Заключна виписка за період з 19.09.2021 по 19.09.2022 Заключна виписка за період з 05.12.2021 по 05.12.2022 Заключна виписка за період з 05.12.2021 по 05.12.2022 Заключна виписка за період з 01.05.2022 по 14.07.2023 Заключна виписка за період з 01.04.2022 по 03.07.2023
Read MoreStatute of the Fund Activity Reports Due to the occupation of the Chornobyl exclusion zone by Russian troops during February-March 2022, significant damage was caused to the unique laboratories of the Institute for Safety Problems of NPP of the NAS of Ukraine. To promote the restoration of the premises of the Institute and its equipment, on April 25, 2022, the Charitable Organization “Charity Foundation” “Chornobyl Nuclear Safety Science Fund” was established. The founders of the Fund are the employees of the ISP NPP, among them: the Head of…
Read MoreThe scientists of the ISP NPP look confidently towards the future and execute a number of tasks that may have a significant impact for Ukrainian nuclear power industry. The main research areas are as regards: Area 1 – 3-D modeling of works within radiation-hazardous conditions. Creation of models for radiation-hazardous object will provide developing technologies for dismantling and management of radioactive materials. Area 2 – Development of remotely controlled aggregates and devices for inspection and implementation of works within radiation conditions as an important method for mitigation of accident aftermath…
Read MoreResearch and Development Results and Achievements Perspective Directions for Research and Collaboration
Read MoreLATEST ACTIVITIES REPORTS 2025 Our Achievements: The ISP NPP of NAS of Ukraine implements the scientific supervision and support to ensure the safe operation of the Shelter object and its transformation into an ecologically safe system and Chornobyl NPP power units decommissioning. A multi-parameter approach for implementation of the Shelter object safety analysis has been applied. Key parameters of the approach are the parameters determining the safe operation of protective structure systems. Radiation impact of the Shelter object due to occurrence of potential emergency situations was assessed. Participation in the…
Read MoreResearch and Development Works of the ISP NPP The Shelter object’s transformation into an ecologically safe system: monitoring of radiation state parameters of the Shelter object and forecasting parameter dynamics during implementation of practical works; complex environmental assessment of the Shelter object’s radiation impact; development and scientific substantiation of optimal complex of measures to provide admissible radiation safety level during the Shelter object trans-formation into an ecologically safe system; study of physical and chemical properties of materials containing nuclear fuel, as well as their radionuclide and elemental composition; monitoring the…
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