The company – which we have highlighted as the potential solution to the extreme forthcoming demands in energy as a result of artificial intelligence – makes nuclear power plants, ranging from 15 MWe to 50 MWe, utilizing liquid metal reactor technology.

And while licensing and fuel supply are still bottlenecks, according to the report, the company has "been selected by the Department of Energy for four cost-share awards to potentially commercialize advanced recycling technologies" and has "secured a site use permit from the DOE and a fuel award from INL," Reuters reports.

Oklo co-founder and CEO Jacob DeWitte commented: "We've tried to design and approach this whole thing in a way that we can get it built as soon as reasonably possible."

DeWitte added: "We're excited about the diversity of customers, because it shows that our size and business model clearly match with what customers are interested in."

"They're not starting overnight with a facility that's using that much power, but they typically build into that, and they want to have that n+1 or n+2 dynamic build up with them," he added.

"You can't really do that if you're building a 300 MW reactor, but you can do that with what we're doing and that adds a lot of value."

Oklo's 'Aurora powerhouse' reactor will cost around $70 million for the 15 MW version, with an LCOE of $80-$130/MWh, similar to peaking gas-fired plants and offshore wind, per Lazard analysis.

The Reuters report notes that Oklo has signed an agreement with the Southern Ohio Diversification Initiative for its second and third commercial plants at the DOE Piketon Site and has interest in building over 50 reactors with a total capacity exceeding 700 MWe.

In May, Oklo partnered with Atomic Alchemy to produce medical isotopes from its recycling process for cancer treatment and diagnostic imaging. It also signed an LOI with Wyoming Hyperscale for a 20-year PPA to supply 100 MW to its data center campus.