For starters we are talking about concepts, not actually built and tested Reactors. If you have any connection to scientific research, technology development or engineering, you should know that between hypothesis, laboratory testing, prototype development, technology upscaling, establishment of production lines and finally long term operation routines there is a lot that will not be like expected, has to be revised, adjusted, scrapped, redesigned…
The history of nuclear energy is riddled with cases of hubris leading to disasters. It is evident that so far humans were unable and unwilling to give safety the proper considerations.
But from a practical point of view anyone with some industry experience would find the idea insane, that Small and Modular systems, so high throughput of small batches would increase safety. It is much more complicated to provide Quality and Safety checks in such an environment. Especially as these would be done by multiple for profit companies, the necessary oversight would be more difficult to provide for the regulation authorities, so in the medium run we will get Boeing like situations. Just that cost cutting and mingling will lead to reactors contaminating large swaths of areas on top of potentially killing hundreds of people.
So now you explain, why we should totally listen to the claims made by for profit cost cutting companies, that are solely based on concepts, without any actual field testing.
Because that was exactly the Titanic situation. People believed it to be unsinkable and decided to cut on costs for emergency measures. Reality proved them wrong on the first and last voyage.
For starters we are talking about concepts, not actually built and tested reactors
Oh so you’re saying you’re completely full of shit because you’re talking about the theoretical consequences of theoretical devices that don’t even exist yet?
Yes we can make reasonable predictions about things that don’t exist yet but you are acting like it is a forgone conclusion. Unless you are actually involved in the field your opinion is, at best, as good as anyone else’s . I would say that to you or to any of the myriad of Tech Bros who are all fired up about small reactors like a cryptobros are about their next meme coin. You’re either an evangelist or expecting Armageddon these days. People don’t just wait and see or have less exciting takes. It’s “this is the greatest thing since fire” or “it’s going to kill everyone.”
Counter example to your quality and safety arguments: cars and car engines. Larger, higher output engines in larger machines require higher quality checks and safety regulations. A car engine isn’t generally going to rip your arm off or produce an explosion that can level a building. Plenty of larger machines/engines can and will.
For starters we are talking about concepts, not actually built and tested Reactors. If you have any connection to scientific research, technology development or engineering, you should know that between hypothesis, laboratory testing, prototype development, technology upscaling, establishment of production lines and finally long term operation routines there is a lot that will not be like expected, has to be revised, adjusted, scrapped, redesigned…
The history of nuclear energy is riddled with cases of hubris leading to disasters. It is evident that so far humans were unable and unwilling to give safety the proper considerations.
But from a practical point of view anyone with some industry experience would find the idea insane, that Small and Modular systems, so high throughput of small batches would increase safety. It is much more complicated to provide Quality and Safety checks in such an environment. Especially as these would be done by multiple for profit companies, the necessary oversight would be more difficult to provide for the regulation authorities, so in the medium run we will get Boeing like situations. Just that cost cutting and mingling will lead to reactors contaminating large swaths of areas on top of potentially killing hundreds of people.
So now you explain, why we should totally listen to the claims made by for profit cost cutting companies, that are solely based on concepts, without any actual field testing.
Because that was exactly the Titanic situation. People believed it to be unsinkable and decided to cut on costs for emergency measures. Reality proved them wrong on the first and last voyage.
Oh so you’re saying you’re completely full of shit because you’re talking about the theoretical consequences of theoretical devices that don’t even exist yet?
Yes we can make reasonable predictions about things that don’t exist yet but you are acting like it is a forgone conclusion. Unless you are actually involved in the field your opinion is, at best, as good as anyone else’s . I would say that to you or to any of the myriad of Tech Bros who are all fired up about small reactors like a cryptobros are about their next meme coin. You’re either an evangelist or expecting Armageddon these days. People don’t just wait and see or have less exciting takes. It’s “this is the greatest thing since fire” or “it’s going to kill everyone.”
Counter example to your quality and safety arguments: cars and car engines. Larger, higher output engines in larger machines require higher quality checks and safety regulations. A car engine isn’t generally going to rip your arm off or produce an explosion that can level a building. Plenty of larger machines/engines can and will.