HK Engine Operator Grade 3 cheat sheet

Watch handover requires a face-to-face briefing: plant status, running machinery, ongoing work, defects, alarms, and standing orders; both engineers sign the logbook to record acceptance.

A taking-over engineer may refuse handover if the plant state is unclear or unsafe; the relieving engineer does not assume responsibility until the handover is accepted.

Unattended machinery space (UMS) operation depends on alarm and safety systems being proven in test before the space is left; any defeated alarm must be logged, justified, and covered by a standing instruction.

Normal watchkeeping rounds record: main engine parameters, auxiliary engine loads, pressures and temperatures against limits, tank levels, bilge and ballast states, and any leaks or abnormal noise.

A watchkeeper who must leave the engine room during UMS operation informs the bridge and ensures the alarm system will call attention to the duty engineer.

Parameter deviation is handled in order: verify the reading, identify cause, reduce load or change over, inform the bridge if speed or manoeuvrability is affected, and record the event.

The engine room bell book or movement log records telegraph orders, times, and responses; entries are made at the time of the order, not reconstructed later.

Before handing over control for manoeuvring, the engine is tested ahead and astern and the bridge is informed that the engine is on standby and ready.

Two-stroke main engine scavenge air pressure rises with load; a falling scavenge pressure at constant load indicates air cooler fouling, blower fault, or leaking scavenge trunking.

Indicator diagrams and peak pressure readings are compared with the engine builder's shop trial values; cylinder peak pressure is adjusted by varying the compression ratio or fuel timing as the maker specifies.

Fuel oil viscosity at the engine inlet is held in the maker's band (commonly around 10-15 cSt for residual fuels); viscosity above range causes poor atomisation, below range risks seizure from inadequate lubrication.

Centrifugal purifier throughput and gravity disc selection depend on fuel density at the separating temperature; a disc too small or too large causes oil loss to the sludge side or poor separation.

Lube oil analysis trend matters more than a single sample: rising iron, copper, or water content, falling TBN, and rising insolubles each point to a specific wear or contamination path.

Cooling water is treated for corrosion and scale; jacket water temperature is kept near the maker's figure to limit thermal stress, and a sudden rise with falling pressure suggests air ingress or pump fault.

Air receivers are drained of condensate at intervals; safety valves and pressure gauges are checked, and the main air start capacity must support the maker's specified number of consecutive starts.

Planned maintenance is based on running hours, condition monitoring, and maker's intervals; deferred items are risk-assessed and recorded with the reason and a new target date.

Enclosed space entry requires an entry permit, atmosphere testing for oxygen (about 20.9 percent), hydrocarbons, and toxic gas, a competent standby person at the entrance, and rescue equipment ready.

Engine room fire response: raise the alarm, stop fuel and ventilation, close openings, and use fixed CO2 only after confirming all personnel are accounted for and the space is sealed.

The oil record book records bunkering, transfers, discharges of machinery space bilge water through the oily water separator (below 15 ppm), sludge disposal, and tank soundings; entries are signed by the officer in charge and the master.

MARPOL Annex I prohibits any discharge of oil or oily mixture within special areas and near land; outside those limits discharge of machinery space bilge is only through 15 ppm equipment with an oily water separator alarm and stopping device.

Garbage is segregated by category and recorded in the garbage record book or management plan; plastics are never discharged to sea.

A person overcome in a tank is rescued by trained personnel with breathing apparatus from outside; rescuers never enter without apparatus, as the common cause of multiple fatalities is unprotected rescue attempts.

Emergency generator, emergency fire pump, and emergency lighting are tested at the required intervals and the results recorded; failure is reported and rectified before the next voyage.

Drills for fire, abandon ship, oil spill, and enclosed space rescue are held at intervals set by the flag and company, and every crew member's participation is recorded.

Hong Kong local craft are regulated under the Merchant Shipping (Local Vessels) Ordinance (Cap. 548) and its regulations, which cover certification, manning, and operation of local vessels.

Local vessel certification and licensing is administered by the Marine Department; a Certificate of Survey and a licence are distinct documents and both must be valid for the vessel's intended use.

Engine room manning for local vessels follows the certificate of competency and crew requirements tied to the vessel type, tonnage, and propulsion power stated in the licence conditions.

The Marine Department's port formalities include reporting arrival and departure, and vessels comply with the harbour's speed, anchoring, and fairway rules administered by the Marine Department.

Pollution offences in Hong Kong waters are enforced under local legislation implementing MARPOL and the Merchant Shipping legislation; oil discharge, garbage, and sewage breaches attract prosecution.

Bunkering in Hong Kong waters requires compliance with local bunkering safety requirements, including notification, oil spill contingency arrangements, and scuppers plugged before transfer.

Local vessel operators must report marine accidents and dangerous occurrences to the Marine Department; the master is responsible for making the report promptly.

Engine room watch arrangements on local vessels must satisfy the manning scale in the licence and any conditions imposed, and unqualified personnel may not stand as the sole engineer of watch.

