhzhya Nuclear Power Plant. The constructive engagement of both sides under the monitoring of the IAEA is another manifestation of the crucial role of the Agency in the very fragile and perilous situation at Zaporizhzhya NPP. This morning, I can confirm that a subsequent interruption of one of the lines has been resolved.  

Here in Vienna this week, the IAEA’s Technical Assistance and Cooperation Committee met, and the Board has before it the proposed TC programme for the 2026–2027 cycle. This programme has been developed in close cooperation between the Secretariat and Member States, building on Country Programme Frameworks, and on national and regional development priorities. To give you an idea of its scope and geographical reach: it consists of 452 new project proposals, 92 in Latin America and the Caribbean, 115 in Africa, 88 in Europe and Central Asia, and 151 in Asia and the Pacific. Six new interregional projects have also been proposed. Almost seventy percent of the proposed programme focuses on food and agriculture, health and nutrition, and safety, reflecting the priorities of Member States.

As of the end of October this year, we have received €70.6 million in contributions to the TCF, which represents a rate of attainment of 72.1%. Though this is below the rate recorded at this time last year; I trust Member States will maintain their strong support. Receiving the outstanding contributions is crucial to implementing the programme you approved for this year. I urge all Member States to pay their contributions to the TCF in full and on time. I also invite Member States that are in a position to do so to support the programme with extrabudgetary contributions. 

With the cleareyed view that budgets of our Member States are limited, I have been determined to increase the positive impact the IAEA makes across the world, most notably in those places that require our assistance most. We have done this through strengthened partnerships, including with non-traditional donors and development agencies.

It is also precisely why I launched the key initiatives: Zoonotic Disease Integrated Action (ZODIAC), NUTEC Plastics, Rays of Hope, Atoms4Food and Atoms4NetZero. They are an integral part of the TC Programme, raising awareness, building partnerships and mobilizing resources to enable us to strengthen and expand our work in the key areas of pandemic preparedness, plastic pollution, access to cancer treatment, food security and clean energy.

The Atoms4Food initiative continues to improve food security by making agricultural systems more effective and sustainable using nuclear techniques and technology. This month, new missions, to assess the situation and the needs, were completed in Peru and Benin, with Türkiye next in line. 

Through Zoonotic Disease Integrated Action (ZODIAC), we are using science and international collaboration to detect dangerous viruses and prevent the next pandemic. The initiative is helping to establish nine whole genome sequencing hubs in low- and middle-income countries. The Senegal hub, with support from ZODIAC and the VETLAB Network, sequenced the full genome of the Rift Valley Fever virus affecting Senegal, Mauritania and Gambia. This is crucial for outbreak control and just one example of how science is at the heart of what the IAEA does. 

Rays of Hope is another example of our growing work with non-traditional partners. The IAEA and St. Jude Children’s Research Hospital are developing new training curricula to strengthen global capacity in paediatric cancer care, with experts from our Anchor Centres contributing to harmonized education for radiation oncologists, medical physicists and radiation therapists. 

Rays of Hope and ZODIAC are supporting experts in making the most of AI. We launched a global 12-part webinar series on AI for medical physicists, attracting over 3,000 participants worldwide, to promote the safe and effective integration of AI in clinical practice. Meanwhile, ZODIAC is supporting AI-driven diagnostic model development in the fight against respiratory diseases.

Next week in Manila, the International High-Level Forum on NUTEC Plastics, hosted by the Philippines, will mark five years of NUTEC Plastics achievements.

Much of our work relies on the use of our laboratories and I am pleased to say the refurbishment of our Seibersdorf facilities under the ReNuAL programme is now complete. The space now includes a visitor centre where more than 30 interactive exhibits covering our full mandate inspire visitors, including future generations of scientists, engineers and problem-solvers. I encourage you to come and visit us in Seibersdorf. We are reaching out to schools, universities, educational centres and other areas of society to come and see what nuclear science and technology can do for the benefit of all. 

Mr Chairperson,

The need for nuclear energy is no longer a topic of debate. The world agrees that we must invest in more nuclear capacity. Many countries are looking to nuclear for energy security and to meet their social, economic and environmental goals.  

Today, sixty-three reactors totalling nearly 20 gigawatts of installed capacity are under construction in 15 countries, three of which are newcomers to nuclear power. About 30 countries – including African countries – are looking to build their first reactors. 

The growing global momentum behind nuclear is reflected in the data. 

In 31 countries, 416 nuclear power reactors, making up more than 376 gigawatts of installed capacity, are providing almost 10 per cent of the world’s total electricity generation.

The upward momentum is reflected in the IAEA’s latest projections. Its high-case scenario shows global nuclear power generating capacity increasing more than two and a half times to 992 gigawatts by 2050. In the low-case projections, capacity rises 50 per cent to 561 gigawatts. Small modular reactors, or SMRs, account for about one quarter of the capacity added in the high case and for about 5 per cent in the low case scenario.

Achieving the high case scenario will bring with it greater economic growth, greater energy security and a greater mitigation of carbon emissions. The IAEA is supporting its Member States towards that end, including through its work with the G20, the G7 and the United Nations Climate Change Conference (COP). 

In October, I travelled to Durban, South Africa, for the first ever high level G20 meeting on nuclear energy, where I stressed the significant interest in Africa for nuclear power and the IAEA’s support to making it happen. A few weeks later, at the G7 meeting of ministers of energy and the environment, I discussed the return to realism about nuclear energy and the steps necessary to unlock its full potential. 

At COP30 in Belém, Brazil, the IAEA held more than a dozen events at its Pavilion “Atoms4Climate”, engaging Member States and partners across themes such as SMRs, climate-smart agriculture, water and soil protection, fusion energy, and blue carbon ecosystems. 

Following the World Bank Group’s decision to end the decades-long exclusion of nuclear energy from its financing instruments, we have been working closely together to operationalize this historic shift, including the identification of a first project. This momentum is now expanding across the international financial community. I have recently concluded new MoUs with the OPEC Fund for International Development and with the Development Bank of Latin America and the Caribbean (CAF), both aimed at strengthening collaboration on the financing of nuclear energy, including support for countries considering nuclear power. These partnerships mark an important step in building the financial architecture needed to help countries deploy nuclear energy, including in the form of SMRs, as part of their long-term energy strategies.

