Information

  • Document No.

  • Audit Title

  • Conducted on

  • Prepared by

  • Location
  • Personnel

1) Engine room survey

  • Engine room general condition

  • Is the lightning sufficient and efficient?

  • Is the ventilation sufficient and efficient?

  • Is the grating clean, not slippy and well fixed?

  • Is the ER and access to emergency escapes free of encumbrance ?

  • Are escape ways well marked?

  • Are bilges and drip trays dry and clean?

  • Are the alarms audible and visible signal operative and efficient?

  • Is the ER paint/coating in good condition?

  • Engine room safety

  • Are rails and guards,including around rotating parts, in place?

  • Are phonic and thermal insulation not impregnated by flammable liquid or grease?

  • Are the hot parts protected by thermal insulation?

  • Is fire detection system in place and operative?

  • Are fire dampers operative?

  • Are firefighting systems and devices operative?

  • Are bilge high level and flooding alarms operative?

  • Is the emergency lightning, including in emergency escape ways, operative and sufficient ?

  • Are all emergency stop push buttons for electrical and mechanical devices operative?

  • Are all flooring around switchboards and heavy consumers cabinets protected by insulation mats?

1.1) Propulsion line 1

  • Main engine 1

  • Engine running hours:

  • Last maintenance done (excluding consumable renewal as filters for ex.):

  • Is the engine ready to start and operative without restriction?

  • Is the engine free of leakage and leakage evidence?

  • Is there any missing, damaged or dismantled parts on the engine?

  • Is the exhaust system up to main muffler tight without evidence of gas leakage?

  • Are the running parameters recorded and in maker range?

  • Is the local control panel operative and in good condition?

  • Are the remote sensors, indications and alarms (including fuel leakage) operative and accurate?

  • Are the safety devices (over speed, low low oil pressure, high high temp.) and emergency stop button operative, accurate and regularly tested?

  • Is lub oil analysed on regular basis, results recorded and in correct range?

  • Is coolant analysed on regular basis, results recorded and in correct range?

  • Is vibration monitoring used as preventive mean of maintenance ?

  • Is starting power source (air or electricity) always available and allowing at least 3 successive starts?

  • Gear Box 1

  • Are in and out gear box coupling in good condition and well protected by surround guard?

  • Is the clutch in good condition and operative?

  • Is lub oil analysed on regular basis, results recorded and in correct range?

  • Is vibration monitoring used as preventive mean of maintenance ?

  • Are local control operative and accessible ?

  • Shaft and stern tube 1

  • Is the shaft free of pitting, rust and visible damages?

  • Are shaft bearings in good condition, free of leakage and whiteout overheating evidence?

  • Is the shaft seal free of water or oil leakage, in good condition and clean?

  • Are the shaft seal cooling water pressure and rate sufficient and monitored by alarm ?

  • Is the oil gravity tank monitored by alarm and oil analysed on regular basis ?

1.2) Propulsion line 2

  • Main engine 2

  • Engine running hours:

  • Last maintenance done (excluding consumable renewal as filters for ex.):

  • Is the engine ready to start and operative without restriction?

  • Is the engine free of leakage and leakage evidence?

  • Is there any missing, damaged or dismantled parts on the engine?

  • Is the exhaust system up to main muffler tight without evidence of gas leakage?

  • Are the running parameters recorded and in maker range?

  • Is the local control panel operative and in good condition?

  • Are the remote sensors, indications and alarms (including fuel leakage) operative and accurate?

  • Are the safety devices (over speed, low low oil pressure, high high temp.) and emergency stop button operative, accurate and regularly tested?

  • Is lub oil analysed on regular basis, results recorded and in correct range?

  • Is coolant analysed on regular basis, results recorded and in correct range?

  • Is vibration monitoring used as preventive mean of maintenance ?

  • Is starting power source (air or electricity) always available and allowing at least 3 successive starts?

  • Gear Box 2

  • Are in and out gear box coupling in good condition and well protected by surround guard?

  • Is the clutch in good condition and operative?

  • Is lub oil analysed on regular basis, results recorded and in correct range?

  • Is vibration monitoring used as preventive mean of maintenance ?

  • Are local control operative and accessible ?

  • Shaft and stern tube 2

  • Is the shaft free of pitting, rust and visible damages?

  • Are shaft bearings in good condition, free of leakage and whiteout overheating evidence?

  • Is the shaft seal free of water or oil leakage, in good condition and clean?

  • Are the shaft seal cooling water pressure and rate sufficient and monitored by alarm ?

  • Is the oil gravity tank monitored by alarm and oil analysed on regular basis ?

1.3) Generator 1

  • Prime mover 1

  • Engine running hours:

  • Last maintenance done (excluding consumable renewal as filters for ex.):

  • Is the engine ready to start and operative without restriction?

  • Is the engine free of leakage and leakage evidence?

  • Is there any missing, damaged or dismantled parts on the engine?

