| I disagree, this is true, but the failure was complex and worth understanding some extra nuances: * The design of the reactors made them unsafe in a scenario where you needed to quickly insert the control rods. Doing so should reduce power output, but due to their graphite tips, it led to a sudden surge of power output. * Leadership repeatedly didn't listen to or believe what they were hearing from boots on the ground. * Leadership took a "it can't be that bad, let's wait and see" approach instead of a cautious approach. * Add to this that boots on the ground were afraid to stand up to leadership. * This repeatedly led to delayed reactions to the problems, and an increase in the severity of the outcomes. * All of this combined with cooling failures, led to disaster. (Heat and pressure accumulated, the reactor didn't have enough water, and then when control rods were finally reinserted, they sped up the reaction instead of slowing it down... boom.) |
But the common person just really needs to understand "garbage in, garbage out". Operating a nuclear reactor outside of specifications may result in catastrophic failure; which is why the West has so many regulations about them.