The AI–nuclear nexus is growing fast. Technology companies are turning to nuclear power, notably also to Small Modular Reactors, to power data centres, while AI is helping make nuclear systems safer, smarter and more efficient. On 3-4 December, the IAEA will host the first ever International Symposium on Artificial Intelligence and Nuclear Energy at our headquarters here in Vienna. The Symposium will explore how nuclear energy can help meet growing electricity demand from the data centres driving AI and the ways AI can support the nuclear power industry. 

Through the Nuclear Harmonization and Standardization Initiative (NHSI), we are bringing together, in two separate tracks, industry and regulators from around the world. This is key, because SMRs will be a globally traded technology, requiring international collaboration on regulation and design. As we meet, NHSI participants are collecting examples and lessons on regulatory cooperation; and two further technical documents are expected to be published by the end of this year. In addition, a pilot multinational pre-licensing joint review of the EAGLES reactor has begun, with involvement of regulators of Belgium and Romania, and Italy as observer. 

Further – but not that much further – down the line, we see fusion energy moving towards commercialisation. To support its journey, the IAEA held the 30th IAEA Fusion Energy Conference and the 2nd Ministerial Meeting of the World Fusion Energy Group in Chengdu last month, bringing together participants from governments, research institutions, and industry. At the conference, we launched new international guidance to assist countries in establishing national fusion programmes and designated the Southwestern Institute of Physics as an IAEA Collaborating Centre on Research and Training in Fusion Energy.

The IAEA has been closely involved in the development of the ITER project since the beginning and I, in my role as IAEA Director General, remain the depository of the ITER Agreement. This month I saw for myself the steady and confident advances this important and unique international fusion energy project is making. ITER is a major player in supporting fusion development and early demonstration and commercialization. Our efforts through the World Fusion Energy Group align, and they reinforce the necessary coherence and convergence in global efforts to develop fusion energy. I toured the facility and met with ITER Director General Pietro Barabaschi and Anne-Isabelle Etienvre, chairman of CEA – both agreed to support the IAEA’s Lise Meitner programme. Therefore, in 2026, the next cohort of our programme for early to mid-career women will head to ITER and CEA sites in Cadarache for technical tours and lectures, networking, mentoring and leadership sessions.

Making sure the sector has the talent it needs is also important in the legal branch. The use of nuclear technology and material for the benefit of all rests on a specialized legal framework that needs to be kept up to task in a continuously changing environment. It is a complex and interdisciplinary section of the legal field. That is why three years ago we launched the IAEA’s University Partnership Programme on Nuclear Law. This pilot initiative has now come to fruition. Through the IAEA’s support, including training of professors and teaching staff, designing of syllabi, development of teaching methodology and provision of teaching materials, six academic institutions located in Argentina, Brazil, Egypt, Jamaica, South Africa and the UAE now offer postgraduate courses in nuclear law, taught by each institution’s own faculty staff and as part of their standard academic programme leading to recognized higher education qualifications.

Mr Chairperson,

At the beginning of December, the IAEA will hold the International Conference on Nuclear and Radiological Emergencies, hosted by the Kingdom of Saudi Arabia, focussing on how emergency preparedness and response can adapt to new technologies, emerging threats, and increasingly complex risk environments.

Today, the greatest risk to nuclear safety remains the war in Ukraine. Just because an accident has not yet happened, does not mean it can’t. In fact, the risk is growing as the military conflict is escalating. 

Since early May this year, the Zaporizhzhya Nuclear Power Plant had been relying on just one off-site power line. In late September the plant was disconnected from that last remaining line. This resulted in the tenth and by far longest total loss of off-site power event since the start of the conflict, increasing greatly the risk of a nuclear accident.

Following successful negotiations with Ukraine and the Russian Federation, the activities to repair the two power lines – Dniprovska and Ferosplavna – commenced on 18 October on both sides of the frontline, and off-site power from Ukraine’s electrical grid to the Zaporizhzhya Nuclear Power Plant was able to be restored. Agency staff observed the repair works in the field. A subsequent interruption of the Dniprovska has already been resolved. 

I once again call for the full compliance, at all times, with the IAEA’s Five Concrete Principles. It is of paramount importance that a nuclear accident at the Zaporizhzhya Nuclear Power Plant is prevented.

Meanwhile, even with all six reactors remaining in cold shutdown, a longer-term solution for cooling water at Zaporizhzhya Nuclear Power Plant needs to be found. 

Zaporizhzhya Nuclear Power Plant is not the only plant affected by the instability of the electricity grid. Military activity continues to plague the power grid throughout Ukraine. Khmelnytskyy and Rivne NPPs have been operating at reduced capacity for almost two weeks, due to damages, including very recent ones, to electrical substations critical for nuclear safety and security.

The Agency continues to monitor the status of Ukraine’s electrical infrastructure, focusing on electrical substations, critical nodes in a country’s electrical grid where voltage levels are transformed and controlled to ensure reliable power transmission.

Last month the Chornobyl site completed temporary repairs on some damages on the New Safe Confinement (NSC) as a result of February’s drone strike. Nevertheless, the NSC has not yet regained its ability to perform the confinement function and the IAEA will conduct, in the coming weeks, a comprehensive safety assessment of the NSC.  

Since the start of the armed conflict, the Agency has delivered over €20 million worth of specialized equipment and supplies—more than 170 shipments—to support Ukraine’s safe and secure operation of nuclear and related facilities, including electrical equipment, radiation monitoring, medical support, and isotope hydrology capacity-building. 

Meanwhile, the IAEA continues to verify the safety of ALPS-treated water discharge from Fukushima Daiichi Nuclear Power Station in Japan.

Under additional measures, experts from Belgium, China, France, the Republic of Korea, New Zealand, the Russian Federation, and Switzerland are participating in these activities, adding transparency to the assessment. 

Tritium concentrations in the discharged water remains far below operational limits and align with the international safety standards. 

Task Force missions will continue to review all relevant Japanese technical and regulatory aspects. 

Mr Chairperson,

You have before you my quarterly report on the NPT Safeguards Agreement with the Islamic Republic of Iran.

On 9 September 2025, I signed an agreement with Foreign Minister Araghchi in Cairo that provides an understanding of the procedures for Agency inspections, notifications and safeguards implementation in Iran, in the aftermath of the military attacks in June. 

Since then, Iran has facilitated access to the Agency for inspections and design information verification, with advanced notice, at almost all the unaffected facilities in Tehran. This is welcome. 

