This outlines the key systems, machinery and equipment found in a shipâ s engine room, from their function to operation and maintenance. It is an introduction for marine engineering HNC, HND and foundation degree students and cadets, and a useful guide for deck officers and cadets.
This outlines the key systems, machinery and equipment found in a shipâ s engine room, from their function to operation and maintenance. It is an introduction for marine engineering HNC, HND and foundation degree students and cadets, and a useful guide for deck officers and cadets.
Alexander Olsen is a Senior Consultant at RINA Consulting Defence UK. He is STCW II 1995 qualified and has also worked as a marine training designer, marine auditor, and fisheries observer. He is the author of Introduction to Ship Operations and Onboard Safety and Core Concepts of Maritime Navigation (both with Routledge, 2022).
Inhaltsangabe
Part I. Steering and Propulsion Systems. 1. Rudder and Steering Gear. 2. Propeller Design and Function. 3. Introduction to the Main Engine. 4. Key Components of the Main Engine. 5. Main Engine Pre-Start Checks and Monitoring. 6. Slow Steaming and Economic Fuel Consumption. 7. Exhaust Gas System and Scrubbers. 8. Engine Room Lubrication Systems. 9. Essential Engine Room Machinery Maintenance and Troubleshooting. 10. Mechanical Measuring Tools and Gauges. Part II. Power Generation. 11. Marine Diesel Generators. 12. Marine Electrical Systems. 13. Electrical Distribution Systems and Redundancy. 14. Air Compressor. Part III. Heating, Ventilation and Air Conditioning. 15. Marine Boiler. 16. Central Cooling System. 17. Refrigeration and Air Conditioning. Part IV. Water Management Systems. 18. Ballast Water Management. 19. Oily Water Separator. 20. Wastewater Management. 21. Freshwater Generation. 22. Pipes, Tubes, Bends and Valves. Part V. Engine Room Tanks and Bunkering Operations. 23. Main Fuel, Diesel and Lube Oil Tanks on Ships. 24. Bunkering Operations. Part VI. Engine Room Fires and Emergency Response. 25. General Emergency Drills, Alarms and Emergency Systems. 26. Engine Room Explosions and Fires. 27. Engine Room Drills, Firefighting Procedures and Apparatus. 28. Engine Room Flooding. Part VII. Engine Room Watch Procedures. 29. Engine Room Watch Procedures. 30. Engine Room Logbook Entries and Checklists. Appendix. Recommended Reading for Marine Engineers.
Part I. Steering and Propulsion Systems. 1. Rudder and Steering Gear. 2. Propeller Design and Function. 3. Introduction to the Main Engine. 4. Key Components of the Main Engine. 5. Main Engine Pre-Start Checks and Monitoring. 6. Slow Steaming and Economic Fuel Consumption. 7. Exhaust Gas System and Scrubbers. 8. Engine Room Lubrication Systems. 9. Essential Engine Room Machinery Maintenance and Troubleshooting. 10. Mechanical Measuring Tools and Gauges. Part II. Power Generation. 11. Marine Diesel Generators. 12. Marine Electrical Systems. 13. Electrical Distribution Systems and Redundancy. 14. Air Compressor. Part III. Heating, Ventilation and Air Conditioning. 15. Marine Boiler. 16. Central Cooling System. 17. Refrigeration and Air Conditioning. Part IV. Water Management Systems. 18. Ballast Water Management. 19. Oily Water Separator. 20. Wastewater Management. 21. Freshwater Generation. 22. Pipes, Tubes, Bends and Valves. Part V. Engine Room Tanks and Bunkering Operations. 23. Main Fuel, Diesel and Lube Oil Tanks on Ships. 24. Bunkering Operations. Part VI. Engine Room Fires and Emergency Response. 25. General Emergency Drills, Alarms and Emergency Systems. 26. Engine Room Explosions and Fires. 27. Engine Room Drills, Firefighting Procedures and Apparatus. 28. Engine Room Flooding. Part VII. Engine Room Watch Procedures. 29. Engine Room Watch Procedures. 30. Engine Room Logbook Entries and Checklists. Appendix. Recommended Reading for Marine Engineers.
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