Card Insertion Type Membrane Electrolysis Device

Abstract

A kind of a card insertion type membrane electrolysis device comprising an enclosed and hollow main body, an anode plate in the main body, at least one membrane plate installed in main body, and at least one cathode plate in the main body; the main body includes a tank with opening at the top and a removable top cover for covering the tank; inner wall of the tank has multiple insertion slots, wherein the anode plate is a removable card inserting into one of the insertion slot and between the cathode plate and the membrane plate at least one cathode chamber is formed; through the insertion card design for the anode plate and the membrane plate, the plates can be pulled out for inspection of wear off condition and maintenance, and the unnecessary replacement and wastage can be avoided.

1 . A kind of a card insertion type membrane electrolysis device of comprising:
 An enclosed and hollow center main body, the main body includes a tank with an opening at the top and a removable top cover for covering the tank, the inner wall of the tank is installed with multiple insertion slots;   An anode plate installed in the main body, wherein the removable insertion card is inserted in one of the insertion slots, the anode plate surface forms a metallic catalyst layer;   At least one membrane plate installed in the main body, wherein the membrane plates are individually inserted in one of the insertion slots on one side of the anode plate, a membrane is installed on the membrane plate, and the membrane plate isolates an anode chamber; and   At least one cathode plate installed in the main body, wherein the cathode plate are individually inserted on the outside of the membrane plate, which is an anti-corrosion metallic plate, between the cathode plate and the membrane plate at least an cathode chamber is isolated;   
   
   
       2 . The card insertion type membrane electrolysis device made of as stated in  claim 1 , wherein two membrane plates and two cathode plates are installed, the membrane plates are individually located on both sides of the anode plate, the cathode plates are individually installed on the outer sides of the two membrane plates; 
   
   
       3 . The card insertion type membrane electrolysis device made of as stated in  claim 2 , wherein the outer side of one of the cathode plate is installed with a partition, and a cooling chamber is formed respectively between the partition and cathode plate and between the inner wall of the tank and another cathode plate; 
   
   
       4 . The card insertion type membrane electrolysis device made of as stated in  claim 3 , wherein the anode chamber is installed with a gas outlet, a salt water inlet, and an overflow outlet, the gas outlet is located in the top cover on the top of the anode chamber, the salt water inlet is located in the tank at the bottom of the anode plate, the overflow outlet is located in the tank on the top of the anode chamber; 
   
   
       5 . The card insertion type membrane electrolysis device made of as stated in  claim 4 , wherein the cathode chamber is installed with a gas outlet, a diluting inlet, and a diluting overflow outlet, the gas outlet is located in the top cover on the top of the cathode chamber, the dilution inlet is located in the tank at the bottom of the cathode chamber, the dilution overflow outlet is located in the tank on the top of cathode chamber; 
   
   
       6 . The card insertion type membrane electrolysis device made of as stated in  claim 5 , wherein the cooling chamber is installed with a cooling water inlet and a cooling water overflow outlet, the cooling water inlet is located in the tank at the bottom of the cooling chamber, the cooling water overflow outlet is located in the tank on top of the cooling chamber; 
   
   
       7 . The card insertion type membrane electrolysis device made of as stated in  claim 6 , wherein the partition and the inner wall on one side of the tank isolates a salt water chamber, the salt water chamber is installed with a salt water outlet and an overflow inlet, the sale water outlet is located in the tank at the bottom of the salt water chamber, the salt water outlet and the salt water inlet of the anode chamber is installed with linking pipe, the overflow inlet is located in the tank on the top of the salt water chamber, the overflow inlet and the overflow outlet of the anode chamber is installed with a linking pipe; 
   
   
       8 . The card insertion type membrane electrolysis device made of as stated in  claim 1 , wherein the inner wall of the main body is installed with the insertion slot corresponding to the cathode plate, the cathode plate is the removable card inserted in the insertion slot; 
   
   
       9 . The card insertion type membrane electrolysis device made of as stated in  claim 1 , wherein the anode plate contains a titanium net and a conductive bar installed in the titanium net, the surface of the titanium net forms a metallic catalyst layer, the conductive bar is formed by a copper bar wrapped by a titanium pipe on the outside; 
   
   
       10 . The card insertion type membrane electrolysis device made of as stated in  claim 9 , wherein the metallic catalyst layer is the iridium or ruthenium metallic catalyst layer; 
   
   
       11 . The card insertion type membrane electrolysis device made of as stated in  claim 1 , wherein the membrane of the membrane plate is a compound dialysis membrane made of graphite added with high conductivity metal, styrene micro-porous cathode ion membrane, or methacrylic acid anode ion membrane.