And instead, you burn coal and Gaz which creates even more waste which we can't even store. The difference is that the nuclear waste are localised near you, while the CO2 is spread globally and mostly affect warmer country we don't care about.
> So simply put, there are around 17 meteors every year that hit ground and can cause a disaster
The disaster is made worse because of nuclear infrastructure. But I don't see the point. It is already a disaster to begin with. Look at Fukushima, the real disaster was the earthquake and tsunami that killed and destroyed lots of homes. The incident in the nuclear plant in the area did make it slightly worse, but not by much. Even though the media seem to blame the whole thing on the power plant.
While distance can make them safer, it also makes them less efficient.
There are no standard designs for nuclear reactors yet, although this is slowly changing.
Nuclear reactors have always been run at great subsidy.
Only two MSRs have ever been built, over half a century ago and have a huge list of disadvantages. Not saying that can't be overcome, but it takes time, money, and will. There is some movement in this area.
With solar and wind making such great strides, advantages of nuclear are decreasing.
Markets are not omniscient of course, and they might be ineffective, but it's something to think about when discussing nuclear energy.
the free market is made up of people who primarily watch sensational evening news and follow clickbait social media. the actual statistics are still well on the side of nuclear in terms of safety and externalities (as far as i understand)
Also, in typical governmental fashion (see: rocket building before SpaceX) power plants were optimized for (size???) instead of safety, cost and time to build.
Things you don't have to optimize for: efficiency
Make it fast to build and in self-contained modules (economies of scale). Make it failsafe (even if it costs efficiency)
These are called "blueprint reactors", because designing a nuclear reactor is easy, but building one is hard.
They exist in nuclear subs. There needs to be investment and research to make them commercially viable.
IMO nuclear is the only real way out of the current mess.
any idea why we dont have several operational MSRs at this point?
https://en.m.wikipedia.org/wiki/Molten_salt_reactor
EDIT: i guess MSRs' structural components are subject to extreme corrosion from heat, salt, and radiation that makes them impossible to build for long-term continous operation.