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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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Q: "Do you know for sure where all the highly enriched uranium is?" Vance: "Well, I think that's actually not the question before us...Uranium is something that exists in a very large supply. I think our main goal was to bury the uranium and I do think the uranium was buried."

Q: "Do you know for sure where all the highly enriched uranium is?" Vance: "Well, I think that's actually not the question before us...Uranium is something that exists in a very large supply. I think our main goal was to bury the uranium and I do think the uranium was buried."

The Bulwark

3,148,352 Aufrufe • vor 1 Jahr

🚨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:

🚨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

148,292 Aufrufe • vor 9 Monaten

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.

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.

Kirk Sorensen

60,387 Aufrufe • vor 1 Jahr

Joe Biden blocked uranium mining today on a million acres bordering the Grand Canyon. Why would Biden block mining for an element used for nuclear power plants, electricity, radiation treatments? We already import 95% of our uranium from countries like Russia, Kazakhstan, Africa. And now, Joe is single-handedly losing Africa to Russia, who already controls our Uranium supply chain through its satellites. America already sends a billion dollars to Putin’s crown jewel uranium base, Rosatom. The same Rosatom that took over Uranium One, the company that donated millions to the Clinton Foundation, when Hillary was Obama’s Secretary of State. So why is Joe Biden funding Russia’s dangerous uranium monopoly?

Joe Biden blocked uranium mining today on a million acres bordering the Grand Canyon. Why would Biden block mining for an element used for nuclear power plants, electricity, radiation treatments? We already import 95% of our uranium from countries like Russia, Kazakhstan, Africa. And now, Joe is single-handedly losing Africa to Russia, who already controls our Uranium supply chain through its satellites. America already sends a billion dollars to Putin’s crown jewel uranium base, Rosatom. The same Rosatom that took over Uranium One, the company that donated millions to the Clinton Foundation, when Hillary was Obama’s Secretary of State. So why is Joe Biden funding Russia’s dangerous uranium monopoly?

Jesse Watters

2,350,390 Aufrufe • vor 3 Jahren

Uranium is setting the stage for an upward swing Most people focus on the spot market, which represents only 15% of the overall market. The term market is where the vast majority of uranium is sold. Uranium contracts currently being negotiated: - Floors in the 90s - Ceilings in the 160s - A rise of ~20% in the last ~7 months The floor is higher than the current spot price. Utilities are still short uranium and, at some point in the near future, will have to enter the market in size. Uranium is one of my top picks for the long term.

Uranium is setting the stage for an upward swing Most people focus on the spot market, which represents only 15% of the overall market. The term market is where the vast majority of uranium is sold. Uranium contracts currently being negotiated: - Floors in the 90s - Ceilings in the 160s - A rise of ~20% in the last ~7 months The floor is higher than the current spot price. Utilities are still short uranium and, at some point in the near future, will have to enter the market in size. Uranium is one of my top picks for the long term.

Lukas Ekwueme

33,081 Aufrufe • vor 7 Monaten

$America’s nuclear future needs uranium. The U.S. doesn’t produce enough of it. Verdera_energy is advancing a massive uranium portfolio in New Mexico—positioning itself within the growing push for domestic energy security. 88 million pounds of historic uranium resources. 400 square miles of mineral rights. $24M in the treasury. Located in the Grants Uranium District—responsible for roughly 40% of all U.S. uranium historically mined—Verdera is building scale in one of America’s most important uranium regions. Now focused on: - Advancing ISR-amenable uranium projects - Developing domestic nuclear fuel supply - Leveraging one of the largest private uranium databases in New Mexico - Supporting the next phase of the U.S. nuclear renaissance The U.S. consumes ~48M pounds of uranium annually—yet produces only a fraction domestically. That supply gap is becoming impossible to ignore. Learn more:$

