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Bricks George Westinghouse and his Bricks engineering buddy have done it! They completed our new advanced modular AP1000® PWR building blocks set. Constructing a real AP1000® reactor is getting easier and faster! The sixth AP1000 reactor went into operation in the U.S. state of Georgia in 2024. It was... show more

Westinghouse Nuclear

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23,222 次观看 • 6 个月前 •via X (Twitter)

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Our advanced AP1000® reactors are designed to help countries meet their #CleanEnergy goals. A single AP1000 unit can produce 1.2 GW of electricity, equal to removing 1 million cars from the road. Learn more:

Our advanced AP1000® reactors are designed to help countries meet their #CleanEnergy goals. A single AP1000 unit can produce 1.2 GW of electricity, equal to removing 1 million cars from the road. Learn more:

Westinghouse Nuclear

24,748 次观看 • 1 年前

"We're very much into the world of nuclear energy, and we can have it now at good prices," President Donald J. Trump Donald J. Trump said Wednesday at World Economic Forum. Two advanced AP1000® modular reactors are currently operating in the U.S., powering more than one million households and businesses with safe, 24/7 #nuclearenergy — and we're just getting started! The White House

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Westinghouse Nuclear

31,022 次观看 • 5 个月前

What a year! Westinghouse saw many successes in 2025, from new investments in our AP1000® reactor technology to advances in our leading AI solutions and the expansion of our nuclear fuel production. Here's a look back at a momentous year as we get ready to celebrate the 140th anniversary of our founding in 2026.

What a year! Westinghouse saw many successes in 2025, from new investments in our AP1000® reactor technology to advances in our leading AI solutions and the expansion of our nuclear fuel production. Here's a look back at a momentous year as we get ready to celebrate the 140th anniversary of our founding in 2026.

Westinghouse Nuclear

12,073 次观看 • 6 个月前

Clean. Reliable. Affordable. That’s the nuclear future Oklo is building. 🌏⚡️ Our advanced fast reactor technology harnesses hundreds of fast reactor years to deliver always-on, clean power that’s inherently safe by design, and even recycles what others call “waste” into fuel.

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11,043 次观看 • 3 个月前

Today, we unveiled our completed Critical Test Reactor facility. This commercial-scale reactor with fuel to produce 10 MW of electricity was assembled on site from modular components to conclude a net ~70 day timeline from a desert plot to a reactor, reactor facility, and command & control center. Nuclear fuel will arrive soon and, pending final DOE approval, we will go critical before the President Donald J. Trump July 4th deadline. Here's a first look at some of the work that has gone into this unveiling:

Today, we unveiled our completed Critical Test Reactor facility. This commercial-scale reactor with fuel to produce 10 MW of electricity was assembled on site from modular components to conclude a net ~70 day timeline from a desert plot to a reactor, reactor facility, and command & control center. Nuclear fuel will arrive soon and, pending final DOE approval, we will go critical before the President Donald J. Trump July 4th deadline. Here's a first look at some of the work that has gone into this unveiling:

Aalo Atomics

151,973 次观看 • 3 个月前

Last week, we lowered the close to 2,100,000-pound Basemat into place — the foundation for the G7's first Small Modular Reactor and Canada's first new nuclear build in more than 30 years. One of the largest crawler cranes in the world lowered the Basemat module into the reactor shaft at the Darlington New Nuclear Project site — 35 metres below ground. It’s the first time in Canada a foundation for a reactor building was assembled modularly – putting the “M” in SMR – as the giant component was fabricated, welded, and put together in one piece before being lifted into place. This was a milestone months in the making, requiring significant attention to detail and safety, as well as the hard work of dedicated trades and project partners. Piece by piece, we're continuing to build one of the largest and most complex clean energy projects in Canada today. Learn more:

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Meet the nation's newest reactor. 👋 Vogtle Unit 3 is almost at 100% power and will provide more than 1,100 megawatts of clean power when it enters into commercial service later this summer.

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31,045 次观看 • 3 年前

Nuclear hole. Peter Dutton's nuclear energy is modeled on Westinghouse AP1000 water pressurised reactors. However, David Littleproud & Ted O'Brien have said dry cooled reactors would be used at low water sites. This reactor type changes the costings significantly. #ausvotes

Nuclear hole. Peter Dutton's nuclear energy is modeled on Westinghouse AP1000 water pressurised reactors. However, David Littleproud & Ted O'Brien have said dry cooled reactors would be used at low water sites. This reactor type changes the costings significantly. #ausvotes

David Marler

28,509 次观看 • 1 年前

Sodium Reactor Nuclear Reactor By Atomics International: The SNAP-10A Program This once highly classified film from 1959 is now available. Researches in China have discovered old forgotten research and films like this to build Sodium reactors once again with apparent great success. Later on the SNAP-10A nuclear reactor was launched into space in 1965. The Systems Nuclear Auxiliary Power Program (SNAP) reactor was developed under the SNAPSHOT program overseen by the U.S. Atomic Energy Commission. Atomics International, then a division of North American Aviation was the prime contractor for the SNAP-10A development. Most of the systems development and reactor testing was conducted at the Santa Susana Field Laboratory, Ventura County, California using a number of specialized facilities. The company also developed and tested other compact nuclear reactors including the SNAP Experimental Reactor (SER), SNAP-2, SNAP-8 Developmental Reactor (SNAP8-DR) and SNAP-8 Experimental Reactor (SNAP-8ER). All quite advanced and all all but forgotten. I remember them for us and AI. Some day this will be the foundation of YOUR personal robot building a life long power supply for you in a modern low cost Sodium Reactor. And no I am not joking…

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ARC

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There is going to be a new SMR, Small Modular Reactor, in Wales, 60 miles from Dublin, that has enough power to power 3 million homes." James O'Connor TD speaking about Ireland exploring the possibility of using nuclear energy to reduce our electricity costs.

