PSA Oxygen Plant
We are a PSA oxygen plant manufacturer. our main products including various gas purification devices, psa nitrogen plant, psa oxygen plant, vpsa oxygen plant, waste heat regeneration air dryers, heatless regeneration dryers, micro-heat regeneration dryers, refrigerated type dryers, combined dryers, cryogenic air separation plants, etc,our products are widely used in metallurgy, electric power, chemical, petroleum, electronic, biological, pharmaceutical, chemical fiber, food, rubber and other industries.
Why Choose Us
Our Factory
The factory building and office area are about 10,000 square meters, with various imported production equipment. Shenger gas has a complete production process, which can meet customers' needs for customized molecular sieve nitrogen generators and oxygen generators.
R&d Strength
Has a mature r&d and design team of 10 people, with 13 years of rich experience in nitrogen generator production and sales. Product design is updated quickly, and new products are regularly launched to lead new trends in the market.
Our Certifications
We have passed the certifications of iso14001, iso45001, iso9001 and other international certification bodies. In addition, we also have more than 50 patent certificates.
Our Service
The dedicated customer service is online 24 hours a day, always answering questions about equipment such as carbon molecular sieve nitrogen generators, and providing you with considerate services. Establish customer files for our cooperative customers, regularly return to product usage, and serve every customer with heart.
PSA Nitrogen Plant is a high-quality product designed for the production of nitrogen gas. The plant uses Pressure Swing Adsorption technology to extract nitrogen gas from the air. The PSA Nitrogen Plant is a reliable source of nitrogen gas for industrial applications such as food packaging, pharmaceuticals, electronics, and petrochemicals.The PSA Nitrogen Plant is a cost-effective solution for companies that require nitrogen gas on a regular basis. The plant is designed to be energy-efficient and has a low operational cost. It can produce nitrogen gas with a purity ranging from 95% to 99.999%.
Safe for use
An oxygen plant is always installed and connected by the manufacturing company. It does not need manual labor for its operation as it is fully automated. There is no risk of leakage of oxygen from this generator.
Purity of oxygen
The gas plant produces oxygen that is 93% – 99% pure. If this purity level drops below 90%, the machine stops immediately after an alarm. The purity of oxygen produced is shown on the display board of this generator.
Easy operation
We provide a fully automatic oxygen generator plant with a 24/7 constant oxygen supply. Since oxygen are used for the medical purpose it should be completely clean in operation. Our Oxygen generators consume a low amount of energy with efficient performance.
Ease of use & maintenance
Since our plants are equipped with automatic start & stop operation, it is very easy to use & operate. And also our plants are designed to maintain easily.
Oxygen making machine plant
The process of oxygen making machine plant from oxygen gas plant involves taking air from an air compressor, separating oxygen from nitrogen and other gases by means of special zeolite molecular sieves. The oxygen gas plant gives a continuous supply of oxygen by automatic switching towers on a timed cycle.
Vpsa oxygen plant
It uses cutting -edge technology and can use special adsorbents to produce high -purity oxygen from the atmosphere. This equipment is of great significance in various industrial and medical applications, and meets the strict demand for high -purity oxygen.
Hospital oxygene production plant
Hospital oxygene production plant usually uses advanced transformer adsorption (psa) technology. The selective adsorption of oxygen and nitrogen under different pressures through molecular sieves, extracted oxygen in the air and purified into medical -grade oxygen. Psa equipment can not only run smoothly at room temperature, but also have the characteristics of simple process, rapid startup, and convenient operation.
Psa oxygene generator
The core principle of psa oxygen generator is to use the selective adsorption characteristics of oxygen and nitrogen under different pressure conditions. After the air is compressed, it is sent to the adsorption tower. Under high pressure conditions, the molecular sieve will prioritize nitrogen, while oxygen flows out and enters the oxygen storage tank. When the adsorbent tends to be saturated, the pressure of the adsorption tower will be reduced rapidly, and nitrogen is released from the molecular sieve to complete the regeneration.
Vpsa oxygen producer plant
The vpsa oxygen producer plant works under normal pressure and uses special molecular sieves to selectively adsorb nitrogen (n2), carbon dioxide (co2), and water vapor (h2o) in the air. The oxygen in the air is not adsorbed, which is separated. After completing the adsorption, the device is absorbed by the molecular sieve under vacuum conditions to discharge the adsorbed impurities.
Medical oxygen cylinder filling
Medical oxygen cylinder filling are designed to connect to oxygen generators, providing complete autonomy for medical institutions. They can easily manage peak consumption of flow and fill the cylinder by themselves. The high -pressure oxygen cylinder irrigation system can fill 10 to 100 medical oxygen bottles under the pressure of 150 to 200 bars per day.
Application of PSA Oxygen Plant
Steel industry
Steel industry is the largest consumer of commercially produced oxygen. Onsite cryogenic plants are used in the steel industry for generating oxygen in large volumes with high purity.
Chemical industry
This industry is the 2nd largest consumer of oxygen after the steel industry. Here also oxygen in larger volumes with higher purity is required which is possible only with cryogenic process.
Medical or health care industry
In the medical industry also oxygen is required with high purity. Cryogenic oxygen plant is used for generating oxygen with very high purity.
Regularly inspecting the oxygen generator and its components to ensure that they are in good working conditionproperly maintaining and cleaning the oxygen generator according to the manufacturer’s instructionsproperly storing and handling the oxygen generator to prevent damage and accidentsensuring that the oxygen generator is used only by trained and qualified personnelregularly testing the oxygen generator to ensure that it is producing oxygen of the required purity and flow ratehaving a backup oxygen source available in case the primary oxygen generator fails or is not functioning properlyproperly disposing of used oxygen cylinders and other waste materials according to local regulations by following these best practices, it is possible to reduce the risk of accidents and ensure the safe and effective use of a psa oxygen plant. It is also important to regularly train personnel on the proper use and maintenance of the oxygen generator to ensure that it is used safely and effectively.
FAQ