America’s nuclear future needs uranium. The U.S. doesn’t produce enough of it. Verdera_energy is advancing a massive uranium portfolio in New Mexico—positioning itself within the growing push for domestic energy security. 88 million pounds of historic uranium resources. 400 square miles of mineral rights. $24M in the treasury. Located in the Grants Uranium District—responsible for roughly 40% of all U.S. uranium historically mined—Verdera is building scale in one of America’s most important uranium regions. Now focused on: - Advancing ISR-amenable uranium projects - Developing domestic nuclear fuel supply - Leveraging one of the largest private uranium databases in New Mexico - Supporting the next phase of the U.S. nuclear renaissance The U.S. consumes ~48M pounds of uranium annually—yet produces only a fraction domestically. That supply gap is becoming impossible to ignore. Learn more:

BTV & CEO Clips

27,435 Aufrufe • vor 4 Monaten

Macron urges Europe to abandon Russian uranium. 'We recently discussed issues related to dependence on Russia. It's true, especially in the field of uranium. In fact, I was reminded that Russia provides 40% of the world's uranium production. But there are many countries that also mine uranium. And I want to note them: Mongolia, Kazakhstan - these are countries that have opened their capacities, to which Canada, Australia, the USA, and many others are added. We are cautious with Russia. Diversification of supplies is an absolutely key point to ensure our uranium supply and reduce dependence on geopolitical risks.'

Macron urges Europe to abandon Russian uranium. 'We recently discussed issues related to dependence on Russia. It's true, especially in the field of uranium. In fact, I was reminded that Russia provides 40% of the world's uranium production. But there are many countries that also mine uranium. And I want to note them: Mongolia, Kazakhstan - these are countries that have opened their capacities, to which Canada, Australia, the USA, and many others are added. We are cautious with Russia. Diversification of supplies is an absolutely key point to ensure our uranium supply and reduce dependence on geopolitical risks.'

Zlatti71

54,005 Aufrufe • vor 6 Monaten

🇮🇷🇺🇸 "Iran's enriched uranium is absolutely not supposed to be transferred anywhere. To the same extent that Iranian soil is important and sacred to us, this matter is also important to us. So this is completely rejected." Iranian FM spokesperson Esmaeil Baghaei on American claims about transferring enriched uranium: The issue of transferring uranium with 20 percent enrichment is not on the table at all. This discussion has never been raised.

🇮🇷🇺🇸 "Iran's enriched uranium is absolutely not supposed to be transferred anywhere. To the same extent that Iranian soil is important and sacred to us, this matter is also important to us. So this is completely rejected." Iranian FM spokesperson Esmaeil Baghaei on American claims about transferring enriched uranium: The issue of transferring uranium with 20 percent enrichment is not on the table at all. This discussion has never been raised.

DD Geopolitics

14,464 Aufrufe • vor 5 Monaten

🚨 The Islamic Republic just said it will not transfer or surrender its enriched uranium at any cost! Ismail Baghaei, the regime’s Foreign Ministry spokesperson, stated on TV that enriched uranium is tied to national sovereignty and will not be transferred under any circumstances. This directly contradicts Trump’s claims of an agreement involving a uranium handover.

🚨 The Islamic Republic just said it will not transfer or surrender its enriched uranium at any cost! Ismail Baghaei, the regime’s Foreign Ministry spokesperson, stated on TV that enriched uranium is tied to national sovereignty and will not be transferred under any circumstances. This directly contradicts Trump’s claims of an agreement involving a uranium handover.

The Iran Watcher 🇮🇷

16,459 Aufrufe • vor 5 Monaten

From my understanding, this is the first time I’ve seen an Iranian official admit that they in fact do have +400kg of +60% enriched uranium

From my understanding, this is the first time I’ve seen an Iranian official admit that they in fact do have +400kg of +60% enriched uranium

David Khait

145,873 Aufrufe • vor 6 Monaten

In 1985 Physicist Galen Winsor ate Uranium life on Television to prove it is completely harmless to Humans. Yes add Uranian to the long list of things we’ve been lied to about. Just imagine the number of Nuclear Power Stations that haven’t been built out of fear of the safety of Uranian.

