Nitrogen and Oxygen Gas Generating Systems:
Installation and Maintenance Experts
Reduce Your Industrial Gas Costs by up to 90%
Advanced Gas Technologies Inc. has been a leading supplier of nitrogen generators, oxygen generators and custom engineered gas generating systems since 1994.
Our primary mission is to help our clients substantially reduce the costs associated with procuring conventional cylinder gas and bulk liquid nitrogen and oxygen by utilizing leading edge technologies such as onsite nitrogen and oxygen generating systems.
Advanced Gas Technologies Inc. also specializes in the design and supply of low and high pressure air and gas compression systems.
How Does Industrial Gas Generation Work?
Industrial nitrogen and oxygen generators can produce nitrogen or oxygen on demand for a fraction of the cost of conventional nitrogen and oxygen sources such as cylinders, dewars or bulk liquid supply.
Nitrogen and oxygen can be generated from atmospheric air. The air we breathe is composed of 78% nitrogen and 21% oxygen. The remaining 1% is trace gases. Nitrogen molecules are much larger than oxygen molecules and we use the size difference between these two molecules to physically separate atmospheric air.
Nitrogen Generating Systems
Onsite nitrogen generators are highly cost effective in most industrial applications where nitrogen gas is used. They reduce the need to spend time and money on ordering and transporting nitrogen gas tanks or bulk liquid nitrogen, increase safety for employees, and ensure a more efficient operation since they provide 24/7, onsite access to nitrogen. The two main types of nitrogen generators are Pressure Swing Absorption (PSA) generators and Membrane nitrogen generators.
Nitrogen Generator Applications
Electronics Manufacturing
Nitrogen is primarily used for selective and wave soldering processes to improve product quality, reduce dross and lower maintenance costs.
Food & Beverage
Onsite nitrogen generating systems can save food packagers hundreds of thousands of dollars in nitrogen costs per year.
Laser Cutting
Onsite gas generating technology offers substantial cost savings when compared to high pressure cylinder gas costs or bulk liquid nitrogen costs.
Other Nitrogen Generator Applications
- Autoclaves
- Beverages
- Chemical Plants and Refineries
- Coffee Packaging
- Controlled Atmosphere Fruit Storage
- Enhanced Oil Field Recovery
- Food / MAP Packaging
- Fuel and Chemical Tank Inerting
- Gas Assist Injection Molding
- Heat Treating
- Jewelry Manufacturing
- Laser Cutting
- Leak Checking
- Pharmaceutical Manufacturing
- Printing
- Power Plants
- Reflow Ovens
- Shipboard Inerting
- Soldering
- Tire Inflation
Oxygen Generating Systems
Advanced Gas Technologies Inc. offers a full range of PSA and VPSA oxygen generators that range in flow capacities from less than 1 m3/hour (40 SCFH) to large tonnage oxygen plants for high volume applications.
Custom Engineered Gas Generating Systems
Advanced Gas Technologies Inc. is a leading designer and supplier of turnkey custom engineered nitrogen and oxygen generating systems. We can design and assemble fully pre-packaged skid mounted nitrogen and oxygen generating systems including systems for operating in hazardous locations and corrosive environments.
Case Studies: Onsite Nitrogen and Oxygen Generating Systems
For over twenty years, Advanced Gas Technologies has provided custom nitrogen and oxygen generating solutions for a wide range of applications to a wide range of companies and institutions. Learn more about some of our past projects.
Euclid
Euclid required the design and supply of a medium pressure compressed air system for new laser cutting machines.
Hella
Hella required a small capacity, mobile membrane type nitrogen generator to supply nitrogen to some machinery.
Johnvince Foods
Johnvince Foods incorporated onsite nitrogen generating technology to improve efficiency and reduce their bottom line.
Polaris
Polaris used a high pressure nitrogen generating system as part of the process to manufacture plastic parts.
Worley Parsons
Worley Parsons required a continuous supply of nitrogen, for its compressor seal gas purge, to compress sour gas.
