NOVELTY - Generating hydronium ion hydrate comprises: subjecting pure water to mechanical agitation and magnetic perturbation; mixing and agitating reagent grade sulfuric acid in pure water; adding compound of calcium to pure water to form solution of calcium ions (Ca2+); mixing solution of calcium (Ca3+) ions with aqueous sulfuric acid solution, thus forming calcium sulfate (CaSO4) precipitates; removing CaSO4 precipitates from liquid; lowering temperature of remaining liquid to form a slush; passing the slush through a filter; and subjecting remaining liquid to distillation.    USE - The hydronium ion hydrate is useful as a replacement for hydronium ion in a group of applications which consist of pH adjustment, antiseptic solutions, liquid fuel cell, batteries having a sulfuric acid electrolyte and as a replacement for nitric acid and muriatic acid in metal plating (claimed). The hydronium ion hydrate is useful: as a replacement for sulfuric acid and a conductivity enhancer in a water solution to be used in a H-Bar type of hydrogen generating electrolysis device; as a substitution for mineral acids in pH adjustments for avoiding the accumulation of anions associated with the mineral acids; and in biological applications of the product, preferably a disinfecting agent, food preservative, bactericide for Escherichia coli, mold, mildew and fungal inhibitor.    ADVANTAGE - The hydronium ion hydrate: has increased molecular weight; exists in pure form; and exhibits good thermodynamic properties, powerful solvating characteristics and electrical properties.    DETAILED DESCRIPTION - Method for generating hydronium ion hydrate comprises: (i) subjecting pure water to at least one of mechanical agitation and magnetic perturbation; mixing reagent grade sulfuric acid in the pure water and agitating the reagent grade sulfuric acid in the pure water, thus forming an aqueous sulfuric acid solution; (iii) adding a compound of calcium to pure water to form a solution of calcium ions (Ca2+) in pure water; (iv) subjecting an aqueous solution of Ca2+ ions to an electric field arranged to convert the Ca2+ ions to calcium (Ca3+) ions, thus generating a solution of Ca3+ ions; (v) mixing the solution of Ca3+ ions with the aqueous sulfuric acid solution, thus forming CaSO4 precipitates in a liquid; (vi) removing the CaSO4 precipitates from the liquid leaving a remaining liquid; (vii) lowering temperature of the remaining liquid to form a slush, which comprises ice and remaining liquid; (viii) passing the slush through a filter, thus separating the remaining liquid from ice; and (ix) subjecting the remaining liquid to distillation, thus removing the free water from the remaining liquid leaving a liquid compound of hydronium ion hydrate.    DESCRIPTION OF DRAWING(S) - The figure shows a block diagram of the system of components for carrying out the method.