Benm
0
- Joined
- Aug 16, 2007
- Messages
- 7,896
- Points
- 113
Regardless of climate change nuclear would be a sensible choice to make, espcially if we consider the amount of thorium available on earth.
I'm not against fossil fuel myself, but when there is an economically viable solution to avoid using them, this could be wise: There are applications where fossil fuel is not easily replaced (such as in aviation), and the amount available is limited.
Not limited in the sense that we will run out of oil in 10 years or so, but perhaps we still need it for chemical production in 1000 years, and then seriously regret burning it for power generation.
As for major nuclear disasters, lessons can be learned from them, and some of them are so simple people should still be banging their head on desks to this day:
Chernobyl:
- do not build reactors from which the moderator cannot be removed if possible
- if you do make sure the control rods are actually long enough
Fukushima:
- do not build reactors in earthquake and tsunami prone areas if possible
- if you do, do NOT put diesel backup generators for cooling in an area that can be flooded, those things need both diesel fuel AND AIR to operate, and hence will not work when under water
- do NOT turn off nuclear reactors in case a tsunami is coming, as those reactors could still work when flooded and could have powered the cooling system preventing a meltdown.
Another thing that has really changed is -why- countries build nuclear reactors. It used to be a combined use both generating power and plutionium for nuclear weapons. Nowadays many countries want the power but have no aspirations to build nuclear weapons, opening up the playing fields to technologies that are safer and cheaper, but insuitable for nuclear proliferation - a big win on all fronts.
I'm not against fossil fuel myself, but when there is an economically viable solution to avoid using them, this could be wise: There are applications where fossil fuel is not easily replaced (such as in aviation), and the amount available is limited.
Not limited in the sense that we will run out of oil in 10 years or so, but perhaps we still need it for chemical production in 1000 years, and then seriously regret burning it for power generation.
As for major nuclear disasters, lessons can be learned from them, and some of them are so simple people should still be banging their head on desks to this day:
Chernobyl:
- do not build reactors from which the moderator cannot be removed if possible
- if you do make sure the control rods are actually long enough
Fukushima:
- do not build reactors in earthquake and tsunami prone areas if possible
- if you do, do NOT put diesel backup generators for cooling in an area that can be flooded, those things need both diesel fuel AND AIR to operate, and hence will not work when under water
- do NOT turn off nuclear reactors in case a tsunami is coming, as those reactors could still work when flooded and could have powered the cooling system preventing a meltdown.
Another thing that has really changed is -why- countries build nuclear reactors. It used to be a combined use both generating power and plutionium for nuclear weapons. Nowadays many countries want the power but have no aspirations to build nuclear weapons, opening up the playing fields to technologies that are safer and cheaper, but insuitable for nuclear proliferation - a big win on all fronts.