Abstract: A burner includes a porous support and a combustion tube along which is mounted the porous support. The combustion tube has one or more openings configured to pass fuel to the porous support. The combustion tube is formed by a plurality of tubular modules assembled together. The burner includes at least one distribution tube extending inside the combustion tube and configured to distribute fuel in a predetermined manner in the combustion tube.

Abstract: Equipment (60) for the surface emission of infrared radiation, comprising a thermally insulated wall (62) forming a tunnel (63), and a number of unitary surface emission devices (1) each arranged with respect to and in the thermally insulated wall (62), characterized in that, in combination: each unitary surface emission device (1) comprises a box (21) arranged in the thermally insulated wall (62) and in which there is formed an opening (22) facing the downstream face (30) of the catalytic combustion wall (3); a number of transparent ceramic window panes (23) are mounted in such a way as to form, with the various seats of catalytic combustion (2), a respective number of circuits (24) for discharging the flue gases (25); the thermally insulated wall (62) comprises a secondary surface emission metal sheet (64) in a direct heat-exchange relationship with the tunnel (63) and forming with the remainder of the wall (62) a channel (65) for the flat circulation of burnt gases (25).

Abstract: Device (1) for the surface emission of infrared radiation, comprising a combustion chamber (2) having a wall (3) made of refractory material, permeable through its thickness, suitable for the passage of a mixture (4) to be burnt (combustible gas (30) plus oxidizer gas (31), for example air) from its upstream face (3a) to its downstream face (3b), and the internal developed surface of which is coated with a catalytic combustion material, and an upstream chamber (5) supplied on one side with the mixture to be burnt and closed on the other side by the catalytic combustion wall. The combustion chamber (2) includes at least one heat exchange wall (6), placed upstream of and facing the catalytic wall (3), in order to receive via its downstream face (6b) at least most of the heat radiated by the upstream face (3a) of said catalytic combustion wall, said heat exchange wall made of refractory material also being permeable through its thickness and suitable for passage of the mixture (4) to be burnt.