The Agency has yet to receive from Iran a report for the affected facilities and associated nuclear material which, in line with its obligations under the safeguards agreement, needs to be provided without delay. To date, the Agency has not conducted verification activities at any of the nuclear facilities in Iran affected by the military attacks.

Though I note Iran’s cooperation on inspections at a number of facilities, further constructive engagement is needed.  I urge Iran to facilitate the full and effective implementation of safeguards activities in Iran in accordance with its NPT Safeguards Agreement and I reiterate my disposition to work with Iran on this matter. 

As I have already said, the establishment of the current status of Iran’s inventories of LEU and HEU needs to be addressed urgently. The Agency’s 5-month-long lack of access to this nuclear material in Iran means the material’s verification – according to standard safeguards practice – is long overdue.

It is critical the Agency be able to verify this material as soon as possible.

In the Syrian Arab Republic, I met His Excellency President Ahmed Al-Sharaa in June. He agreed to cooperate with full transparency to clarify, resolve and close the outstanding safeguards issues to do with Syria’s past nuclear activities.

As soon as conditions allow, we plan to visit Dair Alzour to conduct further analysis, access relevant documentation and to talk to those involved in past nuclear activities.

I am committed to achieving clarity regarding past nuclear activities in Syria in order to bring matters to a resolution.

The Secretariat has continued to engage Australia and Brazil on safeguards-relevant aspects of their respective naval nuclear propulsion programmes. I have provided two reports with updates on the consultations and will continue to keep the Board and Member States informed on relevant developments.

The Board has before it for approval a draft Additional Protocol to the Safeguards Agreement between the Agency and the Kingdom of the Netherlands concluded in connection with the NPT and Protocol I to the Treaty of Tlatelolco

The number of States with safeguards agreements in force remains 191, and 144 of these States have additional protocols in force. I look forward to the remaining three States Parties to the Treaty on the Non-Proliferation of Nuclear Weapons without comprehensive safeguards agreements bringing such agreements into force without delay. I also encourage States that have not yet concluded additional protocols to do so as soon as possible. I am pleased to say that since the last Board meeting in September, Grenada has amended its original Small Quantities Protocol. I reiterate my calls for the remaining 12 States with SQPs based on the original standard text to amend or rescind them as soon as possible.

I will carry on my efforts to strengthen the indispensable legal framework on which the continued peaceful uses of nuclear science and technology rest.

The IAEA continues to monitor the nuclear programme of the Democratic People’s Republic of Korea. 

The Agency has observed that the 5MW(e) reactor at Yongbyon likely continues to operate in its seventh cycle. Between January and September 2025, indicators were observed at the Radiochemical Laboratory consistent with the reprocessing of a core load of irradiated fuel from the reactor’s sixth operating cycle. 

The ongoing operation of enrichment facilities at Kangson and Yongbyon is of serious concern. 

In addition, the Agency is continuing to monitor the construction of a new building at Yongbyon which has dimensions and features similar to the Kangson enrichment plant.

There are indications that the light water reactor (LWR) at Yongbyon continued in stable operation until early-August 2025 but has likely been shut down since then. 

There were no indications of significant changes at the Nuclear Test Site at Punggye-ri, which remains prepared to support a nuclear test. 

The continuation and further development of the DPRK’s nuclear programme are clear violations of relevant UN Security Council resolutions and are deeply regrettable. The Agency continues to maintain its enhanced readiness to play its essential role in verifying the DPRK’s nuclear programme.

Mr Chairperson,

Partnerships and Resource Mobilization remain a priority for me, as we cannot bring the benefits of nuclear science and technology to our recipients alone. In the past two years, we had a 31% increase in extrabudgetary contributions, and support from non-traditional donors more than doubled – reflecting growing recognition of the Agency’s work. In March, we launched a US $2.6 million water resources management project with the World Bank and Niger. In June I signed an agreement with the World Bank under which the IAEA and the Bank will work together in supporting the safe and secure use of nuclear energy in developing countries; it marks the Bank’s first concrete step in decades towards reengaging with nuclear energy. 

Dear colleagues,

In accordance with the Rules and Regulations, I informed Member States through the Quarterly Note of the Financial Situation of the Agency issued on 13 November and further updated on 18 November, that the Agency currently faces a serious liquidity situation due to delays in payments of 2025 assessed contributions.  

The total outstanding balance of overdue assessed contributions amounts to approximately €135 million. 

Mindful of the current challenges, and as per our practice, the Secretariat has been requesting that Member States pay their outstanding 2025 and advance 2026 assessed contributions to help the Agency alleviate the situation. This has allowed the Agency to have enough funds to cover November operations.

I thank those who have already advanced their payments and additionally appeal to those in a position to do so, to do the same.

It should be noted that if significant payments are not received soon, a situation could occur, in which, despite using the Working Capital Fund in full, the Agency might not be able to meet its legal obligations, including payroll. We cannot ignore this. 

I appeal to those Member States with outstanding contributions, to settle their overdue payments in a timely manner. 

The current challenges can be overcome, and I am confident that with your support we will continue to be able to do our indispensable work. 

Press Arrangements for IAEA Board of Governors Meeting, 19-21 November 2025

Source: International Atomic Energy Agency (IAEA) –

The IAEA Board of Governors will convene its regular November meeting at the Agency’s headquarters starting at 10:00 CET on Wednesday, 19 November, in Board Room C, Building C, 4th floor, in the Vienna International Centre (VIC). 

Board discussions are expected to include, among others: applications for membership of the Agency; report of the Technical Assistance and Cooperation Committee; nuclear and radiation safety: draft Safety Requirements: Regulations for the Safe Transport of Radioactive Material; nuclear verification: the conclusion of safeguards agreements and of additional protocols (if any), application of safeguards in the Democratic People’s Republic of Korea, implementation of the NPT safeguards agreement in the Syrian Arab Republic, naval nuclear propulsion: Australia, naval nuclear propulsion: Brazil, and NPT safeguards agreement with the Islamic Republic of Iran; nuclear safety, security and safeguards in Ukraine; transfer of the nuclear materials in the context of AUKUS and its safeguards in all aspects under the NPT; and restoration of the sovereign equality of Member States in the IAEA.

The Board of Governors meeting is closed to the press. 

Director General Rafael Mariano Grossi will open the meeting with an introductory statement, which will be released to journalists after delivery and posted on the IAEA website.  

