VUJE in a consortium with other partners is implementing the Project: “D4.2 Dismantling of Reactor Coolant System Large Components” being a crucial part of V1 Nuclear Power Plant (two units with VVER– 440 reactors located in Jaslovské Bohunice site in Slovakia). In Cooperation with the company JAVYS, a material archive and a related database including all relevant information to specific material parts is created in order to LTO support of the operated units. 

Ensemble weather forecasts can be very useful in properly predicting the dispersion of radioactive material in an accident, but they are very expensive to use. We present a surrogate model approach that aims at recovering the information from the whole ensemble while trying to still be fast enough to be used in emergency situations.

Richard Brierley's understanding of the intricacies of corrosion has played its part in ensuring safe operation of the UK's nuclear power stations 

New FSS NPP V2 Jaslovské Bohunice is constructed by company VUJE and will be delivered to Slovenské elektrárne in beginning of 2022. After 12 months from beginning of works the new FSS is currently assembled in FSS room. The FAT and SAT tests has to start after finishing of assembly and after a final approval by Slovak regulatory authority ÚJD SR with preliminary date of start of operation in May 2022.  

Analyzing the concentrations of tritium in groundwater it is possible to trace the age of the aquifer and / or define if the aquifer is polluted by anthropogenic activities

Worries about radioactive contamination will soon be a thing of the past for a coastal community where aircraft components containing radium were disposed of after the second world war

Nowadays, there are more than seventy small modular reactors (SMR) designs around the world on different stages of development and implementation. Most of the SMR designs adopt advanced or inherent safety features and are deployable either as a single or multi-module plant.

Fission products from the PSI-SINQ gas-jet facility, as operated by LRC, were used to reveal the separation of relevant radionuclides from radioactively contaminated water.

Bel V is currently actively working on the preparation of the post-operational phase of the life of the Belgian NPPs. This phase directly follows the definitive shutdown and aims in a time period of approximately 5 years at evacuating the spent fuels and the operational waste from the units, and at preparing the dismantling activities.

In recent years, the growth of interest is observed with regard to perspective technologies of thermonuclear fusion, as to alternative energy sources, the operation of which does not cause carbon dioxide emission to the atmosphere.