INSERT UNIT BASED ON A NEW CATALYST DEVELOPMENT PROCESS BASED ON A MORE UNEQUIVOCAL - ENERGY-BASED - THEORY OF CATALYSIS - THAN PREVIOUSLY AND RESULTS IN SAVING A SIGNIFICANT AMOUNT OF ENERGY WHEN USED IN CHEMICAL REACTIONS

摘要

The present invention relates to an insert unit for improving the burning efficiency of gas burners, which contains a burner stone (1) that can be connected to the gas burner, where the burner stone (1) has a flow channel (2), and the burner stone (1) is made of a material containing silicon. The characteristic feature of the invention is that the burner stone (1) is made of a silicon carbide based material with an open porosity of at least 10%, and at least a part of the external delimiting surface (la) of the burner stone (1) and/or at least a part of the internal delimiting surface (1b) of the burner stone (1) is coated with a catalyst layer (3).