Beneficiary organisation: Energoatom, Ukraine
1) Background
Rovno NPP unit 3 is equipped with some foreign made piston shock absorbers. Due to difficult economic conditions, it was difficult to Rovno NPP to procure relevant spare parts and to implement adequate maintenance.
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3 results recovered
Contract information field: Programme
Contract information field: Country
Contract information field: Budget year
Contract information field: Status
Contract information field: Contractor
- (-) Remove Lisega filter Lisega (1)
- (-) Remove RE (Rheinisch-Westfälisches Elektrizitätswerk) filter RE (Rheinisch-Westfälisches Elektrizitätswerk) (1)
- (-) Remove Weir Valves & Controls filter Weir Valves & Controls (1)
- (-) Remove Onet Technologies filter Onet Technologies (0)
- EDF (Electricite de France) (7) Apply EDF (Electricite de France) filter
- Bopp & Reuther (2) Apply Bopp & Reuther filter
- Framatome (2) Apply Framatome filter
- SEBIM (2) Apply SEBIM filter
- Alstom (1) Apply Alstom filter
- Babcock Sempell (1) Apply Babcock Sempell filter
- ENVINET (1) Apply ENVINET filter
- Herion (1) Apply Herion filter
- Intercontrole (1) Apply Intercontrole filter
- Persta (1) Apply Persta filter
- Rados (1) Apply Rados filter
- Syseca (1) Apply Syseca filter
Contract information field: Types of activities
Contract information field: Partner (Beneficiary)
- (-) Remove EnergoAtom filter EnergoAtom (3)
Contract information field: Installation Types
Contract information field: Nuclear Power Plant
Contract information field: Nature
Contract information field: Method of procurement
Countries:
Ukraine
Programme:
TACIS
Budget year:
1996
Amount:
€ 52.468,30
Countries:
Ukraine
Programme:
TACIS
Budget year:
2006
Amount:
€ 3.282.958,82
Project Description (to be included in the Database)
The aims of the On-Site Assistance at the RNPP have been:
1. to improve operational safety culture of the RNPP (Soft OSA) through general On-Site Assistance to RNPP eg.
Countries:
Ukraine
Programme:
TACIS
Budget year:
2001
Amount:
€ 7.939.747,00
Background
The primary overpressure protection system is designed to protect the reactor equipment and pipelines against primary circuit overpressure phenomena during different transients.