Two-Phase Firefighting With Residual-Fire Detection

The fire fighting process is divided into two distinct phases: a first phase with initial extinguishing agent discharge, and a second phase with additional discharge only if residual fire sources are detected. This segmentation allows the system to avoid unnecessary discharge of large amounts of extinguishing agent while maintaining effective fire suppression.

The detection device continuously monitors the fire situation and provides feedback to the control device. Based on this feedback about residual fire sources, the system dynamically adjusts the extinguishing agent discharge quantity, discharging more only when necessary and reducing discharge when the fire is well-controlled, thereby optimizing water consumption.

The extinguishing agent discharge is segmented into conditional phases rather than a single full discharge. The first phase uses a base amount, and the second phase adds only the necessary additional amount based on residual fire detection, allowing for smaller storage tanks while maintaining containment reliability.

Instead of always discharging the full extinguishing agent capacity, the system applies partial action by discharging only the necessary amount in the second phase based on actual fire conditions. This reduces the required storage capacity while ensuring sufficient agent is available for effective fire containment.

Foaming agent additives are applied partially and selectively only in the second extinguishing phase when residual fire sources are detected, rather than being mixed into all discharged water. This reduces the total amount of ecotoxic chemicals used while maintaining extinguishing effectiveness where needed.

The foaming agent is applied locally at specific discharge points during the second phase based on detected residual fire locations, rather than uniformly throughout the system. This targeted application minimizes ecotoxicological impact while maintaining effectiveness at critical fire zones.

The detection device automatically detects residual fire sources and provides continuous feedback to the control device, enabling the system to automatically initiate a second extinguishing phase without waiting for manual assessment. This automated feedback loop significantly reduces response time compared to manual intervention while achieving thorough residual fire control.

The system performs self-monitoring and self-adjustment by automatically detecting residual fires and triggering additional extinguishing agent discharge without human intervention. This self-service capability eliminates the time delay associated with manual detection and response while ensuring complete fire suppression.