Why Do You Need Air Compression on A Ship?

A compressor is a device that can be actually used for many different purposes on a ship. The main aim of this compressor as the name also suggests is to make sure that air is compressed and that any fluid is compressed too in order to reduce its volume. Some of the main applications for this air compressor would be to function on deck and also as an AC compressor or a refrigeration compressor. There are quite a few different types of compressors and each of them have very specific functions. Here are some of the basic details that you should know about what these systems do when implemented on a ship.

What Do They All Basically Do?

One question that you may have is what all of these will accomplish in common. Well, they produce pressurized air through reducing the volume of air and therefore increasing the pressure of it at the same time. There are different types of air compressors that you can use according to your needs. For example, you can use an explosion proof compressed air dryer in environments that are hazardous such as on oil rigs and on ships so that the safety is increased as well.

What Are The Main Types Of Compressors?

There are mainly four different types of compressors. Centrifugal, rotary screw. Rotary vane and reciprocating air compressors. These can be used for several purposes. For example, they can act as the main air compressor on the shop or they could also be used as a topping up compressor. They are also used as a deck air compressor and an emergency air compressor.

What Are Their Uses?

The main air compressor will usually be used to supply high pressurized air for starting the main and the auxiliary engines. The pressurized air that is generated by the air compressor will be stored in the storage bottle and they will provide the high pressure that is required to start the engines. Control air is also supplied from the air bottles through a pressure reducing valve mechanism and also a control air filter. They are usually used in more quantity for air redundancy. Topping up systems will take the lead to cover any leakages in the system. This also means that as soon as the air pressure in the system drops below a certain mark, the topping up compressor will work to replenish the lost air with its highly pressurized air. These are some of the fundamentals that you should know about when you think of the uses of an air compressor on a ship.

 

 

 

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