Fukushima No. 1
— Reactor No. 1 - Cooling failure, partial melting of core, vapor vented, hydrogen explosion, seawater pumped in.
— Reactor No. 2 - Cooling failure, seawater pumped in, fuel rods fully exposed temporarily, vapor vented, damage to containment system, potential meltdown feared.
— Reactor No. 3 - Cooling failure, partial melting of core feared, vapor vented, seawater pumped in, hydrogen explosion, high-level radiation measured nearby.
— Reactor No. 4 - Under maintenance when quake struck, fire caused possibly by hydrogen explosion at pool holding spent fuel rods, pool water level feared receding.
— Reactor No. 5 - Under maintenance when quake struck, temperature slightly rising at spent fuel pool.
— Reactor No. 6 - Under maintenance when quake struck, temperature slightly rising at spent fuel pool.
Fukushima No. 2
— Reactor No. 1 - Cooling failure, then cold shutdown.
— Reactor No. 2 - Cooling failure, then cold shutdown.
— Reactor No. 3 - Cold shutdown.
— Reactor No. 4 - Cooling failure, then cold shutdown.
Thanks, I was just yesterday thinking we needed a spreadsheet
why the heck is dangerous ‘spent fuel’ being stored above a working nuclear reactor in the first place?
Couldn’t find some place more dangerous to put it?
why the heck is dangerous ‘spent fuel’ being stored above a working nuclear reactor in the first place?
Couldn’t find some place more dangerous to put it?