natural gas booster compressor with water cooling optional

Thanks to its oil-free lubrication design, the compressor ensures that the gas is pure and free from oil contamination, meeting industry standards that require strict gas purity. Its compact structure and high stability make it ideal for reliable operation at high pressures and low temperatures.

Natural Gas Booster Compressor Features

1. Low noise and small vibration: Advanced design and materials effectively reduce noise and vibration, providing a comfortable working environment, especially suitable for urban pipeline networks and noise-sensitive areas.
2. High efficiency and stable operation: Optimized mechanical structure and oil-free lubrication system minimize friction loss, ensuring high efficiency and stability.
3. Automatic control system: Equipped with real-time automatic monitoring for pressure, temperature, flow, and more, with support for remote operation and control.
4. Full range of safety protection: Multiple protection features (low oil pressure, high temperature, low inlet pressure, high exhaust pressure alarms) enable timely shutdown during anomalies to ensure equipment safety.
5. Variety of cooling methods: Offers water-cooled, air-cooled, and mixed cooling options to maintain normal operation under various working conditions.

Working Principle of Natural Gas Booster Compressor

The compressor relies on a multi-stage compression process. Natural gas enters through the low-pressure inlet and is progressively pressurized through multiple compression stages. Each stage increases the gas pressure until the required discharge pressure is reached. The oil-free lubrication system ensures gas purity, avoiding contamination. Driven by an electric motor with coupling and flywheel, the compressor operates with high efficiency, smoothness, and reduced energy consumption and wear.

Application Areas of Natural Gas Booster Compressor

1. Natural gas pipeline network pressurization: Essential equipment for boosting natural gas from low to high pressure in pipeline systems, ensuring smooth delivery to urban or long-distance networks.
2. Natural gas recovery and tanking: Used at recovery sites to recover and pressurize combustible gases for storage or tanking.
3. Pharmaceutical industry: Provides gas compression and delivery for stable, high-quality gas supply in pharmaceutical production.
4. Brewing and food processing industry: Controls gas pressure for fermentation and gas transfer, improving production efficiency and product quality.
5. Chemical industry: Pressurizes and transports chemical gases, playing a vital role in the production of synthetic gas, ammonia, and other chemicals.
6. Machinery manufacturing: Supports gas cleaning and dust removal to ensure clean parts and improved production quality.
7. Energy sector: Besides conventional natural gas transmission, can be used for gases like LPG and LNG for transportation and pressurization in various energy applications.