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a dying and dangerous 20th century technology
I stopped reading there, nuclear is statistically the safest form of energy generation.
And it tries to paint it as bad for the environment in this paragraph:
But the mining, milling, and production of nuclear fuel, as well as the construction and decommissioning of nuclear plants, emit greenhouse gases at levels ranging from 10 to 130 grams of carbon dioxide per kilowatt hour of power — lower than fossil fuels but higher than wind and hydroelectricity (and roughly on par with solar).
So… It’s good then?
The author of this article personally breathed out 800 pounds of CO2 last year. Less than a horse but more than a badger and roughly on par with a kangaroo.
To be fair, it does have the most potential to cause harm if you exclude every kind of fossil fuel. And hydroelectric. That said, there isn’t a chance in hell I’m going to protest fission if the only alternative is more coal/gas.
And energy dense too!
It also requires a literal village to run and maintain.
And that’s the problem, I don’t want to see a nuclear power plant managed by fucking Amazon or Google.Yeah, all those exploding solar panels are a real danger!
Mounting solar panels on roofs - like all roof work - is dangerous.
Luckily building a nuclear reactor doesn’t have any risks
the reactor produces significantly more energy
Sure, and the next several thousands generations will also have a lot of fun with the waste we produced for just 2-3 generations.
We can reprocess, it’s just cheaper to jam in it a hole and solve the problem once and for all:
No, there’s no method that eliminates all of the nuclear waste. I know that this myth is very much liked in the nuclear community.
Great, is there a method that eliminates all byproducts of fossil fuels?
It reduces them dramatically, to something we can easily deal with, that’s huge.
No need for. Solar panels and batteries are at an historically low price and will even become more affordable. There’s simply no economical justification for nuclear energy.
You also need to think about the space required for these solar farms. I can tell you that I’ve seen some barby forests and animals living there completely wiped out for building solar farms.
When the intent is making money, there are no clean energies…
No need for. Solar panels and batteries are at an historically low price and will even become more affordable. There’s simply no economical justification for nuclear energy.
How many solar panels and batteries are needed to power every electrical grid on the planet?
Where do we locate all of the panels and batteries?
Where do we get all of the materials for all of the panels and batteries?
What is the total cost to operate and maintain that global power grid?
What is the lifespan of the grid?
What happens to all of the panels and batteries at end of life, and how much does it cost?
Exactly. Solar panels and batteries can theoretically be recycled, but we generally don’t bother today, and there’s a lot more bulk in dealing with old panels and batteries than spent nuclear fuel rods.
So dealing with the waste of nuclear is a more constant thing, but also much lower volume than something like solar panels or batteries.
I think we need both, but ideally we use something other than batteries for base load supply, and only use it to store excess peak generation (or ideally, use something other than batteries for short-term storage, like hydrogen or hydro pumps).
Firstly, we’ll get there in time.
Secondly, having baseload vastly reduces the amount of batteries needed, and overall is helpful, and nuclear is one of the best baseloads there is.
By any logic we should work on fusion research because it’s the actual solution, but the enemy isn’t nuclear or renewables, it’s fossil fuels, they must be killed as brutally as possible, not just for their ecological impact, but also for their political impact, which may be the most toxic of all.
Imagine the politics of this country if Texas wasn’t “Saudi Oil Money” rich and didn’t try to screw over our politics on a constant basis. They’re the reason we don’t have nuclear already, they’d much rather keep everyone on the dinosaur habit than let us move forward an inch.
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The discussion of nuclear power, much like the discussion of communism, is met with entrenched positions on Lemmy.
Opinion:
Stopped reading there. And based on the comments, I don’t think I’m missing much.
News like these gave me the idea to when I’m eventually making my own Metroidvania, I’ll have a map where you have to prevent a nuclear meltdown on a small-size reactor that powers an AI datacenter…
Or cause it!
Reactor meltdowns are fairly common in Metroid games already, though.
I’ll have a map where you have to prevent a nuclear meltdown
Who would want to play a game where there’s nothing to do?
In every nuclear reactor we’ve ever had issues with it took ignoring engineers or specifically bypassing normal operations procedures to cause.
In your game… the answer would be “do nothing”. Game over, you win.
But the mining, milling, and production of nuclear fuel, as well as the construction and decommissioning of nuclear plants, emit greenhouse gases at levels ranging from 10 to 130 grams of carbon dioxide per kilowatt hour of power — lower than fossil fuels but higher than wind and hydroelectricity (and roughly on par with solar).
That’s interesting. The article they link gives a bit more detail:
These energy intensities translate into greenhouse gas intensities for LWR and HWR of between 10 and 130 g CO2-e/kWhel, with an average of 65 g CO2-e/kWhel.
While these greenhouse gases are expectedly lower than those of fossil technologies (typically 600–1200 g CO2-e/kWhel), they are higher than reported figures for wind turbines and hydroelectricity (around 15–25 g CO2-e/kWhel) and in the order of, or slightly lower than, solar photovoltaic or solar thermal power (around 90 g CO2-e/kWhel).
The wide range for nuclear apparently comes from difficulties in estimating the carbon footprint of mining/processing the uranium, but that nuclear is sort of in the middle of the pack in carbon footprint relative to renewables in spite of the fueling costs is good to know.
I suppose these sort of numbers may change dramatically in years to come. Take solar. A lot of focus seems to be on the efficiency of panels, which would almost certainly lower the carbon cost per unit of energy as it improves, but a breakthrough in panel longevity would also do that in an amortized emissions sort of way.
