The Global Nuclear Market Will Reach USD 44.71 Billion by 2029 Through Strategic Investments

Driven by favorable public policies and growing energy demand, the global nuclear energy market is projected to reach USD 44.71 billion by 2029, with an annual growth rate of 2.9%. Major powers are intensifying investments in the sector.

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The global nuclear energy market is experiencing significant expansion, bolstered by strategic public policies and decarbonization goals. Valued at USD 38.84 billion in 2024, this sector is expected to grow to USD 44.71 billion by 2029, with a compound annual growth rate (CAGR) of 2.9%.

Investments in nuclear energy are intensifying, particularly in major powers such as China, Russia, and France, which consider nuclear power a cornerstone of their energy sovereignty. These nations are enhancing their capacity to meet rising electricity demand while reducing reliance on fossil fuels.

A Market Supported by Public Policies

Governments play a central role in driving the growth of the sector. For example, China and Russia are heavily investing in advanced reactors and robust infrastructure development. In France, authorities support the modernization of existing plants while developing next-generation technologies to maintain their leadership in the field.

In the United States, funding programs and tax incentives are fostering innovation, particularly in small modular reactors (SMRs), which represent a flexible and economical alternative for local electrical grids.

Economic Drivers of the Nuclear Market

The competitive cost of nuclear energy compared to fossil fuels is one of its main growth drivers. Unlike renewable energies, which are subject to weather variations, nuclear energy provides a consistent electricity supply essential for stabilizing energy grids, particularly in regions with rapid urbanization and industrialization.

However, the sector must overcome several challenges, including high infrastructure costs and concerns related to radioactive waste management. Market players such as EDF (France) and Rosatom (Russia) are focusing on innovations to mitigate these constraints and ensure greater efficiency.

Asia-Pacific: A Key Player

The Asia-Pacific region dominates the global market, driven by China, India, and South Korea. These countries are investing in large-scale projects to meet growing energy demand. In China, for instance, ambitious plans aim to multiply reactors to achieve environmental and economic objectives.

Simultaneously, India is accelerating the development of its nuclear infrastructure to support its energy transition, while South Korea is strengthening international partnerships to export its advanced technologies.

Major Companies Shaping the Future of Nuclear

Companies like Westinghouse Electric Company (United States) and Rolls-Royce (United Kingdom) play a crucial role in the market’s evolution. These actors focus on developing new technological solutions, such as modular reactors and advanced waste management systems.

In Russia, Rosatom diversifies its activities, particularly in enriched uranium and fuel cycle-related services, to consolidate its position in the global market. These initiatives reflect a shared commitment to adapting the nuclear sector to the specific needs of each region.

Strategic Perspectives and Implications

By 2029, nuclear energy will remain a critical lever for addressing global energy challenges. Countries heavily investing in this sector will benefit from greater energy security and enhanced economic competitiveness.

However, the transition to a low-carbon energy system requires increased collaboration between governments and companies to maximize the benefits of nuclear power while addressing sustainability and safety requirements.

Molten salt reactor developer Natura Resources has acquired Shepherd Power and partnered with NOV to scale up modular reactor manufacturing by the next decade.
China National Nuclear Corporation expects commercial operation in 2026 for its ACP100 reactor, following successful cold testing and completion of critical structures in 2025.
Start-up SEATOM has been selected to join NATO's DIANA programme with its micro nuclear reactor designed for extreme environments, reinforcing its position in dual-use marine and military energy technologies.
The Estonian Ministry of Economic Affairs has opened a tender to select a site and conduct initial environmental studies for a 600 MW nuclear power plant, marking a decisive step for the country’s energy future.
The European Commission has approved Poland's financial support plan for its first nuclear power plant, a €42bn project backed by public funding, state guarantees, and a contract for difference mechanism.
Six European nuclear authorities have completed the second phase of a joint review of the Nuward modular reactor, a key step toward aligning regulatory frameworks for small nuclear reactors across Europe.
Driven by off-grid industrial heat demand and decarbonisation mandates, the global small modular reactor market is set to grow 24% annually through 2030, with installed capacity expected to triple within five years.
US fusion energy leaders have called on the federal government to redirect public funding towards their projects, arguing that large-scale investment is needed to stay competitive with China.
Santee Cooper has approved a memorandum of understanding with Brookfield Asset Management to assess the feasibility of restarting two unfinished nuclear reactors, with a potential $2.7 billion payment and 550 MW capacity stake.
Helical Fusion has signed a landmark agreement with Aoki Super to supply electricity from fusion, marking a first in Japan’s energy sector and a commercial step forward for the helical stellarator technology.
India’s nuclear capacity is expected to grow by more than 13,000 MW by 2032, driven by ongoing heavy water reactor construction, new regional projects and small modular reactor development by the Bhabha Atomic Research Centre.
NextEra Energy has lifted its earnings estimates for 2025 and 2026, supported by power demand linked to long‑term contracts previously signed with Google and Meta to supply their artificial intelligence data centres with low‑carbon electricity.
London launches a complete regulatory overhaul of its nuclear industry to shorten authorisation timelines, expand eligible sites, and lower construction and financing costs.
Finland's Ministry of Economic Affairs extends the deadline to June 2026 for the regulator to complete its review of the operating licence for the Olkiluoto spent nuclear fuel repository.
Framatome will replace several digital control systems at the Columbia plant in the United States under a contract awarded by Energy Northwest.
The conditional green light from the nuclear regulator moves Cigéo into its final regulatory stage, while shifting the risks towards financing, territorial negotiations and industrial execution.
The drone strike confirmed by the IAEA on the Chernobyl site vault exposes Ukraine to a nuclear risk under armed conflict, forcing the EBRD to finance partial restoration while industry standards must now account for drone threats.
Deep Fission is installing a 15 MWe pressurised reactor 1.6 km underground at Great Plains Industrial Park, under the Department of Energy’s accelerated pilot programme, targeting criticality by July 4, 2026.
EDF commits to supply 33 MW of nuclear electricity to Verkor over 12 years, enabling the battery manufacturer to stabilise energy costs ahead of launching its first Gigafactory.
The full-scope simulator for the Lianjiang nuclear project has successfully passed factory acceptance testing, paving the way for its installation at the construction site in China's Guangdong province.

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