> Also with burner reactors you can use the "waste" as fuel.
As far as I know using the waste as fuel is only possible in new reactor types, which are still under development - and in the case of molten salt reactors, it's not even sure yet if these actually can be built because of material science issues (aka, how to construct piping that stays durable for decades when exposed to hot, aggressive molten salt).
It is simply not fair towards future generations to literally dump even more waste to them and hope they manage to figure it out, when we could alternatively also build out the European power grid and go fully renewable using wind, solar and ocean/rivers for generation, batteries and hydro for storage and natural gas/hydrogen for peak demand.
Counterpoint: If we cannot switch to those other kinds of renewables in a reasonable amount of time compared to Nuclear, we're leaving them with a way bigger clusterfuck in the form of runaway greenhouse gas driven global warming.
Germany managed to get from 6% renewables in the energy mix in 2000 to 46% in 2020.
It is not impossible to get even faster buildout in the next ten years, all we need is politicians deciding to do so instead of giving billion dollar handouts to fossil fuel companies and actively impeding buildout!
As far as I know using the waste as fuel is only possible in new reactor types, which are still under development - and in the case of molten salt reactors, it's not even sure yet if these actually can be built because of material science issues (aka, how to construct piping that stays durable for decades when exposed to hot, aggressive molten salt).
It is simply not fair towards future generations to literally dump even more waste to them and hope they manage to figure it out, when we could alternatively also build out the European power grid and go fully renewable using wind, solar and ocean/rivers for generation, batteries and hydro for storage and natural gas/hydrogen for peak demand.