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Oxygen Compressor

Your Professional Oxygen Compressor Supplier

Newtek is a high-tech company specializing in the design and manufacture of gas systems for oxygen, nitrogen, argon, acetylene, nitrous oxide, and carbon dioxide power generation devices or cylinder filling generators. Our product line is highly adaptable and continuously expanding to meet customer demands.

Extensive Experience

As one of the world's leading manufacturers with extensive expertise in on-site gas generators and plant systems, Newtek has successfully installed approximately 350 generators/plants ly.

 

Advanced Equipment

We possess state-of-the-art production equipment and cutting-edge technology, enabling us to independently manufacture various equipment and components required for oxygen plants, nitrogen plants, and carbon dioxide plants.

On-Site Installation and Commissioning

Following the completion of equipment manufacturing, our professional installation team will oversee the on-site installation and commissioning processes. We strictly adhere to standardized installation procedures and safety protocols to ensure the reliable operation and safety of the equipment.

Customized Services

Newtek offers a comprehensive range of customized services tailored to the specific needs of oxygen plants, nitrogen plants, and carbon dioxide plants.

 

 

 

 

 
 
Parameter

 

Flow Capacity

15Nm3/h

Compressing Stage

3Stages

Inlet Pressure

4bar

Outlet Pressure

150bar

Outlet Temperature

≤50℃

Inlet Size

25mm

Outlet Size

10mm

Ambient Temperature

Normal temperature

Cooling System

Wind cooling

Lubrication

No Lubrication

Rotating Speed

630rpm

Power Consumption

11Kw

Weight

390kg

Dimensions

1350*1020*920mm

 

Types of Oxygen Compressor
 

The oxygen compressors produced by our company mainly include the following types

Home Oxygen Compressor

"Home oxygen compressor" is a device used for home oxygen therapy. It can help the oxygen concentrator extract and concentrate oxygen from ambient air into medical oxygen to supply patients who need oxygen therapy.

Medical Oxygen Compressor

Medical oxygen compressor is a device used to compress oxygen in ambient air into high-purity medical oxygen. It basically works by concentrating oxygen in the air to high concentration levels for medical purposes through a series of compression and filtration steps.

High Pressure Oxygen Compressor

A high-pressure oxygen compressor is a device that compresses oxygen gas to a higher pressure, typically for medical, industrial, or research applications. These compressors are specialized to handle pure oxygen, adhering to strict safety standards due to its highly reactive and flammable nature.

 

Advantages of Oxygen Compressor

 
 
01
 

Portability and Convenience

One of the significant advantages of oxygen compressors is their portability. Unlike oxygen tanks, concentrators are lightweight and can be easily moved from one room to another. Some models even feature wheels and handles for added convenience, allowing users to maintain their oxygen therapy while on the go. This means that individuals with respiratory conditions can have the freedom to move around their homes or even travel without the burden of heavy equipment.

 
02
 

Cost-Effectiveness

Another advantage of oxygen compressors is their cost-effectiveness in the long run. While the initial purchase price may be higher than that of oxygen tanks, concentrators eliminate the ongoing costs associated with refilling tanks. As long as a power source is available, concentrators can provide an uninterrupted supply of oxygen, saving patients money in the long term.

 
03
 

Increased Independence for Patients

Oxygen compressors offer patients the freedom and independence to carry out their daily activities without being tethered to a stationary oxygen source. With portable concentrators, patients can travel, attend social events, and even engage in physical activities with a medical-grade supply of oxygen. This increased independence can greatly improve the quality of life for respiratory patients.

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Applications of Oxygen Compressor

Healthcare Applications
●Home oxygen concentrators: Integrated PSA technology with 0.5-5L/min adjustable flow.
●Hospital central oxygen supply: Networked compressor clusters maintain <0.5% pressure fluctuation.
●Emergency systems: Vehicle-mounted compressors for hyperbaric chambers (-30°C cold start).

 

Industrial Manufacturing
●Steelmaking: 3-5MPa oxygen supply for enriched blast systems.
●Glass production: 15MPa compressors for oxy-fuel technology.
●Wastewater treatment: High-pressure aeration systems reduce energy consumption by 40%.

 

Advanced Technology Fields
●Aerospace engineering: Dual-mode liquid/gaseous oxygen compressors for vacuum-atmosphere transitions.
●Energy storage: Oxygen-hydrogen co-compression systems achieve 75% cycle efficiency.
●Deep-sea exploration: Titanium-hulled compressors operational at 6,000m depths.

 

Steps for Operating an Oxygen Compressor
 

Plug Your Device into a Grounded Wall Outlet
Plugging your device into a wall outlet that is not grounded can cause irreversible damage to your concentrator and is also an electrical hazard. For your safety and the longevity of your device, always insert the power cable into a grounded wall outlet.