Watch handover requires a face-to-face briefing: plant status, running machinery, ongoing work, defects, alarms, and standing orders; both engineers sign the logbook to record acceptance.

A taking-over engineer may refuse handover if the plant state is unclear or unsafe; the relieving engineer does not assume responsibility until the handover is accepted.

Unattended machinery space (UMS) operation depends on alarm and safety systems being proven in test before the space is left; any defeated alarm must be logged, justified, and covered by a standing instruction.

Normal watchkeeping rounds record: main engine parameters, auxiliary engine loads, pressures and temperatures against limits, tank levels, bilge and ballast states, and any leaks or abnormal noise.

A watchkeeper who must leave the engine room during UMS operation informs the bridge and ensures the alarm system will call attention to the duty engineer.

Parameter deviation is handled in order: verify the reading, identify cause, reduce load or change over, inform the bridge if speed or manoeuvrability is affected, and record the event.

The engine room bell book or movement log records telegraph orders, times, and responses; entries are made at the time of the order, not reconstructed later.

Before handing over control for manoeuvring, the engine is tested ahead and astern and the bridge is informed that the engine is on standby and ready.

Two-stroke main engine scavenge air pressure rises with load; a falling scavenge pressure at constant load indicates air cooler fouling, blower fault, or leaking scavenge trunking.

Indicator diagrams and peak pressure readings are compared with the engine builder's shop trial values; cylinder peak pressure is adjusted by varying the compression ratio or fuel timing as the maker specifies.

Fuel oil viscosity at the engine inlet is held in the maker's band (commonly around 10-15 cSt for residual fuels); viscosity above range causes poor atomisation, below range risks seizure from inadequate lubrication.

Centrifugal purifier throughput and gravity disc selection depend on fuel density at the separating temperature; a disc too small or too large causes oil loss to the sludge side or poor separation.

Lube oil analysis trend matters more than a single sample: rising iron, copper, or water content, falling TBN, and rising insolubles each point to a specific wear or contamination path.

Cooling water is treated for corrosion and scale; jacket water temperature is kept near the maker's figure to limit thermal stress, and a sudden rise with falling pressure suggests air ingress or pump fault.

Air receivers are drained of condensate at intervals; safety valves and pressure gauges are checked, and the main air start capacity must support the maker's specified number of consecutive starts.

Planned maintenance is based on running hours, condition monitoring, and maker's intervals; deferred items are risk-assessed and recorded with the reason and a new target date.

Enclosed space entry requires an entry permit, atmosphere testing for oxygen (about 20.9 percent), hydrocarbons, and toxic gas, a competent standby person at the entrance, and rescue equipment ready.

Engine room fire response: raise the alarm, stop fuel and ventilation, close openings, and use fixed CO2 only after confirming all personnel are accounted for and the space is sealed.

The oil record book records bunkering, transfers, discharges of machinery space bilge water through the oily water separator (below 15 ppm), sludge disposal, and tank soundings; entries are signed by the officer in charge and the master.

MARPOL Annex I prohibits any discharge of oil or oily mixture within special areas and near land; outside those limits discharge of machinery space bilge is only through 15 ppm equipment with an oily water separator alarm and stopping device.

Garbage is segregated by category and recorded in the garbage record book or management plan; plastics are never discharged to sea.

A person overcome in a tank is rescued by trained personnel with breathing apparatus from outside; rescuers never enter without apparatus, as the common cause of multiple fatalities is unprotected rescue attempts.

Emergency generator, emergency fire pump, and emergency lighting are tested at the required intervals and the results recorded; failure is reported and rectified before the next voyage.

Drills for fire, abandon ship, oil spill, and enclosed space rescue are held at intervals set by the flag and company, and every crew member's participation is recorded.

Hong Kong local craft are regulated under the Merchant Shipping (Local Vessels) Ordinance (Cap. 548) and its regulations, which cover certification, manning, and operation of local vessels.

Local vessel certification and licensing is administered by the Marine Department; a Certificate of Survey and a licence are distinct documents and both must be valid for the vessel's intended use.

Engine room manning for local vessels follows the certificate of competency and crew requirements tied to the vessel type, tonnage, and propulsion power stated in the licence conditions.

The Marine Department's port formalities include reporting arrival and departure, and vessels comply with the harbour's speed, anchoring, and fairway rules administered by the Marine Department.

Pollution offences in Hong Kong waters are enforced under local legislation implementing MARPOL and the Merchant Shipping legislation; oil discharge, garbage, and sewage breaches attract prosecution.

Bunkering in Hong Kong waters requires compliance with local bunkering safety requirements, including notification, oil spill contingency arrangements, and scuppers plugged before transfer.

Local vessel operators must report marine accidents and dangerous occurrences to the Marine Department; the master is responsible for making the report promptly.

Engine room watch arrangements on local vessels must satisfy the manning scale in the licence and any conditions imposed, and unqualified personnel may not stand as the sole engineer of watch.

