Sounds an awful lot like 50s dream machine adverts for nuclear energy.. You are sadly behind any and all reality regarding nuclear water boiler reactors. The fuel rods have only so much reactive power before they need changed and then they need to be cooled down for quite some time. the water gets enriched in tritium and cannot be purified, the fuel rod waste needs to be stored on site until there is a national repository established for depleted uranium products. There is no truly safe transportation method.
The most important factor is the huge amount of gamma radiation affecting the containment infrastructure. It acts as a slow reduction of molecular adhesion in iron and concrete and many reactors are operating way beyond their lifespans and it shows up in serious cracking in concrete and steel components.
You know nuclear produces almost no waste? It actually heats up water. Which even that itself can then be recycled.
Sounds an awful lot like 50s dream machine adverts for nuclear energy.. You are sadly behind any and all reality regarding nuclear water boiler reactors. The fuel rods have only so much reactive power before they need changed and then they need to be cooled down for quite some time. the water gets enriched in tritium and cannot be purified, the fuel rod waste needs to be stored on site until there is a national repository established for depleted uranium products. There is no truly safe transportation method. The most important factor is the huge amount of gamma radiation affecting the containment infrastructure. It acts as a slow reduction of molecular adhesion in iron and concrete and many reactors are operating way beyond their lifespans and it shows up in serious cracking in concrete and steel components.