Industrial Oxygen Generation: Principles and Structure Explained

       Industrial Oxygen GeneratorUsing advanced physical oxygen generation principles, it can directly separate oxygen and nitrogen from the air at room temperature, thereby obtaining high-purity medical oxygen and sustainable oxygen supply.

　　Air is pressurized by the industrial oxygen generator equipment, while solid impurities such as oil and water are removed through air pretreatment. Cooled to room temperature through pressure adsorption. After compression, it enters the molecular sieve adsorption tower through the intake valve. With the adsorption of carbon dioxide, the effluent gas is high-purity oxygen. When the adsorption tower reaches a certain saturation, the water inlet valve is closed, the flushing valve is opened, the desorption valve is opened, and the desorption regeneration stage is entered to complete one cycle.

　　The adsorption tower achieves continuous gas supply through the same cycle process, completely controlled by a single-chip microcomputer, using molecular sieves to obtain high-purity oxygen at room temperature. Compared with other oxygen supply methods, medical oxygen generators have a longer service life, higher cost performance, and lower cost. Imported molecular sieves are used, and oxygen is produced through pressure swing adsorption of molecular sieves. Separating oxygen from the air can achieve continuous and uninterrupted oxygen supply.

　   The industrial oxygen generator needs to be powered on and connected to the oxygen tube to obtain high-purity oxygen. Daily maintenance only requires regular cleaning of the humidifier bottle, filter screen, and filter replacement, and there is no need to place a chemical oxygen generator from time to time. Less trouble, easy to move, can be used where there is power.

　   Industrial Oxygen GeneratorIt consists of an air compressor, air dryer, main filter, precision filter group, oxygen generator, air storage tank, oxygen tank, flow meter, oxygen purity analyzer, busbar, and distribution box.

　   Industrial oxygen generators use pressure swing adsorption (PSA) technology, using air as a raw material and rotating in the air, with molecular sieves as the adsorbent. Under normal temperature and low-pressure conditions, the adsorbate's adsorption capacity for nitrogen is enhanced, while the adsorption capacity of nitrogen (adsorbate) in compressed air is reduced. In the process of rapid cycling of formation pressure and vacuum adsorption desorption, oxygen and nitrogen are separated. Carbon monoxide, carbon dioxide gas, acids, alkalis, and other gaseous oxide molecules are highly polar substances and are difficult to pass through molecular sieves. The output purity is 95/-3%(V/V/v), which can guarantee the generation of oxygen.

　  Industrial Oxygen GeneratorThe operating procedure is as follows: The air (oxygen) raw materials from the air compressor equipment and cooling dryer are purified, and the dried air enters the oxygen main body. When the oxygen main body (main system molecular sieve washing tower) is full, it is compressed, nitrogen is adsorbed by the molecular sieve, and nitrogen discharge on the other side is reduced. In the alternating process, the molecular sieve oxygen vest gathers, and through the balance, the electromagnetic valve exchanges with oxygen, and the concentration is as high as 95%. Therefore, in the running cycle, pure oxygen continues to accumulate in the gas tank, and the accumulated oxygen can be directly supplied through the pipeline terminal, thus completing the system. Oxygen supply processing.