NOVELTY - Composition comprises carrier liquid, dispersant and chemical hydride.    USE - For generating hydrogen fuel for a power-producing hydrogen-fueled device (claimed).    ADVANTAGE - The slurry of carrier liquid, dispersant and chemical hydride can be safely stored and transported. Hydrogen can be easily extracted from the slurry for use as fuel. The slurry is not highly flammable or combustible and can be safely handled. The slurry is stable at normal temperature and pressure, because it is a liquid, and can be pumped through conduits. The reaction rate with the slurry can be easily controlled. The carrier liquid renders the slurry pumpable and as a safe liquid, simple to store or transport. The slurry has liquid-like flow characteristics and can be used for continuous formation of hydrogen. The reaction of the slurry may be stopped and started quickly and repeatedly without sacrificing control of the reaction or safety. The slurry in the form of continuous stream provides a path for dissipating heat generated from hydride/water reaction. The hydrogen production rate can be controlled by controlling the injection rate of water and hydride. The carrier slows the reaction rate when water is introduced into the hydride. The dispersant attaches to the particle of chemical hydride, increases the drag of particle in the carrier fluid and helps to prevent settling. The dispersant also helps to keep the particles from agglomeration, promotes slurry formation and stabilizes hydride ion into the mineral oil.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following:    (1) A method for preparing the composition which involves mixing chemical hydride with carrier liquid and triglyceride, and grinding the resulting mixture to form a slurry;    (2) An apparatus comprising reservoir containing a chemical hydride and a mechanism configured to introduce a reactant to selected different portions of the chemical hydride to effect hydrogen generating reactions at different locations within the reservoir;    (3) Hydrogen fuel generation assembly comprising a reservoir for a slurry comprising a carrier liquid, triglyceride dispersant and chemical hydride, water reservoir, hydride reactor, tank for receiving hydrogen, heat exchanger for receiving hydrogen from tank, gas liquid separator for receiving hydrogen and water from heat exchanger, conduit for conveying water from separator to reservoir, and a conduit for conveying the dried hydrogen to hydrogen-fueled power-producing device. The hydride reactor communicates with the slurry reservoir and water reservoir, and receives the slurry and water from the reservoirs, respectively, and to mix the slurry and water to effect release of hydrogen from the slurry. The tank also receives hydroxide by produced from reactor and facilitates separation of hydrogen and hydroxyl byproduct. The heat exchanger condenses water from hydrogen. The gas liquid separator separates water from hydrogen and dispenses dried hydrogen;    (4) A regeneration assembly for converting metal oxide and hydroxide to elemental metals, comprises reactor to receive metal hydroxide, carbon, unit for flowing gases comprising carbon monoxide, hydrogen and elemental metal in gaseous form, condenser to receive gases from reactor, separator to receive elemental metals, their oxides and carbon from condenser, unit for flowing the elemental metal and carbon dissolving metal in liquid form from reactor to separator, and unit for flowing the metal oxide and the carbon dissolving metal from separator to reactor. The reactor retains a molten carbon-dissolving metal. The condenser discharges carbon monoxide and hydrogen from a first outlet, and elemental metal, metal oxide and carbon from the second outlet;    (5) Method for converting metal oxide and metal hydroxide group elemental metal involves charging a reactor having molten carbon-dissolving metal with metal hydroxide and carbon, flowing gases comprising elemental metal in gaseous form, carbon monoxide and hydrogen from reactor to condenser, condensing the flown gas, flowing condensate product to the separator; and    (6) Method for generating hydrogen fuel for a power-producing hydrogen-fueled device which involves mixing slurry of organic carrier liquid, triglyceride surfactant and chemical hydride with water to release hydrogen from slurry, removing water from the hydrogen released from the slurry, to form dried hydrogen and conveying dried hydrogen to the device for production of power.    DESCRIPTION OF DRAWING(S) - The figure shows the hydride container with water feed tubes.