To Make Glass Better, Put Air Products in the Mix!
For more than 70 years, primary glass and frit producers have turned to Air Products’ continuously evolving portfolio of oxygen solutions to improve combustion and enable additional benefits, including:
- Increased production
- Reduced fuel consumption and emissions
- Enhanced quality
Processed glass producers rely on us for safe and efficient supply and use of nitrogen, oxygen, hydrogen, helium, argon, and specialty gases for a number of applications involved in forming, assembly, and recycling of products.
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PRISM® VSA Oxygen Generators
Air Products' PRISM® VSA Oxygen Generators provide dependable oxygen supply to meet a broad range of flow requirements. Our robust generators offer a highly reliable oxygen supply at an overall cost savings compared to trucked-in liquid. The systems’ modular approach facilitates easy installation and maintenance, while the standard features enable the systems to meet the specific needs of glass producers.
PRISM® VSA Oxygen Generators—T Series
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Gases
Acetylene
Acetylene is the primary fuel for oxy-fuel welding and is the fuel of choice for repair work and general cutting and welding, Acetylene produces the hottest and most concentrated primary flame of all industrial fuel gases.
Argon
Argon is used in many applications in glass manufacturing. It is colorless, non-reactive, non-flammable and has low thermal conductivity.
Helium
Helium is used to protect the glass surface in fiber-optic glass production and to improve refining within the bubbling process during glass manufacturing.
Hydrogen
Hydrogen is used in glass manufacturing for atmosphere control, cutting and polishing, heat treating, melting, and softening.
Nitrogen
Nitrogen is used in glass manufacturing for atmosphere control and flat glass delamination.
Oxygen
Oxygen is used in glass manufacturing applications like cutting/polishing, heat treating, melting/softening, bubbling, and oxygen-enhanced combustion.
Rare Gases
Specialty gases such as krypton, xenon, and neon are used to fill items made of glass in order to improve their performance or make them function.
Related Industries
We have provided information most relevant to you within this industry section, but you may find information in other related industries of interest as well. The attached list is provided as a convenience for you or you can click on “Industries” in the top navigation for a full listing.
Resource Center
Technical Articles
- Oxygen-Staged Combustion in Oxy-fuel Fired Melting Furnaces
- Optimization of Energy Efficiency, Glass Quality and Nox Emissions in Oxy-fuel Glass Furnaces Through Advanced Oxygen Staging
- Cleanfire® HRℯ™ Burner - the First Smart Burner for the Glass Industry
- Cleanfire® ThruPortℯ™ Burner - a Solution for Aging Regenerators in the Glass Industry
- Cleanfire® HRₓ™ Oxy-fuel Burner
- Synchronized Oxy-fuel Boost Burners for Zero-Port Performance Optimization in Float Glass Melting Furnaces
- Maintaining Full Production in Furnaces with Failing Regenerators Using Oxy-fuel Combustion