And this is why I am glad you don't work there anymore.
Incident should never have the maximum level "always" this is like having terror alert always on red , or having the siren of the ambulance even for a small wound. That make the REAL emergency on the same level as not-am-emergency. There are many reason why this is bad : chief among them because it make complacency (oh another level 7, probably only another small one) , it make resource monopolisation expansive and useless (oh another 7 , let us mobilize the whole sheband , even if it is a small leak), and that put the public in a constant panic (the end is nigh ! repent ! another 7 at the neighbour nuke plant !).
There is a good reason to have a grad. Your method would be similar to have NO GRADE at all, and jsut after the fact explain what went wrong. Contraproductive.
Pretty much did not get what I wrote.
I never wrote "always"
If you know it is a "small wound" or a "small leak" then the situation is different than "a patient is bleeding" or there is a "reactor coolant leak"
I also did not say the management of any plant should publish the level untill they have made an assessment. Losing control over a plant in itself prevents making an accurate assesment of the situation. Failing to regain control for a month and now they change it to a 7, totally bypassing 6.
And you are still saying that there has not been catastrophic meltdown?
JAIF is reporting reactors 1, 2, and 3 have fuel exposed, reactor vessel integrity unknown, and fuel damaged.
A month without cooling, you can bet there is near complete meltdown, I guess it depends on your definition of catastrophic. The smallest one was rated at 1380 MW thermal, and when you stop removing the decay heat which may only have been about 2 percent or so when cooling was lost, that still is 20 some megawatts thermal, when the core gets uncovered it's going to melt. (after it catches fire)
"Flash reaction at Cherenobyl?"
Do you mean prompt criticality?
The critical chain reaction that occurs in a nuclear power plant is controllable as long as the chain reaction requires the neutrons from fission product decay to reach 100% self sustaining. When criticality is reached without waiting for decay of fission products to produce those neutrons, the power can change very fast. This is what happened at Cherynobly and at SL-1.
And I wasn't involved in incident assessment, just maintaining important emergency cooling equipment and containment structures.