Burning process of hydro-gas combustion in explosion engines hydro-gas combining mixture used in the process and equipment for obtaining the vapor phase used in the burning process of hydro-gas mixture

摘要

The present summary refers to a patent of invention for a process of burning a comburent hydrogaseous mixture, to the mixture and to the equipment used in the process, belonging to the field of the explosion motors or the like which have been developed to grant a better performance for the latter and comprising, essentially: 1) obtention of gaseous phase air + combustible through the usual means of the explosion motor; 2) obtention of water steam phase, to the 1 bar pressure and a temperature of 120 DEG C (about 10 %), through a heat generator, using as a heating fluid the escaping gases of the motor at a temperature between 400 and 800 DEG C, as the type of the motor and combustible used, and using the stored water to be used in the process; 3) obtention of the hydrogaseous carburant mixture (air + combustible + water steam) comprising the introduction of the gaseous phase air + combustible in the admission collector of the explosion motor through the usual means of the motor and the introduction to the phase saturated steam synchronized in relation to the gaseous phase + combustible, through a commanded value by the accelerator of the explosion motor to a selected range to keep the optimization conditions calculated in relation to the features of the motor; and 4) through the usual means and phases of the explosion motor (in case of cicleo to motors, gasoline, alcohol for phases motors: admission, compression, explosion, exhaustation), alimentation phase of the hydrogaseous comburent mixture (air + combustible + water steam) obtained in the combustion chamber of the explosion motor, where the reactions of burning combustible are conducted under high pressure in a composed atmosphere by the incorporated air in phase (1) of obtaining a phase gaseous mixture air + combustible and by water steam incorporated in phase (2) of obtaining the steam phase.