WorksheetsEngine-Room Fire Prevention Quiz-LO1.4-1
Total questions: 37
Worksheet time: 19mins
Which document provides the primary technical reference for engine-room fire prevention, including design, ventilation, detection, and maintenance?
A. SOLAS Chapter II-2
B. MSC.1/Circ.1321
C. MARPOL Annex I
D. SOLAS Reg.26
What is the purpose of SOLAS Chapter II-2 in the context of engine-room fire prevention?
A. To regulate oil spill response and notifications
B. To mandate emergency steering and critical drills
C. To set statutory fire-safety, means-of-escape, and operational readiness requirements
D. To provide guidelines for CO₂ flooding systems
What is a key requirement for fixed-gas (CO₂) flooding systems in engine-room fire prevention?
A. They must be integrated into emergency drills.
B. They must follow the ship’s fire plan and CO₂ release procedure exactly.
C. They must include gaskets and soundings for maintenance.
D. They must be used only during oil spill responses.
What is the role of the Shipboard Oil Pollution Emergency Plan (SOPEP) in engine-room fire prevention?
A. To describe fire detection and automatic shutdown procedures
B. To regulate CO₂ flooding system release mechanisms
C. To outline engineering actions for oil spill response and notifications
D. To mandate housekeeping and fuel control measures
Which of the following is NOT a recommended housekeeping and fuel control measure for engine-room fire prevention?
A. Removing rags and combustible waste immediately
B. Ensuring drip trays and scuppers are clear
C. Using drip trays and run-off containment during maintenance
D. Keeping soundings and vent caps open for ventilation
What is a key action to prevent leaks in the engine room?
A. Conducting frequent watch rounds to inspect fuel, lube oil, and hydraulic systems
B. Removing combustible waste and cleaning oil spills immediately
C. Ensuring drip trays and scuppers are clear
D. Integrating the engine room into emergency drills
Why is ventilation and oil-mist control important in engine-room fire prevention?
A. To ensure compliance with MARPOL Annex I
B. To reduce the risk of ignition sources and maintain plant health
C. To facilitate emergency steering and critical drills
D. To regulate CO₂ flooding system release mechanisms
What is the purpose of maintaining ventilation systems and seals as per MSC.1/Circ.1321 guidance?
To ensure proper air circulation and prevent oil-mist accumulation.
To increase the temperature in the engine room.
To reduce the need for regular maintenance.
To improve the efficiency of electrical systems.
What is required before performing any hot work according to the guidelines?
Continuous fire-watch and gas testing before re-entry.
Immediate release of CO₂ in the work area.
Turning off all electrical systems in the vicinity.
Using water-based extinguishers during the work.
What is a key measure to ensure electrical integrity in the engine room?
Conducting regular insulation resistance tests and planned maintenance.
Using water-based extinguishers for electrical fires.
Avoiding the use of any electrical equipment in the engine room.
Keeping all electrical systems turned off when not in use.
What is the primary focus of practical fire drills and CO₂ release drills?
To train engineers in boundary cooling techniques and emergency response.
To test the durability of fire extinguishers.
To ensure the fire alarms are functioning properly.
To reduce the frequency of fire incidents.
What should be done immediately (within 0–2 minutes) upon detecting a fire in the engine room?
Sound the alarm and notify the bridge, C/E, and Master.
Release CO₂ into the affected area immediately.
Evacuate the entire ship without notifying anyone.
Turn off all electrical systems in the ship.
What is the recommended action for a small, local fire if the crew is safe and trained?
Use portable extinguishers with dry powder or foam for fuel.
Wait for external fire services to arrive.
Release CO₂ into the entire engine room.
Use water-based extinguishers regardless of the fire type.
What is the primary purpose of arranging boundary cooling during a fire?
To extinguish the fire directly.
To protect adjacent machinery and piping.
To increase the temperature of the surrounding area.
To isolate the fire from oxygen.
What is the correct procedure if a fire is not controllable locally?
Use water to extinguish the fire immediately.
Prepare CO₂/fixed system release according to the ship fire plan.
Evacuate the ship without taking any action.
Wait for external help to arrive.
Why is it important to maintain a dedicated communication loop during a fire emergency?
To ensure that all personnel are accounted for.
To avoid cross-commands and conflicting actions.
To allow for faster evacuation of the ship.
To reduce the need for emergency checklists.
What is the most common cause of secondary incidents during a fire response?
Poor coordination among the fire party.
Lack of fire extinguishing equipment.
Delayed response from external help.
Insufficient training of the crew.
What is the purpose of using pre-defined phrases and emergency checklists during a fire emergency?
To reduce speculation and ensure clear communication.
To allow for faster evacuation of the ship.
To minimize the need for training.
