It’ll be years before nuclear reactors will actually turn on, but this application marks a major milestone for the project, and for the potential of advanced nuclear technology to power industrial processes.
“This has been a long time coming,” says Harlan Bowers, senior vice president at X-energy. The company has been working with the NRC since 2016 and submitted its first regulatory engagement plan in 2018, he says.
In 2020, the US Department of Energy chose X-energy as one of the awardees of the Advanced Reactor Demonstration Program, which provides funding for next-generation nuclear technologies. And it’s been two years since X-energy and Dow first announced plans for a joint development agreement at Dow’s plant in Seadrift, Texas.
The Seadrift plant produces 4 billion pounds of materials each year, including plastic used for food and pharmaceutical packaging and chemicals used in products like antifreeze, soaps, and paint. A natural-gas plant onsite currently provides both steam and electricity. That equipment is getting older, so the company was looking for alternatives.
“Dow saw the opportunity to replace end-of-life assets with safe, reliable, lower-carbon-emissions technology,” said Edward Stones, an executive at Dow, in a written statement in response to questions from MIT Technology Review.
Advanced nuclear reactors designed by X-energy emerged as a fit for the Seadrift site in part because of their ability to deliver high-temperature steam, Stones said in the statement.
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