Abstract
The main technical characteristics of the KMS stand as a large-scale model for NPP containment with VVER are presented. It is shown that this stand can be used to study three-dimensional heat and mass transfer processes in the containment atmosphere and to test systems and equipment used in NPP with VVER under close to anticipated and unanticipated accident conditions. In the future, with appropriate development work and additions to the stand it will be possible to study the rate of removal of aerosol particles having different chemical properties, perfect new designs of catalytic hydrogen recombiners and test equipment with the limiting parameters of the containment atmosphere.
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