NOVELTY - The device for energy generation from a kerosene mixture with dehydrogenatable compound, comprises a tank (110) for the supply of the hydrocarbon mixture, an internal combustion engine (120) connected with the tank for the combustion of hydrocarbons for the production of thermal and/or kinetic energy, a separation mechanism for a partial separation of a dehydrogenatable compound of a specified contaminant from the mixture, and a dehydrogenation mechanism for the production of hydrogen from the separated dehydrogenatable compound.    USE - Useful for energy generation from a kerosene mixture with dehydrogenatable compound (claimed).    ADVANTAGE - The device is light weight and avoids undesirable exhaust fume emissions during the recovering of energy from kerosene mixture by using hydrogen as an energy source.    DETAILED DESCRIPTION - The device for energy generation from a kerosene mixture with dehydrogenatable compound, comprises a tank (110) for the supply of the hydrocarbon mixture, an internal combustion engine (120) connected with the tank for the combustion of hydrocarbons for the production of thermal and/or kinetic energy, a separation mechanism for a partial separation of a dehydrogenatable compound of a specified contaminant from the mixture, and a dehydrogenation mechanism for the production of hydrogen from the separated dehydrogenatable compound. The device further comprises a first feeding mechanism for the indirect or direct feeding of the dehydrogenated compound to the combustion engine, and a fuel cell for the generation of electrical energy by reaction of the obtained hydrogen. A second feeding mechanism is intended for the indirect or direct supply of the residual mixture, which remains after the separation of the dehydrogenatable compound, into the combustion engine. The separation mechanism comprises of a distillation device for distillative separation of a fraction containing the dehydrogenatable compound and/or of a sorption mechanism for sorptive separation of the dehydrogenatable compound from the mixture. The first and/or second feeding mechanisms are designed for feeding the dehydrogenated compound or the residual mixture into the combustion engine via the tank. The device is equipped for the processing of aircraft kerosene. The dehydrogenation mechanism comprises of a catalyst for a catalytic dehydrogenation of the dehydrogenatable compound. The device further comprises a control unit for regulation of the separation mechanism and an analysis unit that is associated with the control unit for the analysis of the composition of a supplied mixture in operation. The control unit is designed to control the quantity of the mixture supplied to the separation mechanism, and the removal of the dehydrogenatable compound from the mixture. The regulation is based on the composition determined by the analysis unit. The control unit is equipped to ensure the recovery of a specified quantity of hydrogen per unit time in the operation mode, to ensure the recovery of oxygen for a specified period of time during the operating state, and to control the supply of the dehydrogenated compound and/or of the residual mixture remaining during the separation of the dehydrogenatable compound. The control unit has a calculation unit, which is equipped to determine the time run of the quantity of the mixture supplied to the separation mechanism, of the separation of the dehydrogenatable compound in the separation mechanism and/or the type of supply of the dehydrogenated compound and/or of the residual mixture remaining during the separation of the dehydrogenatable compound to the combustion engine, on the basis of the composition determined by the analysis unit. The control unit is ensured that for a specified period of time in the operating state, the specified characteristics of all the hydrocarbons supplied to the combustion engine lie within the specified tolerance ranges. A mixing unit is intended for producing a mixture from the mixture, the residual mixture remaining during the separation of the dehydrogenatable compound and the dehydrogenated compound, in predetermined proportions. A measurement unit is used for the measurement of the specified properties of the mixture. A water storage mechanism is used for taking up the water produced in the fuel cell. An INDEPENDENT CLAIM is included for:    (1) a system for energy generation from a kerosene mixture; and    (2) a method for energy generation from a kerosene mixture.    DESCRIPTION OF DRAWING(S) - The drawing shows a device for energy generation from a kerosene mixture:    Tank; (110)    Filter; (112)    Pump; (113)    Internal combustion engine; (120)    Valve. (123)