JP2003175389A5 - - Google Patents

Claims (9)

A hydrothermal electrolysis chamber comprising a hydrothermal electrolysis reaction chamber for electrolyzing an object to be treated containing water and a reducing substance under high temperature and high pressure, wherein an electrode for a hydrothermal electrolysis reaction is loaded in the hydrothermal electrolysis reaction chamber. A disassembly device,
Hydrothermal electrolysis wherein the electrode for hydrothermal electrolysis loaded in the hydrothermal electrolysis reaction chamber is constituted by an electrode structure having a shape that forms a flow resistance to a gaseous fluid flow. apparatus. A plurality of electrode plates in the form of a flat plate with holes or cutouts are installed in the hydrothermal electrolysis reaction chamber at a substantially right angle to the axial direction of the reaction chamber, and the electrode plates are vertically adjacent to each other. The hydrothermal electrolysis apparatus according to claim 1, wherein the electrode structure is formed by arranging the holes or cutouts in a flat plate so that the positions do not overlap each other. The hydrothermal electrolysis apparatus according to claim 1, wherein the electrode structure is configured by a mesh plate-shaped electrode plate. The hydrothermal electrolysis apparatus according to claim 2 or 3, wherein the plurality of electrode plates acting as an anode or a cathode are arranged so that the negative anodes are alternately arranged. A continuous hydrothermal electrolysis apparatus comprising the hydrothermal electrolysis apparatus according to claim 1. An electrode for hydrothermal electrolysis used in a hydrothermal electrolysis reaction chamber of a hydrothermal electrolysis apparatus having a hydrothermal electrolysis reaction chamber for electrolyzing an object to be treated containing water and a reducing substance under high temperature and high pressure. An electrode for a hydrothermal electrolysis apparatus, comprising an electrode structure having a shape that forms a flow resistance to a gaseous fluid flow when installed in a hydrothermal electrolysis reaction chamber. In the hydrothermal electrolysis reaction chamber, a plurality of electrode plates each having a shape of a flat plate provided with holes or cutouts are installed at a substantially right angle to the axial direction of the reaction chamber, and the electrode plates are vertically adjacent to each other. 7. The electrode for a hydrothermal electrolysis apparatus according to claim 6 , wherein the electrode structure is formed by arranging the holes or notches in the flat plate so that the positions do not overlap each other. 7. The electrode for a hydrothermal electrolyzer according to claim 6, wherein the electrode structure is constituted by a mesh plate-shaped electrode plate. 9. The electrode for a hydrothermal electrolysis apparatus according to claim 7 , wherein the plurality of electrode plates functioning as an anode or a cathode are arranged such that the anodes are arranged alternately. 10.