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Borax II. Experimental Breeder Reactor I. Zero Power Physics Reactor. These are some of the names of the 52 reactors built at Idaho National Lab a half century ago. Here’s the story of what’s coming next: Aalo’s Critical Test Reactor.

Aalo Atomics

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16,897 次观看 • 3 个月前 •via X (Twitter)

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Ground is broken at the Oklo Idaho National Lab site. The first Aurora powerhouse is taking shape as part of the U.S. Department of Energy’s Reactor Pilot Program. Built to repurpose used fuel from the very reactor that inspired us, the Experimental Breeder Reactor II, turning yesterday’s innovation into tomorrow’s clean power.

Ground is broken at the Oklo Idaho National Lab site. The first Aurora powerhouse is taking shape as part of the U.S. Department of Energy’s Reactor Pilot Program. Built to repurpose used fuel from the very reactor that inspired us, the Experimental Breeder Reactor II, turning yesterday’s innovation into tomorrow’s clean power.

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What keeps a reactor safe? In Oklo’s Aurora powerhouse, safety is built into the physics. Inherent physical responses automatically stabilize the reactor under changing conditions. That means the same forces that drive the operation also stabilize it. These principles were proven 40 years ago in reactors like Experimental Breeder Reactor-II & Fast Flux Test Facility. Now, those same principles are the foundation for Oklo’s fast reactor technology today. Proven in practice, not just theory. Learn more:

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Join me and Aalo Atomics Atomics CEO Matt Loszak at their Critical Test Reactor at Idaho National Lab — the first new reactor built there in 50 years! Aalo is racing toward criticality by July 4, 2026, America’s 250th birthday. This isn’t random. It directly answers President Trump’s Executive Order 14301, which launched the DOE Reactor Pilot Program and set the goal of at least three advanced test reactors reaching criticality by Independence Day. Aalo’s sodium-cooled Aalo-X design (built for AI data centers) is proving that with bold policy and American ingenuity, we can move nuclear from paperwork to power at startup speed.

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Joe Tegtmeyer 🚀 🤠🛸😎

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We’ve gone critical. At 12:20 am on July 4th, Aalo sustained a controlled fission chain reaction for the first time. We have officially surpassed the goal of President Trump’s Executive Order 14301, achieving 4 advanced nuclear reactor criticalities by America’s 250th birthday. This is a zero-power criticality to validate our supply chain, reactor physics and control systems for our 10 MWe full-powered reactor, the Aalo-X, targeting power operations next year. Everything was built at full scale: fuel, moderator, control systems, etc., so we understand system performance at its commercial scope. That also meant tackling four of the most difficult things in nuclear with this criticality milestone: ✅ Ground-up construction of our reactor facility ✅ Manufacturing the reactor in our factory and shipping them by road ✅ Assembling our own fuel assemblies using commercial UO2 ✅ Standing up training, safety, and operational programs to become our own nuclear operator I am proud to say we have accomplished all four goals, along with achieving criticality. The reactor building was constructed in 36 days and construction to criticality was achieved in under 8 months. That’s the fastest nuclear build in the last 80 years. A massive congratulations to the Aalo Atomics team and our partners. Many thanks to Idaho National Laboratory, the DOE-Idaho Operations Office, and the Office of Nuclear Energy for their immense support in enabling this milestone and dedicated to the American nuclear resurgence.

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19,374 次观看 • 1 个月前

The Department of Energy has formally approved our Preliminary Documented Safety Analysis (PDSA) for the Mark-0 reactor—our first demonstration reactor, scheduled to go live before July 4, 2026. Mark-0 will validate fueling operations, reactor controls, and core physics. This demonstration is a critical step toward generating electricity from advanced microreactors. Mark-0 uses a full-scale core and the same facility and fuel that will support our next reactor test in 2027. The PDSA defines the preliminary safety basis for the reactor, facility, and planned operations, demonstrating that our approach meets DOE expectations at this stage. This approval validates our safety case and establishes a clear pathway to final acceptance as we prepare for fabrication, assembly, and installation. Mark-0 will be tested at Idaho National Laboratory in Building 793—now the Reactors and Critical Experiments facility—a site with deep nuclear history. Decades ago, this building housed ML-1, the Army’s first mobile nuclear reactor. Today, it supports the next generation of deployable nuclear power. We find the historical relevance fitting and inspiring, as Antares develops a similar-scale microreactor to meet Army operational and installation needs. Since 2024, we’ve worked to establish this facility as an enduring testbed, enabling rapid progress without the need for groundbreaking construction. We’re grateful for our partners at DOE and INL, and for leaders like Congressman Mike Simpson who continue to support the American nuclear renaissance.

