NOVELTY - A fuel production apparatus (800) has electrolyzer (804) for generating hypochlorite and hydrogen in fluid communication with source of brine, separator for separating spent brine and generated hydrogen and hypochlorite, fuel cell (837) for generating electrochemical power, hydrogen conduit, hypochlorite conduit, and brine conduit.    USE - Used for producing hypochlorite and generating electrochemical power (claimed).    ADVANTAGE - The invention provides an integrated system for the production, separation and collection of hypochlorite and hydrogen. It allows for establishment of basic hydrogen fuel infrastructure in a cost-effective manner in absence of current demand. An established hydrogen fuel infrastructure may expedite the production and sale of hydrogen fueled vehicles and power generators.    DETAILED DESCRIPTION - The fuel production apparatus comprises electrolyzer for generating hypochlorite and hydrogen in fluid communication with source of brine and in electrical communication with source of electrical energy, the electrolyzer having an electrolyzer outlet for spent brine solution, generated hypochlorite and hydrogen; separator for separating spent brine and generated hydrogen and hypochlorite in fluid communication with the electrolyzer outlet; fuel cell for generating electrochemical power in input fluid communication with source of oxidizer and output electrical communication with power handling module; hydrogen conduit for controllably transporting hydrogen separated by the separator to the fuel cell and hydrogen storage system; hypochlorite conduit for removing hypochlorite separated by the separator from the separator; and brine conduit for transporting brine separated by the separator.    An INDEPENDENT CLAIM is also included for a method for producing hypochlorite and generating electrochemical power comprising producing hypochlorite and hydrogen in electrolyzer from brine received from source of brine; separating in separator spent brine and generated hydrogen and hypochlorite received from the electrolyzer; generating electrochemical power in fuel cell using generated hydrogen and oxidizer received from source of oxidizer; and directing generated hypochlorite from the separator to hypochlorite storage.    DESCRIPTION OF DRAWING(S) - The figure is a schematic diagram of the inventive apparatus.    Apparatus (800)    Water deionizer (801)    Salt saturator (803)    Electrolyzer (804)    Hydrogen separation vessel (807)    Hydrogen storage system (816)    Fuel cell (837)