Laying out key priorities for the EU’s upcoming Clean Industrial Deal, German Economy State Secretary Sven Giegold said on Monday (30 September) he wants the Commission to prioritise renewable energy, taking a tough line on nuclear power and France’s renewable targets.
Alongside a quicker roll-out of renewable energy facilitated by “further exemptions from [environmental impact] assessments,” Giegold outlined several other German priorities for the EU’s upcoming strategy.
Based on the 2030 renewable energy targets, the EU should also set up a 2040 framework, complemented by new, more ambitious targets for energy efficiency, he said.
“It should include new heating standards, a heat pump action plan and a renovation initiative,” he explained, noting a heat pump action plan was last shelved in 2023.
Hydrogen, made from renewables, should be governed by a “a pragmatic framework,” the German politician stressed, reiterating calls from his boss, Economy Minister Robert Habeck (Greens), to delay strict production rules into the late 2030s.
These so called caskets have to be rebuild regularly because the contents will remain harmful for what may as well be called eternity in human years
They will get water leaks, they will erode and they will constantly cost money and be a burden on the environment. CO2 is comparingly manageable, its a mid therm problem for humanity, nuclear waste is burden forever… Unless we shoot it into the sun or something like that. (will never be a good option)
Unless we shoot it into the sun or something like that. (will never be a good option)
FYI: Kurzgesagt: Warum schießen wir Atommüll nicht einfach ins Weltall?
Do you have a source for that? Because that is not true. A properly built casket can go for at least a thousand years. The issues reported with caskets is where they’ve been exposed to salt water / brine. That’s a facility issue, not a casket issue. There are so many caskets stored around the world and only a very small amount have had actual issues associated with them.
Even with the issues, the impact has always been very locally. Not like with coal where radioactive matter is blasted straight into the atmosphere and spread in dust form. Radioactive dust getting into your lungs is a big issue. Water contaminated with waste you can simply stay a feet away from and be perfectly fine. And remember a lot of water gets contaminated all the time with a lot of different dangerous stuff, that’s why we monitor and treat the water we use. The leaks have been a problem, but mostly in the form of costs, not in the form of it being dangerous. It has always been detected right away and not gotten into water we use.
There is no material known to man (or woman) (wich we can effectively build with) that lasts 100 thousand to 1 Million years (wich is necessary for such things)
We cannot build such a building from pure gold or titanium (wich both wouldn’t last long enough either, but significantly longer than concrete) a structure like that has to be rebuild at least once in 100 years, if not every 50 years, wich is more reasonable. It will cost humanity for all eternity to keep the environment safe from this waste.
https://en.wikipedia.org/wiki/Concrete_degradation
Forgot to add, NO, nuclear, or rather toxic contamination of ground and surface water has the ability to be a super serious environmental issue for very very large areas. We humans produced stuff that might outlast our species, its not just nuclear waste, there is also regular toxic waste with similar storage issues wich we cannot dispose off and that has to be stored in a similar manner, just the need for radiation shielding is not there, but water and air are the biggest enemies of human architecture and long lasting storage solutions.
There is no such thing as forever lasting human buildings or burrows. They will always be a huge burden.
Well those timelines aren’t correct. The EPA says 10.000 years and that’s for the entire storage solution. It doesn’t matter that the caskets decay after a 2000 years, once the entire thing is encased in rock.
The concrete degradation doesn’t really apply, because caskets are specifically made with longevity in mind and aren’t just made out of concrete. Causes for concrete degradation is also exposure to water and mechanical stress. That doesn’t apply in a long term storage facility.
And we still have examples of Roman concrete around these days, made 2000 years ago. There are also natural nuclear reactors which are contained, so we know in principle containment is possible.
It may take 100.000 years for something to become completely inert, but that doesn’t mean it isn’t safe much earlier. And something with that long of a timeline doesn’t produce hardly any radiation to begin with. The dangerous stuff is much hotter and becomes safe within hundreds to thousands of years.
