|
|
|
|
| Research Reactor Report |
| Header Information |
| Location |
Facility |
Status |
| Country |
City (closest) |
Name |
IAEA Code |
Status |
Comment |
| Romania |
|
VVR-S BUCHAREST |
RO0001 |
SHUT DOWN |
|
| Category |
URL |
Information Date |
| RESEARCH |
|
2001-05-28 |
|
| General Information |
| Owner |
Operator |
Licensing |
Administrator |
Safeguards |
| NATIONAL INSTITUTE OF PHYSICS AND NUCLEAR ENGG. |
NATIONAL INSTITUTE OF PHYSICS AND NUCLEAR ENGG. |
NATIONAL COMMISSION FOR NUCLEAR ACTIVITIES CONTROL |
NATIONAL INST. OF PHYSICS AND NUCLEAR ENGG. |
IAEA |
| History (Date) |
Cost, € |
Staff (Number) |
| Construction |
Criticality |
Initial |
Total |
Operators |
Total |
| 1956-01-01 |
1957-07-01 |
|
|
6 |
20 |
|
| Technical Data |
| Reactor Type |
Thermal Power |
Max Flux, Steady State |
|
Steady, kW |
Pulsed, MW |
Thermal, n/cm2/s |
Fast, n/cm2/s |
| TANK WWR |
2000.0000 |
0.0000 |
1.0E13 |
1.0E12 |
| Max Flux, Pulsed |
|
| Thermal, n/cm2/s |
Fast, n/cm2/s |
Moderator Material |
Coolant Material |
|
|
LIGHT WATER |
LIGHT WATER |
| Control Rods Material |
Number of Control Rods |
Reflector Material |
Number of sites |
| B4C |
8 |
H2O |
|
| Maximum Excess Reactivity |
Minimum Shutdown Margin |
|
|
| Cooling |
Core Cooling Velocity, m/s |
| Natural Convection |
Forced Cooling |
Nominal |
Emergency |
|
5 PUMPS |
1.75 M/S |
|
| Flow Direction |
Means to Remove Decay Heat |
|
|
| Primary Cooling System: |
Monitoring Frequency |
Typical Values |
| PH |
|
|
| Conductivity |
|
|
| Activity |
|
|
| Basin Cooling System: |
|
|
| PH |
|
|
| Conductivity |
|
|
| Activity |
|
|
| Spent Fuel Basin: |
|
|
| PH |
|
|
| Conductivity |
|
|
| Activity |
|
|
| Means of Confinement |
| Ventilation Flow |
Number of filters |
Filter Efficiency |
|
Charcoal |
HEPA |
Charcoal (%) |
HEPA (%) |
Airborne Particles (μm) |
|
|
|
|
|
|
| Filter Testing Effieciency |
Containment/Confinement Type |
| Charcoal |
HEPA |
|
|
|
|
| Safety Related Documentation (Last Revision Date) |
| Safety Analyses Report |
Radiation Protection Plan |
Operational Limits & Conditions |
Decommissioning Plan |
Emergency Plan |
|
|
|
|
|
| Power Increase, kW |
Instrumental Upgrade |
Fuel Conversion |
|
|
PROGRESSIVELY CHANGED EK-10 TO S-36 FUEL IN 1984 |
| Other Changes |
Other Information |
| PERMANENT SHUTDOWN |
|
|
| Experimental Facilities |
| Vertical |
Horizontal |
| Channels |
Max Flux, n/cm2/s |
Use |
Channels |
Max Flux, n/cm2/s |
Use |
| 24 |
1.0E13 |
RADIOISOTOPE PRODUCTION |
9 |
1.0E9 |
RESEARCH |
| Irradiation Facilities |
Loops |
| In-core Irradiation Facilities |
In-core Max Flux, n/cm2/s |
Reflector Max Flux, n/cm2/s |
Number |
Max Flux, n/cm2/s |
Use |
|
2.0E13 |
|
|
|
|
| Reflector Irradiation Channels |
|
|
|
|
| Utilization |
| Hours per Day |
Days per Week |
Weeks per Year |
MW Days per Year |
