“A new station installed on the Armenian-Iranian border allows recording any changes with an accuracy of seconds. Despite the tensions in the Middle East and the missile strikes on Iran, the radiation situation in Armenia remains stable.” In a conversation with Sputnik Armenia, Karen Haroyan, Chief Specialist for Radiation Safety at Nuclear and Radiation Safety Centre, assured that all monitoring stations across the country conduct 24-hour surveillance. “Armenia operates a modern radiation monitoring system consisting of 32 stations. They are mainly located in settlements within a 10–12 km radius of the Armenian nuclear power plant. However, taking into account the regional situation, another station was installed on the Armenian–Iranian border in 2025.” Following Israeli strikes on Iranian oil facilities, reports emerged about “black” or “acid rain” falling in parts of Iran. WHO has warned that the presence of toxic hydrocarbons, sulfur oxides, and nitrogen compounds in the atmosphere is extremely dangerous. Attacks on nuclear facilities could also pose a risk of nuclear radiation for Iran.
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.
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.
The Nuclear and Radiation Safety Centre, in cooperation with Radioactive Waste Management CJSC, is carrying out the removal and neutralisation of radioactive sources found in Soviet-era smoke detectors. These efforts aim to ensure the long-term and safe storage of such materials. During the Soviet period, smoke detectors containing radioactive isotopes were widely used across Armenia. In recent years, as part of several international assistance programs, the NRSC has identified and removed many of these devices from the premises of various Armenian organisations. The recovered detectors have been transferred to a secure storage facility. NRSC specialists carefully extract the radioactive sources from these detectors and place them into specialised containers designed for long-term safe storage. Organisations that may still have old smoke detectors on their premises are encouraged to contact the NRSC to ensure proper removal and handling. Tel: 010541719
The Nuclear and Radiation Safety Centre has developed a special software tool, RAD-MAP, for the Radiation Safety Department of the Armenian Nuclear Power Plant. RAD-MAP is designed to improve the management of various operational tasks among staff and shift teams. Specifically, the application enables the management to assign tasks and define their frequency, attach relevant radiometric maps (cartograms), store task completion results, monitor progress, and generate various queries and reports. Notably, the system allows all measurement results and data to be stored in a centralised database without affecting performance, ensuring efficient and reliable data management. The implementation of RAD-MAP aims to streamline workflow and enhance coordination of the Radiation Safety Department at the Armenian Nuclear Power Plant.
As part of the IAEA technical support project for Turkmenistan, NRSC conducted an expert mission at the Central Chemical Radiometric Laboratory of the Civil Defense and Rescue Operations Directorate of Turkmenistan. The mission, led by Arpi Khachatryan, a leading specialist in Radiation Safety at NRSC, aimed to enhance occupational radiation protection, dosimetry, and calibration services in the Republic of Turkmenistan, following IAEA guidelines. The mission aimed first to strengthen the knowledge in radiation protection: to provide an in-depth overview of IAEA GSR Part 3 and GSG-7 recommendations on occupational radiation protection, emphasising external personal monitoring, dose assessment methodologies, and measurement techniques. Another goal was to improve dosimetry practices by reviewing Armenia’s experience, identifying strengths and areas for improvement, and ensuring that QA/QC processes align with international standards for accuracy and reliability. To enhance dosimetry System Operation, Armenian specialist offered a detailed overview of the Harshaw 6600 Lite System, including its components such as TLD 100 Dosimeters, calibration methodologies, and testing procedures to ensure proper functioning and maintenance of dosimetric equipment. Special attention was paid to Calibration Procedures: guiding the development of standard calibration procedures for dosimeter irradiation and reader calibration, ensuring traceability and consistency in dose measurements. NRSC expert also assisted their Turkmen colleagues in refining data reporting methodologies, introducing improved data recording and reporting practices aligned with international standards. Local laboratory personnel received hands-on training in WINREMS software for calibration and data acquisition, as well as in annealing and irradiation techniques, dosimeter reading, and calibration processes. The training also covered Cs-137 use for external irradiation and reader calibration. The NRSC remains committed to supporting international collaboration and capacity-building efforts to enhance radiation safety in alignment with global standards.