The Department of Energy has formally approved our Preliminary Documented Safety Analysis (PDSA) for the Mark-0 reactor—our first demonstration reactor, scheduled to go live before July 4, 2026. Mark-0 will validate fueling operations, reactor controls, and core physics. This demonstration is a critical step toward generating electricity from advanced microreactors. Mark-0 uses a full-scale core and the same facility and fuel that will support our next reactor test in 2027. The PDSA defines the preliminary safety basis for the reactor, facility, and planned operations, demonstrating that our approach meets DOE expectations at this stage. This approval validates our safety case and establishes a clear pathway to final acceptance as we prepare for fabrication, assembly, and installation. Mark-0 will be tested at Idaho National Laboratory in Building 793—now the Reactors and Critical Experiments facility—a site with deep nuclear history. Decades ago, this building housed ML-1, the Army’s first mobile nuclear reactor. Today, it supports the next generation of deployable nuclear power. We find the historical relevance fitting and inspiring, as Antares develops a similar-scale microreactor to meet Army operational and installation needs. Since 2024, we’ve worked to establish this facility as an enduring testbed, enabling rapid progress without the need for groundbreaking construction. We’re grateful for our partners at DOE and INL, and for leaders like Congressman Mike Simpson who continue to support the American nuclear renaissance.

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16,481 次观看 • 7 个月前

This nuclear fuel (UZrH) has an incredible property: It can't melt itself down. But why isn't it used in reactors everywhere? In this video, we visit UT Austin's UZrH nuclear reactor and put it to the test: we actually TRY to make it melt down. Then we explore the history of UZrH, the challenges of using it in a power-generating reactor, and the upside if these challenges are overcome. cc Aalo Atomics Yasir Arafat Christian Keil

This nuclear fuel (UZrH) has an incredible property: It can't melt itself down. But why isn't it used in reactors everywhere? In this video, we visit UT Austin's UZrH nuclear reactor and put it to the test: we actually TRY to make it melt down. Then we explore the history of UZrH, the challenges of using it in a power-generating reactor, and the upside if these challenges are overcome. cc Aalo Atomics Yasir Arafat Christian Keil

Matt Loszak

24,896 次观看 • 1 年前

Infant US startup has split the atom. Including Aalo, US just achieved 4 adv reactor criticalities. Just months after their sodium test loop, Aalo (yes, light in Bengali) reached first criticality with its zero-power X reactor, validating core systems; full-power ops of the 10 MWe sodium-cooled microreactor next year. Contrast is clear: India is pursuing state-led, large-scale reactors for long-term energy security, while the US/West has a laser focus—create early dependency by capturing the near term commercial demand. Likes of DOE Reactor Pilot Programs are ensuring private firms master repeatable reactor design, mfg, fuel, Ops, including building nuclear hardware & supply chain. The goal: rapidly deploy factory-built 10 MWe microreactors for near-term demand, especially data centres. IND already confirmed 🇺🇸Holtec as its key SMR partner.

Infant US startup has split the atom. Including Aalo, US just achieved 4 adv reactor criticalities. Just months after their sodium test loop, Aalo (yes, light in Bengali) reached first criticality with its zero-power X reactor, validating core systems; full-power ops of the 10 MWe sodium-cooled microreactor next year. Contrast is clear: India is pursuing state-led, large-scale reactors for long-term energy security, while the US/West has a laser focus—create early dependency by capturing the near term commercial demand. Likes of DOE Reactor Pilot Programs are ensuring private firms master repeatable reactor design, mfg, fuel, Ops, including building nuclear hardware & supply chain. The goal: rapidly deploy factory-built 10 MWe microreactors for near-term demand, especially data centres. IND already confirmed 🇺🇸Holtec as its key SMR partner.

Roy

17,917 次观看 • 2 个月前