International nuclear inspectors have officially confirmed that a facility in
The confirmation follows a period of renewed cooperation from Syria’s current government, which granted IAEA inspectors access to several suspected locations following the ouster of former President Bashar Assad. During an August 29 visit to the Deir el-Zour site, inspectors observed uncovered cooling infrastructure that the agency stated is consistent with the design of a nuclear reactor. The facility was famously targeted and destroyed by an Israeli airstrike in 2007, after which the site was leveled and remained a point of contention between Damascus and international monitors.
Evidence of Undeclared Nuclear Infrastructure
Beyond the reactor site in Deir el-Zour, the IAEA report identified three additional locations that were described as functionally linked to the reactor project. These sites were reportedly utilized for fuel fabrication, conversion activities, and the storage of construction materials. The agency also noted that some of these locations were intended for planned reprocessing activities, further detailing the scope of the undeclared program that operated under the previous leadership.
In a separate development, the IAEA team, led by Director General Rafael Grossi, inspected a previously undisclosed site that Syrian authorities brought to the agency's attention in July. At this location, inspectors discovered and verified approximately 73 tonnes of natural
Future Cooperation and Civilian Ambitions
The current Syrian authorities have signaled a shift in policy, expressing an interest in pursuing a civilian nuclear energy program. As part of this transition, the government has committed to ensuring that any nuclear material discovered within the country remains under Syrian custody while adhering to international safeguards. The IAEA’s recent verification work marks a significant step in addressing the legacy of Syria’s undeclared nuclear history, which for years remained a subject of international speculation and limited investigation.