A Ge-68 radioactive pin source used for medical scanner calibration has gone missing during transit, the Nuclear Regulatory Commission (NRC) announced. The material was reported lost on December 2 while being transported for disposal in Newfield, New Jersey.
The New Jersey Department of Environmental Protection (NJDEP) reported that the shipment arrived damaged and without its contents. The pin, classified by the NRC as “less than Category 3,” poses minimal health risks due to its low radioactive content.
NJ Major Melham revealed a shipment of radioactive material went missing on December 2nd after arriving damaged and empty at its destination. “There’s an alert out right now. It was lost in New Jersey in transit.”
— Luke Rudkowski (@Lukewearechange) December 17, 2024
The missing item, identified as an Eckert & Ziegler model HEGL-0132, had been used at the Nazha Cancer Center for PET/CT scanner calibration. Its activity level was approximately 0.267 mCi at the time of the loss.
Federal regulations require incidents involving missing radioactive materials to be reported immediately. If the source is not recovered within 30 days, the licensee must provide a full account of the root cause and propose corrective measures.
Well the US Nuclear Regulatory Commission just dropped this nugget.. Seems they lost a container of radioactive material in NJ.. would explain the drones.. just sayin: https://t.co/raFZhsZntS
— TiltedTactics (@TiltedTactics) December 17, 2024
Reports of drone sightings in New Jersey have sparked theories about a potential link to the search for the missing material, although no official connection has been confirmed.
#dronesoverNJ Seems like the Govt lost some nuclear materials and we have 1000s of terrorists in the country thanks to Joe and Kamala!!
NJ Mayor Thinks Mystery Drones Are Looking for ‘Radioactive Material’ that Went Missing Weeks Agohttps://t.co/X31XMdKJrh— Rodger Sayles (@RodgerSayles77) December 18, 2024
The NRC and NJDEP are closely monitoring the situation as the licensee works to recover the lost radioactive source.