NOVELTY - A hydrogen generating vessel where hydrogen gas is produced from ocean water at a pressure of at least 2 atmospheres, the hydrogen gas is collected and temporarily stored within the hydrogen generating vessel, and the pressure is wholly or partially used to transport the hydrogen gas from inside the hydrogen generating vessel to another location, comprising: a hollow hydrogen generating container; at least one reduction plate; and a means for positioning the hydrogen generating container below an ocean surface.    USE - The hydrogen generating vessel and method are useful for generating, collecting, temporarily storing, and transporting hydrogen gas from ocean water (claimed).    ADVANTAGE - The hydrogen generating vessel efficiently generates renewable energy. Likewise, the vessel is simple, has reduced construction cost, and minimal maintenance.    DETAILED DESCRIPTION - A hydrogen generating vessel where hydrogen gas is produced from ocean water at a pressure of at least 2 atmospheres, the hydrogen gas is collected and temporarily stored within the hydrogen generating vessel, and the pressure is wholly or partially used to transport the hydrogen gas from inside the hydrogen generating vessel to another location, comprising: a hollow hydrogen generating container with an internal volume of at least 42 cubic feet which possesses openings in a bottom volumetric half, through which the ocean water moves into and out of the hydrogen generating container, includes a release valve in an upper volumetric half, is not porous in the upper volumetric half, so that hydrogen gas does escape without opening the release valve, and confines generated hydrogen gas between inside surfaces of the upper volumetric half, and a variable level of the ocean water within the hydrogen generating container; at least one reduction plate which is connected to a lower segment of the hydrogen generating container, and receives current and voltage from at least one generator to electrolyze the ocean water to create the hydrogen gas; and a means for positioning the hydrogen generating container below an ocean surface, where ocean pressure is at least the 2 atmospheres within the upper volumetric half, or 90% of the upper volumetric half is disposed at least 10 meters below the ocean surface. An INDEPENDENT CLAIM is a method of generating, collecting, temporarily storing, and transporting hydrogen gas from ocean water with a hydrogen generating vessel that includes a hollow hydrogen generating container with an internal volume of at least 42 cubic feet, one or more reduction plates, a bottom volumetric half of the hydrogen generating vessel where ocean water enters and exits through openings, and an upper volumetric half of the hydrogen generating vessel where collection and storage of the hydrogen gas occur, and a release valve is disposed which is used to transport of the hydrogen gas to another location, comprising: installing the hydrogen generating vessel below an ocean surface such that either ocean depth pressure inside the upper volumetric half is at least 2 atmospheres, or 90% of the upper volumetric half is disposed at least 10 meters beneath the ocean surface; connecting at least one the reduction plate to at least one generator with a conductive cable; and electrolyzing the ocean water to generate hydrogen gas at the reduction plate; and compressing and collecting the hydrogen gas with the ocean water where the ocean water pressure inside the hydrogen generating vessel increases with increasing installation depth.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a basic hydrogen generating station.    Hydrogen production station (1)    Rotating disks (2)    Open current catchers (3)    Restraints (4)    Ocean current (5)    Counter-clockwise rotation (6)    Moveable joints (7)    Conductive wires (8)    Reduction plate (9)    Oxidation plate (10)    Rotating shaft (11)    Generator (12)