Bullshit. Nuclear waste (more precisely, spent fuel that can be reprocessed for new fuel or other useful radionuclids) is the only waste we have actual good solutions for. It’s not an engineering problem, we know very well how to safely dispose of the small amount of ultimate nuclear waste.
All the other waste, including waste from producing new and retiring old solar panels and wind turbines, basically just gets thrown into the landscape with no containment whatsoever. And some of that stuff is toxic, some will never degrade (plastics used in composite materials the wind turbine blades and towers are made of).
Plus, if you only used nuclear energy throughout you life, the amount of ultimate waste can literally fit into a coke can. That’s how efficient and energy dense it is.
You’re obviously not willing to change your mind, so this will be my last response. Googling “breeder reactor” will show you plenty of peer reviewed papers and findings from past experimental reactors that can answer your questions.
Apart from that, the point of the technology is obviously not to replace renewables, it’s to
Phase out coal and oil as fast as possible.
Get rid of the nuclear waste we already accumulated (by turning it into energy).
Especially point 2, you are obviously and rightfully worried about nuclear waste - breeder reactors are the solution, the only one we currently know of. What else do you suggest we should do with that waste? Store it for millennia?
We already have more nuclear waste than we have capacity to store. And we arent reusing that nuclear waste. If you wanna become a nuclear engineer and get them to start using it please do, but right now the nuclear waste plan is to bury it for many millenia
Landfills arent underground, and theyll break down within a millenia. Well the plastic anyway. Then youre left with recyclable glass if it isnt crushed into sand first
Landfills not being underground is even worse (but normally they are buried under soil when they go unused).
While the plastics degrade mechanically, being reduced into small particles, chemically they are not. They just turn into microplastics which I’m sure you’re aware is a huge problem.
With the small amount of ultimate nuclear waste that cannot be reprocessed further, the solution is simple: drill a km deep shaft into the bedrock, place them at the bottom, fill the shaft with rubble and cement. Done. No-one’s going to accidentally dig them up and they pose absolutely no threat to anyone. The finns are doing something like this as we speak.
Bullshit. Nuclear waste (more precisely, spent fuel that can be reprocessed for new fuel or other useful radionuclids) is the only waste we have actual good solutions for. It’s not an engineering problem, we know very well how to safely dispose of the small amount of ultimate nuclear waste.
All the other waste, including waste from producing new and retiring old solar panels and wind turbines, basically just gets thrown into the landscape with no containment whatsoever. And some of that stuff is toxic, some will never degrade (plastics used in composite materials the wind turbine blades and towers are made of).
Plus, if you only used nuclear energy throughout you life, the amount of ultimate waste can literally fit into a coke can. That’s how efficient and energy dense it is.
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Last you checked? When was that?
https://www.cnbc.com/2022/06/02/nuclear-waste-us-could-power-the-us-for-100-years.html
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You’re obviously not willing to change your mind, so this will be my last response. Googling “breeder reactor” will show you plenty of peer reviewed papers and findings from past experimental reactors that can answer your questions.
Apart from that, the point of the technology is obviously not to replace renewables, it’s to
Especially point 2, you are obviously and rightfully worried about nuclear waste - breeder reactors are the solution, the only one we currently know of. What else do you suggest we should do with that waste? Store it for millennia?
deleted by creator
Kyle Hill has a very educational video about this if you’re interested:
https://youtube.com/watch?v=4aUODXeAM-k
https://piped.video/watch?v=4aUODXeAM-k
Here is an alternative Piped link(s): https://piped.video/watch?v=4aUODXeAM-k
Piped is a privacy-respecting open-source alternative frontend to YouTube.
I’m open-source, check me out at GitHub.
Way ahead of you this time, bot. Keep fighting the good fight.
Can’t you chuck it back into a reactor and reuse it that way, to help reduce the radioactivity, and get more power back out of it?
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We already have more nuclear waste than we have capacity to store. And we arent reusing that nuclear waste. If you wanna become a nuclear engineer and get them to start using it please do, but right now the nuclear waste plan is to bury it for many millenia
Out of sight out of mind, right? Great solution. Coke can? Ummmmmmmmmmm nope.
Where do you think the discarded blade of wind turbine go? 🤔
Not into underground storage for tens of thousands of years
That’s precisely where they go—landfills. They’re made of non-recyclable glass fiber-plastic composites that won’t degrade for millions of years.
Landfills arent underground, and theyll break down within a millenia. Well the plastic anyway. Then youre left with recyclable glass if it isnt crushed into sand first
Landfills not being underground is even worse (but normally they are buried under soil when they go unused).
While the plastics degrade mechanically, being reduced into small particles, chemically they are not. They just turn into microplastics which I’m sure you’re aware is a huge problem.
With the small amount of ultimate nuclear waste that cannot be reprocessed further, the solution is simple: drill a km deep shaft into the bedrock, place them at the bottom, fill the shaft with rubble and cement. Done. No-one’s going to accidentally dig them up and they pose absolutely no threat to anyone. The finns are doing something like this as we speak.