CO Compressor

CO Compressor Product Description

A CO compressor is designed to safely compress carbon monoxide gas, often using an oil-free, leak-tight system. It is ideal for applications in laboratories, chemical processing, and industrial settings where gas purity and operator safety are essential. Diaphragm models ensure contamination-free and reliable gas handling.

Product Advantages

High Efficiency: Optimized compression mechanisms ensure efficient gas compression, reducing energy consumption and operational costs.

Durable Construction: Built with high – quality materials, it can withstand harsh operating conditions, ensuring a long service life.

Safety Features: Equipped with safety valves, pressure sensors, and automated shutdown systems to prevent over – pressurization and ensure safe operation.

Versatile Applications: Suitable for various industries such as chemical manufacturing, hydrogen generation, carbon capture and storage, and air quality enhancement.

Applications

Chemical Manufacturing: As a key raw material in producing chemicals like methanol, acetic acid, and formaldehyde.

Hydrogen Generation: Used in processes to convert CO into high – purity hydrogen.

Carbon Capture and Storage (CCS): Compresses CO captured from industrial processes for safe transportation and underground storage.

Air Quality Enhancement: Employed in emission control systems to reduce CO emissions.

Fire Suppression: Compressed CO is used in fire suppression systems in sensitive areas.

Technical Parameters

Inlet Pressure: Varies according to specific applications, typically in the range of [X] bar – [Y] bar.

Outlet Pressure: Can reach up to [Z] bar to meet different process requirements.

Flow Rate: [M] m³/h – [N] m³/h, adjustable to suit the needs of different production lines.

Power Consumption: [P] kW – [Q] kW, depending on the compression ratio and operating conditions.

Compression Ratio: [R] – [S], optimized for efficient gas compression.

CO Compressor Parameters

S/N	Model	motor power(kW)	inlet pressure (Mpa)	outlet pressure (MPa)	Flow (Nm/h)
1	ZW-3/2-3	11	0.2	0.3	480
2	ZW-5.5/2-6	45	0.2	0.6	900
3	ZW-2/20	22	atm	2	110
4	VW-3/20	37	atm	2	165
5	VW-4/20	45	atm	2	220
6	VW-5/20	55	atm	2	285
7	VW-6/20	75	atm	2	330
8	VW-6.8/30	75	atm	3	370
9	VW-8/20	90	atm	2	570
10	VW-12.5/25	132	atm	2.5	750
11	VW-22.5/8	160	atm	0.8	1200
12	VW-45/8	280	atm	0.8	2400
13	VW-22.5/22	200	atm	2.2	1200
14	VW-28/22	250	atm	2.2	1550
15	VW-36/12	315	atm	1.2	2000
16	VW-45/22	400	atm	2.2	2500
17	DW-32/0.05-3	132	0.05	0.3	1800
18	DW-30/2-8	280	0.2	0.8	4900