Recently developed flat-flame oxy-fuel burners alleviate heat-transfer limitations of conventional oxy-fuel burners. This paper demonstrates and quantifies the essential benefits of the flat flame oxy-fuel burner by comparing it with conventional oxy-fuel burners for glass melting. A combination of Computational Fluid Dynbamic (CFD) modeling and glass furnace operating characteristics are used to explore the impact of this new firing method. Technical parameters reviewed include burner design, flame shape and velocity, and thermal distribution.
Origin
Boc Process Plant, Usa
Journal Title
Xvii Int Cong Glass Beijing October 1995 268-284
Sector
General
Class
G 1790