SM-J49 93% Purity Mini Oxygen Generator
The oxygen generator uses a gas separation process to separate oxygen from oxygen in the air to produce oxygen. The purified compressed air enters the adsorption tower from the bottom of the tower and flows through the entire tower from bottom to top.
Overview
The air separation oxygen plant is a device that uses the principle of pressure swing adsorption to extract oxygen from the air using molecular sieves. In the adsorption tank of the pressure swing adsorption oxygen generator, when the pressure is high, the molecular sieve adsorbs nitrogen in the air, and the oxygen which is not easily adsorbed becomes a product; when the pressure is low, nitrogen is desorbed from the molecular sieve. With the change in pressure, the required oxygen can be effectively separated from the air.
Feature
The oxygen generator uses a gas separation process to separate oxygen from oxygen in the air to produce oxygen. The purified compressed air enters the adsorption tower from the bottom of the tower and flows through the entire tower from bottom to top. Since the adsorption column is filled with molecular sieves, the molecular sieve is a specially treated carbon molecular sieve having a pore size in the range of diameters of nitrogen and oxygen. When the gas passes, due to the different molecular diameters, the nitrogen molecules adsorb more than the oxygen molecules on the surface of the molecular sieve, and most of the oxygen molecules are in a free state, and flow out from the upper end of the adsorption tower. After a period of time, the molecular sieve is saturated with the adsorbed nitrogen molecules and needs to be regenerated. The regeneration is achieved by depressurization and desorption. Since the molecular sieve can no longer adsorb gas molecules at low pressure, most of the molecules are emptied during depressurization. This process is called desorption. In order to achieve continuous gas supply, one column is in the working adsorption state; the other column is in the state of regeneration, and is prepared for the next adsorption. The whole is commanded by the controller, and automatic production is achieved normally.
1. The equipment is simple, small in size and low in oxygen production cost.
2. Easy to operate, automatic program control, low operating and maintenance costs.
Application
Oxygen generators are favored by users because of their remarkable advantages. They are widely used in metallurgical combustion, chemical, environmental protection, building materials, light industry, medical, aquaculture, biotechnology, sewage treatment and other fields.
Technical Parameter
Number | Equipment name | Material name | Parameter | Quantity |
1 | Air compressor | Oil-free air compressor | Power: 6.0KW Exhaust volume: 1.03 m³/min Pressure: 0.8 MPa | 1set |
2 | Air treatment | Cold dryer + three filters + three drains | Treatment volume: ≥1.2 m3/min Export dew point: 2-10 °C Power supply: 220V/50HZ | 1set |
3 | Oxygen generator | PSA pressure swing adsorption system Oxygen device | Oxygen flow rate: 1m3/h Oxygen purity: 90% ± 3% Export pressure: ≤ 0.4 MPA | 1set |
4 | Oxygen storage | Gas tank | Volume: 0.3m3 Working pressure: 0.8 mpa Design temperature: 140 | 1set |
Detailed Pictures
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