Water soluble electrolyzed silicon dioxide formulation and method of manufacture

A method of manufacturing a formulation containing water-soluble silicon dioxide fragments wherein the formulation is configured to provide intracellular detoxification wherein the method of manufacturing the formulation comprises the steps of:

• (i) preparing a first reaction mixture, wherein the first reaction mixture if comprised of silicon dioxide, water and phosphoric acid;
• (ii) heating the water of the first reaction mixture, wherein the water of the first reaction mixture is heated to 150-200 degrees Fahrenheit;
• (iii) adding silicon dioxide to the first reaction mixture;
• (iv) agitating the first reaction mixture;
• (v) dispensing into the first reaction mixture a material wherein the material is selected from one of the following:
• quartz, silica, silicic oxide or crystalline silica;
• (vi) adding phosphoric acid to the first reaction mixture;
• (vii) agitating the first reaction mixture, wherein the agitation of the first reaction mixture occurs when the first reaction mixture is maintained at a temperature between 125 to 175 degrees Fahrenheit;
• (viii) cooling the first reaction mixture, wherein the first reaction temperature is cooled to an ambient room temperature for 24 hours;
• (ix) allowing the first reaction mixture to settle, wherein the first reaction mixture will settle and produce a first liquid layer and a first solid layer;
• (x) separating the first liquid layer from the first reaction mixture, wherein the first liquid layer contains 1 to 25 mg/mL of solids;
• (xi) preparing a second reaction mixture, wherein the second reaction mixture utilizes the first solid layer of the first reaction mixture;
• (xii) adding silicon dioxide, phosphoric acid and water to the first solid layer of the first reaction mixture;
• (xiii) heating the second reaction mixture;
• (xiv) cooling the second reaction mixture;
• (xv) settling the second reaction mixture, wherein the second reaction mixture separates into a second liquid layer and a second solid layer;
• (xvi) separating the second liquid layer from the second reaction mixture;
• (xvii) combining the first liquid layer from the first reaction mixture with the second liquid layer from the second reaction mixture to produce a final mixture, wherein the pH of the final mixture is 4.5 to 5.5;
• and
• (xviii) wherein the final mixture is suitable for human consumption.