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Industrial Burners

 

Development of a Supersonic Burner for Combustion of Gaseous and Liquid Fuels by Pure Oxygen (Supersonic Oxyfuel Burner)

A Global Reaction Mechanism for Oxygen Combustion Developed

Optimization of Natural Gas Fired Reformer Units Equipped with a FLOX Burner

Analysis of Flashback and Lift-Off for Hydrogen Blend Fuels

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Mach Number Fields for Different Burner Designs

Streamlines through Gas Injection Holes

Developed Burner

Developed Global Reaction Mech. for Oxygen Combustion

Temperature Profile by Developed Oxyfuel Reaction Meachanism Compared with Experiments and GRI

Velocity and Temperature Fields for Lifted Turbulent Hydrogen Flame in Vitiated Coflow (Large Eddy Simulation & Flamelet Generated Manifold)

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Reformer Unit Equipped with FLOX Burner: Distribution of Surface Temperature

Reformer Unit Equipped with FLOX Burner: Distribution of Surface Heat Flux

Reformer Unit Equipped with FLOX Burner: Gas Temperature Field in a Section through Burner

Premixed Hydrogen Flame Passing Through a Quenching Mesh

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