Chemical smelting combustion-supporting cutting industrial oxygen generator

Chemical Smelting Combustion-Supporting Cutting Industrial Oxygen Generator is manufactured using imported molecular sieves. The product features a compact size, portability, high purity, and a high degree of automation with simple operation. It is widely used in industries such as steel cutting, aquaculture, metal smelting, oxidation of chemical products, and oxygen-enriched combustion support.

Applications of Chemical Smelting Combustion-Supporting Cutting Industrial Oxygen Generator

1. Use of Industrial Oxygen Generators in the Steel Cutting Industry

Used for steel cutting, portable oxygen generators offer greater convenience. In smelting processes, blowing high-purity oxygen into the steelmaking process causes oxygen to undergo oxidation reactions with carbon, phosphorus, sulfur, silicon, etc. This not only reduces the carbon content in steel but also helps remove impurities such as phosphorus, sulfur, and silicon. Moreover, the heat generated during the oxidation process is sufficient to maintain the temperature required for steelmaking. Therefore, oxygen blowing not only shortens the smelting time but also improves the quality of steel.

2. Application of Industrial Oxygen Generators in Wastewater Treatment and Ozone Production

Used for oxygen-enriched aeration of activated sludge; oxygen serves as a raw material for ozone sterilization.

3. Application of Industrial Oxygen Generators in the Steel, Aluminum, and Non-Ferrous Metal Smelting Industries

Electric furnace air blowing, oxygen-assisted combustion heating, decarbonization, foamed slag, metallurgical control, and subsequent heating. Smelting of copper, zinc, nickel, lead, aluminum, etc., requires oxygen enrichment. Increasing oxygen content in various furnaces (such as cupola furnaces, chain grate stokers, electric furnaces, etc.).

4. Application of Industrial Oxygen Generators in the Papermaking Industry

Used for pulp bleaching: Employing oxygen delignification, low-chlorine, or chlorine-free bleaching technologies to enhance pulp strength, whiteness, and overall quality.

5. Application of Industrial Oxygen Generators in Glass Melting

Used to increase oxygen content in glass furnaces, significantly improving thermal efficiency and reducing product costs.

6. Application of Industrial Oxygen Generators in Aquaculture

Used for oxygen aeration in aquaculture to increase dissolved oxygen levels in water, thereby improving the survival rate of aquatic species.

7. Application of Industrial Oxygen Generators in the Chemical, Petroleum, and Fermentation Industries

Used for oxidation reactions in petrochemical products, which can enhance reaction rates and product quality. Oxygen enrichment replaces air to supply oxygen for fermentation in pharmaceuticals, chemicals, and food industries, significantly improving efficiency in bacterial cultivation.

8. Application of Industrial Oxygen Generators in Cement Kiln Combustion Support (Rotary Kilns)

Used to increase oxygen content, thereby improving cement production and saving fuel.

9. Electronics Industry

Used for combustion support in soldering electronic components.