| 0 |
0 |
0 |
0 |
| Materials/Fuel Test |
Isotope Production |
Neutron Scattering |
| Yes/No |
Number of Runs/year |
Total Activity, GBq/year |
Isotopes |
Hours/year |
Methods |
| No |
|
|
|
|
|
| Neutron Radiography |
Neutron Capture Therapy |
Activation Analysis |
| Yes/No |
Hours/year |
Yes/No |
Patients/year |
Samples /year |
Methods |
| No |
|
No |
|
|
|
| Transmutation |
Geochronology |
Teaching |
| Mass Si, kg/year |
Gemstone, kg/year |
Samples/year |
Methods |
Yes/No |
Students/year |
|
|
|
|
No |
|
| Training |
Other use |
| Yes/No |
No of Operators trained/year |
No. of Experimenters trained/year |
Yes/No |
Describe |
| No |
|
|
No |
|
|
| Research Reactor Report |
| Header Information |
| Location |
Facility |
Status |
| Country |
City (closest) |
Name |
IAEA Code |
Status |
Comment |
| Romania |
Pitesti |
TRIGA II PITESTI – SS CORE |
RO0002 |
OPERATIONAL |
|
| Category |
URL |
Information Date |
| TEST |
|
2013-04-09 |
|
| General Information |
| Owner |
Operator |
Licensing |
Administrator |
Safeguards |
| RATEN |
INSTITUTE FOR NUCLEAR RESEARCH, PITESTI |
NATIONAL COMMISSION FOR NUCLEAR ACTIVITIES CONTROL |
Dumitru Barbos |
IAEA |
| History (Date) |
Cost, € |
Staff (Number) |
| Construction |
Criticality |
Initial |
Total |
Operators |
Total |
| 1974-03-01 |
1980-02-02 |
|
2 M US$ FOR BOTH CORES |
12 |
80 FOR BOTH CORES |
|
| Technical Data |
| Reactor Type |
Thermal Power |
Max Flux, Steady State |
|
Steady, kW |
Pulsed, MW |
Thermal, n/cm2/s |
Fast, n/cm2/s |
| TRIGA DUAL CORE |
14000.0000 |
0.0000 |
2.6 E14 |
1.8 E14 |
| Max Flux, Pulsed |
|
| Thermal, n/cm2/s |
Fast, n/cm2/s |
Moderator Material |
Coolant Material |
|
|
H2O,ZRH |
LIGHT WATER |
| Control Rods Material |
Number of Control Rods |
Reflector Material |
Number of sites |
| B4C |
8 |
BE |
4 |
| Maximum Excess Reactivity |
Minimum Shutdown Margin |
|
|
| Cooling |
Core Cooling Velocity, m/s |
| Natural Convection |
Forced Cooling |
Nominal |
Emergency |
| < 3 MW |
2 PUMPS X 50% |
4 M/S |
|
| Flow Direction |
Means to Remove Decay Heat |
|
|
| Primary Cooling System: |
Monitoring Frequency |
Typical Values |
| PH |
|
|
| Conductivity |
|
|
| Activity |
|
|
| Basin Cooling System: |
|
|
| PH |
|
|
| Conductivity |
|
|
| Activity |
|
|
| Spent Fuel Basin: |
|
|
| PH |
|
|
| Conductivity |
|
|
| Activity |
|
|
| Means of Confinement |
| Ventilation Flow |
Number of filters |
Filter Efficiency |
|
Charcoal |
HEPA |
Charcoal (%) |
HEPA (%) |
Airborne Particles (μm) |
|
|
|
|
|
|
| Filter Testing Effieciency |
Containment/Confinement Type |
| Charcoal |
HEPA |
|
|
|
|
| Safety Related Documentation (Last Revision Date) |
| Safety Analyses Report |
Radiation Protection Plan |
Operational Limits & Conditions |
Decommissioning Plan |
Emergency Plan |
|
|
|
|
|
| Power Increase, kW |
Instrumental Upgrade |