  • Is the exhaust system up to main muffler tight without evidence of gas leakage?

  • Are the running parameters recorded and in maker range?

  • Is the local control panel operative and in good condition?

  • Are the remote sensors, indications and alarms (including fuel leakage) operative and accurate?

  • Are the safety devices (over speed, low low oil pressure, high high temp.) and emergency stop button operative, accurate and regularly tested?

  • Is lub oil analysed on regular basis, results recorded and in correct range?

  • Is coolant analysed on regular basis, results recorded and in correct range?

  • Is vibration monitoring used as preventive mean of maintenance ?

  • Is starting power source (air or electricity) always available and allowing at least 3 successive starts?

  • Alternator 1

  • Last internal cleaning of alternator:

  • Last Megger test of alternator:

  • Last main power wiring bolts verification?

  • Is coupling alternator/engine in good condition and well protected by surround guard?

  • Is vibration monitoring used as preventive mean of maintenance ?

  • Is alternator free of rust and dust?

  • Are the vent opening protected by filters and filters clean?

1.4) Generator 2

  • Prime mover 2

  • Engine running hours:

  • Last maintenance done (excluding consumable renewal as filters for ex.):

  • Is the engine ready to start and operative without restriction?

  • Is the engine free of leakage and leakage evidence?

  • Is there any missing, damaged or dismantled parts on the engine?

  • Is the exhaust system up to main muffler tight without evidence of gas leakage?

  • Are the running parameters recorded and in maker range?

  • Is the local control panel operative and in good condition?

  • Are the remote sensors, indications and alarms (including fuel leakage) operative and accurate?

  • Are the safety devices (over speed, low low oil pressure, high high temp.) and emergency stop button operative, accurate and regularly tested?

  • Is lub oil analysed on regular basis, results recorded and in correct range?

  • Is coolant analysed on regular basis, results recorded and in correct range?

  • Is vibration monitoring used as preventive mean of maintenance ?

  • Is starting power source (air or electricity) always available and allowing at least 3 successive starts?

  • Alternator 2

  • Last internal cleaning of alternator:

  • Last Megger test of alternator:

  • Last main power wiring bolts verification?

  • Is coupling alternator/engine in good condition and well protected by surround guard?

  • Is vibration monitoring used as preventive mean of maintenance ?

  • Is alternator free of rust and dust?

  • Are the vent opening protected by filters and filters clean?

1.5) Generator 3

  • Prime mover 3

  • Engine running hours:

  • Last maintenance done (excluding consumable renewal as filters for ex.):

  • Is the engine ready to start and operative without restriction?

  • Is the engine free of leakage and leakage evidence?

  • Is there any missing, damaged or dismantled parts on the engine?

  • Is the exhaust system up to main muffler tight without evidence of gas leakage?

  • Are the running parameters recorded and in maker range?

  • Is the local control panel operative and in good condition?

  • Are the remote sensors, indications and alarms (including fuel leakage) operative and accurate?

  • Are the safety devices (over speed, low low oil pressure, high high temp.) and emergency stop button operative, accurate and regularly tested?

  • Is lub oil analysed on regular basis, results recorded and in correct range?

  • Is coolant analysed on regular basis, results recorded and in correct range?

  • Is vibration monitoring used as preventive mean of maintenance ?

  • Is starting power source (air or electricity) always available and allowing at least 3 successive starts?

  • Alternator 3

  • Last internal cleaning of alternator:

  • Last Megger test of alternator:

  • Last main power wiring bolts verification?

  • Is coupling alternator/engine in good condition and well protected by surround guard?

  • Is vibration monitoring used as preventive mean of maintenance ?

  • Is alternator free of rust and dust?

  • Are the vent opening protected by filters and filters clean?

1.6) Auxiliaries

  • Oily water separator

  • Is the oily water separator operative and in good condition?

  • Is the equipment started and tested regularly including alarms and auto switch of the 3 way discharge valve?

  • Is a sample of discharge water analysed at least annually?

  • Is there a spare detection cell on board?

  • Are the inlet and discharge piping in good condition and free of leakage?

  • Is the piping leading to deck in good condition and shore discharge connection according to MARPOL?

  • Is the overboard discharge valve locked closed? ( by padlock and chain or equivalent)

  • Is a poster "Discharge of oil prohibited" fitted on or close to the equipment?

  • Sewage plant

  • Is the sewage plant operative and in good condition?

  • Are the level indicator and other alarms operative?

  • Are the associated vacuum and mixing pumps operative and in good condition?

  • Is the sewage piping in good condition?

  • Are the sewage valves operative,in good condition and operated on regular basis ( in particular overboard valves) ?

  • Is the piping leading to deck in good condition and shore discharge connection according to MARPOL?

  • Air conditioning plant

  • Is the plant operative and efficient?

  • Is the plant free of leakages (oil,water and gas)?

  • Are working parameters monitored and in good range?

  • Is the condenser and associated piping in good condition and free of rust?