Press Conference 

Director General Grossi is expected to hold a press conference at 12:30 CET on Wednesday, 19 November, in the Press Room of the M building. 

A live video stream of the press conference will be available. The IAEA will provide a media package of the video footage of the press conference and the Director General’s opening statement and will make photos available on Flickr.  

Photo Opportunity 

There will be a photo opportunity with the IAEA Director General and the Chair of the Board, Ambassador Ian David Grainge Biggs of Australia, before the start of the Board meeting, on 19 November at 10:00 CET in Board Room C, in the C building in the VIC. 

Press Working Area 

The Press Room on the M-Building’s ground floor will be available as a press working area, starting from 9:00 CET on 19 November. 

Accreditation

All journalists interested in covering the meeting in person – including those with permanent accreditation – are requested to inform the IAEA Press Office of their plans. Journalists without permanent accreditation must send copies of their passport and press ID to the IAEA Press Office by 14:00 CET on Tuesday, 18 November. 

We encourage those journalists who do not yet have permanent accreditation to request it at UNIS Vienna

Please plan your arrival to allow sufficient time to pass through the VIC security check. 

To keep abreast of the IAEA’s latest developments, follow the IAEA on Facebook, Instagram, LinkedIn, X and Weibo.

Related resources

IAEA Donates Advanced Mammography Unit to Expand Breast Cancer Screening in the Amazon

Source: International Atomic Energy Agency (IAEA) –

The International Atomic Energy Agency (IAEA) has donated a state-of-the-art digital mammography unit to the João de Barros Barreto University Hospital in Belém, Brazil, under the IAEA’s Rays of Hope initiative. The donation, which expands access to breast cancer screening and diagnosis in the Amazon region, was handed over on the sidelines of the 2025 United Nations Climate Change Conference (COP30), highlighting the Agency’s commitment to strengthen resilience of health systems amid growing challenges.

The new equipment will raise the hospital’s capacity to perform examinations for over 2000 women per year in Belém and across the Amazon region. Featuring advanced digital imaging technology, the mammography unit will enhance the accuracy and speed of breast cancer detection.

Belem, , widely known as the gateway to the Amazon, serves as a vital hub for healthcare in northern Brazil. Spread across a vast geographical area, cancer care in the Amazon is challenging due to the remoteness of many communities and the concentration of health services in a few urban centres. Strengthening health systems in this region is difficult due to weak infrastructure, training needs and logistical barriers, which make access to timely diagnosis and treatment difficult for many patients.

The João de Barros Barreto University Hospital is a publicly funded institution that provides free healthcare services, while also serving as a centre for medical education, research, and training of health sciences students. The donation ceremony brought together IAEA staff, hospital representatives, and officials from the Brazilian National Nuclear Energy Commission (CNEN) to mark the handover of the new digital mammography unit.

Breast cancer is the most common cancer among women in Brazil. According to the National Cancer Institute, an estimated 73,610 new cases are expected in 2025, with an incidence rate of 66.5 per 100,000 women. Despite progress in early detection and treatment, breast cancer remains a leading cause of cancer-related deaths in the country, especially in underserved areas such as the Amazon. Expanding screening and diagnostic capacity is key to reducing mortality and improving women’s health outcomes.

Today’s donation builds on continuing IAEA support to expand breast cancer screening across the Amazon Basin. In 2023, under Rays of Hope, the Agency helped install mobile mammography systems on vessels operating along the Amazon River, bringing essential diagnostic services to remote and hard-to-reach communities.

“Through Rays of Hope, the IAEA supports countries like Brazil in strengthening sustainable, resilient health systems that protect women’s health and reduce inequalities, even in the most remote areas of the Amazon,” said Raul Ramirez Garcia, Section Head of the Division for Latin America and the Caribbean at the IAEA, at the event.

“The arrival of this mammography unit marks an important step forward for women’s health in the Amazon region,” said Regina Feio Barroso, Superintendent of the João de Barros Barreto University Hospital. “Mammography is essential for the early diagnosis and success of breast cancer treatment, and this equipment will expand access to high-quality, equitable, and compassionate care in our hospital”.

The IAEA’s Rays of Hope initiative was launched in 2022 to expand access to life-saving cancer diagnosis and treatment in low- and middle-income countries. To date, over 90 countries have requested support and more than €90 million has been mobilized by donors and partners for the initiative. In Brazil, the IAEA continues to work closely with national and regional partners to strengthen capacities in radiology, nuclear medicine, and radiotherapy. 

IAEA Mission Recognizes Uganda’s Commitment to Improve Radiation Safety

Source: International Atomic Energy Agency (IAEA) –

During the IRRS mission to Uganda, personnel are scanned after an inspection at the Interim Radioactive Sources Management Facility in Mpoma. (Photo: Atomic Energy Council)

An International Atomic Energy Agency (IAEA) team of experts has commended Uganda for its commitment to the continuous improvement of radiation safety, as reflected in its developing legal and regulatory frameworks. 

The IAEA Integrated Regulatory Review Service (IRRS) mission, which concluded on 12 November, was conducted at the request of the Government of Uganda and hosted by the Atomic Energy Council (AEC). The IRRS team also encouraged further enhancements, including the development of a national policy and strategy for safety to align more closely with IAEA safety standards.

Uganda does not have any nuclear power plants but uses radiation sources in medical and industrial applications. Uganda is one of more than 20 countries considering introducing nuclear power to diversify its energy mix. The East African country is also considering building a research reactor. 

The 10-day IRRS mission, which began on 3 November, covered all facilities, activities and exposure situations. IRRS missions are designed to strengthen the effectiveness of the national nuclear and radiation safety regulatory infrastructure, based on IAEA safety standards and international good practices, while recognizing the responsibility of each country to ensure nuclear and radiation safety.

The IRRS team – comprising 10 regulatory experts from 10 countries, as well as 2 IAEA staff members – conducted interviews and discussions with AEC staff. Members of the IRRS team also visited the AEC Interim Radioactive Sources Management Facility in Mpoma, as well as two facilities with radiation sources in Kampala – an industrial facility, Coca Cola Beverages Uganda Limited, and a medical facility, Sir Albert Cook Medical Centre.

