Capable of decontamination of 10 radiation workers at an instant during radiation emergency situations and equipped with ward room, surgery room and adequate de-corporation agents in stock
Facility consists of sample receipt room, pre-concentration lab, ion exchange lab, electro deposition lab, counting lab and analytical lab with state of art analytical and radiation instrumentation for assessing actinides and fission products (Pu, U, Th, Sr & Cs) in urine samples.
Facility houses state of art in-vivo monitors such as Standing Whole Body Monitor (SWBM), thyroid monitor, actinide monitor and shadow shield counter for rapid assessment of internal dose received by the occupational workers from nuclear facilities.
Waste assay method based on gamma emission from fissile material contained in radioactive waste drum, employing computed tomography technology.
Hydraulic pressure test facility to ensure the healthiness of the portable fire extinguisher as per IS 2190.
In-house filling station as per NFPA 1901 for filling Self Contained Breathing Apparatus (SCBA) cylinder.
Facility meant for studies on simulated molten fuel sodium interaction. It comprises of an induction based high temperature melt generator with auxiliary systems and sodium system.
Facility meant for supporting the severe accident experiments. It consists of a high temperature melt generating system based on Aluminothermic reaction, sodium system and X-ray imaging system for investigation of corium fragmentation in sodium.
Facility comprises of high flux heaters, Inconel test section and X-ray imaging system for investigation of incipient sodium boiling in a simulated fuel subassembly.
Inconel vessel with heaters for sodium boiling studies – to briefed
Facility meant for conducting studies on sodium fire safety such as simulated fire on roof slab during CDA, sodium fire suppression by nitrogen flooding and establishment of sodium disposal techniques.
Unique facility comprising a 6 m long inert chamber for studies on sodium jet fragmentation for obtaining particle size distribution towards assessment of spray fire consequences.
Facility capable of generating small sodium leaks through specimens having realistic cracks for investigating sodium leak propagation, interaction of sodium combustion products with structural materials towards LBB justification.
Facility comprises of sodium test vessel with PFBR core thermocouple probe and sodium velocity simulating system towards response time evaluation of core temperature monitoring probes
Mini sodium fire test facility with a cubical steel test chamber of 150 m3 volume for experimental studies on sodium fires, consequent aerosol distribution in RCB, sodium concrete interaction and sodium fire extinguishment.
Test facility for estimation of sodium leak through clearances between roof slab – rotatable plug in PFBR using water as simulating fluid in full scale sector model.
Facility consists of a 1:4 scale PFBR main vessel with core catcher model for experimental simulation of post-accident heat removal by natural convection in water and code validation.