There is going to be a new SMR, Small Modular Reactor, in Wales, 60 miles from Dublin, that has enough power to power 3 million homes." James O'Connor TD speaking about Ireland exploring the possibility of using nuclear energy to reduce our electricity costs.

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ARC

22,564 次观看 • 1 年前

What if the logic at the core of the SMR paradigm is faulty? One of the key promises of SMRs is to move a greater percentage of work from the unproductive construction site to a productive factory environment... but what if large modular reactors do a better job of that? Module construction for the nuclear steam supply system and balance of plant containing key components, HVAC, electrical, plumbing etc... can be moved to the factory environment in small or large modular reactors like AP1000, ABWR or the most recent CANDUs. Civil works and site preparation cannot. The problem with grid scale SMRs like BWRX-300 & AP300 etc... is that the civil works and site preparation don't scale down proportionately with the decreased reactor output. The nuclear steam supply system and turbine island is typically only 25-35% of the overnight construction cost of a nuclear plant. The civil works, site preparation, installation work dominate overnight cost. Therefore with grid scale SMRs ~300MWe you actually end up with a greater proportion of work per MWe being on the unproductive construction site compared to a large modular reactor defeating the premise and promise of SMR productivity gains.

What if the logic at the core of the SMR paradigm is faulty? One of the key promises of SMRs is to move a greater percentage of work from the unproductive construction site to a productive factory environment... but what if large modular reactors do a better job of that? Module construction for the nuclear steam supply system and balance of plant containing key components, HVAC, electrical, plumbing etc... can be moved to the factory environment in small or large modular reactors like AP1000, ABWR or the most recent CANDUs. Civil works and site preparation cannot. The problem with grid scale SMRs like BWRX-300 & AP300 etc... is that the civil works and site preparation don't scale down proportionately with the decreased reactor output. The nuclear steam supply system and turbine island is typically only 25-35% of the overnight construction cost of a nuclear plant. The civil works, site preparation, installation work dominate overnight cost. Therefore with grid scale SMRs ~300MWe you actually end up with a greater proportion of work per MWe being on the unproductive construction site compared to a large modular reactor defeating the premise and promise of SMR productivity gains.

chris keefer

59,623 次观看 • 2 年前

Shielding is one of the toughest parts of a reactor to get right, especially when you’re planning for thousands of units. We needed something robust, and yet extremely simple. That’s why I’m excited to share a sneak peak of our pre-cast shielding system: the Modular Citadel!

Shielding is one of the toughest parts of a reactor to get right, especially when you’re planning for thousands of units. We needed something robust, and yet extremely simple. That’s why I’m excited to share a sneak peak of our pre-cast shielding system: the Modular Citadel!

Isaiah Taylor - making nuclear reactors

91,491 次观看 • 5 个月前

Westinghouse plans to begin construction of 10 new AP1000 nuclear reactors in the US by 2030, says interim-CEO Sumner 🇺🇸 ☢️ This would be a big turnaround for the tech US utilities have been reluctant to build AP1000s due in part to cost overruns/delays at the Vogtle plant

Westinghouse plans to begin construction of 10 new AP1000 nuclear reactors in the US by 2030, says interim-CEO Sumner 🇺🇸 ☢️ This would be a big turnaround for the tech US utilities have been reluctant to build AP1000s due in part to cost overruns/delays at the Vogtle plant

Stephen Stapczynski

11,253 次观看 • 11 个月前

“I would call Westinghouse Electric Company an American Company. It’s a legacy American company… it has a Canadian partner in Cameco Corporation but it’s an American company.” United States Secretary of Energy Chris Wright. He went on to say. "This is a plan to partner across the country to build a large amount of power…and to do so in a way that’s efficient…to re-stand up the supply chain IN THE UNITED STATES.” It doesn’t get any clearer than this. It’s time that Canadian policymakers like Timothy Hodgson wake up to the reality that building Westinghouse reactors in Canada will sacrifice huge economic benefits, and make us dependent on an increasingly unreliable and even hostile partner. The policy with the clear return on investment for what will be some of Canada’s largest capital projects of the 21st-century is clear. Investing in CANDU, our national reactor technology, locks in energy sovereignty, and 100 years of high productivity value add jobs in engineering services, component replacement and fuel fabrication, jobs that are nearly all based in the United States in the case of U.S. headquartered Westinghouse AP1000 reactors. We should not be making 100 year 50-100 billion dollar bets on U.S. generosity and goodwill. We have every indication that there is a strong "America First" tendency firmly rooted in the American body politic that will continue to rear its ugly head long after the Trump presidency has passed. Now that the USA has made the decision to invest 80 billion into Westinghouse projects south of the border in exchange for a future 20% stake in the company we can suffer no illusions about any false equivalency between Westinghouse and CANDU as Canadian champions. In 1980 Canada had 13 large CANDU reactors under simultaneous construction in 3 different countries around the world. These reactors have gone on to be the 3rd most widely deployed reactor technnology in the world alongside the American Pressurized and Boiling Water Reactor and have been amongst the top performers in the global fleet. In the aftermath of the collapse of Canadian telecoms giants and aviation aspirations its time to drop the inferioriy complex and lean into one of Canada's last bastions of high productivity, value add Canadian intellectual property and jobs. We have every incentive to do so.

