BlockBeats News, April 20th. The issue of Iran's enriched uranium has become one of the key current disagreements in the US-Iran negotiations. In addition to the political aspect where a consensus has not been reached on the recipient, the actual transfer process faces highly complex technical and security challenges.
Reports indicate that potential recipients include the International Atomic Energy Agency, Russia, or the United States. However, Iran has clearly opposed directly transferring enriched uranium to the United States and currently only agrees to verification by the International Atomic Energy Agency. Previously, Trump had stated that Iran would transfer its entire highly enriched uranium stockpile, a claim that has been denied by the Iranian side.
Analysts point out that even if negotiations make progress, extracting and transporting nuclear materials from the damaged nuclear facilities remains a huge challenge. Currently, some of Iran's highly enriched uranium is stored in underground structures at facilities such as Isfahan and Natanz, which have been severely damaged in previous military strikes, with tunnels buried and verification personnel unable to access the sites for months.
Experts state that highly enriched uranium is usually stored in gas form in containers, and during the transfer process, the transportation security needs to be evaluated. It may even need to be converted into a more stable form, while carrying out remote detection and handling of damaged containers, making the overall operation complex and time-consuming.
Although the United States has successfully transferred highly enriched uranium in operations like the "Sapphire Plan," several former officials believe that the current Iranian situation is much more complex in terms of geopolitical environment, facility damage, and verification difficulty. It could potentially become one of the most challenging nuclear material transfer missions in history.
Furthermore, the United States is also concerned that Iran may be hiding some nuclear materials. Any future agreement will require a strict verification mechanism to ensure the integrity and transparency of the enriched uranium stockpile.