In 1985 Physicist Galen Winsor ate Uranium life on Television to prove it is completely harmless to Humans. Yes add Uranian to the long list of things we’ve been lied to about. Just imagine the number of Nuclear Power Stations that haven’t been built out of fear of the safety of Uranian.

Concerned Citizen

34,234 Aufrufe • vor 1 Jahr

Notice how every time Trump talks about the “nuclear dust”, he says we will be getting/bringing it “back”, as if to say we had it before. I don’t think this is an accident. I think Trump is telling us that the uranium used to be ours, meaning Obama gave Iran US uranium.

Notice how every time Trump talks about the “nuclear dust”, he says we will be getting/bringing it “back”, as if to say we had it before. I don’t think this is an accident. I think Trump is telling us that the uranium used to be ours, meaning Obama gave Iran US uranium.

Clandestine

884,148 Aufrufe • vor 5 Monaten

🚨 Multiple Israeli officials are saying they “would NOT” consider the war a victory until Iran’s 400 kilos of enriched uranium is “controlled in some way.” “That does not appear to be the President’s goal here.” Trump said earlier today that Iran is now “incapable” of making a nuclear weapon, and that the US would monitor their enriched uranium from satellites and take action if Iran makes a move. “That has not been Israel’s goal at the start of this war,” reported Jim Sciutto. “I’ve been told by multiple Israeli officials that they would not consider the war a victory unless that 400 kilos of enriched uranium was controlled in some way.”

🚨 Multiple Israeli officials are saying they “would NOT” consider the war a victory until Iran’s 400 kilos of enriched uranium is “controlled in some way.” “That does not appear to be the President’s goal here.” Trump said earlier today that Iran is now “incapable” of making a nuclear weapon, and that the US would monitor their enriched uranium from satellites and take action if Iran makes a move. “That has not been Israel’s goal at the start of this war,” reported Jim Sciutto. “I’ve been told by multiple Israeli officials that they would not consider the war a victory unless that 400 kilos of enriched uranium was controlled in some way.”

The Vigilant Fox 🦊

148,281 Aufrufe • vor 5 Monaten

“You have to mine it out of the ground. You then turn it into a gas for enrichment. You then enrich it — which is essentially a refining process. So enrichment is separating the element of uranium into its two or a couple of different types based on its isotope, which is how many neutrons it has. It’s really a refining, separation process. A lot of people hear ‘enrichment’ and they think there’s going to be a lot of radiation or dangerous chemical reactions. It’s actually just separation." “Cold War era. We were the world leader in enrichment. We had these plants spread out throughout the country that used an old technique that was expensive. It required a lot of energy to do it. But we had the most capacity. Then we built up a lot of enriched uranium that we stockpiled, and those stockpiles..." Scott Nolan

“You have to mine it out of the ground. You then turn it into a gas for enrichment. You then enrich it — which is essentially a refining process. So enrichment is separating the element of uranium into its two or a couple of different types based on its isotope, which is how many neutrons it has. It’s really a refining, separation process. A lot of people hear ‘enrichment’ and they think there’s going to be a lot of radiation or dangerous chemical reactions. It’s actually just separation." “Cold War era. We were the world leader in enrichment. We had these plants spread out throughout the country that used an old technique that was expensive. It required a lot of energy to do it. But we had the most capacity. Then we built up a lot of enriched uranium that we stockpiled, and those stockpiles..." Scott Nolan

Shawn Ryan

104,536 Aufrufe • vor 1 Jahr

"Why can Namibia not use its abundant uranium to produce electricity if it is the second producer of uranium?” member of Parliament Tjekero Tweya questioned. He challenged students and professors to do research so that Namibia develops its own power generation through

"Why can Namibia not use its abundant uranium to produce electricity if it is the second producer of uranium?” member of Parliament Tjekero Tweya questioned. He challenged students and professors to do research so that Namibia develops its own power generation through

Eagle FM Namibia

12,903 Aufrufe • vor 2 Jahren