As previously reported, the Nuclear and Radiation Safety Centre, with the support of European and American partners, has transported 40 high-activity radioactive sources from the Ashtarak Institute of Physical Research to the storage facilities of the “Radioactive Waste Management” CJSC.The process was organised in accordance with international safety standards, ensuring the safe collection, packaging and transportation of the sources.This initiative is another important step in improving Armenia’s radiation safety and applying international best practices. Watch the report by Armenian Public TV.
NRSC specialists transferred 40 cobalt-60 (Co-60) radioisotopic sources from the Institute for Physical Research of the National Academy of Sciences of Armenia to the Radioactive Waste Management CJSC for secure storage. Representatives of the Nuclear Regulatory Authority, as well as the relevant departments of the National Security Service and the Ministry of Internal Affairs, also took part in the operation. High-activity radioactive sources dating back to the Soviet era had long been stored in a bunker at the Institute for Physical Research. As they were no longer in use, it became necessary to move them to a safe storage facility. This was the first operation of its kind ever carried out in Armenia. The Nuclear and Radiation Safety Centre developed a comprehensive plan for removing the sources from the bunker and transporting them in compliance with the highest safety standards. The NRSC worked in cooperation with the Pacific Northwest National Laboratory and the Oak Ridge National Laboratory, whose experts were invited to Armenia to provide technical review and consultation. An important partner in the operation was the Institute of Isotopes (Hungary), whose specialists designed and manufactured the special loading/storage container used for the Co-60 sources. Hungarian experts participated directly in the removal activities, working alongside NRSC professionals to ensure the safe packaging, handling, and transfer of the radioactive materials. Preparatory work included a detailed site inspection, assessment of required materials and equipment, and development of a detailed safety plan. Particular attention was paid to minimising risks during the removal process — both for personnel and for the environment. The operation aimed to reduce potential radiation risks and ensure the protection of the local population and the environment. All activities were carried out in accordance with international safety standards, fully meeting technical and environmental requirements. This initiative marks an important step toward strengthening public safety and expanding international cooperation in the nuclear field.
The Nuclear and Radiation Safety Centre conducted a training course titled “Radiation Protection and the Safe Use of Radioactive Sources.” The course was attended by nine employees from the Field Experimental Laboratory of the Engineering and Technical Centre of Gazprom Armenia CJSC. The participants were introduced to key principles of radiation safety, including the safe handling of radioactive materials, radiation monitoring techniques, and the proper use of personal protective equipment. The training was specifically designed for professionals involved in the import, export, production, use, transportation, or storage of ionising radiation sources or radiation-generating devices across various sectors, including industry, agriculture, scientific research, and education. The training covered the following topics: After the course, each participant received a certificate recognising their knowledge and skills in radiation protection and the safe use of radioactive sources. NRSC continues to implement similar training initiatives aimed at enhancing professional qualifications and reinforcing radiation safety standards throughout Armenia.