To ensure that all personnel are accounted for.
Who is responsible for overall scene command in engineering matters during an emergency?
Attack Team
Fire Party Leader
Communicator/Logkeeper
Rescue & Backup Team
What is the primary role of the Communicator/Logkeeper during an emergency?
Extinguish fires and assist the attack team
Maintain radio link and record times, actions, and readings
Provide water spray and external monitoring
Rescue the attack team if they become endangered
What is one of the coordination tips for emergency planning on a ship?
Assign roles during the emergency itself
Use checklists and readbacks for critical commands
Avoid debriefing after the incident
Skip practicing emergency plans to save time
What is a key responsibility of the Officer-in-Charge (OIC) during an emergency?
Place untrained personnel in harm’s way
Ensure the fire party is trained and equipped before deployment
Ignore communication with the Master/C/E
Avoid updating the logbook during emergencies
What must be done to engine room escape routes according to SOLAS II-2?
Keep them unmarked to avoid confusion
Ensure they are clear, marked, illuminated, and signposted
Block them during emergencies for safety
Use them only for storage purposes
What is the primary responsibility of the engine department if the event escalates to abandoning the ship?
Prepare lifeboat/raft release systems and ensure crew readiness with lifejackets and immersion suits.
Inspect and charge portable extinguishers and hose stations.
Stop any pumping or transfer that caused a leak.
Maintain electrical power for navigation lights and radios.
Which of the following is NOT part of the FFA readiness requirements?
Inspecting and charging fixed-system controls like CO₂ release boxes.
Ensuring the location and operation of release boxes are known to OIC and fire party.
Maintaining electrical power for navigation lights and radios.
Inspecting deluge/water-spray systems and boundary cooling equipment.
What is one of the primary engineering supports during a 'Man Overboard' situation?
Stop any pumping or transfer that caused a leak.
Provide propulsion control as ordered, such as reducing speed or preparing rescue craft.
Notify the Master and follow SOPEP procedures.
Test tank level alarms and maintain transfer pumps.
What is the immediate engineering action required during an oil spill response?
Prepare lifeboat/raft release systems.
Stop any pumping or transfer that caused the leak and isolate affected tank valves.
Maintain electrical power for navigation lights and radios.
Inspect and charge portable extinguishers and hose stations.
Which of the following is a prevention tip for avoiding oil spills?
Ensure rescue boat davits are powered and ready.
Test tank level alarms and perform regular maintenance of transfer pumps/valves.
Provide electrical power and winches for recovery equipment.
Log position/time and any engine status changes.
What is the immediate response to a crankcase oil-mist ignition risk?
Increase engine load and secure ventilation.
Stop engine, secure starting air and fuel, and prepare CO₂ if fire risk is confirmed.
Isolate the affected system and continue operation.
Call the fire department immediately.
Which of the following is a mitigation and prevention measure for machinery safety?
Increase engine speed during operation.
Perform condition-based monitoring and regular lube/condition checks.
Avoid keeping spare critical spares onboard.
Ignore temporary repair procedures in SMS.
What is the first step after controlling the immediate danger in a post-event situation?
Damage assessment of machinery and electrical systems.
Documentation of logbook entries and incident reports.
Account for personnel and provide first aid.
Conduct root-cause analysis and update standing orders.
What should be done if an engine room fire is detected?
Sound the alarm and call the relevant personnel.
Open ventilation and fire doors to release smoke.
Avoid using CO₂ release procedures.
Continue operation until the fire is extinguished.
What is the correct action if an oil spill is detected?
Increase oil transfers to reduce pressure.
Deploy containment and notify the Master/DPA.
Ignore the spill and continue operations.
Record actions only after the spill is cleaned.
What is one of the actions to be taken in case of an emergency steering situation?
Inform the bridge and attempt alternate steering control in the steering gear room.
Shut down all propulsion systems immediately.
Ignore the bridge's requests for propulsion maneuvering readiness.
Avoid recording any tests or actions taken during the emergency.
What is the purpose of conducting realistic engine-room fire drills and CO₂ release simulations?
To comply with SOLAS and company policy requirements.
To reduce the number of crew members on board.
To avoid conducting blackout recoveries.
To eliminate the need for emergency steering drills.
Which of the following is NOT a part of the emergency steering procedure?
Provide propulsion maneuvering readiness as requested by the bridge.
Record tests and actions in emergency steering drill records.
Conduct blackout recoveries during the emergency.
Attempt alternate steering control in the steering gear room.
Why is it important to debrief each drill and update the SMS after conducting training and drills?
To ensure compliance with SOLAS and company policies.
To reduce the frequency of future drills.
To avoid informing the bridge about the drills.
To eliminate the need for emergency steering drills.