“Uganda has continuously developed the regulatory framework for radiation protection and safety in line with the IAEA safety standards, while also increasing the number of competent staff at the AEC,” said Ritva Bly, the IRRS team leader and Principal Advisor at the Radiation and Nuclear Safety Authority of Finland. “The Government of Uganda together with AEC should continue to make efforts to improve further, as set out in the mission report, while also taking into account the intention to develop a nuclear power programme.” 

The team identified good performances, including:

  • Stakeholder mapping to ensure effective communication with stakeholders;
  • Awareness raising activities for staff to reinforce the AEC’s mandate, mission, vision and values;
  • Recording GPS coordinates of facilities in order to support future navigation, geomapping and inspection planning; and
  • Providing guides to support operators in developing radiation protection programmes. 

The team also provided recommendations and suggestions to help Uganda enhance its regulatory framework for radiation safety, including to:

  • Establish a national policy and strategy for safety, as well as for the management of radioactive waste;
  • Ensure clear allocation of responsibilities for safety within the governmental, legal and regulatory framework for safety and make provisions for the effective coordination of regulatory functions;
  • Further develop the application of the graded approach to all regulatory functions; and
  • Continue promulgating regulations on radiation protection and safety that are aligned with IAEA safety standards and proceed to further develop appropriate guides for implementation.

“The IRRS mission has provided Uganda with a valuable opportunity to benchmark our regulatory framework against global standards,” said Noah Deogratias Luwalira, AEC Secretary and Chief Executive Officer. “We are encouraged by the recognition of the progress we have made and are equally committed to addressing the areas identified for improvement to ensure that Uganda’s regulatory system remains strong, effective and in full alignment with IAEA safety standards.”

“As Uganda advances towards nuclear power, our foremost responsibility remains protection of people and the environment from harmful effects of ionizing radiation,” said Obwoya Kinyera Sam, AEC Chairperson. “We have embraced the IRRS recommendations as a roadmap for strengthening our capacity and effectiveness as a regulator in the nuclear industry.”

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.

Six Ways Nuclear Science and Technology Help Protect the Environment

Source: International Atomic Energy Agency (IAEA) –

The IAEA is at COP30 this week explore how nuclear science and technology helps countries deliver clean energy, strengthen food security, manage water resources, and protect our oceans.
 

As global leaders, international organizations, scientists, business representatives and climate activists convene in Belém for COP30, the IAEA is showcasing how nuclear science and technology are driving solutions to environmental challenges. Nuclear science not only provides the world with reliable clean energy, but also helps scientists monitor and protect ecosystems, enhance food security and reduce pollution. 

At the IAEA Atoms4Climate Pavilion, visitors can see these innovations in action. In Brazil, for example, electron beam (e-beam) technology is transforming industrial wastewater treatment. In Latin America, countries are using nuclear techniques to control pestssafeguard crops and food exports — a win for farmers, consumers and the environment. 

The first tube shows untreated textile dye wastewater, the second irradiated water and the third irradiated water that has been treated with a higher dose. (Photo: IAEA)

1. E-Beam Processing for Industrial Wastewater Treatment

Treating wastewater contaminated by industrial pollutants remains a major challenge for many countries. Through its support for electron beam (e-beam) technology, the IAEA is helping countries develop innovative, chemical-free solutions that break down complex contaminants and improve water quality. Supported by the IAEA and Brazil’s Innovation Agency (FINEP), a mobile unit equipped with an electron beam accelerator is being deployed in Brazil to treat industrial wastewater, improving water quality and environmental protection.

Read more:
» Water Pollutants: The Invisible Crisis →
» IAEA Unveils Transportable E-beam System to Boost Global Access to the Innovative Technology

Mangroves in coastal areas capture and store organic carbon (Photo: Adobe Stock)

2. Protecting The Global Ocean through Blue Carbon Ecosystems

The IAEA’s Marine Environment Laboratories in Monaco support blue carbon initiatives that focus on mangroves, seagrasses, and saltmarshes — coastal ecosystems that capture and store organic carbon. Using nuclear and isotopic techniques, the IAEA helps countries assess carbon sequestration rates and ecosystem health, contributing to climate mitigation and biodiversity conservation. At COP30, IAEA’s work on blue carbon will be highlighted at the UN-Oceans session “Ocean-climate-biodiversity nexus: leveraging synergies across frameworks,” focusing on building partnerships for nature-based solutions.

Read more:
» What is Blue Carbon?
 

The Mediterranean fruit fly is a highly destructive pest threatening agricultural production worldwide. (Photo: R. Cardoso Pereira/FAO-IAEA)

3. Sterile Insect Technique (SIT) for Climate-Smart Farming

The sterile insect technique (SIT) is an environmentally friendly pest control method used to control harmful fruit fly populations in Brazil, Chile and Mexico. Sometimes described as birth control for insects, SIT works by releasing male insects that have been sterilized using radiation, which mate with wild female insects, resulting in no offspring. The SIT reduces reliance on insecticides, protects crops and enables countries to gain access to international markets for food exports. It is showcased at COP30 as part of climate-smart agriculture efforts using nuclear science and techniques. 

Read more:
» Sterile Insect Technique →

Nuclear data helps track glaciers’ retreat and the impact on water resources. ((Photo: IAEA)

4. Monitoring Glaciers and Water Resources in Mountainous Regions

Glaciers are retreating and even disappearing in many mountainous regions, threatening water supplies for millions. The IAEA supports countries like Bolivia in using nuclear techniques — such as Cosmic Ray Neutron Sensors and isotope hydrology — to monitor soil moisture and water availability in high-altitude ecosystems. These tools help scientists and decision makers assess the impact of glacier retreat on water resources and guide sustainable land management. At COP30, the IAEA is highlighting this work in the session “Nuclear Science for Climate Resilience”, aligned with the UN 2025 Year of Glaciers’ Preservation, and showcasing how nuclear applications empower local communities to adapt to changing conditions.

Read more:
» Glaciers on Borrowed Time: Capturing Data from Vanishing Ice in Bolivia
» From the Andes to the Himalayas

ITER is an international project that aims to demonstrate the scientific and technological feasibility of fusion energy production. (Photo: ITER)

5. Fusion Energy and Climate Action – the Conversation Continues

As the world seeks new solutions for clean energyfusion energy research is gaining momentum. At COP30, the IAEA is presenting the current state of fusion research and development, including progress on the international ITER project — the world’s largest fusion experiment based in France.  The session provides an overview of the current state of fusion energy including  developments across various international, national and private projects, and insights from the IAEA World Fusion Outlook 2025.

