Updated
Updated · autonocion.com · Jul 6
Valar, Nvidia Unveil 30-MW Waterless Utah AI Factory as Microreactor Powers Blackwell Chip
Updated
Updated · autonocion.com · Jul 6

Valar, Nvidia Unveil 30-MW Waterless Utah AI Factory as Microreactor Powers Blackwell Chip

2 articles · Updated · autonocion.com · Jul 6

Summary

  • Valar Atomics used its Ward 250 microreactor on July 1 to power an Nvidia Blackwell-based desktop in Utah, marking the first US case of a next-generation reactor running an AI chip.
  • 30 megawatts is the bigger target: the companies said they are exploring a closed-loop Utah AI factory that would use helium-cooled nuclear power and Nvidia’s near-zero-water cooling design.
  • 78 million gallons a year is the water use the proposal aims to avoid versus a conventional 30-MW site, a key selling point as US communities push back on data centers over power and water strain.
  • 37% output and roughly 100 kilowatts of thermal energy were reported for the demo, but Ward 250 operates under a DOE demonstration authorization rather than an NRC commercial license.
  • 75 US data-center projects worth about $130 billion have been blocked or delayed this year, underscoring why permits—not funding or stage demos—remain the main hurdle for any commercial build.

Insights

After this successful demo, what is the real timeline and cost for Valar and Nvidia's 30-megawatt nuclear AI factory?
How will nuclear licensing adapt to manage the rapid rise of small, decentralized reactors powering the AI industry?
Could this technology truly solve water scarcity in the American Southwest through large-scale desalination?