The scope of the innovative technology herein presented is to provide a gas burner for domestic and industrial cooking appliances (gas stoves, cooktops, hobs, ranges, fry tops), with improved cooking performance, higher thermal efficiency with respect to the known burners, with the concurrent advantages of lower pollutant emissions, higher stability and safety under operation, and same simplicity of use. The novel hybrid catalytic cooktop burner operates at atmospheric pressure and is highly energy efficient due to the combined and concurrent use of radiant and/or conductive mechanisms of heat exchange together to the common convective mechanisms by hot combustion gases, and characterized by a significant reduction of pollutant emissions (such as CO, unburned hydrocarbons, NO x ).
Development of hybrid catalytic radiant burner for cooktop application
S Cimino;
2009
Abstract
The scope of the innovative technology herein presented is to provide a gas burner for domestic and industrial cooking appliances (gas stoves, cooktops, hobs, ranges, fry tops), with improved cooking performance, higher thermal efficiency with respect to the known burners, with the concurrent advantages of lower pollutant emissions, higher stability and safety under operation, and same simplicity of use. The novel hybrid catalytic cooktop burner operates at atmospheric pressure and is highly energy efficient due to the combined and concurrent use of radiant and/or conductive mechanisms of heat exchange together to the common convective mechanisms by hot combustion gases, and characterized by a significant reduction of pollutant emissions (such as CO, unburned hydrocarbons, NO x ).I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.