Read more:
» What is Nuclear Fusion? 
» Fusion Energy in 2025: Six Global Trends to Watch

The IAEA supports countries in identifying pathways to accelerate the deployment of nuclear power. (Photo Adobe Stock)

6. Financing Strategies for Low Carbon Energy Sources.

Building on the outcomes of the first Global Stocktake at COP28, the IAEA supports countries in identifying pathways to accelerate the deployment of nuclear power together with renewables as well as emissions abatement and removal technologies, particularly in hard to abate sectors and low-carbon hydrogen production. 

Accelerating deployment of small modular reactors (SMRs) is also in the spotlight at COP. SMRs offer flexible, cost-effective options for powering small energy grids, making them suitable for energy-intensive industries, data centres and commercial ships. An IAEA event will explore approaches to SMR financing, policy and regulation. 

Read more:

» Why Do We Need Nuclear Power
» What are Small Modular Reactors (SMRs)?
» IAEA Raises Nuclear Power Projections for Fifth Consecutive Year

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What is Nuclear Energy? The Science of Nuclear Power

Source: International Atomic Energy Agency (IAEA) –

Nuclear Explained

The IAEA is showcasing nuclear solutions to global energy and environmental challenges at the 30th United Nations Climate Change Conference – COP30. This article explores the science of nuclear power – nuclear energy.

Andrea Galindo, IAEA Office of Public Information and Communication

Nuclear energy is a form of energy released from the nucleus, the core of atoms, made up of protons and neutrons. This source of energy can be produced in two ways: fission – when nuclei of atoms split into several parts – or fusion – when nuclei fuse together.

The nuclear energy harnessed around the world today to produce electricity is through nuclear fission, while technology to generate electricity from fusion is at the R&D phase. This article will explore nuclear fission. To learn more about nuclear fusion, click here.

What is nuclear fission?

Nuclear fission is a reaction where the nucleus of an atom splits into two or more smaller nuclei, while releasing energy.

For instance, when hit by a neutron, the nucleus of an atom of uranium-235 splits into two smaller nuclei, for example a barium nucleus and a krypton nucleus and two or three neutrons. These extra neutrons will hit other surrounding uranium-235 atoms, which will also split and generate additional neutrons in a multiplying effect, thus generating a chain reaction in a fraction of a second.

Each time the reaction occurs, there is a release of energy in the form of heat and radiation. The heat can be converted into electricity in a nuclear power plant, similarly to how heat from fossil fuels such as coal, gas and oil is used to generate electricity.

Nuclear fission (Graphic: A. Vargas/IAEA)

How does a nuclear power plant work?

Inside nuclear power plants, nuclear reactors and their equipment contain and control the chain reactions, most commonly fuelled by uranium-235, to produce heat through fission. The heat warms the reactor’s cooling agent, typically water, to produce steam. The steam is then channelled to spin turbines, activating an electric generator to create low-carbon electricity.

Find more details about the different types of nuclear power reactors on this page.

Pressurized water reactors are the most used in the world. (Graphic: A. Vargas/IAEA)

Mining, enrichment and disposal of uranium

Uranium is a metal that can be found in rocks all over the world. Uranium has several naturally occurring isotopes, which are forms of an element differing in mass and physical properties but with the same chemical properties. Uranium has two primordial isotopes: uranium-238 and uranium-235. Uranium-238 makes up the majority of the uranium in the world but cannot produce a fission chain reaction, while uranium-235 can be used to produce energy by fission but constitutes less than 1 per cent of the world’s uranium.

To make natural uranium more likely to undergo fission, it is necessary to increase the amount of uranium-235 in a given sample through a process called uranium enrichment. Once the uranium is enriched, it can be used effectively as nuclear fuel in power plants for three to five years, after which it is still radioactive and has to be disposed of following stringent guidelines to protect people and the environment. Used fuel, also referred to as spent fuel, can also be recycled into other types of fuel for use as new fuel in special nuclear power plants.

What is the Nuclear Fuel Cycle?

The nuclear fuel cycle is an industrial process involving various steps to produce electricity from uranium in nuclear power reactors. The cycle starts with the mining of uranium and ends with the disposal of nuclear waste.

Nuclear waste

The operation of nuclear power plants produces waste with varying levels of radioactivity. These are managed differently depending on their level of radioactivity and purpose. See the animation below to learn more about this topic.

Radioactive Waste Management

Radioactive waste makes up a small portion of all waste. It is the by-product of millions of medical procedures each year, industrial and agricultural applications that use radiation and nuclear reactors that generate about 9% of the world’s electricity. This animation explains how radioactive waste is managed to protect people and the environment from radiation now and in the future.

The next generation of nuclear power plants, also called innovative advanced reactors, will generate much less nuclear waste than today’s reactors. It is expected that they could be under construction by 2030.

Nuclear power and climate change

Nuclear power is a low-carbon source of energy, because unlike coal, oil or gas power plants, nuclear power plants practically do not produce CO2 during their operation. Nuclear power reactors generate about one quarter of the world’s low-carbon electricity and are crucial in meeting climate change goals.

To find out more about nuclear power and the clean energy transition, read this edition of the IAEA Bulletin.

What is the role of the IAEA?

  • The IAEA establishes and promotes international standards and guidance for the safe and secure use of nuclear energy to protect people and the environment.
  • The IAEA supports existing and new nuclear programmes around the world by providing technical support and knowledge management. Through the Milestones Approach, the IAEA provides technical expertise and guidance to countries that want to develop a nuclear power programme as well as to those who are decommissioning theirs.
  • Through its safeguards and verification activities, the IAEA oversees that nuclear material and technologies are not diverted from peaceful use.
  • Review missions and advisory services led by the IAEA provide guidance on the activities necessary during the lifetime of production of nuclear energy: from the mining of uranium to the construction, maintenance and decommissioning of nuclear power plants and the management of nuclear waste.
  • The IAEA administers a reserve of low enriched uranium (LEU) in Kazakhstan, which can be used as a last resort by countries that are in urgent need of LEU for peaceful purposes.

This article was first published on iaea.org on 2 August 2021.

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Atoms4Climate: IAEA to Showcase Nuclear Science and Technology at COP30

Source: International Atomic Energy Agency (IAEA) –

The International Atomic Energy Agency (IAEA) is attending the 30th United Nations Climate Change Conference (COP30), taking place in Belem, Brazil, from 10 to 21 November.

