Objective
The objective of the work was to review the safety of the RBMK reactors in nine technical areas:
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3 results recovered
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Contract information field: Types of activities
- (-) Remove RBMK studies filter RBMK studies (3)
- Design safety (71) Apply Design safety filter
- Waste Management (28) Apply Waste Management filter
- On Site Assistance (20) Apply On Site Assistance filter
- Training (18) Apply Training filter
- Equipment Supply (7) Apply Equipment Supply filter
- Fuel Cycle (7) Apply Fuel Cycle filter
- Mitigation of Chernobyl accident (6) Apply Mitigation of Chernobyl accident filter
- Studies (6) Apply Studies filter
- Technical expertise (6) Apply Technical expertise filter
- Regulatory Authorities (4) Apply Regulatory Authorities filter
- Technical Support Organisations (4) Apply Technical Support Organisations filter
- Support to NPP operators (3) Apply Support to NPP operators filter
- Emergency Preparedness (2) Apply Emergency Preparedness filter
- Probabilistic Safety Analysis (2) Apply Probabilistic Safety Analysis filter
- Decommissioning (1) Apply Decommissioning filter
Contract information field: Partner (Beneficiary)
Contract information field: Installation Types
Contract information field: Nature
- (-) Remove Services filter Services (3)
Contract information field: Method of procurement
Countries:
Russia
Programme:
TACIS
Budget year:
1991
Amount:
€ 4.397.100,00
Countries:
Russia
Programme:
TACIS
Budget year:
1994
Amount:
€ 852.796,69
Objective
Countries:
Russia
Programme:
TACIS
Budget year:
1996
Amount:
€ 1.533.847,24
Objective
The structural integrity of RBMK fuel channels and their interaction with the Graphite blocks governs the safe lifetime of the reactor core.