Saudi Arabia Pursues Nuclear Energy Despite Oil Wealth; US Seals 30-Year Tech Deal

SAUDI ARABIA’S NUCLEAR TURN: POWER BEYOND ELECTRICITY

On July 22, 2026, Saudi Arabia signed a nuclear cooperation agreement with the United States, a move that puzzled many observers given the kingdom’s vast oil reserves, abundant natural gas, and world-leading solar capacity. The deal grants Saudi Arabia thirty years of access to US technology and support for nuclear power development, yet it arrives amid serious questions about whether nuclear energy makes sense in a region marked by frequent conflict, radioactive waste concerns, and proliferation risks.

The agreement sparked immediate controversy over US concessions on Saudi enrichment safeguards. Critics worried that allowing Saudi enrichment capabilities could enable the kingdom to develop weapons-grade nuclear material, potentially challenging Israel’s regional nuclear monopoly. The backlash prompted President Donald Trump to insert a contingency clause requiring Saudi Arabia to normalize diplomatic relations with Israel before the deal could proceed. That last-minute addition has left the agreement’s future uncertain and reinforced perceptions of declining US credibility among Washington’s Gulf partners.

The nuclear pact marks a significant shift in the traditional US-Saudi energy-for-security partnership. Historically, the United States provided security guarantees while Saudi Arabia supplied energy. Now the dynamic may reverse: the United States offers energy technology while Saudi Arabia seeks security assurances elsewhere. This reorientation reflects broader changes in how both nations view their strategic relationship.

Saudi Arabia’s case for nuclear power rests on several practical arguments. The kingdom currently burns roughly one million barrels of subsidized oil daily to generate electricity, a wasteful practice that diverts crude from more profitable international sales or petrochemical conversion. Nuclear power could replace this consumption while freeing oil for export at higher global prices. Saudi Arabia possesses domestic uranium deposits, and the kingdom has committed to developing mining as part of its economic diversification strategy. A joint 2022 assessment by the International Atomic Energy Agency and the Organization for Economic Cooperation and Development’s Nuclear Energy Agency found Saudi uranium deposits “severely uneconomic” under standard market conditions, though extraction as a byproduct from phosphate mining may prove viable.

Beyond economics, nuclear mastery carries symbolic weight. Control of the nuclear fuel cycle represents a step toward the great power status Saudi Arabia has long pursued. The kingdom has struggled to replace oil-fired electricity with natural gas or renewables despite rapid growth in both sectors. Solar power remains the cheapest option but operates only about 25 percent of the time on average, requiring battery storage or backup generation. Nuclear provides continuous baseload power that meets demand around the clock, including evening peak periods when solar cannot help. Nuclear plants also generate substantial waste heat suitable for seawater desalination. These advantages align with Saudi Arabia’s Green Initiative commitments and Crown Prince Mohammed bin Salman’s pledge to achieve net-zero emissions by 2060.

Building nuclear plants demands enormous capital investment and government support. Construction typically requires establishing regulatory frameworks, securing vendor approval, managing complex bidding processes, and financing initial costs representing roughly two-thirds of lifetime plant expenses. Financial risks intensify as projects near completion, with potential catastrophic losses from delays or cancellations. Most countries cannot absorb such risks without substantial state backing. For oil-rich nations, periodic fiscal surpluses from commodity booms create ideal conditions for infrastructure investment. Nuclear plants offer a concrete way to transfer today’s oil wealth to future generations while building a skilled economic sector and diversifying the economy.

Weapons potential remains a contentious issue. Iran’s nuclear program demonstrates how civil enrichment infrastructure can theoretically support weapons development. Saudi Arabia faces genuine security threats from Iran and Houthi forces in Yemen, which have repeatedly attacked energy infrastructure since 2017. In 2018, Crown Prince Mohammed bin Salman told CBS News that if Iran developed nuclear weapons, Saudi Arabia would follow immediately. Israel’s demonstrated willingness to strike regional targets, including conventional missile strikes on Qatar in September 2025, has also focused Saudi attention on potential deterrence options.

Regional competition adds pressure to Saudi Arabia’s nuclear calculus. The United Arab Emirates signed a nuclear cooperation agreement with the United States in May 2009, then awarded its four-reactor Barakah plant contract to a South Korean consortium seven months later. The Barakah facility reached full capacity of 5.6 gigawatts in 2024, supplying roughly a quarter of UAE electricity consumption. Iran operates the 915-megawatt Bushehr 1 plant built by Russia’s Rosatom. Turkey is constructing a four-reactor, 4.5-gigawatt plant with the first reactor scheduled online in 2026, while Egypt awaits startup of a similar Russian-built facility in 2028. Russian nuclear leadership and expanding Chinese nuclear cooperation have motivated Washington’s renewed interest in Middle Eastern nuclear markets.

Significant obstacles complicate Saudi Arabia’s nuclear ambitions. The kingdom has recently endured the 2026 Iran war while emerging from a decade of expensive failed mega-projects. Saudi Arabia spent approximately fifty billion dollars on The Line, an ambitious pair of linear skyscrapers intended to stretch one hundred miles across desert, before the Public Investment Fund cancelled the project when it remained little more than a trench. Finishing The Line would have cost nearly nine trillion dollars. The Mukaab cube-shaped skyscraper was scrapped after one hundred million dollars in site preparation, and the Trojena mountain ski resort saw four point seven billion dollars in contracts cancelled mid-construction. The Saudi government and PIF have now shifted toward austerity, freezing consultant use, cutting budgets, and writing down losses. These fiscal constraints conflict directly with the long lead times and vast capital investments nuclear projects demand.

Nuclear power presents operational challenges as well. Output cannot easily cycle up and down to match daily demand peaks or provide backup for intermittent solar generation. Natural gas plants and batteries handle these roles more effectively. Nuclear facilities require managing radioactive spent fuel for decades, creating environmental, safety, and security risks. Nuclear plants and scientists in the Middle East face genuine attack risks. US-Israeli strikes have targeted Iranian enrichment sites, while Iranian retaliatory attacks have struck Gulf energy infrastructure. In May 2026, an Iranian drone strike caused a fire at the Barakah plant in Abu Dhabi. Since the 1960s, Israel has assassinated nuclear scientists and attacked facilities in Egypt, Iraq, and Iran. Saudi sites and experts could face comparable threats.

Saudi policymakers must weigh whether nuclear power’s potential energy and geopolitical benefits justify the risks and expenses. The US agreement provides some proliferation safeguards but offers no guarantees. Future US administrations may not honor Trump’s accord, and no certainty exists that Trump himself will implement it fully. Accepting Saudi enrichment increases the likelihood that other Middle Eastern states will pursue weapons potential, though whether this would destabilize or stabilize the region remains debatable. Trump’s willingness to accept Saudi enrichment suggests regional rivals will recalibrate their own nuclear relationships. The Middle East’s persistent conflicts, contested maritime routes, proxy wars, and asymmetric threats form the backdrop for any decision about mastering the nuclear fuel cycle. Whether that mastery serves electricity generation or strategic projection is a question Riyadh has not yet answered publicly.