Here the KUN-24AP container ship would be a massive departure with its molten salt reactor. Despite this seemingly odd choice, there are a number of reasons for this, including the inherent safety of an MSR, the ability to refuel continuously without shutting down the reactor, and a high burn-up rate, which means very little waste to be filtered out of the molten salt fuel. The roots for the ship’s reactor would appear to be found in China’s TMSR-LF program, with the TMSR-LF1 reactor having received its operating permit earlier in 2023. This is a fast neutron breeder, meaning that it can breed U-233 from thorium (Th-232) via neutron capture, allowing it to primarily run on much cheaper thorium rather than uranium fuel.
An additional benefit is the fuel and waste from such reactors is useless for nuclear weapons.
Another article with interviews: https://gcaptain.com/nuclear-powered-24000-teu-containership-china/
Incidentally, Australia has huge reserves of uranium, so a nuclear economy would rely on them as well. Unless you’re using breeder reactors and/or thorium reactors.
Australia isn’t looking so happy.
Incidentally, Australia has huge reserves of thorium, so a nuclear economy would rely on them as well.
Unless you’re using fusion reactors.
They’ve been saying fusion is right around the corner since the 50s. What’s the chance they’re right this time?
I can believe the goal of an industrial prototype fusion reactor by 2035.
The problem is reactors are extremely complex and it’s become very clear that size matters for a self sustaining reaction. China’s EAST reactor breaks a new milestone every year - http://english.ipp.cas.cn/news/202112/t20211231_295486.html
I think they’re totally wrong about large scale commercial use by 2050 though, fusion is likely to be incredibly expensive and the fuels we’re fusing create highly radioactive waste. There are few terrestrial applications for something that will likely cost 10-20x solar and wind, and optimistically 3-4x nuclear fission.
Dunno. I also don’t know if they were containing plasma in the 50s.
They weren’t.
They’re much more right than they were in the 1950s.
There are multiple reactors right now, utilizing different design approaches, which can fuse and contain plasma. The work right now is on increasing the net-energy and reaction time
Every country has huge deposits of thorium.
Australia has huger deposits (and can be accessed less expensively through exisiting mines)
Chinese companies also already own a bunch of ports and mines in Australia and the trade relationship has basically normalised
China has a lot of mining operations and therefore a ton of thorium just laying about.
Learn this one neat trick to decouple yourself from the hated English post-colonial dregs.
Australians hate it.