Heh. I remember talking to a friend of my dad’s once who helped build the AGR power plant that’s just down the road from me. It’s cooled with CO2, so won’t blow up in the way Chernobyl did, but that means it’s a lot less efficient. Anyway, among other… lax practices on the building team, the one I remember him describing in particular was running out of super alloy steel to weld the pipes (needed to resist corrosion), so just using ordinary steel files. Not great.
Aahh, it’s a wonderful promise with just so many damn problems.
In the UK experiments with nuclear power have left us with a series of rarely noted and pretty ghastly messes… As I understand it the water used to store our spent fuel is mostly dumped in the Irish sea (though that’s a fine tradition with anything we want to get rid of).
My grandpa was an engineer at Dounreay in Scotland, which is now in the process of decommissioning, but it isn’t predicted to get to a brownfield site until about 2300… three cheers for the government that can put in an effective 300-year management plan.
He did have a lot of fun there, but also described practices which don’t give me hope, including throwing fuel and coolant (sodium and potassium) into a deep shaft, which then flooded, caused a violent reaction, and littered the area with radioactive particles. But hey, it is a very out of the way place and it’s only Scotland! I suspect his frivolous gallivanting with isotopes probably didn’t help his later cancers but that’s speculation and like I said he did have an awful lot of fun.
He was working on a Fast Breeder reactor which is definitely the best hope for nuclear power in my humble and extremely uneducated opinion. 3rd generation designs like integral fast reactors are a pretty exciting prospect which could deal with the waste issue… but that’s still pretty theoretical, and the demands of a Fast Breeder reactor that we’ve tried (like at Dounreay) - using a combination of liquid sodium and potassium as coolant - are extraordinarily difficult to meet, even if you don’t have workers making do with impure steel or throwing everything into mine shafts.
There are lots of unsubtle / generalised scare stories about nuclear power that deserve short shrift and it’s troubling when they’re used to forestall research (which is what happened with integral fast reactor designs in the US), but at the same time, the current state of things is pretty worrying. I’m not dead set against it at all, goddamn I wish it could deliver what it promises - but there are some seriously troubling features and unsolved problems in the industry as things stand… alas. Coal sucks too of course, no arguments there.