System Flow Diagram of the PSA N2 Generator System

System Flow Diagram of the PSA N₂ Generator System

The capacity of the system can be designed & built ranging from 1Nm³/h to 600Nm³/h or even higher.
N₂ purity level from 99% to 99.99%, a purity level of 99.9995% can be achieved with a Hydrogen free carbon purification option. The system can be built and certified in compliance with a specified industrial standard as required by the clients.

Things to know about Nitrogen gas
Nitrogen gas is an industrial gas commonly used in manufacturing plants. Nitrogen gas is used in many production fields such as: Food, Healthcare, Pharmaceutical, Electronics, Glass … Currently, factories use Nitrogen gas from two main sources:

Nitrogen gas is a gas used a lot in industry, often applied in fields such as medicine, glass, food, and electronics.

Currently, nitrogen gas sources can be used from two sources: prefilled nitrogen gas cylinders and nitrogen generators.

With prefilled nitrogen gas cylinders manufactured by professional suppliers, the advantage is that it is inexpensive to invest in machinery, quick to buy and use, not high cost to buy, and to use. However, bottled nitrogen does not guarantee the best gas purity, and in the long run, if used regularly, the cost will be higher than investment in a nitrogen gas generator. With a nitrogen generator, investors can pay back after 2-3 years of use, be proactive in the supply and flow of necessary gas, as well as achieve the highest gas purity. If you’re considering nitrogen options for your business, explore the range of solutions available at M88 for reliable and efficient nitrogen gas generation.

What is a nitrogen generator?
The nitrogen generator is a kind of machinery that is quite unfamiliar to the majority of users. In this article, TTP would like to introduce basic information about nitrogen gas generators for readers to grasp and apply to your own needs.

In natural air, the percentage of nitrogen gas is very high, accounting for 78% of the volume of the atmosphere.

Nitrogen gas generators, nitrogen generators, nitrogen compressors, nitrogen generators … are different names for the same machine responsible for producing and generating nitrogen gas to serve many specific needs.

Prepare and store the nitrogen after it is made
The resulting liquid nitrogen is an industrial product that has been industrially produced under modern scale and technology. Make liquid nitrogen by liquefying N2 gas.

Liquid nitrogen after being produced will normally be divided by quality to be classified into two categories:

Normal quality nitrogen. This type of gas product has an N2 ratio greater than or equal to 99.95%
Pure nitrogen with high cleanliness will have a N2 ratio greater than 99,9998%.
Finished nitrogen will be stored in a steel tank for storage. Since nitrogen has flammable properties, steel cylinders must be used to ensure safety.

Especially if liquid nitrogen gas is to be transported in large quantities, the finished nitrogen product must be maintained as liquefied in ultracold storage tanks.

Note: Steel cylinders containing liquid nitrogen are high-end and dangerous equipment, so there are usually black and yellow textures.

Nitrogen gas generators are used in many industries
Nitrogen (nitrogen, nitrogen, nitrogen gas) is an important chemical, is a component of the mixture that creates chemical fertilizers for agriculture, is an important element in the evolution of oxidizing compounds. At the same time, with high energy combustion, this is a liquid fuel that provides propulsion for modern rockets and also military missiles, aerospace missiles …
Nitrogen gas is used extensively in technological applications for the preservation of organic foods, pharmaceuticals and agricultural products that can prevent and resist oxidation. It also serves as a popular refrigerant used in many other industries.
Nitrogen is also used by the high-tech electronics manufacturing industries to manufacture and preserve expensive components.
In mechanical engineering and metallurgy fabrication, nitrogen is applied to the manufacture of stainless steels.
The pressurized nitrogen gas is inflated to meet the pressure on car and aircraft tires.
It is also heavily used in radiators for a wide variety of objects such as chip overclocking coolers and many other types of heaters.
In the metal welding industry and welding technology, instead of using helium, which is a very expensive gas, people use cheaper nitrogen with no inferior efficiency.