NOVELTY - The liberation apparatus has anode and cathodes that are spaced apart from each other along the length of a cell chamber. The bipolar electrodes are electrically isolated from each other and cathode and anode, to form individual cell compartments. The individual cell compartments are configured to allow the base solution to pass through the cell compartments along the length of chamber. The anode and cathode are configured to receive opposite polarity charges, to form an electrolytic chemical reaction in base solution when solution passes through chamber.    USE - For water treatment system.    ADVANTAGE - Provides an improved chlorine generation system that efficiently and reliably generates chlorine from base solution.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following:    (1) hydrogen liberation method;    (2) electrolytic cell;    (3) sodium hypochlorite generation method comprising:    (a) directing the base solution of water and salt through an electrolytic cell having opposing electrode endplates;    (b) supplying current to the endplates such that each of the endplates has a charge of opposite polarity from each other;    (c) passively charging one or more inner electrode plates positioned between the opposing electrode endplates; the one or more inner electrode plates having direct contact with the base solution such that each inner electrode plate forms a bipolar electrode; and    (d) liberating hydrogen from the base solution to form sodium hypochlorite;    (4) hydrogen liberation system;    (5) treatment delivery system;    (6) water treatment method for a body of water held in a reservoir, comprising generating a jet of water into the body of water at a location in the reservoir; and separately delivering a treatment solution into the body of water to the location; where the treatment solution is released into the body of water at the location, and the jet of water is directed at the release of the treatment solution to diffuse the treatment solution into the body of water;    (7) water decontamination method, comprising:    directing the water through an electrolytic cell to oxygenate the water;    directing the water through an electrophoretic cell to infuse the water with iron ions, which are configured to flocculate with contaminant particles; and    filtering the flocculated contaminant particles from the water;    (8) water decontamination system; and    (9) water oxidation method.    DESCRIPTION OF DRAWING(S) - The figure shows a schematic view of hypochlorite generation system.    Electrolytic cell array (12)    Electrolytic cell (14)    Source tank (20)    Portable water supply (61)    Water softener (65)