Vienna, Austria – The International Atomic Energy Agency (IAEA) confirmed on Sunday that the United Arab Emirates had informed it that radiation levels at the Barakah Nuclear Power Plant remain within normal limits.
This follows a fire that broke out in an electrical generator outside the plant’s perimeter after a drone strike.
In an official statement, the IAEA said it is closely monitoring the situation and is in constant contact with the UAE authorities.
It also confirmed its readiness to provide any support or assistance needed.
No impact on radiation safety
The Abu Dhabi Media Office had previously announced that authorities had successfully contained a fire
that broke out in an electrical generator outside the inner perimeter of the Barakah Nuclear Power Plant in the Al Dhafra region.
It noted that the incident resulted in no injuries.
A statement from the International Atomic Energy Agency (IAEA) confirmed that the incident did not affect radiation safety levels.
Furthermore, all necessary precautionary measures have been taken by the relevant authorities to ensure the safety of the site and its personnel.
The station continues to operate normally
For its part, the Federal Authority for Nuclear Regulation emphasized
that the fire did not affect the safety of the plant or the readiness of its core systems.
It also clarified that all units of the plant continue to operate and produce power normally.
The Authority added that the plant’s safety and security systems are functioning at a high level of efficiency.
It also confirmed that close technical monitoring continues to ensure the stability of operational processes.
Calls for accuracy
In closing, the official statement urged the public and media to exercise caution and refrain from circulating rumors
or unverified information. It emphasized the importance of relying on official sources for updates regarding the incident.
This comes amidst international and regional monitoring of the incident, stemming from the sensitive nature of nuclear facilities
and the critical need to maintain the highest standards of safety and security associated with them.
