NOVELTY - The generator (100) has a bladder (52) placed and inflated within a cavity inward of hydrogen generating cells and compressing electrodes (102) in the cells into intimate contact with a proton exchange membrane (106) and with an inner wall of a sidewall (22). An electrical terminal is secured to an electrode. Direct current (DC) voltage of opposing polarities is applied to the terminal to allow electrical current to flow in series through the cells. A water inlet port, an oxygen and water outlet port and a hydrogen outlet port are extended from the inner cavity through a closed body.    USE - Generator for generating hydrogen from distilled water using a fuel cell for powering vehicles i.e. motor vehicles, to reduce production of greenhouse gases. Can also be used for a home application and a business application.    ADVANTAGE - The generator is simple and compact in construction, thus enabling the generator to be easily mounted on the vehicle, and hence increasing versatility and usefulness of the generator. The generator uses the distilled water to generate the hydrogen, thus eliminating use of corrosive electrolytes and making the generator inherently safer to use. The generator requires only water and a voltage source to produce hydrogen fuel, thus reducing manufacturing cost of the generator. The generator provides intimate contact between the proton exchange membrane and the electrodes to avoid compression problems of the stacked cells.    DETAILED DESCRIPTION - The DC voltage is 12 volts. The sidewall is made of material selected from a group consisting of polypropylene, polyethylene, PVC, acrylonitrile-butadiene styrene, polycarbonate and metal. The proton exchange membrane is a HYDRION (RTM: catalyst coated naifon membrane) membrane. An INDEPENDENT CLAIM is also included for a method of producing hydrogen.    DESCRIPTION OF DRAWING(S) - The drawing shows an exploded view of a hydrogen generator and internal components exploded away from a cylindrical sidewall.    Sidewall (22)    Bladder (52)    Generator for generating hydrogen (100)    Electrodes (102)    Proton exchange membrane (106)