
|
NPP KKI1 (Germany)
|
Feed water system RL
- Examination of the break postulates considering SSA
- Reorganization of the pipeline and the attachments in the reactor building (RB) and power house (PH)
- Break exclusion in the RB
ATEX renovation
- ATEX renovation of the H2-generator cooling
- Evaluation of all RSB-lead throughs
RSB-evaluation
- Evaluation of all RSB-lead throughs as well as the spherical shell
- Determination of the critical load for all RSB-lead throughs
|
NPP KKI2 (Germany)
|
Nuclear intercooling system KAA/KAB
|
NPP KKG (Germany)
|
Nuclear intercooling system TF
- Pressure build-up in the pipe system by heat pipe break in various high pressure radiators
Live steam system RA
- Load of the live steam pipeline during over supply of the steam generators after a heat pipe break
- Valve optimization of the exhaust-stop-valves
- Optimization of attachments for the dynamical load cases TUSA, AAV and TTL
|
NPP KKU (Germany)
|
Feed water system RL
- Examination of the break postulates considering SSA
- Optimization of the check valves
- Reorganization of the pipeline and attachments in the RB
- Reorganization of RSB-lead throughs
Live steam system RA
- Exchange of the mufflers
- Examination of the break postulates considering SSA
Aftercooling system TH
- Optimization of attachments part A
- Reorganisation of the platforms
|
NPP Barsebäck (Sweden)
|
Feed water, emergency feed water and shut-down-cooling system
- Pipeline rupture
- Iso valve closing
|

|
NPP KKP2 (Germany)
|
Feed water system RL
- Optimization of the check valves
- Fatigue analysis of the RL-nozzle at steam generator
Pressurizing system YP
- Exchange of the pressure retention-exhaust valves
- Consideration of the load case "Bleed and Feed"
- Exchange of the splash valves
|

|
NPP KBR (Germany)
|
Pressurizing system YP
- Exchange of the pressure retention-exhaust valves
- Consideration of the load case "Bleed and Feed"
- Exchange of the splash valves
|

|
NPP KKB (Germany)
|
Live steam system RA
- Material exchange of the pipeline
- Reorganization of the attachments
- Updating of component proofs
Feed water system RL
- Optimization of the check valves
Reactor cleaning system TC
- Retrofitting of a third DDA armature, which closes without external energy
|
NPP KKK (Germany)
|
Feed water system RL
- Proof of the difference of pressure over pressure and suction slide valves of the pumps under incident conditions
|

|
NPP Biblis A (Germany)
|
Feed water system RL
- Optimization of the free-wheel check valves after the pumps
|

|
NPP Oskarshamn I & Oskarshamn II (Sweden)
|
Feed water, emergency feed water and shut-down-cooling system
- Pump failure
- Pipeline rupture
- Iso valve closing
|

|
NPP DOEL-3 (Belgium)
|
Feed water system
- Pipeline rupture
- Optimization of a check valve
|

|
NPP OL3 (Finland)
|
VentStack
- Design
- Transport
- Installation
Miniflow-Cooler KPC
|

|
NPP KKG (Switzerland)
|
Valve Replacement
- Replacement of feed water valves
Optimizations
- Trafo Cooling System VN
- conventional intercooling pipe system VH
|

|
NPP KKB (Switzerland)
|
Optimizations
- feed water control valve for pump fault
- Earthquake retrofitting of indoor cooling system
|

|
NPP KKM (Switzerland)
|
Earthquake retrofitting
- SUSAN - emergency power diesel aggregate
- earthquake proof for fuel pool gate block
|

|
NPP KKL (Switzerland)
|
TJ savety valve
|

|
NG (UK)
|
Transformer cooling system with heat recovery
- Design
- Construction management
|

|
Siemens (Germany, Austria)
|
Transformer cooling system with heat recovery
- Design
- Construction management
|