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Adnan Belushi

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5,390,925 просмотров • 6 месяцев назад •via X (Twitter)

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🚨Thorium Reactors: China Just Did What Everyone Else Talked About for 50 Years China has just crossed a line the rest of the world never managed to step over. Their experimental thorium molten salt reactor has successfully converted thorium into uranium-233 and sustained nuclear fission inside a working system. This matters more than most people realize. Thorium has always been the nuclear fuel that sounded great in theory and died in practice. It is more abundant than uranium. It produces less long lived waste. It is also harder to weaponize. The physics have been understood since the Cold War, but the problem was always execution, materials, corrosion and chemistry. Control. China solved enough of those problems to make the fuel cycle work. The reactor in question is small, producing only two megawatts so it's not powering cities or feeding the grid, but that is not the point. This was a proof of capability, not a commercial rollout. They demonstrated something no other country has publicly demonstrated. Breeding uranium-233 from thorium inside a molten salt reactor and using it to sustain fission. That single step unlocks the entire thorium fuel cycle. They did it with a reactor that operates at atmospheric pressure, uses liquid fuel, and can be designed to shut itself down passively if things go wrong. No danger of high pressure steam explosions, no fuel rods to melt and no water cooling dependency. China has large domestic thorium reserves. Uranium supply chains are global, fragile, and politically exposed. Thorium changes that equation. It also changes waste profiles and long term fuel availability. In theory, it allows centuries of base load power from material that was previously treated as a curiosity. The United States, Europe, and others studied molten salt reactors decades ago and walked away. Not because they were impossible, but because conventional uranium reactors were already entrenched, regulated, and profitable. Thorium was disruptive before disruption was fashionable. China stayed with it and built materials science programs around it. They accepted slow progress. They ran experiments without promising headlines, and now they are the only country that can point to an operating thorium molten salt reactor that actually does what the textbooks said it should. This does not mean commercial thorium power is around the corner. Scaling this is hard and so is licensing it. Operating molten salt systems for decades is hard. But the breakthrough is real. If the technology that could redefine nuclear safety, fuel independence, and long term energy stability just matured outside the West, what else are we assuming is impossible simply because we stopped trying? #Thorium #NuclearEnergy #China #EnergySecurity #MoltenSaltReactor #CleanEnergy #AdvancedNuclear Video clip source:
1:11

🚨Thorium Reactors: China Just Did What Everyone Else Talked About for 50 Years China has just crossed a line the rest of the world never managed to step over. Their experimental thorium molten salt reactor has successfully converted thorium into uranium-233 and sustained nuclear fission inside a working system. This matters more than most people realize. Thorium has always been the nuclear fuel that sounded great in theory and died in practice. It is more abundant than uranium. It produces less long lived waste. It is also harder to weaponize. The physics have been understood since the Cold War, but the problem was always execution, materials, corrosion and chemistry. Control. China solved enough of those problems to make the fuel cycle work. The reactor in question is small, producing only two megawatts so it's not powering cities or feeding the grid, but that is not the point. This was a proof of capability, not a commercial rollout. They demonstrated something no other country has publicly demonstrated. Breeding uranium-233 from thorium inside a molten salt reactor and using it to sustain fission. That single step unlocks the entire thorium fuel cycle. They did it with a reactor that operates at atmospheric pressure, uses liquid fuel, and can be designed to shut itself down passively if things go wrong. No danger of high pressure steam explosions, no fuel rods to melt and no water cooling dependency. China has large domestic thorium reserves. Uranium supply chains are global, fragile, and politically exposed. Thorium changes that equation. It also changes waste profiles and long term fuel availability. In theory, it allows centuries of base load power from material that was previously treated as a curiosity. The United States, Europe, and others studied molten salt reactors decades ago and walked away. Not because they were impossible, but because conventional uranium reactors were already entrenched, regulated, and profitable. Thorium was disruptive before disruption was fashionable. China stayed with it and built materials science programs around it. They accepted slow progress. They ran experiments without promising headlines, and now they are the only country that can point to an operating thorium molten salt reactor that actually does what the textbooks said it should. This does not mean commercial thorium power is around the corner. Scaling this is hard and so is licensing it. Operating molten salt systems for decades is hard. But the breakthrough is real. If the technology that could redefine nuclear safety, fuel independence, and long term energy stability just matured outside the West, what else are we assuming is impossible simply because we stopped trying? #Thorium #NuclearEnergy #China #EnergySecurity #MoltenSaltReactor #CleanEnergy #AdvancedNuclear Video clip source:

