Oxygen (O2) Gas Compressors and Gas Compressor Systems
Last Updated: April 1, 2025
Description
Oxygen (O2) gas compressors and gas compressor systems are mechanical devices designed to increase the pressure of oxygen gas. These systems are essential for delivering oxygen at a pressure higher than its original state, enabling its efficient transport and utilization in various processes.
Working Principle
Oxygen gas compressors operate by pressurizing the gas through either positive displacement or dynamic compression methods. In positive displacement compressors, such as reciprocating compressors, a piston compresses the gas within a cylinder, increasing its pressure. Dynamic compressors, like centrifugal compressors, utilize high-speed rotating impellers to impart kinetic energy to the gas, which is then converted into pressure energy. These systems are crucial for ensuring the efficient movement and storage of oxygen gas, making them indispensable in industries that require high-pressure oxygen delivery.
Applications
Oxygen gas compressors are widely used in various industries. In the aerospace sector, they are employed for cockpit pressurization and engine control devices. In the chemical industry, they facilitate the transportation and processing of oxygen for various chemical reactions. Additionally, they are used in medical facilities for supplying oxygen to patients and in industrial processes that require high-purity oxygen.
Advantages over other Gas Compressors and Gas Compressor Systems
Oxygen gas compressors, particularly centrifugal compressors, offer advantages such as high flow rates and efficient energy conversion. They are designed to handle the specific risks associated with oxygen compression, such as the potential for violent combustion, by adhering to stringent safety standards. This makes them more suitable for oxygen service compared to general-purpose gas compressors.
Limitations
One of the primary limitations of oxygen gas compressors is the inherent risk of fire due to the highly reactive nature of oxygen. This necessitates specialized design and operational protocols to mitigate such risks. Additionally, the initial cost and complexity of these systems can be higher compared to compressors used for less reactive gases.
Considerations
When selecting an oxygen gas compressor, several factors should be considered. Initial costs can be significant due to the need for specialized materials and safety features. Operating expenses may also be higher due to the energy required to maintain high pressures and the need for regular maintenance to ensure safety and efficiency. Durability and accuracy are critical, as any failure in the system can lead to safety hazards. Replacement and maintenance costs should be factored into the overall lifecycle cost analysis to ensure the system remains economically viable over time.
from Haskel International LLC
Haskel air pressure amplifiers offer the most comprehensive operating range in the industry, combining simple principles of operation with rugged construction suitable for the most demanding industrial applications. Capable of producing pressure outputs up to 5000 psi (345 bar), Haskel air... [See More]
- Gases Handled: Air; Argon; Carbon Dioxide; Helium; Natural Gas / Methane; Nitrogen; Oxygen
- Inlet / Suction Pressure: 1250 to 4500
- Compressor Technology: Reciprocating Piston
- Discharge / Operating Pressure: 2250 to 4500
from Haskel International LLC
Haskel air pressure amplifiers offer the most comprehensive operating range in the industry, combining simple principles of operation with rugged construction suitable for the most demanding industrial applications. Capable of producing pressure outputs up to 5000 psi (345 bar), Haskel air... [See More]
- Gases Handled: Air; Argon; Carbon Dioxide; Helium; Natural Gas / Methane; Nitrogen; Oxygen
- Inlet / Suction Pressure: 300 to 4500
- Compressor Technology: Reciprocating Piston
- Discharge / Operating Pressure: 300 to 4500
from Haskel International LLC
Haskel air pressure amplifiers offer the most comprehensive operating range in the industry, combining simple principles of operation with rugged construction suitable for the most demanding industrial applications. Capable of producing pressure outputs up to 5000 psi (345 bar), Haskel air... [See More]
- Gases Handled: Air; Argon; Carbon Dioxide; Helium; Natural Gas / Methane; Nitrogen; Oxygen
- Inlet / Suction Pressure: 300 to 1000
- Compressor Technology: Reciprocating Piston
- Discharge / Operating Pressure: 4500
from Haskel International LLC
Haskel air pressure amplifiers offer the most comprehensive operating range in the industry, combining simple principles of operation with rugged construction suitable for the most demanding industrial applications. Capable of producing pressure outputs up to 5000 psi (345 bar), Haskel air... [See More]
- Gases Handled: Air; Argon; Carbon Dioxide; Helium; Natural Gas / Methane; Nitrogen; Oxygen
- Inlet / Suction Pressure: 125
- Compressor Technology: Reciprocating Piston
- Discharge / Operating Pressure: 320 to 600
from Haskel International LLC
FOR LIFE SUPPORT DEPEND ON HASKEL OXYGEN BOOSTERS. Filling aircraft on-board oxygen cylinders for commercial, military and private fleets. Transferring oxygen into various high-pressure receivers for deep ocean diving support, commercial or military. These are just two examples of the uses for Model... [See More]
- Gases Handled: Air; Argon; Carbon Dioxide; Helium; Natural Gas / Methane; Nitrogen; Oxygen
- Inlet / Suction Pressure: 150 to 850
- Compressor Technology: Reciprocating Piston
- Discharge / Operating Pressure: 800 to 5000
from Haskel International LLC
Revolutionizing gas compression with smart, sustainable technology, Q-Drive is an electric servo actuated Compressed Gas System with unprecedented 4.0 intelligence, efficiency, precise control and accuracy. It delivers unrivalled performance, reliability, and safety. Plus, an advanced control system... [See More]
