| abstract |
THE PRESENT REALIZATION CONSISTS OF A CATALYTIC OXIDATION REACTOR, IN PARTICULAR, IN A PHOTOCATALYTIC OZONIZATION REACTOR, INVOLVING THE OZONIZATION AND PHOTOCATALYZATION PROCESS IN AN INTEGRATED OR COUPLED FORM. THIS REACTOR MAY BE INCORPORATED IN A SYSTEM OF OTHER REACTORS, OR BE USED INDEPENDENTLY, AS TO THE APPLICATION. The PHOTOCATALYTIC OZONIZATION REACTER PRESENTS SIX DIFFERENTIAL SETTINGS OF OPERATION, PREFERENTIALLY IN CONTINUOUS MODE, INCLUDING AT LEAST A SUPPORTED CATALYST AND A SEMICONDUCTOR DYOD ON WHICH AN ELECTRIC CURRENT IS APPLIED, INITIATING AN ELECTROLUMINESCENCE PROCESS, EVENTUALLY DESIGNATED BY DIVISION EMITTING LIGHT AND FROM WHICH ON-LINE IDENTIFIED BY LED. WATER (OR RESIDUAL WATER) TO BE TREATED CAN BE DIRECTED TO THE PHOTOCATALYTIC OZONIZATION REACTOR BY CONTROLLED VALVES THROUGH A GENERAL CONTROL FRAME. |