Skywatch Signal

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WATCH 👀: This first-of-a-kind test loop at Idaho National Lab is being used to advance molten salt reactor R&D, including the world’s first fast-spectrum, salt-fueled reactor experiment coming up at the lab.
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WATCH 👀: This first-of-a-kind test loop at Idaho National Lab is being used to advance molten salt reactor R&D, including the world’s first fast-spectrum, salt-fueled reactor experiment coming up at the lab.

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WATCH: This first-of-a-kind test loop Idaho National Lab is being used to advance molten salt R&D — including the world’s first fast-spectrum, salt fueled reactor experiment.
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WATCH: This first-of-a-kind test loop Idaho National Lab is being used to advance molten salt R&D — including the world’s first fast-spectrum, salt fueled reactor experiment.

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WATCH: Pacific Northwest National Laboratory breaks down the basics on molten salt reactors!
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WATCH: Pacific Northwest National Laboratory breaks down the basics on molten salt reactors!

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The 100MW molten salt tower CSP plant in Dunhuang, NW China’s Gansu Province, captures sunlight like a giant silver sunflower and delivers clean energy across China.
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The 100MW molten salt tower CSP plant in Dunhuang, NW China’s Gansu Province, captures sunlight like a giant silver sunflower and delivers clean energy across China.

Massimo

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Atoms must split, Nation must keep rising 🇮🇳 Remember that Thorium Nuclear Reactor which attained criticality a few months back, when it will be operational, we will basically have our own almost unlimited Nuclear Fuel ☠️
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Atoms must split, Nation must keep rising 🇮🇳 Remember that Thorium Nuclear Reactor which attained criticality a few months back, when it will be operational, we will basically have our own almost unlimited Nuclear Fuel ☠️

Royal Singh 🦁

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🚨🇮🇳 BIG: India becomes 2nd country in the world (after Russia) to operate a commercial-scale Fast Breeder Reactor This indigenous reactor: ◾️Breeds more fuel than it consumes ◾️Marks Stage 2 of India’s 3-stage nuclear programme ◾️Paves the way for thorium-based energy ◾️Reduces import dependence
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🚨🇮🇳 BIG: India becomes 2nd country in the world (after Russia) to operate a commercial-scale Fast Breeder Reactor This indigenous reactor: ◾️Breeds more fuel than it consumes ◾️Marks Stage 2 of India’s 3-stage nuclear programme ◾️Paves the way for thorium-based energy ◾️Reduces import dependence

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T-1000 really thought he had us for a second... molten steel had other plans
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Lite snow falling in Downtown Cleveland. The City has announced it has a road salt shortage. They plan to only salt main roads and troublesome intersections. The City blames Cargill for not filling their salt order.
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Stefan Burns do you think the alignments might be pointing toward Thorium instead of Uranium? Thorium is a byproduct of Uranium and is an element that we’ve been guided to replace silver in electronics.
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We have a lot of plutonium we'd like to eliminate, and fission is the best way to do this. In the presence of fertile thorium, we can fission plutonium and start a sustainable thorium energy economy that will carry us for the next hundred thousand years.
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We have a lot of plutonium we'd like to eliminate, and fission is the best way to do this. In the presence of fertile thorium, we can fission plutonium and start a sustainable thorium energy economy that will carry us for the next hundred thousand years.

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