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Introduction
Reactor ETRR-2(Egypt)
Reactor NUR (Algeria)
Technical description
Data sheet
Reactor RA-6 (Argentina)
Reactor RRR(Australia)
Reactor CAREM
ASECQ
 

Data Sheet

 

Reactor

Type:

Open pool.

Power: 

1 MW thermal power.

Average thermal flux at irradiation position:

1x1013 n/(cm2 seg)

Use:

Radioisotope production (laboratory scale) Research - Training

Core

Nuclear Fuel:

Lower than 20% enriched Uranium

Fuel Elements:

Plate-type clad in Aluminum

Coolant:

Light water (downward forced flow)

Moderator:

Light water

Reflector:

Graphite – light water

Control:

4 absorbing rods in Ag-In-Cd

Core Configuration:

Variable

Core Cooling

Type:

Centrifugal pump

Heat exchanger:

Plate-typ

Secondary System

Type:

Cooling tower - centrifugal pum

Water clean-up System

Type:

Mixed bed ion exchange column

Quantity:

1 column - 1 filter

Conductivity at outlet:

Less than 2 µS/cm

Reactor Tank

Diameter:

3 m.

Height:

10 m.

Material:

Stainless steel

Auxiliary Pool

Diameter

1 m.

Height:

6 m.

Material:

Stainless steel

Shielding for the Reactor Tank and the Auxiliary Pool

Axial:

Light water

Radial:

Light water - reinforced heavy concrete

Irradiation Faciliites

Horizontal Channels for Neutro-Beam

Tangential:

1

Radial:

4

Pneumatic Transfer System

Quantity:

2

Irradiation Boxes

Type:

1 with graphite - 1 without graphite

Location:

Core grid

Transportation of Irradiated Material

Mechanical Transport

Application:

Irradiated material being transferred from reactor tank to transfer cell.

Transfer Hot Cell

Application:

Loading/unloading irradiated capsules into/from irradiation boxes

Main Equipment:

Shielded window
Remote-handling tongs.

Shielding:

Reinforced concrete and lead

Special Equipment

Universal Cell

Aplicación:

Opening of irradiated capsules, handling and preparation of irradiated samples.

Main Equipment:

Shielded window.
Mechanical master-slave manipulator.
Airtight box.
Capsule-opening device.

Shielding:

Lead

Radiochemical Hoods

Application:

Lodging of pneumatic loop terminals.
Handling of irradiated material.

Quantity:

2

Laboratory for Nuetron-Activation Analysis

Equipment:

Irradiation head.
Loading and receiving station.
Drive system.
Pneumatic system.

Management for Fuel Elements (FE)

Irradiated FE:

Storage in an auxiliary pool

Storage capacity for spent FE:

For life-span of reactor

Instrumentation

Nuclear Instrumentation

Start-up:

Three fission chambers

Power:

Four ionization chambers

Main control room:
(Facing the reactor pool)

Main control desk
Security officer desk
Shift supervisor desk

Redundant and diversified safety chains

Reactor operation computerized system

Radiological Protection Instrumentation

Equipment:

Detection of FE failures.
Detection of activity in the secondary.
Detection of 131I, noble gases and aerosols in the stack.
Movable monitor for 131I, noble gases and aerosols.
Fixed monitors for area activity.
Various types of portable monitors.
Foot and hand contamination monitors.

Reactor Building Ventilation System

Type:

Confinement with dynamic underpressure.
Hermetic isolation valves for emergency conditions.
Underpressure 10mm of H2O

Filters:

Absolute extraction filters for normal conditions.
Absolute and carbon-activated filters for emergency conditions.
Absolute and carbon-activated for recirculation under emergency conditions.


General Services and Facilities

Clean and dry compressed air

Fire detection

Manual and automatic fire extinguishing system

Electric power system

Stand-by power system for illumination and power supply

Emergency power illumination system

Closed TV circuit

Internal telephone network

Loudspeaker system

Internal gas network

Internal supply of cold/hot water

Bridge crane, 5 ton with auxiliary SS hook (1ton)