For the fourth time, the IAEA will be hosting its Atoms4Climate Pavilion in the Blue Zone of the Conference, showcasing how nuclear energy and nuclear science and techniques are crucial for the world’s most pressing challenges. 

Beginning with an Opening Event on 11 November, the IAEA will run a series of events at COP30. 

Following the call for faster adoption of low carbon technology solutions including nuclear energy in the First Global Stocktake at COP28, the IAEA will host an official United Nations Framework Convention on Climate Change (UNFCCC) side event at 16:45 on 18 November on Financing strategies for low carbon energy sources. This event will highlight the critical role of technology and investment in driving action.

During an event on 14 November titled Accelerating SMRs: Financing, Policy and Regulatory Enablers in the Age of AI and Hyperscalers, experts will discuss how innovation, digitalization and strategic investment can unlock the full potential of SMRs – forecasted to play a key role in the IAEA’s projected global nuclear power expansion. 

Throughout the two-week conference, the IAEA will also hold events on the use of nuclear science and technologies to achieve sustainable water management, protect coastal and marine ecosystems, and provide food security.

On 14 November, the IAEA will join the United Nations Food and Agriculture Organization (FAO) and the International Regional Organization for Agricultural Health (OIRSA) to spotlight how the Sterile Insect Technique, a nuclear birth control method for insect pests, is controlling devastating fruit fly infestations in Latin America and the Caribbean. 

An IAEA event on 11 November will look at how COP30 host country Brazil is using nuclear technologies to address environmental challenges, such as pollution, improving water management systems and promoting climate resilience. Other events will look at how nuclear science supports mountainous regions by monitoring glacier retreat, and how it is used to analyse soil and water dynamics and to track Blue Carbon.

Atoms4Climate Pavilion

The Atoms4Climate pavilion will be hosted by the IAEA in the Blue Zone at COP30, presenting nuclear across four thematic areas: energyfood, the ocean and water.

See the IAEA COP30 page for the complete list of IAEA events. 

Nuclear security measures

The IAEA is supporting Brazil in implementing nuclear security measures for COP30 – marking its fifth time assisting a COP host – as part of its support to countries for major public events. As part of the country’s preparations for COP30, projected to have 45 000 people in attendance, the IAEA provided to Brazil training, as well as situational analysis based on information reported to the Incident and Trafficking Database. Training was provided in August to national security experts, including hands-on radiation equipment demonstrations and field exercises.

IAEA media team contacts

For interview requests with IAEA experts and other media-related questions, please contact press@iaea.org.

B-roll footage of nuclear energy for mitigation and nuclear applications for adaption is already available here and will be updated next week with shots from the IAEA pavilion and events at the conference.

For additional requests of B-roll, please contact multimedia.contact-point@iaea.org and copy press@iaea.org.

Photographs from COP30 will be made available on Flickr.

Registration

To attend events in person, you must register for COP30. For media accreditation and all other details concerning the attendance of COP30 events, please refer to the UNFCCCC online registration page. The IAEA cannot assist with accreditation to COP30.

Media kit

The COP30 media kit provides information on the four key areas highlighted at the Atoms4Climate pavilion — energyfood, the ocean and water — along with recent reports and further background information.

The media kit also contains B-roll video footage, videos on the IAEA and climate change and high-resolution images in the IAEA Flickr account. 

This material is free to use under the copyright provisions of the IAEA Terms of Use. If you have further questions, please contact us.

The IAEA’s explainer articlespodcasts and other resources related to climate are available on the IAEA website

Follow the IAEA and #Atoms4Climate on FacebookInstagram, LinkedIn, X and Weibo for updates throughout COP30.

IAEA and AtkinsRéalis Sign Partnership to Support Women in Nuclear Energy

Source: International Atomic Energy Agency (IAEA) –

Jeffrey Donovan, IAEA Department of Nuclear Energy

The IAEA and AtkinsRéalis, a global engineering services and nuclear company and the original equipment manufacturer of CANDU reactor technology deployed worldwide, have agreed to strengthen cooperation in support of women pursuing careers in nuclear science and technology.

Under a new partnership agreement signed today at the World Nuclear Exhibition in Paris, AtkinsRéalis will provide a monetary contribution to the IAEA’s Marie Sklodowska-Curie Fellowship Programme (MSCFP). In addition, the company will support a number of MSCFP fellows in the 2026/2027 academic year, providing bursaries to cover tuition costs of the fellows to pursue graduate studies in nuclear-engineering related fields. 

The MSCFP, established in 2020, aims to increase the participation of women in nuclear science by providing scholarships for master’s programmes in nuclear related subjects and by facilitating internships through the IAEA. More than 760 women from 129 countries have been selected since its launch, with a growing number supported by contributions from governments, organizations and industry partners.

“Our partnership with AtkinsRéalis reflects the IAEA’s commitment to working with innovative and non-traditional partners to shape the future of nuclear energy,” said IAEA Director General Rafael Mariano Grossi. “Together, we are strengthening the foundations of a safe and sustainable nuclear sector — and investing in the people who will lead it, through initiatives such as the IAEA’s Marie Skłodowska-Curie Fellowship Programme.”

“With a global nuclear market for 1,000 reactor new builds, advancements in new technologies like SMRs and nuclear fusion, and rising AI-driven energy demand, the need for highly skilled talent has never been greater,” said Ian L. Edwards, President & CEO, AtkinsRéalis. “As an original equipment manufacturer of nuclear technology, recruiting and retaining top talent, including women in science and engineering, is a top priority. By partnering with the IAEA, we are furthering our legacy of supporting women in engineering around the world.”

AtkinsRéalis brings decades of expertise across the nuclear lifecycle – from design and new build projects to life extension, decommissioning, and waste management. Its participation in the MSCFP reflects the company’s broader commitment to fostering an innovative and inclusive nuclear workforce, while helping to meet the increasing global demand for nuclear energy solutions.

The partnership builds on the IAEA’s growing collaboration with private sector organizations to advance peaceful nuclear technologies and support the next generation of nuclear professionals. With AtkinsRéalis’ support, more women will gain the skills and opportunities to contribute to nuclear innovation, from energy security and climate change mitigation to applications in health and medicine.