Watch handover requires a face-to-face briefing: plant status, running machinery, ongoing work, defects, alarms, and standing orders; both engineers sign the logbook to record acceptance.

A taking-over engineer may refuse handover if the plant state is unclear or unsafe; the relieving engineer does not assume responsibility until the handover is accepted.

Unattended machinery space (UMS) operation depends on alarm and safety systems being proven in test before the space is left; any defeated alarm must be logged, justified, and covered by a standing instruction.

Normal watchkeeping rounds record: main engine parameters, auxiliary engine loads, pressures and temperatures against limits, tank levels, bilge and ballast states, and any leaks or abnormal noise.

A watchkeeper who must leave the engine room during UMS operation informs the bridge and ensures the alarm system will call attention to the duty engineer.

Parameter deviation is handled in order: verify the reading, identify cause, reduce load or change over, inform the bridge if speed or manoeuvrability is affected, and record the event.

The engine room bell book or movement log records telegraph orders, times, and responses; entries are made at the time of the order, not reconstructed later.

Before handing over control for manoeuvring, the engine is tested ahead and astern and the bridge is informed that the engine is on standby and ready.

Two-stroke main engine scavenge air pressure rises with load; a falling scavenge pressure at constant load indicates air cooler fouling, blower fault, or leaking scavenge trunking.

Indicator diagrams and peak pressure readings are compared with the engine builder's shop trial values; cylinder peak pressure is adjusted by varying the compression ratio or fuel timing as the maker specifies.

Fuel oil viscosity at the engine inlet is held in the maker's band (commonly around 10-15 cSt for residual fuels); viscosity above range causes poor atomisation, below range risks seizure from inadequate lubrication.

Centrifugal purifier throughput and gravity disc selection depend on fuel density at the separating temperature; a disc too small or too large causes oil loss to the sludge side or poor separation.

Lube oil analysis trend matters more than a single sample: rising iron, copper, or water content, falling TBN, and rising insolubles each point to a specific wear or contamination path.

Cooling water is treated for corrosion and scale; jacket water temperature is kept near the maker's figure to limit thermal stress, and a sudden rise with falling pressure suggests air ingress or pump fault.

Air receivers are drained of condensate at intervals; safety valves and pressure gauges are checked, and the main air start capacity must support the maker's specified number of consecutive starts.

Planned maintenance is based on running hours, condition monitoring, and maker's intervals; deferred items are risk-assessed and recorded with the reason and a new target date.

Enclosed space entry requires an entry permit, atmosphere testing for oxygen (about 20.9 percent), hydrocarbons, and toxic gas, a competent standby person at the entrance, and rescue equipment ready.

Engine room fire response: raise the alarm, stop fuel and ventilation, close openings, and use fixed CO2 only after confirming all personnel are accounted for and the space is sealed.

The oil record book records bunkering, transfers, discharges of machinery space bilge water through the oily water separator (below 15 ppm), sludge disposal, and tank soundings; entries are signed by the officer in charge and the master.

MARPOL Annex I prohibits any discharge of oil or oily mixture within special areas and near land; outside those limits discharge of machinery space bilge is only through 15 ppm equipment with an oily water separator alarm and stopping device.

Garbage is segregated by category and recorded in the garbage record book or management plan; plastics are never discharged to sea.

A person overcome in a tank is rescued by trained personnel with breathing apparatus from outside; rescuers never enter without apparatus, as the common cause of multiple fatalities is unprotected rescue attempts.

Emergency generator, emergency fire pump, and emergency lighting are tested at the required intervals and the results recorded; failure is reported and rectified before the next voyage.

Drills for fire, abandon ship, oil spill, and enclosed space rescue are held at intervals set by the flag and company, and every crew member's participation is recorded.

Hong Kong local craft are regulated under the Merchant Shipping (Local Vessels) Ordinance (Cap. 548) and its regulations, which cover certification, manning, and operation of local vessels.

Local vessel certification and licensing is administered by the Marine Department; a Certificate of Survey and a licence are distinct documents and both must be valid for the vessel's intended use.

Engine room manning for local vessels follows the certificate of competency and crew requirements tied to the vessel type, tonnage, and propulsion power stated in the licence conditions.

The Marine Department's port formalities include reporting arrival and departure, and vessels comply with the harbour's speed, anchoring, and fairway rules administered by the Marine Department.

Pollution offences in Hong Kong waters are enforced under local legislation implementing MARPOL and the Merchant Shipping legislation; oil discharge, garbage, and sewage breaches attract prosecution.

Bunkering in Hong Kong waters requires compliance with local bunkering safety requirements, including notification, oil spill contingency arrangements, and scuppers plugged before transfer.

Local vessel operators must report marine accidents and dangerous occurrences to the Marine Department; the master is responsible for making the report promptly.

Engine room watch arrangements on local vessels must satisfy the manning scale in the licence and any conditions imposed, and unqualified personnel may not stand as the sole engineer of watch.