The demand for industrial oxygen generators is steadily increasing in these three industries.

　  Industrial Oxygen GeneratorIt adopts high-tech bipolar oxygen-generating technology. The oxygen-generating module in the instrument automatically selects oxygen molecules in the air under normal pressure and ionizes them into negative oxygen ions. The negative oxygen ions are drawn into the module by the attraction of the positive electrode.

      Industrial oxygen generators use air separation or hydrolysis methods to mass-produce oxygen. Raw materials are widely sourced, making full use of the physical and chemical properties of substances to reduce costs. Industrial oxygen generators use high-tech anodic oxygen-generating technology. The oxygen-generating module of the instrument automatically selects oxygen molecules in the air under atmospheric pressure and ionizes them into negative oxygen ions. According to the gravity of the anode, the negative oxygen ions are drawn into the module, and after the negative oxygen ions are generated at the anode, they release electrons and are converted into oxygen. The purity can reach about 99%, and according to the air mixed into the air pump, the oxygen concentration and gas supply are negotiated to obtain about 30%.

　   Industrial Oxygen Generator Workflow:

　　Industrial Oxygen GeneratorUsing zeolite molecular sieves as adsorbents according to the pressure swing adsorption principle, due to the selective adsorption characteristics of zeolite molecular sieves, more nitrogen is adsorbed on the zeolite molecular sieves, and oxygen is concentrated in the gas phase, and nitrogen and oxygen separation is achieved under the action of pressure swing adsorption. Through the two adsorption tower processes, one tower adsorbs oxygen, one tower desorbs and regenerates, and PLC intelligent program control of the pneumatic angle valve opening and closing, so that the two towers alternately continuously produce high-quality oxygen.

　　Industrial Oxygen Generator Applications:

　　 1. Non-ferrous metallurgy industry, the national industrial structure has also been adjusted overall, and non-ferrous smelting has developed rapidly in recent years. For example, in the process of using oxygen bottom blowing to smelt lead, copper, zinc, and antimony, some manufacturers have begun to use pressure swing adsorption oxygen generators in smelting plants.

　　2. Papermaking industry. With the upgrading of national energy-saving and emission-reduction requirements for papermaking processes, the whiteness and requirements of personal pulp (including wood pulp, reed pulp, and bamboo pulp) are actually high mountains. To secretly use chlorine bleaching or quickly transform the pulp production line into a chlorine-free bleached pulp production line. The newly built pulp production line requires chlorine-free bleaching technology, and pulp bleaching requires high-purity oxygen. If the oxygen produced by the pressure swing adsorption oxygen generator meets the requirements, it can also save energy economically.

　　3. Oxygen-enriched combustion field. The average oxygen content in the air is 21%. Industrial boilers and industrial kilns can indeed operate or work under that air content. Practice has shown that when the oxygen content of coal gas during boiler combustion is within 25%, the energy efficiency reaches 20%. The boiler start-up heating time is shortened by 1/2-2/3. However, oxygen enrichment uses physical methods to collect the average oxygen in the air so that the oxygen-enriched content in the collected gas shows 25%-30%.

     Industrial Oxygen GeneratorEasy to operate, stable operation, high degree of automation; it has an automatic interlock oxygen exhaust device to ensure the quality of oxygen products.