7m3 Plant for Cylinder Filling Safe Oxygen Compressor

filling oxygen safe compressor

A plant safe oxygen compressorthat is used to pressurize oxygen and deliver or store it.

One of the industries is used for rough oxygen cutting, which pumps 93% pure oxygen into an oxygen cylinder and cuts scrap metal with acetylene gas.

There are two uses for plant filling safe oxygen compressor. One is that the hospital's PSA oxygen generator needs to be pressurized to supply various wards and operating rooms, providing 7-10 kg of line pressure, and the other is that PSA oxygen needs to be stored. The high-pressure container is convenient for mobile use, and the storage pressure is generally 100barg, 150barg, 200barg, or higher 300barg pressure.

This microboost oxygen plant compressor is suitable for inlet pressure 3-4barg (40-60psig) and discharge pressure 150barg (2150psig)

The small PSA air separation system with a flow rate of 4-12NM3/hour provides clean oxygen filling service to the community and small island hospitals. It can be operated continuously for 24 hours. It is recommended to have a maximum of 10 bottles at a time.

This compressor features

Four-stage compression, each stage is equipped with a safety valve, the inlet is equipped with low intake pressure protection, the exhaust end is equipped with high exhaust pressure protection, and each stage has a temperature sensor. If over-temperature and over-pressure, The system will alarm and stop, ensure safe operation, small size, light weight, and forklift parking position at the bottom, which can be easily moved.

The button function indications for each part of the compressor are as follows, designed to be the kind of Tmall style.

All standard plant microboost medical oxygen compressor are CE marked to meet the requirements of the EU market. We can also provide customized plant filling oxygen compressor according to customer conditions.

Features of this booster compressor

1. Absolute Safety: A Core Advantage Explosion-proof at the source, eliminating risks: Traditional oil-lubricated compressors in high-pressure oxygen environments pose an extreme risk of explosion due to the presence of lubricating oil. The oil-free design eliminates this major safety hazard at its source. Pure and pollution-free: Ensures that the output oxygen is absolutely free of oil, hydrocarbons, and other impurities. This is crucial for medical respiration, high-purity chemical reactions, and precision experiments. 2. High Performance and High Reliability Extremely low maintenance costs: No need for regular replacement or addition of lubricating oil and oil-gas separator filters, significantly reducing long-term maintenance costs and labor time. More stable operation: The oil-free design avoids downtime caused by oil emulsification, degradation, or oil-gas system failures, resulting in more stable and reliable operation under continuous high-pressure conditions. Consistent gas quality: From startup to continuous operation, the purity of the output gas consistently maintains the highest standards, without the risk of degradation over time. 3. Significant Operational Economy Lower energy consumption: Without a complex oil-gas separation system, internal resistance is lower, and it is usually more energy-efficient than oil-lubricated models under the same operating conditions, resulting in significant long-term power savings. Longer lifespan: Key moving parts use self-lubricating materials (such as PTFE and special composite materials), resulting in less wear and a longer overall service life. Saves on consumables: No need to purchase special compressor oil and related filters for the entire lifespan. 4. Compliance and Environmental Advantages Easily meets the highest standards: Directly complies with the most stringent standards for gas purity in the medical, food, and electronics industries. Environmentally friendly and pollution-free: No waste oil is generated, reducing hazardous waste disposal procedures and costs, making it environmentally friendly.

1. The above parameters are for reference only, and is subject to our  technical quotation

2. More displacement, higher filling pressure, such 20Mpa,23Mpa,30Mpa,please feel free  consult us

3.Kinly note ,if you have compressor inquiry please tell us follows information when you send inquiry:

*Compressor working medium:

 If single gas ,how many purity ? if mixed gas , what’s gas content lit ?   

*Suction pressure(gauge pressure):     barg

*Exhaust pressure(gauge pressure):     barg

*Flow rate per hour for compressor: (Nm3/hr):

Compressor gas suction temperature ?

Compressor working hours per day :    hours 

Compressor working site altitude :   m 

Environment temperature ℃: 

Has cooling water in the site or not ?

Voltage and frequency for three phase :  

Do not has water vapor or H2s in the gas ?

Application for compressor？