Objective
The present project was intended as an extension of the work performed in the TACIS 91-3.5.-Maintenance Project.
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Objective
The present project was intended as an extension of the work performed in the TACIS 91-3.5.-Maintenance Project.
Background
1) Background This project is dealing as many other activities with the consequences of the Chernobyl accident in the regions Byelorussia, Russia and Ukraine.
2) Objectives
The Russian Beneficiary ROSENERGOATOM, organisation responsible for the operation of Russian nuclear power plants (NPP) proposed the European Commission to carry out a project to assist in the development of guidelines in the field of management of radioactive waste from Russian NPP.
Objective
With this project a technical basis for the qualification of Non Destructive Examination (NDE) was intended to be established in Russia.
The project activities were divided into three (3) different fields of work:
Objective
Background
See contract 22721 for description and results
An integral concept for radioactive waste treatment and conditioning for storage and disposal of such waste and for the storage of spent fuel at Chernobyl NPP
1) Background
see contract 24145 for more details
1) Background
1) Background The Tacis 1993 Regional Programme was adopted by the Tacis Committee in October 1993. The content of the Chernobyl Regional Programme was developed during programming missions to Belarus, Russia and Ukraine from March to June 1994.
Background
Background
Background
Objective / Tasks
Objective
The project aimed to develop and deliver simulation tools to be installed on the VVER-440-NPP sites (230/213). Multifunctional Simulators (MFS) had to be supplied and delivered to Novoronezh Training Centre and Kola NPP.
Background
The accident at the Chernobyl Nuclear Power Plant in Ukraine in April 1986 demonstrated the need for adequate radiation early warning systems that allow authorities to take appropriate and timely actions in the event of a major radiological accident.
Background
Zaporozhye NPP, located in Energodar, Zaporozhye Region, Ukraine comprises 6 power units and, with 6000 MW installed capacity, is the largest nuclear power generation facility in Europe.
This project was the second phase of an English training programme for the officials of the Ukrainian state organization in charge of nuclear energy GOSKOMATOM.
It consisted in a part time tuition and in a 3 weeks’ advanced training in the United Kingdom for 5 officials.