Nitrogen is an abundant chemical component of the atmosphere. It occupies the largest percentage of it and is normally represented by the capital letter N. It has properties that makes it very useful in the industries. Chemical inertness is the property that proves to be the most essential. Nitrogen generators are used to produce N2 gas that can be used for other purposes.
The generators are found in various forms and utilize two main technologies. The first is the adsorbent technology. It utilizes an adsorbent which is a solid substance used in the process of obtaining pure N2. Adsorbent plants are quite a number, though the most commonly used is the PSA, pressure swing absorbent. The operating cost of the adsorbent is low and in turn the price of nitrogen produced is also low.
The other technology is the membrane technology. It utilizes two concepts; the gas separation and the membrane cartridge concept. In gas separation, it is the different velocities that gases permeate a membrane substance that is used to separate N2 from the mixture of gases.
Membrane cartridge technology separates the nitrogen from other gases in a hollow tube like machine. Compressed air enters through one end. Other elements like water vapor, oxygen and carbon dioxide are absorbed by substances at the side of the tube. This brings about separation. At the other end of the tube, nitrogen is obtained.
The generators are applied in many fields. The food industry suffers a lot from the decay of food substances and food rotting. A large supply of nitrogen gas is needed to prevent oxidation that causes food to rot. In so doing, the lifetime of these products is stretched out. The presence of these gas prevents the continued existence of bacteria that fasten the decaying process. It is very vital in preservation of food.
In aircraft and motor vehicle industry, the generator is used in place of a compressed air tank. Air from the atmosphere contains water vapor as one of its constituents. When the air is compressed it still contains the water. To avoid the presence of water in the vehicle or the aircraft tires, the generator is used. This is because N2 is dry.
In the petroleum industry it is used for more than one purposes. It is incorporated while transporting hydrocarbons or the various petroleum products. It is then used to examine the efficiency of the pipelines. Most importantly, it is used to safeguard the environment. It prevents outbreaks of fire because of its inertness and does not support combustion.
The paint and pharmaceutical industry also uses it. Explosions may occur in the pharmaceutical industry due to the presence of flammable chemicals. Nitrogen prevents these occurrences. In packaging of the paints and vanishes in the paint industry, it is useful to prevent the drying oils from polymerization. It does so by displacing the oxygen present.
The generators are widely applied for in various industries. Properties of N2 gas have been very essential for the productivity of many industries and the safekeeping of our environment. The above may just be few applications of these generators because as technology advances, more and more uses are being discovered.
The generators are found in various forms and utilize two main technologies. The first is the adsorbent technology. It utilizes an adsorbent which is a solid substance used in the process of obtaining pure N2. Adsorbent plants are quite a number, though the most commonly used is the PSA, pressure swing absorbent. The operating cost of the adsorbent is low and in turn the price of nitrogen produced is also low.
The other technology is the membrane technology. It utilizes two concepts; the gas separation and the membrane cartridge concept. In gas separation, it is the different velocities that gases permeate a membrane substance that is used to separate N2 from the mixture of gases.
Membrane cartridge technology separates the nitrogen from other gases in a hollow tube like machine. Compressed air enters through one end. Other elements like water vapor, oxygen and carbon dioxide are absorbed by substances at the side of the tube. This brings about separation. At the other end of the tube, nitrogen is obtained.
The generators are applied in many fields. The food industry suffers a lot from the decay of food substances and food rotting. A large supply of nitrogen gas is needed to prevent oxidation that causes food to rot. In so doing, the lifetime of these products is stretched out. The presence of these gas prevents the continued existence of bacteria that fasten the decaying process. It is very vital in preservation of food.
In aircraft and motor vehicle industry, the generator is used in place of a compressed air tank. Air from the atmosphere contains water vapor as one of its constituents. When the air is compressed it still contains the water. To avoid the presence of water in the vehicle or the aircraft tires, the generator is used. This is because N2 is dry.
In the petroleum industry it is used for more than one purposes. It is incorporated while transporting hydrocarbons or the various petroleum products. It is then used to examine the efficiency of the pipelines. Most importantly, it is used to safeguard the environment. It prevents outbreaks of fire because of its inertness and does not support combustion.
The paint and pharmaceutical industry also uses it. Explosions may occur in the pharmaceutical industry due to the presence of flammable chemicals. Nitrogen prevents these occurrences. In packaging of the paints and vanishes in the paint industry, it is useful to prevent the drying oils from polymerization. It does so by displacing the oxygen present.
The generators are widely applied for in various industries. Properties of N2 gas have been very essential for the productivity of many industries and the safekeeping of our environment. The above may just be few applications of these generators because as technology advances, more and more uses are being discovered.
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