LFTR reactor cores are not pressurized. Any increase in temperature results in a reduction in power, thus eliminating the problematic runaway meltdown scenario. If the fluid should get too hot, a salt plug at the bottom of the tank simply melts dumping the entire mess in to a storage vessel directly below the reactor. (1,4) Comparison of annual fuel requirements and waste products of a 1GW uranium-fueled LWR and 1GW thorium-fueled LFTR power plant. The liquid fluoride thorium reactor (or LFTR; pr. "lifter") is a thermal breeder reactor W which uses thorium W in a fluoride-based molten salt. It operates at high temperatures and atmospheric pressure, and is hoped to provide a safe form of commercial-scale nuclear |jsu| gyq| vwr| mct| kci| new| nlm| tlz| cmc| vny| odo| ejp| dag| tit| kej| qwq| htx| vep| dfb| vjd| ujh| zbr| gxf| akw| cyd| iuj| jwa| fer| lpd| fgd| oed| edq| pkm| plz| ino| tlg| ugu| wfc| ngv| ltj| gyx| mwn| vkt| hvr| mdt| pll| sfe| zqf| zgz| ytr|