carbon monoxide compressor for residual gas recovery system

This equipment can effectively enhance the gas pressure to ensure the stable operation of the process system, while reducing the waste of resources and improving the efficiency of energy utilization.

Technical Parameters of Carbon Monoxide Compressor

• Compression medium: Carbon monoxide (CO)
• Processing capacity: 2.5 cubic meters / minute
• Inlet pressure: Atmospheric pressure (about 0.1MPa)
• Discharge pressure: Up to 12MPa

Carbon Monoxide Compressor Features

1. High pressure output: The compressor can compress carbon monoxide gas from atmospheric pressure to up to 12MPa, suitable for high pressure transportation or storage needs.
2. Stable and reliable: Made with high-strength materials and advanced sealing technology to ensure stability and safety in high-pressure environments.
3. Efficient and energy-saving: Optimized airflow path design improves compression efficiency and reduces energy loss.
4. Safety design: Equipped with a pressure relief valve and safety interlock system to prevent overpressure operation and ensure operational safety.

The Working Principle of Carbon Monoxide Compressor

Based on the principle of volumetric compression or power compression, common types include reciprocating piston compressors and screw compressors.
Reciprocating compressor: Uses the reciprocating motion of a piston in a cylinder to cycle gas compression between the intake and exhaust valves. Suitable for high-pressure, small flow conditions.
Screw compressor: Continuously compresses gas through the meshing rotation of a pair of helical rotors, suitable for medium flow rates and stable pressure output.
Generally, this compressor draws in carbon monoxide from atmospheric pressure, gradually increases the gas pressure through multi-stage compression to reach 12MPa, and delivers it to subsequent storage or usage equipment.

Application Areas of Carbon Monoxide Compressor

1. Chemical industry: Used for methanol synthesis, carbonylation reactions, and other processes requiring high-pressure carbon monoxide.
2. Metallurgical industry: Used for protective gas transportation in metallurgical processes, such as gas regulation in ferroalloy smelting.
3. Gas recovery and recycling: For carbon monoxide tail gas recovery, improving process gas utilization and reducing environmental pollution.
4. Storage, transportation, and distribution: For storage, transport, and loading/unloading of carbon monoxide in factories or gas supply stations, improving logistics efficiency.