NOVELTY - A method for electrochemical digestion of organic molecules involves providing an electrolyte fluid including organic molecules to a reaction vessel (200), the electrolyte fluid provided between electrodes of the reaction vessel, where no separator exists between the electrodes; and applying a voltage wave shape to the electrodes of the reaction vessel to digest the organic molecules.    USE - As method for electrochemical digestion of organic molecules, where the organic molecules include cellulose, polysaccharides, lignin, hemicellulose, proteins, algae, virus or bacterium; and as system for digesting organic molecules (claimed).    ADVANTAGE - The organic molecules are decomposed very efficiently when the proper waveform (or wave shape) is applied to the electrodes of a reaction vessel. The process is used to kill pathogens in microbiology laboratories or to render the lipids from the cell vesicles in algae. The method increases the energy density of organic materials such as e.g. cellulosic and lignin materials, among others, by reducing the oxygen content in component chains; breaks the thousands of carbon cellulose chain into 5C or 6C sugars for cellulosic ethanol production; is capable of breaking open (or lyse) the vesicle wall of algae containing lipids for bio-fuels; destroys biological agents such as viruses and bacterium through oxidation of their protein membranes; and digests organic molecules such as cellulose, polysaccharides, lignin, hemicellulose, proteins, algae, viruses, bacterium and/or solids suspended in wastewater.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for system for digesting organic molecules comprising a reaction vessel including electrodes where no separator exists between the electrodes; an electrolyte fluid including the organic molecules, the electrolyte fluid provided between the electrodes of the reaction vessel; and a power source configured to apply a voltage wave shape to the electrodes of the reaction vessel to digest the organic molecules.    DESCRIPTION OF DRAWING(S) - The figure shows a cross-sectional view of a circular reaction vessel.    Circular reaction vessel (200)    Outer electrode (202)    Inner electrode (204)    End plates (206,208)    Inner insulators (210,212)    Contact rods (214,216)