Fuel Conversion |
|
2009: new control and safety system |
|
| Other Changes |
Other Information |
| 2009: refurbishment of cooling tower, ventilation system upgrade |
|
|
| Experimental Facilities |
| Vertical |
Horizontal |
| Channels |
Max Flux, n/cm2/s |
Use |
Channels |
Max Flux, n/cm2/s |
Use |
| 6 |
3.3E14 |
MATERIAL AND FUEL TESTING |
2 |
1.0E13 |
NEUTRON DIFFRACTION, SANS |
| Irradiation Facilities |
Loops |
| In-core Irradiation Facilities |
In-core Max Flux, n/cm2/s |
Reflector Max Flux, n/cm2/s |
Number |
Max Flux, n/cm2/s |
Use |
| 6 |
3.3E14 |
|
1 |
2.5E14 |
TESTING ROMANIAN NUCLEAR FUEL, STRUCTUAL MATERIAL |
| Reflector Irradiation Channels |
|
| 2 |
|
|
| Utilization |
| Hours per Day |
Days per Week |
Weeks per Year |
MW Days per Year |
| 24 |
7 |
40 |
0 |
| Materials/Fuel Test |
Isotope Production |
Neutron Scattering |
| Yes/No |
Number of Runs/year |
Total Activity, GBq/year |
Isotopes |
Hours/year |
Methods |
| Yes |
1 |
110000 |
192I, 131I |
100 |
Neutron diffraction |
| Neutron Radiography |
Neutron Capture Therapy |
Activation Analysis |
| Yes/No |
Hours/year |
Yes/No |
Patients/year |
Samples /year |
Methods |
| Yes |
|
No |
|
200 |
INAA |
| Transmutation |
Geochronology |
Teaching |
| Mass Si, kg/year |
Gemstone, kg/year |
Samples/year |
Methods |
Yes/No |
Students/year |
|
|
|
|
No |
|
| Training |
Other use |
| Yes/No |
No of Operators trained/year |
No. of Experimenters trained/year |
Yes/No |
Describe |
| Yes |
|
10 |
No |
|
|
| Research Reactor Report |
| Header Information |
| Location |
Facility |
Status |
| Country |
City (closest) |
Name |
IAEA Code |
Status |
Comment |
| Romania |
|
RP-01 |
RO0003 |
DECOMMISSIONED |
|
| Category |
URL |
Information Date |
| CRITICAL ASSEMBLY |
|
2001-05-01 |
|
| General Information |
| Owner |
Operator |
Licensing |
Administrator |
Safeguards |
| POLITECHNICAL UNIVERSITY-BUCHAREST |
POLITECHNICAL UNIVERSITY-BUCHAREST |
CNCAN |
DR. MIHUI PETROVICI, DIRECTOR |
IAEA |
| History (Date) |
Cost, € |
Staff (Number) |
| Construction |
Criticality |
Initial |
Total |
Operators |
Total |
| 1975-01-01 |
1976-02-01 |
2759540 ROL |
|
0 |
0 |
|
| Technical Data |
| Reactor Type |
Thermal Power |
Max Flux, Steady State |
|
Steady, kW |
Pulsed, MW |
Thermal, n/cm2/s |
Fast, n/cm2/s |
| TANK |
0.0000 |
0.0000 |
|
|
| Max Flux, Pulsed |
|
| Thermal, n/cm2/s |
Fast, n/cm2/s |
Moderator Material |
Coolant Material |
|
|
LIGHT WATER |
AIR |
| Control Rods Material |
Number of Control Rods |
Reflector Material |
Number of sites |
|
|
|
|
| Maximum Excess Reactivity |
Minimum Shutdown Margin |
|
|
| Cooling |
Core Cooling Velocity, m/s |
| Natural Convection |
Forced Cooling |
Nominal |
Emergency |
|
|
|
|
| Flow Direction |
Means to Remove Decay Heat |
|
|
| Primary Cooling System: |
Monitoring Frequency |
Typical Values |
| PH |
|
|
