How Uranium Becomes Nuclear Fuel | The Complete Process скачать в хорошем качестве

How Uranium Becomes Nuclear Fuel | The Complete Process

Right now, 430 nuclear reactors are running on this planet. But at the heart of every single one lies a metal that can ignite a city or power it for decades. Just one kilogram of enriched uranium holds the energy of two million kilograms of coal. In this documentary, we trace the incredible journey of uranium — from deep underground mines to the centrifuges spinning faster than a bullet. Discover how raw ore is transformed into "yellowcake," how isotopes are separated, and how the final fuel rods generate the electricity that lights up our world. TIMESTAMPS: 0:00 The Power of Uranium 0:50 History: From Glass to Fission 2:05 Where Uranium is Found (Global Mines) 3:15 Underground Mining Process 4:00 Crushing & Leaching: Making "Yellowcake" 5:25 Conversion to Gas & Enrichment 6:30 How Centrifuges Work 7:30 Creating Fuel Pellets & Rods 8:50 Inside the Nuclear Reactor 10:15 The Future of Nuclear Energy ► Subscribe to The Works for more documentaries on engineering and industry:    / @theworks-p7h   --- COPYRIGHT DISCLAIMER The Works channel is not the full owner of the materials compiled in this video. They belong to respected individuals or organizations. Our use falls under Section 107 of the US Copyright Act 1976, which allows for "fair use" for purposes such as criticism, comment, news reporting, teaching, and research. If you are the owner of the materials or would like us to feature you, please contact us at: contact.theworks.uk@gmail.com We are not affiliated with the companies whose products are shown in this documentary video. This video is for educational purposes and is not a promotion. AI-GENERATED THUMBNAILS The thumbnails for this video were created using artificial intelligence. Based on the themes covered in our films, the AI generated these conceptual graphic images. They are not exact representations of real facts or events, but are creative interpretations. --- #uranium #nuclearfuel #engineering #energy #science