Objective R1.02/93
This “On-Site-Assistance”, in short “OSA”, project deals with the increase of the safety culture on the NPP. As in all other cases, the OSA was performed by an EU utility, working with a team of Western and Russian experts.
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Contract information field: Programme
Contract information field: Country
Contract information field: Budget year
Contract information field: Status
Contract information field: Contractor
- RRCKI ( Russian Research Centre Kurchatov Institute) (9) Apply RRCKI ( Russian Research Centre Kurchatov Institute) filter
- KGG (Kernkraftwerk Gundremmingen) (4) Apply KGG (Kernkraftwerk Gundremmingen) filter
- RE (Rheinisch-Westfälisches Elektrizitätswerk) (2) Apply RE (Rheinisch-Westfälisches Elektrizitätswerk) filter
- Ansaldo Energia (1) Apply Ansaldo Energia filter
- AtomTechnoProm (1) Apply AtomTechnoProm filter
- Iberdrola (1) Apply Iberdrola filter
- Proletarsky Zavod (1) Apply Proletarsky Zavod filter
- SOGIN (Societa Gestione Impianti Nucleari) (1) Apply SOGIN (Societa Gestione Impianti Nucleari) filter
Contract information field: Types of activities
- (-) Remove On Site Assistance filter On Site Assistance (20)
- Equipment Supply (46) Apply Equipment Supply filter
- Design safety (12) Apply Design safety filter
- Emergency Preparedness (2) Apply Emergency Preparedness filter
- Studies (2) Apply Studies filter
- Technical Support Organisations (2) Apply Technical Support Organisations filter
- Probabilistic Safety Analysis (1) Apply Probabilistic Safety Analysis filter
Contract information field: Partner (Beneficiary)
Contract information field: Installation Types
Contract information field: Nuclear Power Plant
- (-) Remove Novovoronezh filter Novovoronezh (10)
- (-) Remove Balakovo filter Balakovo (9)
- (-) Remove Bilibino filter Bilibino (1)
- (-) Remove Loviisa filter Loviisa (0)
- Smolensk (17) Apply Smolensk filter
- Rovno (15) Apply Rovno filter
- Zaporozhye (15) Apply Zaporozhye filter
- Kola (12) Apply Kola filter
- Beloyarsk (11) Apply Beloyarsk filter
- South Ukraine (11) Apply South Ukraine filter
- Kalinin (9) Apply Kalinin filter
- Leningrad (Sosnovy Bor) (9) Apply Leningrad (Sosnovy Bor) filter
- Khmelnitsky (8) Apply Khmelnitsky filter
- Medzamor (7) Apply Medzamor filter
- Aktau (6) Apply Aktau filter
- Chernobyl (2) Apply Chernobyl filter
Contract information field: Nature
Contract information field: Method of procurement
Background
The emergency feedwater system (EFWS) at Novovoronezh NPP Unit 5 (VVER-1000/V187) is used to supply feedwater to its four steam generators (SG) in emergency situations and also in start-up and shutdown conditions.
Background
Background
The emergency feedwater system (EFWS) at Novovoronezh NPP Unit 5 (VVER-1000/V187) is used to supply feedwater to its four steam generators (SG) in emergency situations and also in start-up and shutdown conditions.
Bilibino NPP
Bilibino nuclear power and district heating plant (NPDHP) was the first nuclear power station built beyond the Polar Circle in the central part of the Chukotka peninsula, and it provides electricity for the regional mining and gold mining industries.
Background
Due to a backlog of several Tacis equipment supply projects for Balakovo NPP, caused by external factors, there was an urgent need to make provisions for the proper follow-up of these projects.
Objective
According to the intention of the European Union and the Russian Ministry of Atomic Power the operational safety assistance, which started with TACIS 96, continued with TACIS 97 with the same Western and Eastern Utility.
Objective
According to the intention of the European Union and the Russian Ministry of Atomic Power the operational safety assistance at Novovoronezh NPP, which started with TACIS 96, continued with TACIS 98 with the same Western Utility.
Objective
Objective
According to the intention of the European Union and the Russian Ministry of Atomic Power the operational safety assistance, which started with TACIS 92, continued with TACIS 96 with the same Western and Eastern Utilities and NPPs.
Objectives
Objectives
Objective
In the existing fuel loading machines Instrumentation and Control errors in fuel positioning occurred and due to malfunction of the electronics all limiting blockings could run out of function.
Objectives
Objectives
Objective
Objective
According to the intention of the European Union and the Russian Ministry of Atomic Power the operational safety assistance, which started with TACIS 92, continued with TACIS 94 with the same Western and Eastern Utility and NPPs.
Background
Background
Objective