IAEA projections: a sharp rise in nuclear power by 2050

Nuclear power: The key to combating climate change

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IAEA siege

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The IAEA Projections are promising for the future of nuclear power, and it couldn’t have come at a more opportune time. In a world facing a growing climate emergency, debates on how to reduce CO2 emissions and guarantee a stable energy supply are more relevant than ever.

The key to climate change

The Director General of the International Atomic Energy Agency (IAEA), Rafael Grossi, stresses that climate change and security of energy supply are major challenges. Against a backdrop of geopolitical instability and conflict, many countries now see nuclear power as a reliable and resilient source of energy.

According to the IAEA’s most optimistic projections, nuclear generation capacity could double by 2050, reaching 890 gigawatts, compared with the current 369 GW. This growth is largely due to the fact that nuclear power is a low CO2-emitting source, as well as being controllable, which means it can be adjusted according to demand, unlike intermittent renewable energies.

Challenges to meet

However, nuclear power is not without controversy. Its costs and risks are major concerns for many countries. Despite this, the second international conference on the role of nuclear power in combating climate change, currently being held in Vienna, shows that this energy source deserves serious consideration.

At present, nuclear power supplies around 9% of the world’s electricity in 31 countries, far behind coal. However, 20 years ago, this share was 18%. This underlines the untapped potential of this energy source. The Director of the International Energy Agency, Fatih Birol, regrets that many European governments have decided to turn their backs on the atom, when it could so effectively complement solar and wind power.

Investing in nuclear power

To support the growth of nuclear power, public authorities and international institutions must consider financing this transition. It’s time to recognize that nuclear power can play a crucial role in reducing CO2 emissions and combating climate change.

In conclusion, IAEA projections point to a promising future for nuclear energy. At a time when climate urgency prevails, this resilient, low CO2-emitting energy source could well be the key to a sustainable energy future.

This analysis underlines the growing importance of nuclear energy in the fight against climate change, and the need for investment in its expansion, despite the challenges and controversies.

The French Energy Regulatory Commission outlines a structured plan to accelerate the deployment of small modular reactors, focusing on industrial heat and series effects to enhance competitiveness.
US-based Nuclearn has secured $10.5mn to scale its artificial intelligence platform, already deployed in over 65 nuclear reactors, to automate critical operations amid rising energy demand.
The steel dome of the CAP1000 Haiyang 4 reactor has been positioned, a major construction milestone paving the way for upcoming maintenance and technical installation phases.
The Groupement des Industriels Français de l'Énergie Nucléaire and the Belgian Nuclear Forum formalise a partnership aimed at strengthening industrial exchanges and joint projects between the two countries’ nuclear sectors.
The International Atomic Energy Agency warns that little time remains to reach an agreement with Iran on fully resuming inspections, as European sanctions could be reimposed within 30 days.
US-based Oklo will build the country’s first privately funded nuclear fuel recycling centre in Oak Ridge, investing $1.7bn and creating over 800 jobs.
The Tennessee Valley Authority partners with ENTRA1 Energy to develop up to 6 gigawatts of modular nuclear capacity, in an unprecedented project supporting energy growth across seven U.S. states.
A report by the International Atomic Energy Agency puts Iran’s 60% enriched uranium at 440.9 kg before Israeli and U.S. strikes, while the agency’s access to enrichment sites has remained suspended since the operations.
US-based Westinghouse has signed six industrial agreements in the UK to supply critical components for its AP1000 and AP300 nuclear projects in Britain and abroad.
NANO Nuclear Energy receives direct funding from the US Air Force innovation branch to assess the integration of its KRONOS MMRâ„¢ microreactor at the Washington D.C. military base.
EDF extends the operation of Heysham 1 and Hartlepool by one year after favourable safety inspections, ensuring continuity of nuclear production and safeguarding more than 1,000 jobs.
Russian nuclear group Rosatom has confirmed advanced discussions with India and Turkey to launch new power plants, including advanced and floating reactor technologies.
The International Atomic Energy Agency has identified uranium particles of industrial origin in samples taken from a Syrian site suspected of hosting an undeclared nuclear reactor.
Norwegian authorities begin the first regulatory phase for two modular nuclear reactor projects, marking a strategic step in the national review of the potential role of nuclear energy in the country’s power mix.
With eleven reactors under construction and major projects such as Jaitapur, India is preparing a nuclear build-up that could place it among the world’s five leading nations in the sector.
France and Germany have validated a joint energy roadmap, including a commitment to the non-discrimination of nuclear energy in European financing.
Russia and Iran seek to strengthen their nuclear cooperation as the E3 activates the sanctions mechanism against Tehran, reigniting tensions over compliance with the 2015 Vienna agreement.
US-based Natura Resources has secured strategic funding and key permits for its MSR-1 nuclear reactor, backed by public funds and enriched fuel allocation from the Department of Energy.
The United States and South Korea have agreed to initiate discussions on reprocessing spent nuclear fuel, marking a potential strategic shift in the long-standing bilateral agreement.
The United States Nuclear Regulatory Commission has granted a 40-year extension for the AP1000 reactor design certification, supporting its long-term construction domestically and deployment abroad.

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