| Conductivity |
|
|
| Activity |
|
|
| Basin Cooling System: |
|
|
| PH |
|
|
| Conductivity |
|
|
| Activity |
|
|
| Spent Fuel Basin: |
|
|
| PH |
|
|
| Conductivity |
|
|
| Activity |
|
|
| Means of Confinement |
| Ventilation Flow |
Number of filters |
Filter Efficiency |
|
Charcoal |
HEPA |
Charcoal (%) |
HEPA (%) |
Airborne Particles (μm) |
|
|
|
|
|
|
| Filter Testing Effieciency |
Containment/Confinement Type |
| Charcoal |
HEPA |
|
|
|
|
| Safety Related Documentation (Last Revision Date) |
| Safety Analyses Report |
Radiation Protection Plan |
Operational Limits & Conditions |
Decommissioning Plan |
Emergency Plan |
|
|
|
|
|
| Power Increase, kW |
Instrumental Upgrade |
Fuel Conversion |
|
|
|
| Other Changes |
Other Information |
|
|
|
| Experimental Facilities |
| Vertical |
Horizontal |
| Channels |
Max Flux, n/cm2/s |
Use |
Channels |
Max Flux, n/cm2/s |
Use |
|
|
|
|
|
|
| Irradiation Facilities |
Loops |
| In-core Irradiation Facilities |
In-core Max Flux, n/cm2/s |
Reflector Max Flux, n/cm2/s |
Number |
Max Flux, n/cm2/s |
Use |
|
|
|
|
|
|
| Reflector Irradiation Channels |
|
|
|
|
| Utilization |
| Hours per Day |
Days per Week |
Weeks per Year |
MW Days per Year |
| 0 |
0 |
0 |
0 |
| Materials/Fuel Test |
Isotope Production |
Neutron Scattering |
| Yes/No |
Number of Runs/year |
Total Activity, GBq/year |
Isotopes |
Hours/year |
Methods |
| No |
|
|
|
|
|
| Neutron Radiography |
Neutron Capture Therapy |
Activation Analysis |
| Yes/No |
Hours/year |
Yes/No |
Patients/year |
Samples /year |
Methods |
| No |
|
No |
|
|
|
| Transmutation |
Geochronology |
Teaching |
| Mass Si, kg/year |
Gemstone, kg/year |
Samples/year |
Methods |
Yes/No |
Students/year |
|
|
|
|
No |
|
| Training |
Other use |
| Yes/No |
No of Operators trained/year |
No. of Experimenters trained/year |
Yes/No |
Describe |
| No |
|
|
No |
|
|
| Research Reactor Report |
| Header Information |
| Location |
Facility |
Status |
| Country |
City (closest) |
Name |
IAEA Code |
Status |
Comment |
| Romania |
Pitesti |
TRIGA II PITESTI – PULSED |
RO0004 |
OPERATIONAL |
|
| Category |
URL |
Information Date |
| TEST |
|
2009-03-28 |
|
| General Information |
| Owner |
Operator |
Licensing |
Administrator |
Safeguards |
| RAAN |
INSTITUTE FOR NUCLEAR POWER RESEARCH, PITESTI |
NATIONAL COMMISSION FOR NUCLEAR ACTIVITIES CONTROL |
Dumitru Barbos |
IAEA |
| History (Date) |
Cost, € |
Staff (Number) |
| Construction |
Criticality |
Initial |
Total |
Operators |
Total |
| 1974-03-01 |
1980-02-02 |
4 M US$ (FOR BOTH CORES) |
2 M US$ (FOR BOTH CORES) |
12 |
80 (FOR BOTH CORES) |
|
| Technical Data |
| Reactor Type |
Thermal Power |
Max Flux, Steady State |
|
Steady, kW |
Pulsed, MW |
Thermal, n/cm2/s |
Fast, n/cm2/s |
| TRIGA DUAL CORE |
500.0000 |
20000.0000 |
2 E 13 |
2.5 E 13 |
| Max Flux, Pulsed |
|
