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Compressed Oxygen Gas & Liquid Oxygen

Reverberatory Furnace

Air Products’ oxygen enhanced combustion solutions can help you increase production rates, lower fuel costs and achieve faster melt rates. By using our proprietary oxy-fuel or air-oxy-fuel burners in your furnace, you can achieve greater throughput and reduce your specific fuel costs. Additionally, baghouse loading may be eased significantly as exhaust gas volumes can be reduced by 40-70%. The best solution for your process depends on many factors, such as your existing reverb furnace’s operating parameters, production goals and current market conditions. Our applications engineers can help you implement tailored systems to meet your specific needs.

Other Applications

Product NameDescription/BenefitsDownloads

Oxygen

Oxygen is required for any combustion process. By supplementing or replacing combustion air with oxygen, overall combustion can be improved through increased heat transfer, higher flame temperatures and reduced volume of flue gases.

Oxygen is required for any combustion process. By supplementing or replacing combustion air with oxygen, overall combustion can be improved through increased heat transfer, higher flame temperatures and reduced volume of flue gases.
Equipment

Air-oxy-fuel Systems

Our air-oxy-fuel systems provide many of the same benefits as oxy-fuel systems, while providing the flexibility to use air when oxygen is not required. These systems can easily retrofit to your existing furnace to help you optimize results and avoid using oxygen when in a holding cycle or when you do not need increased melt rates. Our designs are based on years of experience and detailed computer modeling to help you achieve faster melt rates, reduced fuel consumption and lower exhaust gas volumes. Coupling the burner design and location with custom designed flow controls, we help you attain these results while maintaining or improving on your yield.

Our air-oxy-fuel systems provide many of the same benefits as oxy-fuel systems, while providing the flexibility to use air when oxygen is not required. These systems can easily retrofit to your existing furnace to help you optimize results and avoid using oxygen when in a holding cycle or when you do not need increased melt rates. Our designs are based on years of experience and detailed computer modeling to help you achieve faster melt rates, reduced fuel consumption and lower exhaust gas volumes. Coupling the burner design and location with custom designed flow controls, we help you attain these results while maintaining or improving on your yield.

Oxy-fuel Systems

View our combustion website. Our oxy-fuel system designs are based on years of experience and detailed computer modeling to help you achieve faster melt rates, reduce specific fuel consumption and lower exhaust gas volumes. Coupling the burner design and location with custom designed flow controls, we help you attain these results while maintaining or improving on your yield.

View our combustion website. Our oxy-fuel system designs are based on years of experience and detailed computer modeling to help you achieve faster melt rates, reduce specific fuel consumption and lower exhaust gas volumes. Coupling the burner design and location with custom designed flow controls, we help you attain these results while maintaining or improving on your yield.

Oxygen Enrichment Systems

Oxygen enrichment of combustion zones can boost the heating performance of your furnace. Even low level enrichment of air-gas flames can increase heat transfer, enabling higher throughputs while reducing specific fuel consumption.

Oxygen enrichment of combustion zones can boost the heating performance of your furnace. Even low level enrichment of air-gas flames can increase heat transfer, enabling higher throughputs while reducing specific fuel consumption.

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