The air around us is a combination of 20% nitrogen and 80% oxygen. An oxygen compressor is a medical device that helps patients who suffer from a low level of oxygen in their bodies, especially in the blood. These units get their power from a battery for an electrical outlet. The role of the devices is to purify the air and let it out in the air. Let’s find out more about how these devices work.
The oxygen purified by the devices contains a form of oxygen that is 95% pure and contains up to 10% nitrogen. In the process, nitrogen is separated in order to give a high dose age of pure oxygen to patients.
The 5 Steps in the process
- Pulling in the air from the atmosphere
- Compressing the O2
- Removing nitrogen
- Adjusting the delivery of the Year
- Delivering pure air
How does an Oxygen Compressor Work?
A portable oxygen compressor consists of several parts. The primary parts include a filter and a compressor. The function of the compressor, as the name suggests, is to compress air and supply pure air continuously. In the next stage, the compressed air is sent to the filters inside the unit that separate nitrogen from the gas.
The filter has a pair of sieve beds inside the concentrator. Once the air is compressed, it is sent into the sieve beds. O2 is filled into the tank. Afterward, nitrogen is filled into the sieve beds. In the next stage, the flow of gas is changed and the compressed air is filled in the other sieve bed. Moreover, the compressor of the first sieve bed is placed in the outside room, while the air is sent back to the first sieve bed from the tank.
The reduction in pressure results in the emission of nitrogen. Afterwards, both nitrogen and oxygen are combined and released in the atmosphere just like normal air. Then the air is compressed and delivered to another sieve bed. From there, o2 is filled in the product tank. This is how the cycle repeats itself over and over again.
Apart from these components, other parts of the system include the cooling system that prevents the entire machine from heating up. Besides, the nasal cannula provides pure oxygen and improves the absorption of oxygen.
Advantages of Today’s Oxygen Compressors
For patients that need oxygen therapy, both home-based and portable oxygen concentrators offer their own set of advantages. Unlike the traditional units, these units are less dangerous. In case of a leakage, the traditional devices are more likely to cause a fire. On the other hand, oxygen compressors don’t have this danger. Therefore, portable units of today are more popular than the traditional oxygen tanks. International airlines are also allowed to carry portable oxygen compressors on their flights.
So, this is how an oxygen compressor works. If you want to get one, we suggest that you look for a good supplier to meet your needs. Hopefully, you will find this guide helpful in getting a better understating of how these devices operate.