- Gases Handled: Air; Argon; Carbon Dioxide; Helium; Natural Gas / Methane; Nitrogen; Oxygen
- Inlet / Suction Pressure: 75 to 6600
- Compressor Technology: Reciprocating Piston
- Discharge / Operating Pressure: 1100 to 6000
from Haskel International LLC
H-Drive, Haskel ’s new generation of hydraulically driven gas boosters, is designed to safely handle a wide range of critical, high-pressure gas compression and transfer needs, at high rates and pressures for the most demanding of applications. Simple and proven design is reliable and robust,... [See More]
- Gases Handled: Air; Argon; Carbon Dioxide; Helium; Natural Gas / Methane; Nitrogen; Oxygen
- Inlet / Suction Pressure: 50 to 100
- Compressor Technology: Reciprocating Piston
- Discharge / Operating Pressure: 4500 to 15000
from Haskel International LLC
Haskel designs and manufactures gas boosters that are the industry benchmark for durability, safety and reliability. Used for virtually all industrial gases and ideal for gas pressure increases, high pressure gas transference, cylinder charging, and scavenging, Haskel pneumatic-driven gas boosters... [See More]
- Gases Handled: Air; Argon; Carbon Dioxide; Helium; Natural Gas / Methane; Nitrogen; Oxygen
- Inlet / Suction Pressure: 25 to 11250
- Compressor Technology: Reciprocating Piston
- Discharge / Operating Pressure: 1050 to 39000
from Haskel International LLC
Haskel designs and manufactures gas boosters that are the industry benchmark for durability, safety and reliability. Used for virtually all industrial gases and ideal for gas pressure increases, high pressure gas transference, cylinder charging, and scavenging, Haskel pneumatic-driven gas boosters... [See More]
- Gases Handled: Air; Argon; Carbon Dioxide; Helium; Natural Gas / Methane; Nitrogen; Oxygen
- Inlet / Suction Pressure: 25 to 25000
- Compressor Technology: Reciprocating Piston
- Discharge / Operating Pressure: 300 to 25000
from Haskel International LLC
Haskel designs and manufactures gas boosters that are the industry benchmark for durability, safety and reliability. Used for virtually all industrial gases and ideal for gas pressure increases, high pressure gas transference, cylinder charging, and scavenging, Haskel pneumatic-driven gas boosters... [See More]
- Gases Handled: Air; Argon; Carbon Dioxide; Helium; Natural Gas / Methane; Nitrogen; Oxygen
- Inlet / Suction Pressure: 25 to 1250
- Compressor Technology: Reciprocating Piston
- Discharge / Operating Pressure: 1250 to 25000
from Advanced Gas Technologies
Advanced Gas Technologies Inc. has been marketing, installing and maintaining industrial gas generating systems, standard industrial compressor systems and engineered compressor systems throughout North America since 1994. Diaphragm Compressors Features. From 3 HP to 125 HP. Pressures to 30,000... [See More]
- Gases Handled: Argon; Corrosive / Sour Gas; Carbon Dioxide; Helium; Hydrocarbon; Natural Gas / Methane; Nitrogen; Oxygen; Hydrogen
- Discharge / Operating Pressure: 30000
- Compressor Technology: Diaphragm
- Horse Power: 3 to 125
from PPI
PPI 1500 Series Diaphragm Compressors are ideal for pilot plant and lesser quantity cylinder filling applications where high purity or hazardous gases are used in lower capacities. The 1500 Series compressor is supplied as standard with an integral electric drive motor and leak detection system. PPI... [See More]
- Gases Handled: Argon; Helium; Oxygen; Hydrogen, Krypton, Xenon, Fluorine, NF3 and Other High Purity or Hazardous Gases
- Inlet Temperature: 450
- Compressor Technology: Diaphragm
- Inlet / Suction Pressure: 6000
from Celeroton AG
With the launch of the turbo compressor series CT-NG, Celeroton is further extending its product portfolio of ultra-high-speed, gas bearing turbo compressors with a turbo compressor specifically optimized for noble and inert gases. As a first variant of the turbo compressor series, the CT-NG-2000 is... [See More]
- Gases Handled: Argon; Helium; Nitrogen; Oxygen; Other Noble, Inert Gases or Refrigerants
- Mass Flow Capacity: 0.0 to 247
- Compressor Technology: Blower; Centrifugal
- Horse Power: 2.68
from Fluitron, Inc.
In the FLUITRON DIAPHRAGM COMPRESSOR there are no dynamic seals or packing glands. All of the seals to the atmosphere are static gasket or o-ring seals. Therefore, the compressor is as free from leakage as any static seal in the system. Even in the event of a diaphragm or diaphragm seal failure the... [See More]
- Gases Handled: Argon; Helium; Nitrogen; Oxygen; CO, Hydrogen, Ethylene, Methane
- Discharge / Operating Pressure: 60000
- Compressor Technology: Diaphragm
- Power Source: Air / Pneumatic; AC Single Phase (optional feature); AC Three Phase (optional feature); Hydraulic
from Advanced Gas Technologies
Advanced Gas Technologies Inc. has been marketing, installing and maintaining industrial gas generating systems, standard industrial compressor systems and engineered compressor systems throughout North America since 1994. High Pressure Gas Reciprocating Compressor Features. Industrial duty... [See More]
- Gases Handled: Argon; Carbon Dioxide; Helium; Hydrocarbon; Natural Gas / Methane; Nitrogen; Oxygen; Hydrogen
- Discharge / Operating Pressure: 7000
- Compressor Technology: Reciprocating Piston
- Horse Power: 3 to 1600
from Celeroton AG
Celeroton presents the new CT-25-10000 turbo compressor with air bearings in order to meet the increased market demand for higher mass flow and pressure ratios. The CT-25-10000 consumes the lowest available space, offers a long lifetime, oil-free operation, lowest weight and an optimized cost on the... [See More]
- Gases Handled: Argon; Nitrogen; Oxygen; Various Gases
- Discharge / Operating Pressure: 0.0 to 31.91
- Compressor Technology: Blower; Centrifugal
- Mass Flow Capacity: 0.0 to 159