Do you live near a Nuclear Power Plant?

For those living near a Nuclear Power Plant

There are a lot of “ifs” to this scenario. IF there is an EMP attack or solar event. IF the emergency diesel generators will function (or not) and IF the spent fuel pooling system can get power from the diesels or be cross-tied to the shutdown cooling system. Perhaps the emergency diesel generators will still function, but what happens when they run out of fuel? In the event of an EMP attack, can tanker trucks with diesel fuel get to all of the nuclear power plants in the US in time to re-fuel them before they stop running? Will tanker trucks even be running themselves?
I think it also bears noting that the volume of fuel in the spent fuel pools is many times greater than that in the reactor cores. Most nuclear power plants have 10 to 20 years or more of spent fuel stored in their spent fuel pools. Therefore, the consequences of a spent fuel pool melting down and subsequently spewing radioactive fission products into the air is potentially worse than if just the reactor core were to melt and its fission products releases into the air. Assuming all of the spent fuel in the pool melts, catches fire and the radioactive isotopes are released into the atmosphere, lethal dose rates may be accumulated even 5 to 10 miles from the plant site (>500 REM), with dose approaching 50 REM even out as far as 50 miles. Since Cesium-137 would be the largest released isotope in terms of curies (which the body preferentially uptakes over potassium), it will be about 300 years before the area might be habitable again. This is because Cesium-137 has a half-life of about 30 years, and the “rule of thumb” is that you need to wait ten half-lives before the isotope has decayed away to a negligible level. (Results for dose were calculated for a typical pressurized water reactor (PWR) spent fuel pool using the RASCAL radiation dose code from Oak Ridge National Laboratory assuming 100% release over two days, winter conditions, calm winds at 4 mph.)
I urge anyone living within 50 miles downwind of a nuclear power plant to be prepared to bug out in the event of an EMP attack. You will likely have a few days to pack and leave, but no more than a few. If the reactor near you has just refueled, and the emergency diesels do not start, you may have less than one day (since the heat load in the spent fuel pool immediately after a refueling is much greater than normal, and boiling will occur much faster). Many people have already expressed here the importance of having a G.O.O.D. bag and a plan to leave their current location if required. However, many people may need to evacuate on foot or by bicycle if the EMP attack renders their vehicles useless. I think this puts added emphasis on having a G.O.O.D. vehicle that is not reliant on computers or complex electronics.
For those of you who commute long distances to work I would also suggest that you have and maintain a G.O.O.D. mini-bag. (Nutnfancy on YouTube has produced an excellent series of videos on this – he has called it an “Urban Survival Kit” or “USK”). If your primary commute vehicle fails due to an EMP (or if your train or bus fails to function) while you are at work, then you may have a long walk home. It is wise to have pre-positioned (if you are able), a bag or backpack which contains items that may help you to get home more comfortably and safely.
I will cover what is in my mini-bag that I have pre-staged in the event that an EMP happens while I am at work at my power plant. (I would need to walk more than 30 miles to get home) in another letter. But I certainly hope that I never have to use it! - B.Z.