| 摘要 |
PURPOSE:To reduce the control points such as concn. in operation and to facilitate the operation control by electrically connecting the adjacent unit cells of the electrolytic cell, and integrally forming the respective gas-liq. separators of the electrolytic cell. CONSTITUTION:The chamber frame for two cells is clamped by one clamping frame to form a electrolytic cell, and the gas-liq. separators 1 and 2 are integrated to form the single-electrode electrolytic cell plant. An ascending current of an electrolyte is formed by the gaseous H2 or Cl2 generated in the electrolytic chamber 4 of each unit cell, and the electrolyte enters a circulating passage through the outlet 5 for the electrolyte in the chamber frame and then enters the separators 1 and 2 at the upper part of the electrolytic cell. The gas and electrolyte are separated in the separators 1 and 2, and the electrolyte flows into a downcomer 3, branches at a lower header 6, and enters an electrode chamber through a circulating passage 7 and an electrolyte inlet 8. By this mechanism, various pipelines can be reduced, and the space and equipment cost can be reduced. |
