A full set NZO series PSA oxygen production line, following the principle of pressure swing adsorption, zeolite molecular sieve is used as the adsorbent. Nitrogen is adsorbed by molecular sieve in a large amount, oxygen is enriched in the gas phase, and nitrogen and oxygen separation is realized under the action of pressure swing adsorption. The opening and closing of pneumatic valves are controlled through intelligent programs such as PLC. Finally using oil-free high pressure oxygen booster to compress the oxygen, pass through filling manifold into cylinders, for medical and industries use.
PSA oxygen generator uses zeolite molecular sieve as the adsorbent, and uses the principle of pressure adsorption and decompression desorption to adsorb and release oxygen from the air, thereby separating oxygen from the automatic equipment.
The separation of O2 and N2 by zeolite molecular sieve is based on the small difference in the dynamic diameter of the two gases. N2 molecules have a faster diffusion rate in the micropores of zeolite molecular sieve, and O2 molecules have a slower diffusion rate With the continuous acceleration of the industrialization process, the market demand for PSA oxygen generators continues to increase, and the equipment plays an important role in the industrial.
1. Uses of Oxygen
Oxygen is a tasteless gas. It has no smell or color. It comprises 22% of the air. The gas is part of the air people use to breathe.
This element is found in the human body, the Sun, oceans and the atmosphere. Without oxygen, humans will not be able to survive.
It is also part of the stellar life cycle.
2. Common Uses of Oxygen
This gas is used in various industrial chemical applications. It is used to make acids, sulfuric acid, nitric acid and other compounds.
Its most reactive variant is ozone O3. It is applied in assorted chemical reactions. The goal is to boost reaction rate and oxidation of
unwanted compounds. Hot oxygen air is required to make steel and iron in blast furnaces. Some mining companies use it to destroy rocks.
3. Usage in the Industry
Industries use the gas for cutting, welding and melting metals. The gas is capable of generating temperatures of 3000 C and 2800 C.
This is required for oxy-hydrogen and oxy-acetylene blow torches. A typical welding process goes like this: metal parts are brought together.
A high temperature flame is used to melt them by heating the junction. The ends are melted and solidify. To slice metal, one end is heated
until it turns red. The oxygen level is augmented until the red hot component has oxidized. This softens the metal so it can be hammered apart.
4. Atmospheric Oxygen
This gas is required to produce energy in industrial processes, generators and ships. It is also used in airplanes and cars. As liquid oxygen,
it burns spacecraft fuel. This produces the thrust needed in space. Astronauts’ spacesuits have close to pure oxygen.
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