The maritime industry is a rapidly changing one and marine engineering is an integral part of it. Marine engineers working in the industry have to keep themselves abreast with the latest developments and regulations. Needless to say, in a field like marine engineering, the process of updating oneself is a continuous one and there is a lot to learn.
Coming to marine engineer’s main job, which require them to operate and maintain ship’s machinery, learning the basics of marine engineering is as much important as understanding advanced concepts of ship’s engine room through experience and practical knowledge.
This marine engineering tutorial will guide you through all the important machinery systems of ships and their working.
The propulsion engine or the main engine is what drives the ship. The biggest machine in the engine room, the main propulsion engine makes a major part of marine engineering learning.
Boiler is one of the main supporting machinery systems in the ship’s engine room. A part of the marine engineering syllabus, boilers are found on every type of cargo ship and thus need special attention during maintenance.
Refrigeration system is used for several purposes on ships. The air conditioning and refrigeration plant of the ship need regular monitoring in order to ensure smooth functioning. If you are a marine engineer or a marine engineering student, then understanding working and maintenance of refrigeration system is of utmost importance.
Electrical knowledge is extremely important while handling ship’s machinery systems. Power generated and supplied on ships requires both basic and practical marine engineering knowledge, which comprises of several aspects of electrical engineering.
Generators/ Auxiliary Engines
Generators are the life line of ships. They are the main supporting system of the ship’s engine and other important machinery in the engine room. In marine engineering domain, generators or auxiliary engines hold equal importance as main engine, if not more.
Air compressor does an important job of supplying compressed air to ship’s engine and to other machinery systems. This is one of the auxiliary systems under marine engineering which should never be neglected.
Oil Water Separator
Oil water separator (OWS) is one of the most important engine room machinery (considering the environmental concerns), which should be handled with utmost care. As a marine engineer, one must know the working and operating procedure of OWS thoroughly.
Sewage Treatment Plant
Sewage treatment plant is an auxiliary system which requires regular maintenance and monitoring. Proper guidelines and maintenance procedures need to be followed while handling this marine engineering system.
Fresh Water Generator
Converting sea water into usable fresh water, the fresh water generator of the ship is often continuously kept running when the ship is at sea. As it supplies fresh water to almost all machinery systems of the engine room, smooth functioning of the system if of great importance.
A variety of heat exchangers are used on ships depending on the purpose and type of machinery system in the engine room. Learn about different types of heat exchangers, their working, and maintenance.
Marine engineering mainly deals with ship’s main engine, propulsion system, and machinery in the engine room. The propulsion system is responsible for propelling the ship forward in water. Learn more about the marine engineering and propulsion system in the article below.
Marine Growth Prevention
Find out what is marine growth and steps taken to prevent the same.
Pumps/ Valves/Pipes and Bends
Pumps, valves, and pipes form an integral part of the ship’s machinery systems. Different types of pumps, valves, and pipes are used on ships. Learn more about them below.
Other Auxiliaries / Equipment
Miscellaneous marine engineering technology and ship machinery.
Slow steaming is trending topic in the shipping industry today. As the contribution of shipping industry towards environment pollution increases, various marine engineering technologies have been introduced to reduce the impact on pollution. Slow steaming is one such promising method to reduce the carbon foot prints of the shipping industry.
Efficiency/ Performance/Workshop Tools
Learn about a variety of marine engineering technology, aspects related to engine room performance, and workshop tools and systems in the articles list below:
There is a lot to learn under marine engineering. We will be continuously updating this page by adding important resources for all the subjects of marine engineering and ship technology.