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originally posted by: Torlin
If we have long-lasting power outages, we are all toast.
Why?
Because without external power, all the nuclear power plants will meltdown. Then we will have dozen, if not hundreds, of Chernobyl's and Fukushima's.
This will happen anyway regardless of man-made issues, sooner or later, simply because sooner or later, we will have a major solar storm that will fry the power grid.
originally posted by: Aliquandro
a reply to: igloo
Just asked my dad who spent time as a kid working on a chicken farm, this is totally a thing! Said he hadn't heard the term 'water-glassed' in over 15 years. Technique was apparently used by merchant marines and people who needed eggs stored for long distance travel
Actually makes me wanna raise chickens more than ever now since the store bought ones suck and are $$$
Thanks for that!!
originally posted by: RussianSpy
a reply to: igloo
I suggest learning nutrition and all that entails as well as the scientific method as well as all that entails as well. Welding is a useful trait but won't keep you alive as per the narrative the OP proposed onto us.
Farming as well as baking will be a godsend if/when it all hits the fan. Canned and dry foods only last so long after all you know?
Books are cool also, they don't need batteries or internet,....
originally posted by: St Udio
a reply to: ufoorbhunter
a refrigerator is classed as a 'Durable Appliance' hence the cost to transport (size & all)
i find that 12" electric skillets are 2-3-4X as expensive today than just last year--- a $15-20 stir-fry skillet is $45 t0 $70 bucks at walmarts where i frequent often enough
originally posted by: Torlin
a reply to: chr0naut
I am less concerned about interrupting the operation of the nuclear reactors (scram etc.), what worries me a lot more is the inability to deal with the enormous decay heat afterwards. After 24 hours, the decay heat is still 0.4% of the previous core. After 1 week, it is at 0.2%.
0.2% sounds like almost nothing, but we are talking about up to 3 GW (thermal) power per core - even after a whole week. MW of thermal power is a lot! With 6 MW, you can boil away thousands or liters of water in mere minutes. Keep in mind, the initial decay heat is much higher.
Now, with a strong enough EMP all communication will be down. Electronics in cars and trucks will be fried. Any kind of logistic will be a nightmare.
Plus, we are not talking about just one nuclear plant, there are almost a hundred civilian reactors.
I really don't see how disaster can be avoided in case of a strong enough EMP. But perhaps I am missing something here?