Sentence examples for injection tanks from inspiring English sources

In the APR1400, emergency coolant is injected from safety injection tanks (SITs) and via safety injection pumps (SIPs) from an in-containment refueling water storage tank (IRWST).

The effects of coolant injection into a reactor vessel by the passive actuation of SITs (Safety Injection Tanks) on the in-vessel core melt progression under a severe accident have been evaluated in an APR (Advanced Power Reactor) 1400.

safety injection tanks.

The results show a method to decouple the ECCS designs with the installation of a separate nanofluids injection tank adjacent to the safety injection tanks such that a low pH environment for nanofluids can be maintained at atmospheric pressure which is favorable for their injection in passive manner.

The rapid depressurization is effective in allowing the water of safety injection tank (SIT) to be injected into the core, but an excessive discharge of the SIT water is not desirable for an economical use of SIT inventory.

The fluidic device, which is located at the discharge of the safety injection tank, is a system to inject the borated water into the reactor coolant system in a passively regulating way to elongate the allowable start-up time of emergency diesel generators and to enhance performance against the loss of coolant accidents.

A hybrid safety injection tank (H-SIT) is designed to passively inject coolant into a reactor coolant system under any pressure condition without depressurization, enabling it to be applied in various accident types.

Increasing safety injection tank (SIT) water inventory is the key, yet convenient, way of assuring safety margin for power increase.

In this paper, a method for estimating the time required to reach the equalizing pressure between two tanks for a hybrid safety injection tank (SIT) system is proposed.

A case study regarding design of safety injection tank installed in a nuclear power plant is also included to illustrate the proposed framework.

Fluidic Device (FD) within the Safety Injection Tank (SIT) of APR1400 plants is designed to prolong the passive injection period and to reduce the bypassed water following a LBLOCA by subdividing the injection phase into high flow and low flow.