Electrolyzing cell for generating hydrogen and oxygen and method of use

An electrolysis cell, comprising

• a housing formed of nonconductive material, wherein the housing comprises
• a first and second transverse walls, having an opening edge, a base edge, and two longitudinal edges;
• a third and fourth longitudinal walls, having an opening edge, a base edge, and two transverse edges, wherein the transverse edges are disposed in communication with the first and second transverse walls;
• a base having an interstitial face and exterior face, disposed in communication with the base edge of the first and second transverse walls and third and fourth longitudinal walls, thereby defining an interstitial space;
• wherein at least one positive terminal base aperture is disposed in the interstitial face of the base;
• a positive electrode plate formed of electroconductive material disposed adjacent to the interstitial face of the base, wherein the positive electrode is adapted to be dimensioned substantially identical to the interstitial face of the base;
• wherein at least one positive electrode terminal aperture is disposed on a face of the positive electrode, and where the at least one positive electrode terminal aperture is in communication with the at least one positive terminal base aperture;
• at least one positive terminal formed of electroconductive material disposed in the at least one positive electrode terminal aperture and the at least one positive terminal base aperture, and is in electrical communication with the positive electrode plate;
• a cassette disposed in the interstitial space, wherein the cassette comprises:
• a plurality of dividers, wherein the dividers comprise:
• an electrode face, wherein a plurality of electrode slots are disposed on the electrode face;
• where the electrode slots are a predetermined size, where the electrode slots are spaced a predetermined distance apart from any other electrode slot or the edge of the divider;
• wherein the plurality of dividers are adapted to form electrolyte channels adjacent to two corners of the cassette, where the channels are on one side of the cassette or on opposing corners of the cassette;
• a plurality of neutral electrodes disposed in the electrode slots;
• and
• a negative plate formed of electroconductive material disposed and of substantially the same dimensions as the housing, disposed on the opening edge of the housing.