Objective
The objective of this project consisted of 3 tasks
Task 1: Vent Stack Radioactive Release Measurement Upgrade
Navigation path
Objective
The objective of this project consisted of 3 tasks
Task 1: Vent Stack Radioactive Release Measurement Upgrade
Objective
Objective
Objective
This project on Reactor Vessel embrittlement was identified in the very early stage (1991) of the TACIS and PHARE programmes for nuclear safety as a main topic.
Objective
The objective of the project was to develop a residual life time diagnostic system based both on existing Russian developments and on the Contractor’s experience. This system was to be implemented on operating VVER-NPPs.
Result
Objective
Objective
The objective of the project was to study whether the LBB concept can be applied to the piping system of VVER 440/230 and to assess the possibility to achieve, under certain conditions, a high reliability level. More precisely, it was analysed:
Objective
Mainly for application in the primary loop, VNIIAES has developed a diagnostic centre for:
Objective
Background:
1) Background
This project represented a continuation of the project U2.02/93B and was followed by the project 2.02/94C and 2.01/95 (see the relevant PRSs).
1) Background
Objective
The project aimed at creating an industrial Fatigue Monitoring System developing the following tasks:
R2.04/94 - Water level instrumentation
Objective (see also Project R2.05/94)
Objective
Objectives:
Design background
Currently, there are 16 VVER-440/V213 reactors operating in the Czech Republic, Hungary, Russian Federation, Ukraine and Slovak Republic.
Brief project history
Objective
The project aim is to implement an expertise methodology on a pilot NPP in order to evaluate the status of the electrical cabling and residual lifetime.
Following related activities are to be performed:
Objective
The Project is based on the use of Western technology, software and hardware received in the frame of TACIS 91 - 1.3. Project Accident analysis.
The objectives were: