Texas Leverages Federal Subsidies to Build a U.S. Hub for Advanced Nuclear Reactors

Recently, the U.S. state of Texas is rapidly emerging as a core hub for advanced reactors and small modular reactor (SMR) innovation across the United States, backed by tens of billions of dollars in federal earmarked funding and tax credit policies.

It is reported that at least 7 new nuclear reactor projects have been announced in Texas. Among them, X-Energy is awaiting federal approval to build a next-generation high-temperature gas-cooled reactor with a cost exceeding $4 billion and a capacity of 320 megawatts at Dow's plastics plant in Seadrift; Natura Resources has partnered with Abilene Christian University to build a test reactor; startups such as Aalo Atomics have also set up operations in Austin and are collaborating with universities including Texas A&M.

The core driving force behind this nuclear power boom comes from tech giants' urgent demand for round-the-clock, low-carbon baseload power for artificial intelligence (AI) data centers, as well as funding priority from the U.S. Department of Energy (DOE). For example, the DOE has committed $2.15 billion in funding for the X-Energy project, which, combined with an investment tax credit of up to 40%, greatly reduces the R&D and construction costs for private capital. In addition, Texas Governor Greg Abbott has established a $420 million state-level dedicated fund to support nuclear energy startups.

Although traditional financial institutions such as Wall Street remain cautious about the cost overrun risks of early-stage nuclear projects, Texas—by integrating its deep oil and gas industry culture, university research resources, and federal policy benefits—is setting a new industry model for the commercial-scale production of next-generation advanced nuclear technologies in the United States and the cross-sector integration of "nuclear energy + data centers."