NOVELTY - The system comprises a chamber for generating hydrogen from water containing electrolytes, an energy source for providing energy to drive dissociation of the water, and a control unit for controlling the energy source and liquid and gas flow. The energy source includes a source of radiofrequency (RF) electromagnetic energy that has frequency of 10-30 MHz. The electromagnetic energy induces dissociation of the water into hydrogen and oxygen. The hydrogen generation chamber comprises a fluid-tight inner chamber characterized by a fluid-tight wall, and a fluid-tight outer chamber.    USE - The system is useful for generating hydrogen by dissociation of water (claimed), where the hydrogen is useful as a fuel for powering automobiles, ships, airplanes and rockets or for generating electricity for supplying to a grid.    ADVANTAGE - The system efficiently generates the hydrogen with reduced air pollution.    DETAILED DESCRIPTION - The system comprises a chamber for generating hydrogen from water containing electrolytes, an energy source for providing energy to drive dissociation of the water, and a control unit for controlling the energy source and liquid and gas flow. The energy source includes a source of radiofrequency (RF) electromagnetic energy that has frequency of 10-30 MHz. The electromagnetic energy induces dissociation of the water into hydrogen and oxygen. The hydrogen generation chamber comprises a fluid-tight inner chamber characterized by a fluid-tight wall, and a fluid-tight outer chamber partially surrounding the inner chamber. The outer chamber is adapted to contain a liquid comprising water, and comprises a fluid inlet adapted to allow ingress of the liquid comprising water and a fluid outlet adapted to allow egress of gas. The source of RF energy comprises an antenna located within the inner chamber. The wall of the inner chamber is adapted to allow passage of the RF energy. The inner chamber is adapted to prevent contact between the antenna and the water in the outer chamber. The control unit is adapted to: transmit a predetermined amount of energy to the source of RF energy; control frequency and power of the RF energy; control flow rate of the liquid comprising water into the outer chamber; and control flow rate of the gas exiting the outer chamber. The electrolytes are provided by a salt. The system further comprises: a power generating system consisting of a solar panel, a hydropower generation system, a geothermal power generation system, a wind power generation system, a fossil fuel powered energy generation system, a biofuel powered energy generation system, a wood products-based fuel powered energy generation system and/or a biogas powered energy generation system; a hydrogen storage system; an electric generator powerable by the hydrogen gas; a liquid storage device in fluid communication with the outer chamber; an electrolyte storage device in fluid communication with the outer chamber; a heat exchanger adapted to remove heat from the gas exiting said outer chamber and to add heat to the liquid comprising water before the liquid enters the outer chamber; a filter in downstream of the fluid outlet adapted to separate the hydrogen gas from oxygen gas; a check valve adapted to prevent backflow of gas into the outer chamber; a mechanism for converting the water into mist; and a mechanism to support and stabilize water droplets in the mist. The mechanism comprises holes in the walls of the outer chamber and/or nozzles in the outer chamber. An INDEPENDENT CLAIM is included for a method for generating hydrogen by dissociation of water.    DESCRIPTION OF DRAWING(S) - The figure shows a schematic partial cutaway perspective view of a system for generating hydrogen by dissociation of water.    Control system (3)    Water storage device (4)    Transmitter chamber (8)    Outer wet chamber (9)    In-line piping system. (11)