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External Reactor Vessel Cooling (ERVC) is established by flooding the reactor cavity during a severe accident.
The developed model can be applied to evaluate the external reactor vessel cooling limit, which is of great significance to the design of advanced passive reactor plants.
This upgrade includes adoption of in-vessel retention via external reactor vessel cooling and installation of large capacity passive autocatalytic recombiners.
One viable means for IVR is the method of external reactor vessel cooling (ERVC) by flooding the reactor cavity during a severe accident.
These include decay heat removal, safety injection, containment cooling, in-vessel retention through external reactor vessel cooling, and containment filtered venting.
The IVR-ERVC (In-Vessel Retention of molten corium through External Reactor Vessel Cooling) is an effective severe accident management strategy for reducing the possibility of a reactor containment failure by terminating the severe accident progress inside a reactor.
Similar(47)
It takes many components outside the reactor vessel and moves them inside.
A possible reactor vessel rupture could have been weeks away.
In that case, the reactor vessel, which houses the reactor behind thick walls of steel and concrete, was not breached.
Reactor vessel bottom mount instrumentation nozzle is J-groove welded to reactor vessel inside.
These observations suggest that the existence of ICI below the reactor vessel hinders reactor vessel cooling.
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