Where are the Deaerating Feed Tanks (DFT) temperatures and pressure monitored?

Where are the Deaerating Feed Tanks (DFT) temperatures and pressure monitored?

• A. Engineering Operating Station (EOS)
• B. Main Engine Control
• C. Bridge Control
• D. Engine Room Telemetry

Answer: (A)

Monitoring the Deaerating Feed Tank’s temperatures and pressure at the Engineering Operating Station reflects centralized watch of the ship’s boiler feed system. The DFT is part of the boiler feed setup and its deaeration performance directly affects boiler efficiency and safety. By keeping track of temperature and pressure at the EOS, the engineering team can confirm the tank is operating within design limits, ensure proper deaeration, and quickly spot issues like abnormal pressure drops or overheating. The other locations serve different purposes: Bridge Control handles navigation, Main Engine Control focuses on propulsion and engine performance, and Engine Room Telemetry, while related to data transmission, is not the primary point for monitoring these boiler-feed parameters.

Monitoring the Deaerating Feed Tank’s temperatures and pressure at the Engineering Operating Station reflects centralized watch of the ship’s boiler feed system. The DFT is part of the boiler feed setup and its deaeration performance directly affects boiler efficiency and safety. By keeping track of temperature and pressure at the EOS, the engineering team can confirm the tank is operating within design limits, ensure proper deaeration, and quickly spot issues like abnormal pressure drops or overheating. The other locations serve different purposes: Bridge Control handles navigation, Main Engine Control focuses on propulsion and engine performance, and Engine Room Telemetry, while related to data transmission, is not the primary point for monitoring these boiler-feed parameters.