How Is Enriched Uranium Made? | Ilmistan with Munir

At the core of the U.S.-Iran geopolitical conflict lies the science of uranium enrichment. Although natural uranium is made up of 99.3% of the less-useful U-238 isotope, it only contains 0.7% of the vital U-235 isotope capable of creating sustained chain reactions. In this video, we will learn about how uranium is processed and what makes particular enrichment percentages, 20%, and 60%, so geopolitically significant. The Key Questions Answered: What is an isotope? And why is U-235 considered "useful"? Why does the small mass difference of U-235 allow for the separation from U-238? How is uranium "raw material" processed into uranium hexafluoride gas (UF₆)? How does a gas centrifuge work and how are isotopes separated using centrifuges? Why are thousands of gas centrifuges connected in sequence? The Enrichment Process: 3% - 5%: Used for civilian nuclear fuel. 20%: High Enriched Uranium (HEU) for research reactors and radioisotope production. 60%: Current percentage of uranium enrichment by Iran—an important step towards weapons-grade fuel. 90%: Weapon-grade enrichment level. Why This Matters To understand one must know the science behind it. By enriching uranium up to 60% enrichment level, Iran substantially reduces the time necessary to achieve weapon-grade 90% enrichment level. Join us as we go through the process of separating useful isotopes from uranium. Subscribe now and hit the bell icon 🔔 so you don't miss our latest video! What topic would you like to see explored first? Let me know in the comments! Interested in sponsoring our episodes or collaborating? [email protected] #ilmistanwithmunir #science #engineering #technology