 

Move Your Device Away from Any Wall
To efficiently draw in room air and prevent overheating, place your device at least 1–2 feet away from any wall.

 

Check the Air Filter
Your device will have an air filter to remove dust and other particles from the air before it is sent out as concentrated oxygen flow. It is essential to check your air filter frequently to prevent it from clogging, which can put a strain on your device.

 

Connect Your Oxygen Tubing/Cannula
Before turning on your concentrator, connect your oxygen tubing to the device as well as any accessories such as a humidifier, extension tubing, or CPAP mask adapter if applicable.

 

Turn on the Power
Press the power button on your device to turn it on. It may take anywhere from 10–20 minutes for your device to reach the highest oxygen purity levels. However, most oxygen compressors will begin releasing small amounts of oxygen even during this warm-up phase.

 

Adjust the Flow
Adjust the flow control to achieve the prescribed flow rate as ordered by your doctor.

 

Test for Flow
The easiest way to test for adequate flow coming out of the oxygen tubing is to cover the prongs of your cannula with a clean hand. As the pressure builds inside the tubing, quickly let it go. If your device is working correctly, you will hear and feel a gust of air once you release your hand from the prongs.

 

Check Alarms
Always check your alarms to make sure they are working correctly before using your concentrator. Although there are many possible alarms to learn about in your operator’s manual, the most critical alarms are the power loss and the no oxygen flow alarm.

 

Place Your Oxygen Tubing On
If you have not already placed your oxygen tubing on, now is the time to do so.

 

Packaging and Shipping

 

Packaging

Standard wooden packaging

Shipping

We will help you to choose the best shipping way according to your detail requirements. By sea, by air, or by express, etc.

 

Services We Provide
1

Installation and Integration

Our comprehensive services cover the installation and seamless integration of the CO2 Liquefaction Facility into existing industrial setups, ensuring a smooth transition.

2

Operator Training

We provide professional training programs for plant operators, empowering them with the knowledge and skills needed for efficient and safe operation.

3

Maintenance and Support

Scheduled maintenance services and ongoing technical support are offered to maximize plant performance, minimize downtime, and ensure long-term reliability.

4

Customization

Tailoring solutions to meet specific client needs, we offer customization options for the CO2 Liquefaction Facility, ensuring it aligns perfectly with individual industrial requirements.

 

 

Our Factory

No matter what purity, what style of oxygen generator, nitrogen generator, or hydrogen generator, whether you want to build a liquid nitrogen plant, or liquid oxygen plant for your production, based on our more than 66 years of technical experience, we are proficient in air separation, and PSA technology.

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FAQ

 

Q: How does an oxygen compressor work?

A: An oxygen compressor works by using mechanical energy to increase the pressure of oxygen gas. It typically consists of a piston, cylinder, and valve system. As the piston moves within the cylinder, it compresses the oxygen gas, reducing its volume and increasing its pressure.

Q: What is the difference between an oxygen compressor and a regular air compressor?

A: Oxygen compressors are designed specifically for compressing oxygen, which is a highly reactive gas. They are made of materials that are compatible with oxygen and have special safety features to prevent combustion or explosion. Regular air compressors are not designed to handle the high reactivity of oxygen and may contain materials that could pose a safety risk when in contact with oxygen.

Q: How often does an oxygen compressor need maintenance?

A: The maintenance interval of an oxygen compressor depends on its usage frequency, operating conditions, and the manufacturer's recommendations. Generally, it is recommended to perform regular inspections and maintenance every few hundred hours of operation or at least once a month. This includes checking the piston rings, valves, seals, and lubrication system, as well as cleaning the compressor's interior and replacing any worn - out parts.

Q: Why is safety crucial when using oxygen compressors?

A: Oxygen is a highly reactive gas, and when compressed, the risk of fire or explosion increases significantly. Even a small spark or contact with a combustible material can cause a violent reaction. Therefore, safety is of utmost importance to protect the equipment, the operators, and the surrounding environment.

Q: What are the installation requirements for oxygen compressors?

A: Oxygen compressors should be installed in a well - ventilated area, away from sources of heat, fire, and combustible materials. The installation site should be level and stable to ensure the proper operation of the compressor. Additionally, the electrical connections should be properly grounded, and the necessary piping and valves should be installed in accordance with the relevant safety and technical standards.

Q: How can the energy efficiency of an oxygen compressor be improved?

A: The energy efficiency of an oxygen compressor can be improved by optimizing the compressor's design, using high - efficiency motors, and implementing advanced control systems. Regular maintenance to ensure the proper functioning of the compressor's components also helps to improve efficiency. Additionally, using variable - speed drives can adjust the compressor's speed according to the actual oxygen demand, reducing energy consumption during periods of low demand.

As one of the most professional oxygen compressor manufacturers and suppliers in China, we warmly welcome you to wholesale high purity oxygen compressor from our factory. All custom made products are with high quality and competitive price.

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