i’m not sure what you’re talking about… The nuclear energy industry has a track record of safety and extensively regulated engineering that surpasses virtually any other industry
Fukashima happened because they skimped on the wall height and generator placement.
Enerhodar is currently under siege in Ukraine, future unknown
Those are two within the last 15 years. I’m glad when things are happy happy joy joy nuke plants are safe, but don’t think for a second that it’s a steady state. Ready to see what happens when a spent fuel pool gets hit with a bunker buster?
Solar power, as great as it is, is only available during the day and wind is also not a constant source of electricity either. Solar panels are also made through slave labor in China. The cobalt needed for a lot of our batteries to store renewables also comes from slave labor, though we’re working on that part. And almost all of the renewable sources don’t have parts recycled and instead put their heavy metals into landfills.
They’re still a lot better than fossil fuels but they’re by no means perfect. That’s why we need at least some nuclear to help with those issues
sure, and you think this isn’t also happening in every single other industry right now?
That’s a regulatory problem and not a fundamental mechanics problem. the logic of “well it’s good but humans will cut corners” means we should never do anything at all.
The problem is that humans cut corners for power and profit, and the nuclear industry is no exception.
i’m not sure what you’re talking about… The nuclear energy industry has a track record of safety and extensively regulated engineering that surpasses virtually any other industry
Those are two within the last 15 years. I’m glad when things are happy happy joy joy nuke plants are safe, but don’t think for a second that it’s a steady state. Ready to see what happens when a spent fuel pool gets hit with a bunker buster?
That’s ONE in 15 years. In fact 18 years, because the previous one was in 2006.
But look at this list of oil spills https://response.restoration.noaa.gov/oil-and-chemical-spills/oil-spills/largest-oil-spills-affecting-us-waters-1969.html and list of most contaminated coal ash disposal sites https://earthjustice.org/feature/coal-ash-contaminated-sites-map#top10
We have seen what happens to oil infrastructure in a war: https://www.nytimes.com/interactive/2016/04/08/sunday-review/exposures-kuwait-salgado.html
Cool, now do solar and wind.
Solar power, as great as it is, is only available during the day and wind is also not a constant source of electricity either. Solar panels are also made through slave labor in China. The cobalt needed for a lot of our batteries to store renewables also comes from slave labor, though we’re working on that part. And almost all of the renewable sources don’t have parts recycled and instead put their heavy metals into landfills.
They’re still a lot better than fossil fuels but they’re by no means perfect. That’s why we need at least some nuclear to help with those issues
Nuclear disasters vs not producing consistently due to nighttime.
I do find it interesting the method of resource extraction matters for solar components, but rarely any other minerals mined inhumanely for energy.
Like human rights policies are inherent to a solar panel.
sure, and you think this isn’t also happening in every single other industry right now?
That’s a regulatory problem and not a fundamental mechanics problem. the logic of “well it’s good but humans will cut corners” means we should never do anything at all.