Abstract: An electrochemical water treatment apparatus includes a treatment chamber formed by at least one wall and having an opening formed along the side for substantially the length of the treatment chamber, with a mounting plate applied to the opening. A set of cathodes and anodes are mounted to the mounting plate and positioned inside the chamber, each of the anodes having at least one cathode positioned on each of the two sides of the respective anode. At least two anode bus bars and two cathode bus bars are provided, each bus bar connectable to the power supply and connected to the respective electrodes near a respective end of the electrodes. An inlet adapter has a smaller cross sectional area at the first end connected to the treatment chamber inlet end, and a larger cross sectional area at the opposite end connected to the source of water to be treated.

Abstract: An electrochemical water treatment apparatus includes a treatment chamber formed by at least one wall and having an opening formed along the side for substantially the length of the treatment chamber, with a mounting plate applied to the opening. A set of cathodes and anodes are mounted to the mounting plate and positioned inside the chamber, each of the anodes having at least one cathode positioned on each of the two sides of the respective anode. At least two anode bus bars and two cathode bus bars are provided, each bus bar connectable to the power supply and connected to the respective electrodes near a respective end of the electrodes. An inlet adapter has a smaller cross sectional area at the first end connected to the treatment chamber inlet end, and a larger cross sectional area at the opposite end connected to the source of water to be treated.

Abstract: The present invention relates to a method of generating hydrogen or oxygen from an aqueous solution within a flow cell by applying a high frequency AC signal to the flow cell. The present invention further relates to an apparatus for generating hydrogen or oxygen from an aqueous solution, and a method of generating hydrogen peroxide in an aqueous solution.

Abstract: The present invention relates to an electroionic apparatus for treating an aqueous solution, including a flow cell through which the aqueous solution may flow, and a high frequency AC power source. A pair of electrodes within the flow cell are in contact with the aqueous solution and coupled to the AC power source. The AC power source generates a signal that is transmitted to the electrodes to generate an electromagnetic field and an ionic current within the aqueous solution in the flow cell. Each electrode includes a plurality of perforations defined through the plate electrode. Electrodes within the flow cell may be formed of materials having a catalytic effect upon the electroionic reactions within the flow cell.

Abstract: The present invention relates to an electroionic apparatus for treating an aqueous solution, including a flow cell through which the aqueous solution may flow, and a high frequency AC power source. A pair of electrodes within the flow cell are in contact with the aqueous solution and coupled to the AC power source. The AC power source generates a signal that is transmitted to the electrodes to generate an electromagnetic field and an ionic current within the aqueous solution in the flow cell. Each electrode includes a plurality of perforations defined through the plate electrode. Electrodes within the flow cell may be formed of materials having a catalytic effect upon the electroionic reactions within the flow cell.

Abstract: The present invention relates to a method of generating hydrogen or oxygen from an aqueous solution within a flow cell by applying a high frequency AC signal to the flow cell. The present invention further relates to an apparatus for generating hydrogen or oxygen from an aqueous solution, and a method of generating hydrogen peroxide in an aqueous solution.

Abstract: The present invention provides an electroionic processing system having a high frequency alternating current (AC) power source for treating potable water, process water, wastewater, biosolids, sludge, primary effluent, secondary effluent, and other biochemical processing functions, including producing hydrogen peroxide and other useful chemicals. An electromagnetic field is generated and coupled to an electrolytic treatment apparatus by a direct coupling apparatus and method, a capacitive coupling apparatus and method, and an inductive coupling apparatus and method. The present invention further comprises a process controller and a plurality of analyzers for monitoring various treatment process variables to adjust and optimize the process as necessary.