  • Are compressors, coupling and electrical motors clean and in good condition?

  • Is the evaporating valve free of ice?

  • Stabilisers

  • Is the stabiliser system operative and efficient?

  • Is the hydraulic unit clean and free of leakage?

  • Are the piping connections and flanges protected with anti spay guard?

  • Is the full unit surrounded by anti spray shield ? ( in particular if located closed to hot spot )

  • Is the local control panel and emergency stop button operative and regularly tested?

  • Are the system alarms and remote control panel opérative and tested regularly?

  • Are the flap units in good condition and free of leakage ( oil or sea water)?

  • Are the flap units piping connections and flanges protected with anti spay guard?

  • Is the hydraulic oil analysed regularly?

  • Water maker system

  • Is the system operative and in good condition?

  • Is the piping and valves ( in particular overboard valves ) free of rust and in good condition?

  • Are the inlet filters and fresh water treatment system in good condition and regularly maintained?

  • Is the delivery rate as per maker notice?

  • Air compressors ( for starting, control and general service)

  • Are the compressors operative and in good conditions?

  • Do the compressors reach the design pressure in the allowed time?

  • Are the compressors, coupling or belt and electrical motor free of grease,oil, rust and dust?

  • Are the compressors on and off pressure switch well set?

  • Are the compressors fitted with sealed pressure relief valve?

1.7) Piping and tanks

  • Sea water

  • Are piping, flanges and connections free of rust, leakage and provisional repair?

  • Are all the valves and in particular suction and overboard operated on regular basis?

  • Are the valves operatives, free of leakage and rust and easy to turn?

  • Are suction and overboard valves easy to reach and clearly identified?

  • Are filters on suction side in good condition including internal basket or filtering element?

  • Are sea chest in good condition, free of rust and pitting?

  • Are circulating pumps in good condition, free of leakage and operative at the right pressure?

  • Fuel

  • Are piping, flanges and connections free of rust, leakage and provisional repair?

  • Are the valves operatives, free of leakage and rust and easy to turn?

  • Are Quick closing valves operative and regularly tested?

  • Are daily and settling tanks fitted with drains and drained daily ?

  • Is the purifier operative, free of leakage and in good condition?

  • Are the filtering cartridge in good condition and renewed as requested?

  • Are the pressurised parts of the circuits ( above 7 bar) protected with anti spraying device?

  • Are transfers and booster pumps operative, in good condition, free of leakage and delivering right pressure and rate?

  • Are the transfer valves clearly identified and a circuit drawing available close to transfer station?

  • Are high level alarms and level indicators operative on main, settling and daily tanks?

  • Are bunkering flanges allowing in line sampling during bunker loading?

  • Are bunkering flanges surrounded by drip tray?

  • Is the fuel treated with additive against bacteria?

  • Bilge

  • Are piping, flanges and connections free of rust, leakage and provisional repair?

  • Are the valves operatives, free of leakage and rust and easy to turn?

  • Are emergency suction valves well identified and easy to reach?

  • Are bilge wells clean and fitted with strainer?

  • Are bilge pumps operative, free of leakage and in good condition?

  • Are overboard discharge valves kept closed?

  • Exhaust ( main engines and generators)

  • Are the mufflers and piping free of leakage evidence?

  • Are the piping and mufflers free of rust and in good condition?

  • Are the hot parts protected by thermal insulation?

  • Are mixing pots for submerged exhaust in good condition, free of leakage, rust and pitting?

  • Are overboard valves for submerged exhaust in good condition, operative and easy to close?

1.8) Electrical equipment

  • Main switchboard

  • Are all switchboard in good condition and live equipment well protected?

  • Are all switchboard equipment operative and free of defects?

  • Are switchboard clean and Megger test done annually?

  • Are insulation meters in good range for both 220 and 400v?

  • Is coupling and load sharing system working smoothly in manual and auto mode?

  • Are safety devices for coupling and load sharing working ? (Reverse power, low/high frequency...)

  • Are all switch, breaker and various button well identified and tagged?

  • Emergency switchboard

  • Are all switchboard in good condition and live equipment well protected?

  • Are all switchboard equipment operative and free of defects?

  • Are all switch, breaker and various button well identified and tagged?

  • Main electrical cabinet for heavy consumers

  • Are main cabinet in good condition, closed and tight?

  • Are internal components in good condition, clean, free of rust and humidity?

1.9) Steering gears

  • Are steering gears free of defect?

  • Are steering gears hydraulic motors, pumps, piping and hoses in good condition, free of rust, damages and leakage?

  • Are electrical parts including cabinet in good condition, clean and dry?

  • Is the system working smoothly, without bump, abnormal vibration or noise?

  • Is the time for the rudder to move from hard a port to hard starboard less than 28 seconds?

  • Are safety devices and alarms (low oil level, over load....) working properly and tested regularly?

  • Is there sufficient stock of hydraulic oil on board?

  • Is the emergency steering system operative, tested regularly and procedure to use it available?

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