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High-pressure piston compressors, with their high-pressure output and stable performance, play a core role in high-pressure gas source processes in the chemical industry. Their applications include:
Chemical
High-pressure piston compressors, with their high-pressure output and stable performance, play a core role in high-pressure gas source processes in the chemical industry. Their applications include:
Feed gas compression and purification: Compressing nitrogen and hydrogen to 10-30 MPa for ammonia synthesis and methanol production, precisely controlling pressure and quantity to ensure reaction efficiency and purity. For example, in ammonia synthesis, they pressurize to over 20 MPa to meet the requirements of the Haber-Bosch reaction.
Process gas circulation and pressurization: Circulating and pressurizing hydrogen during hydrogenation reactions, maintaining a 15-25 MPa environment to accelerate the reaction. Compressing and recovering off-gases containing chlorine and fluorine reduces waste and environmental impact.
Material transportation and filling: Pressurizing hazardous materials such as liquefied petroleum gas to 5-10 MPa for pipeline transportation to overcome resistance. Precise pressure control during tank filling ensures safe filling.
Equipment testing: Outputting 10-50 MPa gas to test the pressure resistance and airtightness of reactors and high-pressure pipelines to eliminate safety hazards. Its core value lies in its ability to withstand high-pressure, corrosive, flammable, and explosive working conditions. Its high-strength design, corrosion-resistant components, and safety interlock system ensure continuous and safe production, making it the "powerhouse" of high-pressure chemical processes.
United for Uncompromised Performance!