Launched in 2020 by IAEA Director General Rafael Mariano Grossi, the Marie Sklodowska-Curie Fellowship Programme (MSCFP) is named after the pioneering physicist and two-time Nobel laureate Marie Sklodowska-Curie. The programme empowers women to pursue degrees of their choosing by easing the financial burden of their studies, and provides the opportunity to pursue internships at the IAEA or with partner organizations like the IAEA Collaborating Centres

Partner With Us

The MSCFP is supported by contributions from IAEA member countries and partners. More information on the programme, including facts and figures, testimonials, donors and programme components can be found here.

The IAEA welcomes both extrabudgetary contributions and in-kind support. Partners can support or cover academic expenses, such as tuition or living costs, as well as internship placements by funding stipends or related expenses. MSCFP host institutions partnering with the IAEA play a key role in the success of the programme, offering hands-on training to women in nuclear through specialized internships. The IAEA continues to partner with more institutions, widening the scope of internships available to fellows in their fields of studies.

Partner with us and see the impact of turning passion into purpose for women in nuclear.

Interested in getting involved or have questions? Send an email.

IAEA Takes Centre-Stage at World Nuclear Exhibition 2025

Source: International Atomic Energy Agency (IAEA) –

Monika Shifotoka, IAEA Office of Public Information and Communication

IAEA Director General Rafael Mariano Grossi spoke at the opening of the World Nuclear Exhibition.

From clean and reliable energy to food security to healthcare, the IAEA is putting nuclear technology and science in the spotlight this week at the World Nuclear Exhibition in Paris.

Taking place on 4 to 6 November, the exhibition attracts professionals from across the civil nuclear sector, covering the entire value chain and nuclear fuel cycle — from mining and fuel fabrication to reactor design, waste management and decommissioning as well as non-electric applications such as water desalination, medicine, agriculture, and space.

At the opening ceremony, Roland Lescure, France’s Minister for the Economy, Finance, Industrial, Energy and Digital Sovereignty, underscored the central role of innovation in shaping the future of nuclear energy. “Innovation is at the heart of what you will see in the next three days — and what we will achieve in the next three decades,” he said. “We must innovate together — in how we finance, govern, build supply chains and public-private partnerships, and in how we attract diverse new talent to shape the future of energy.”

IAEA Director General Rafael Mariano Grossi echoed this call for forward-looking collaboration.

“Two years after COP28’s historic recognition of nuclear’s indispensable role and the pledge to triple global capacity by 2050, we are seeing clear advancements.” 

He added. “From promise to progress, the sector is experiencing a return to realism, as countries expand existing programmes, launch new ones and update regulations to meet future energy needs. The IAEA is proud to take part in this year’s exhibition with its own booth showing how nuclear science supports progress not only in energy but also in health, food, water and more.”

IAEA Pavilion

IAEA engagement at WNE comes as global momentum continues to build behind nuclear energy, amid an international consensus to accelerate its deployment, forged in 2023 at COP28 in Dubai. In September, the IAEA revised up its outlook for the future of nuclear power for the fifth year in a row, projecting that global nuclear power capacity could more than double by 2050. 

The IAEA’s pavilion, which will run throughout the event, showcases how nuclear technologies contribute to achieving climate and development priorities. The pavilion features interactive exhibits on the IAEA’s work to leverage nuclear technology and science to support countries in areas such as energy, food security, healthcare, and environmental monitoring. It also serves as a hub for dialogue and partnerships with industry leaders, innovators, and policymakers.

During the three-day event, the IAEA will sign a partnership agreement with AtkinsRealis — a global engineering firm providing sustainable solutions in energy, infrastructure, and water, and the International Centre based on Research Reactors (ICERR). Under the new partnership, AtkinsRealis will contribute financially to the IAEA’s Marie Sklodowska-Curie Fellowship Programme (MSCFP) and provide bursaries to MSCFP fellows in the 2026/2027 academic year, strengthening support for women pursuing careers in nuclear science and technology. 

Through the ICERR initiative, the two Centres: Belgian Nuclear Research Centre and Centre National de l’Énergie, des Sciences et des Techniques Nucléaires  will sign a collaboration agreement. The IAEA supports member countries to access advanced research reactor facilities worldwide, enhancing education, training, and research and development capacities in nuclear science and technology.

Beyond Electricity

In collaboration with WNE and the French Alternative Energies and Atomic Energy Commission (CEA), the IAEA is participating in the “Beyond Electricity” Expo, held alongside the main exhibition. 

Inaugurated by the IAEA Director General along with partners, the expo will cast a spotlight on how the nuclear applications extend beyond power generation — transforming sectors from food safety to agriculture to healthcare. IAEA’s exhibits demonstrate how nuclear techniques can improve laboratory precision, detect contaminants like lead in fruit juice or mycotoxins in maize, uncover food fraud through bench-top X ray fluorescence and identify food contamination through portable near-infrared devices.

 Visitors can also learn how mutation breeding — which uses radiation to induce beneficial genetic diversity — is accelerating the development of climate-resilient and nutrient rich crops. 

In health, the IAEA is showcasing virtual reality radiotherapy training models that immerse students in realistic treatment settings, helping them build technical skills and improve patient safety. 

These innovative exhibits highlight how nuclear science and technology support practical, people-centred solutions to global challenges.

Dialogue and Partnerships

The IAEA and WNE organizer GIFEN are co-organizing a panel discussion on inclusive and transparent stakeholder engagement in nuclear energy projects. Scheduled for 6 November, the session will feature global nuclear leaders sharing insights from major initiatives and projects. The discussion will explore how strategic engagement – on policy, communities, workforce, and innovation – can drive timely and sustainable nuclear development and deployment.

WNE promotes innovation and supports the participation of new companies and start-ups in the nuclear sector — through programmes such as the Startup Programme and sector-specific activities such as Connect to Nuclear. This year, the event features over 850 exhibitors from 88 countries and is expected to attract over 25 000 participants. 

Follow us on FacebookX (formerly Twitter)LinkedIn, Instagram, and Threads for updates on the exhibition and the IAEA’s work globally. 

Nuclear is Global. Nuclear is Local.

Source: International Atomic Energy Agency (IAEA) –

Globally, nuclear power is crucial for generating an abundant, clean and secure energy supply, with its usage expected to grow in the coming decades. The communities that host nuclear facilities play a key role in this story and are vital to the success of any nuclear power programme.