“I would call Westinghouse Electric Company an American Company. It’s a legacy American company… it has a Canadian partner in Cameco Corporation but it’s an American company.” United States Secretary of Energy Chris Wright. He went on to say. "This is a plan to partner across the country to build a large amount of power…and to do so in a way that’s efficient…to re-stand up the supply chain IN THE UNITED STATES.” It doesn’t get any clearer than this. It’s time that Canadian policymakers like Timothy Hodgson wake up to the reality that building Westinghouse reactors in Canada will sacrifice huge economic benefits, and make us dependent on an increasingly unreliable and even hostile partner. The policy with the clear return on investment for what will be some of Canada’s largest capital projects of the 21st-century is clear. Investing in CANDU, our national reactor technology, locks in energy sovereignty, and 100 years of high productivity value add jobs in engineering services, component replacement and fuel fabrication, jobs that are nearly all based in the United States in the case of U.S. headquartered Westinghouse AP1000 reactors. We should not be making 100 year 50-100 billion dollar bets on U.S. generosity and goodwill. We have every indication that there is a strong "America First" tendency firmly rooted in the American body politic that will continue to rear its ugly head long after the Trump presidency has passed. Now that the USA has made the decision to invest 80 billion into Westinghouse projects south of the border in exchange for a future 20% stake in the company we can suffer no illusions about any false equivalency between Westinghouse and CANDU as Canadian champions. In 1980 Canada had 13 large CANDU reactors under simultaneous construction in 3 different countries around the world. These reactors have gone on to be the 3rd most widely deployed reactor technnology in the world alongside the American Pressurized and Boiling Water Reactor and have been amongst the top performers in the global fleet. In the aftermath of the collapse of Canadian telecoms giants and aviation aspirations its time to drop the inferioriy complex and lean into one of Canada's last bastions of high productivity, value add Canadian intellectual property and jobs. We have every incentive to do so.

chris keefer

12,422 次观看 • 7 个月前

As Oklo CEO Jake DeWitte told Matt Miller on Bloomberg News, Oklo is building the ‘full stack’ for advanced nuclear. By investing in the full reactor lifecycle from supply chains to construction to operation, we’re learning how to make advanced nuclear deployment faster, more repeatable, and more scalable. Watch:

As Oklo CEO Jake DeWitte told Matt Miller on Bloomberg News, Oklo is building the ‘full stack’ for advanced nuclear. By investing in the full reactor lifecycle from supply chains to construction to operation, we’re learning how to make advanced nuclear deployment faster, more repeatable, and more scalable. Watch:

Oklo

20,545 次观看 • 3 天前

On August 13th, the first steam generator for the 4th unit of the SPIC Haiyang Nuclear Power Plant was successfully lifted and positioned. The steam generator is the heaviest and largest single piece of main equipment in the primary circuit of the island-type reactor, with a diameter of approximately 5.6 meters, a length of about 24.3 meters, and a net weight of around 633.1 tons. The installation of the first steam generator has laid a solid foundation for the connection of the primary circuit of the nuclear island reactor and the topping-out of the reactor building.

On August 13th, the first steam generator for the 4th unit of the SPIC Haiyang Nuclear Power Plant was successfully lifted and positioned. The steam generator is the heaviest and largest single piece of main equipment in the primary circuit of the island-type reactor, with a diameter of approximately 5.6 meters, a length of about 24.3 meters, and a net weight of around 633.1 tons. The installation of the first steam generator has laid a solid foundation for the connection of the primary circuit of the nuclear island reactor and the topping-out of the reactor building.

SPIC

10,988 次观看 • 10 个月前

X-energy’s collaboration with Amazon reflects the bold vision of the Advanced Reactor Demonstration Program, accelerating progress to build the commercial market for advanced nuclear and helping to restore American nuclear energy leadership. #Nuclear #CleanTech #Xenergy #DOE U.S. Department of Energy

X-energy’s collaboration with Amazon reflects the bold vision of the Advanced Reactor Demonstration Program, accelerating progress to build the commercial market for advanced nuclear and helping to restore American nuclear energy leadership. #Nuclear #CleanTech #Xenergy #DOE U.S. Department of Energy

X-energy

13,140 次观看 • 1 年前