NOVELTY - The apparatus for creating a chemical hydride e.g. sodium borohydride, comprises a pseudo-plasma-electrolysis reactor having top and bottom surfaces and defining a cavity, an aqueous solution formed of sodium metaborate and water, a cathode mounted on the bottom surface and submerged in the solution, an anode moveably mounted on the top surface, a source of electrical power coupled to the anode and the cathode, and a nuclear reactor (11) having a hot gas exhaust (15) containing heat energy. The aqueous solution is received in the cavity.    USE - The apparatus is useful for creating a chemical hydride e.g. sodium borohydride (claimed), which is useful in fuel cells and internal combustion engines for producing electricity and which is useful as a reducing agent and as a blowing agent for plastics.    ADVANTAGE - The apparatus simply, safely and economically creates the sodium borohydride with less energy consumption.    DETAILED DESCRIPTION - The apparatus for creating a chemical hydride e.g. sodium borohydride, comprises a pseudo-plasma-electrolysis reactor having top and bottom surfaces and defining a cavity, an aqueous solution formed of sodium metaborate and water, a cathode mounted on the bottom surface and submerged in the solution, an anode moveably mounted on the top surface, a source of electrical power coupled to the anode and the cathode, and a nuclear reactor (11) having a hot gas exhaust (15) containing heat energy. The aqueous solution is received in the cavity. The application of the electrical power to the anode and the cathode facilitates the chemical reaction of the solution. A first heat exchanger (20) is coupled with a fluid flowing relation relative to the hot gas exhaust, and transfers the heat energy to the aqueous solution so as to raise the temperature of the solution. A second heat exchanger (30) is coupled with a fluid flowing relation relative to the hot gas output. A source of water is coupled with fluid flowing relation relative to the second heat exchanger. A steam turbine is coupled with fluid flowing relation relative to the source of steam. A unit is arranged to generate the source of the electrical power, and coupled to a mechanical energy output of the steam turbine. An actuator is coupled with a force transmitting relation relative to the anode, and moves the anode into the fluidic and ohmic contact with the aqueous solution. The source of water is exposed to the heat energy absorbed by the second heat exchanger, and is converted into a source high pressure steam. The actuator is energized to move the anode out of the electrical contact with the solution to form an oxygen plasma between the anode and the aqueous solution.    DESCRIPTION OF DRAWING(S) - The diagram shows an apparatus for creating chemical hydride.    Nuclear reactor (11)    Helium gas intake (14)    Gas exhaust (15)    First heat exchanger (20)    Second heat exchanger. (30)