| Thermal, n/cm2/s |
Fast, n/cm2/s |
Moderator Material |
Coolant Material |
| 1 E 17 |
1 E 17 |
H2O,ZRH |
LIGHT WATER |
| Control Rods Material |
Number of Control Rods |
Reflector Material |
Number of sites |
| B4C |
9, (6 BANK, 1 TRANSIENT, 2 FAST TRANSIENT) |
GRAPHITE,H2O |
2 |
| Maximum Excess Reactivity |
Minimum Shutdown Margin |
|
|
| Cooling |
Core Cooling Velocity, m/s |
| Natural Convection |
Forced Cooling |
Nominal |
Emergency |
| YES |
NO |
|
|
| Flow Direction |
Means to Remove Decay Heat |
|
|
| Primary Cooling System: |
Monitoring Frequency |
Typical Values |
| PH |
|
|
| Conductivity |
|
|
| Activity |
|
|
| Basin Cooling System: |
|
|
| PH |
|
|
| Conductivity |
|
|
| Activity |
|
|
| Spent Fuel Basin: |
|
|
| PH |
|
|
| Conductivity |
|
|
| Activity |
|
|
| Means of Confinement |
| Ventilation Flow |
Number of filters |
Filter Efficiency |
|
Charcoal |
HEPA |
Charcoal (%) |
HEPA (%) |
Airborne Particles (μm) |
|
|
|
|
|
|
| Filter Testing Effieciency |
Containment/Confinement Type |
| Charcoal |
HEPA |
|
|
|
|
| Safety Related Documentation (Last Revision Date) |
| Safety Analyses Report |
Radiation Protection Plan |
Operational Limits & Conditions |
Decommissioning Plan |
Emergency Plan |
|
|
|
|
|
| Power Increase, kW |
Instrumental Upgrade |
Fuel Conversion |
| NO |
NO |
N/A |
| Other Changes |
Other Information |
| NO |
|
|
| Experimental Facilities |
| Vertical |
Horizontal |
| Channels |
Max Flux, n/cm2/s |
Use |
Channels |
Max Flux, n/cm2/s |
Use |
| 1 |
2 E 13 |
MATERIALS AND FUEL TESTING |
2 |
1 E 12 IN SS |
PGNAA, NEUTRON RADIOGRAPHY |
| Irradiation Facilities |
Loops |
| In-core Irradiation Facilities |
In-core Max Flux, n/cm2/s |
Reflector Max Flux, n/cm2/s |
Number |
Max Flux, n/cm2/s |
Use |
| 1 |
2 E 13 |
|
1 |
|
|
| Reflector Irradiation Channels |
|
|
|
|
| Utilization |
| Hours per Day |
Days per Week |
Weeks per Year |
MW Days per Year |
| 4 |
|
|
|
| Materials/Fuel Test |
Isotope Production |
Neutron Scattering |
| Yes/No |
Number of Runs/year |
Total Activity, GBq/year |
Isotopes |
Hours/year |
Methods |
| Yes |
20 |
|
|
|
|
| Neutron Radiography |
Neutron Capture Therapy |
Activation Analysis |
| Yes/No |
Hours/year |
Yes/No |
Patients/year |
Samples /year |
Methods |
| Yes |
|
No |
|
|
PGAA, INNA |
| Transmutation |
Geochronology |
Teaching |
| Mass Si, kg/year |
Gemstone, kg/year |
Samples/year |
Methods |
Yes/No |
Students/year |
|
|
40 |
|
No |
|
| Training |
Other use |
| Yes/No |
No of Operators trained/year |
No. of Experimenters trained/year |
Yes/No |
Describe |
| Yes |
|
10 |
No |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
Ultimile date statistice sunt consemnate in 2013.
Sursa: Agentia Internationala Atomica
By
Robert Williams
Editor in Chief
News24.7WorldPress
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