oxygen compressor for booster in the hospital oxygen center

The oil-free design makes the equipment avoid oil contamination of oxygen during the working process and maintains the purity of oxygen, and with low noise and high efficiency, it is suitable for use in several environments, especially medical and high-precision industrial occasions.

Features of Oxygen Compressor

1. Oil-free design: Completely oil-free compressor system avoids contact between oil and oxygen, eliminating safety hazards caused by oil contamination and ensuring the provision of high purity oxygen.
2. Low noise operation: The equipment operates below 75dB, making it suitable for noise-sensitive environments such as hospitals.
3. High efficiency operation: Utilizes optimized compression technology for high efficiency, allowing rapid and stable pressurization tasks and continuous long-term operation.
4. Multi-functional adaptability: Suitable for medical oxygen supply, oxygen cylinder filling, and also industrial applications such as acetylene-assisted cutting, steel mill scrap cutting, and boiler oxygen support.
5. Environmental protection and safety: The structural and technological design ensures safety in high-pressure oxygen environments and reduces potential risks, while oil-free operation minimizes environmental impact.

The Working Principle of Oxygen Compressor

Oxygen compressors boost low-pressure oxygen to the desired high pressure through a series of compression steps. Typically, this involves multiple compression stages, with each stage gradually increasing the oxygen pressure through gas intake and exhaust cycles. In oil-free designs, friction parts are made of self-lubricating materials, eliminating the need for external oil and preventing oil contamination. The compressor is equipped with pressure sensors, temperature control systems, and safety valves to ensure safe operation under all circumstances. Heat generated during compression is dissipated via a cooling system (e.g. water cooling) to maintain stable temperatures and prevent overheating-related malfunctions or hazards.

Application Areas of Oxygen Compressor

1. Medical industry: Plays a vital role in hospital oxygen supply centers by boosting pipeline oxygen pressure to ensure a sufficient and stable supply to wards and operating rooms. Also used for filling high-pressure cylinders for emergencies or special treatments. The oil-free design guarantees high purity oxygen, crucial in medical settings.
2. Industrial use: Supplies oxygen for combustion in steel mills and metallurgical industries, providing high-pressure oxygen for acetylene and scrap cutting. Also used in boiler combustion processes to boost oxygen concentration, improving efficiency and reducing energy consumption. Additionally, used in chemical plants and gas recovery systems for liquid oxygen recycling.
3. High pressure gas storage and transportation: Pressurizes low-pressure oxygen to 150 bar or more for filling cylinders or storage tanks, ensuring stable pressure during transportation and minimizing losses.
4. Emergency rescue and disaster recovery: Rapidly provides oxygen support in disaster areas or emergency sites, helping restore respiratory function in oxygen-deficient environments. The oil-free, stable design is critical for safety in these scenarios.
5. Aerospace and harsh environments: Used in aerospace, space stations, and high-altitude operations to provide appropriate oxygen pressures for human respiration, supporting vital life systems for astronauts and crews.