high speed reciprocating piston compressor for LNG station

Our company offers fully customized high-speed reciprocating piston compressors, tailored to meet your specific working conditions and site requirements. We ensure that each compressor delivers optimal performance and seamless integration with your operational environment.

High-Speed Reciprocating Piston Compressor Features

1. High-speed design: Fast running speed increases compression efficiency and reduces equipment size.
2. High balance: Advanced dynamic balancing technology minimizes vibration and noise, enhancing equipment stability.
3. Small footprint: Optimized structural design is ideal for space-constrained industrial settings.
4. Wide pressure range: Multi-stage compression options suit a variety of pressure requirements.
5. High efficiency volume ratio: Maximizes compression efficiency, lowers energy consumption, and reduces operating costs.

Working Principle

The compressor uses a crank linkage mechanism to drive the piston in a reciprocating motion. Gas enters the cylinder through the inlet valve, is compressed by the piston to increase pressure, and then discharged via the exhaust valve. The system supports both single-stage and multi-stage compression for different exhaust pressure requirements.

Models and Configurations

• Model categories: M-type and D-type structures for various application scenarios.
• Compression stages: One to four stages available to meet low, medium, and high-pressure needs.
• Installation: Offers both skid-mounted and non-skid-mounted options for convenient on-site deployment.

Applicable Gases

• Industrial gases: Hydrogen, nitrogen, natural gas, ethylene, propylene, coal gas.
• Special gases: Hydrogen chloride, hydrogen fluoride, carbon dioxide, chloromethane, carbon monoxide.
• Electronic & chemical gases: Acetylene ammonia, methylene chloride, difluoromethane, tetrafluoroethylene, pentafluoroethane, hexafluoropropylene.

Application Areas

1. Hydrogen industry: Hydrogen refueling stations, storage, and delivery systems.
2. Petrochemical industry: Pressurized transportation and treatment of natural gas, ethylene, propylene, and other gases.
3. Silicon and fluorine chemical industry: Compression of high-purity gases for the semiconductor and fine chemical sectors.
4. Metallurgical industry: Recovery and pressurized utilization of blast furnace and converter gases.
5. Aerospace and nuclear power: Pressurization, transportation, and storage of special gases.
6. Research laboratories: Precision gas conveying for high-accuracy experimental research.

Customized Service

We provide flexible, highly-customized compressor solutions, optimizing designs based on your site, process demands, and gas characteristics. Our integrated approach—skid-mounted or non-skid-mounted—improves productivity while reducing operational costs.